BE379117A - - Google Patents

Description

       

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    Improvement * in electrical signaling systems
The present addition relates to transmission and recaption systems, but it more particularly relates to systems of this type in which the transmitter comprises a transceiver and in which the receiver comprises an indicating device. acting under the influence of electric pulses received from the transmitter.



   The main purpose of this addition is

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 EMI2.1
 jet @lot "@ transmitter and rdooptor key and perrection ,, suitable for transmitting information ..... r¯t the sale price in value @, so that gold prices can be received and .Qoa6e" in pllL8110.1 '8 p "ate, on de @ indioauars. The system deorites here * and saloiu some we referred to the oljot sys- tem at main patent 38,371,919 of July 1, z oz from the first addition to this bro- zult.



  As it is Indicated in the said Patent and in the said addition, it is of the utmost importance that oa -ce- de change has oeano my office a stock exchange printing teligraph, of which slowly unrolls me a DaDÀ8 and ribbon, giving the * selling price of valembe Lsgant de ehango is helped by a knurling wheel which reads the tape oa rabaa and Writes down the prices of the values in a blackboard ... tqçoa that the clients po.l ... nY.O.irjILt8XI. 8J1o da 88r Oo.trl the indication of the last rent price in m * aptes reserved al1-dit..oaa of ne * diane given value the blackboard 1I1dqe8 the price of c18tore of the value, the price of ORYlrta.r1 of the day, the price at the highest of the day and the price of the day low.



  One of the main drawbacks * of the way of operating shown below is that the person earning the prices and making continual changes to them finds themselves in a position where they are placed in a position. tion such that it prompts the clients to see the ta- 01 .... moreover, the total name of work szi6faa taking into account the work done in the baroa die-santa de change as a whole, is oaorsa, and it

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 EMI3.1
 there is interest in reducing this work aa 8iRi "'. moe this ttt, it was prop0e4, dane patent and lla4ltl0.

   here-4 <) * <Motio 60, to establish a sobli post <è the desired equipment can be registered, and to provide, in each office of changog agent, nn ladioatour actuated antoeatiqueasent and controlled by m separate tranmoteur placed at a single registration station.
 EMI3.2
 motorbike
 EMI3.3
 furthermore, in the said patent and in the said addition, he proposed to use it, at the eanzralj, dl post. a zéligrapte him usual printer with recording tape # and Yo1r recourse to the services of soft operators for lD4i, .. r prices. The values listed in .018A of the letters of the alphabet, oortain ..

   Tritura e-
 EMI3.4
 both represented by a single letter, others by
 EMI3.5
 sweet letters, and 4'ao.trl. again by three literate.
 EMI3.6
 In order to establish a division of values between the two
 EMI3.7
 operators, all the values represented by the letters A to 1 can be reserved for cn operatoar, as well as all the values defined by 1 & n.el by two or three letters and whose first letter is A to L,
 EMI3.8
 The second operator takes care of the prices of the re-
 EMI3.9
 prooontéeo by the letters L to Z. and values denoted by three letters, the first of which is
 EMI3.10
 L to Z.
 EMI3.11
 



  Certain principal characteristics which differentiate them presently from those described * in the patent and the addition mentioned above
 EMI3.12
 the following

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 EMI4.1
 1.- Dnoa the tran etteur to the link to provide * nest. do tran mieeion connected eyelash.

   8 & I118r. ". I 8" nente to voragistroure letters of onaiion of values with several circuits ..by .. carried by Ion contact @ of each transmission relay, it is provo deo relay of transmission of corresponding values Individually to the respective values and
 EMI4.2
 umber estimated sufficient to eatiorairo the demands, as well as the arrangements for cL * Place from time to time the @ connections to individual relays of value as more stringent values in the market are available and as more values are added.



  2.- In order to increase the viz oe at which the figures representing the prices of securities can
 EMI4.3
 itre tranmieg two conductors are provided between the tra mettear and the receiver, and Impulses @ of two polaritis 4itrér.Dt-. have sent through these two c0D4cteDr8, which allows four chirrr .. to be transmitted ua. oe4mo time that that which was previously required to transmit an al, ID between the foregoing, the present addition includes a number of caTecteTi0tiQaOe noa- veils ,, the plapart of which relate to the operation details (La aystese.



   The annex drawing, including the rigs. 20 to 21, using the usual diagram @ represent the circuits @
 EMI4.4
 and mechanical de..1Dà, a trahumission and reception system to which the features of the present invention apply.

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 EMI5.1
 



  4s rilp, 1 to 9 rep.8Dt.Dt on tranmoteur qai can pull 4 "088e transmottsar ri.



  The r18. 10 represents * qt traoswttsnrs 12. r3 and T4, as well as a few us rpt'Dr8.



  The laughs. 10 to 16 represent the sobimas of the eirenitt dosa of the ricsptnra R130 Leu fia, 17 and 18 show don netaila .8oa01- qass d'on enragintrour de valon Mtpleyé in the device
 EMI5.2
 receiver.
 EMI5.3
 The fit. 19 is a table showing the code ai
 EMI5.4
 is the value of which transmitter is retained.
 EMI5.5
 



  The fia, 20 represents the saving code which is aotionnfi 116ffltteur looal placed in the device.
 EMI5.6
 receiver,
 EMI5.7
 The rig 21 being on the inner part of the plane on the rails in fig. 5.shows the way in which the rig, 1 to 16, must be assembled.



  TranalD8ttea.r.- In the tranoeettour (fig. 1 il.



  9) The apparatus to record the letters of designa- tion of the values (lettered pr'8e ... by the keys of the letters of the values of ri &. 1), it takes the .a.reg1.8trear. of values SR1 SR2 and SE3 of the rig, 2 ,, and the apparatus ponr translate the recording of the let- hole deraleore into a three chirrroe code became to be sent DA receiver station, includes the individual relays of values of the freeze 1 , as well as the IDP-1 and IDY-2 intermodial distribution units,
 EMI5.8
 The @ price recorders to record the price
 EMI5.9
 (where IUM - .'It1oD. conranto 4th value * has its place #

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 EMI6.1
 we have the control of these toclc "a to be quantified at the ris, 5) and lao oriragistrours this repriaentis rit price, 7, The price arel.lrlar PB registers the cb1rrra representing loo hundred in the prices;

   the PT recorder records the cipher representing 1 1.a1D "in the prices; the aar8g1.tr8or PU records the ch1rrrl representing ItteitM in the prices; and the FT recording records the chlme representing the retraction in the prices. Cea J .és1gnatiOA 'are maintained in the case where the indication of a price comprising three digits is sent, but the arrangement varies somewhat for the cu or a smaller number of digits are sent to reflect the price, as well as it will be explained below,
 EMI6.2
 The value code recorders, repri ..
 EMI6.3
 ssqtes rig. 4, are regulated * by the apparatus this tranomi- @ion of fig. 2 and 3.

   through the distribution frames IBP-1 1 and I2, and it * includes 1'-
 EMI6.4
 SE recorder has hundreds of the value code, the
 EMI6.5
 regintrear bT of disaines of code of values, and emrogistrsnr SU of anites of code of values * It has 4tln4qDer link, in addition $ qa'ane indication known as Odlordreg (explained below) is. & regi8tre. oar 1'- Icreglatr8l1.r of order its two values of the rig. 6i under the control aon order keys of the rig, $ 5 and that price order recording is antmatiqus- sent afrocted by the donation action of tre.atgsrt 701, 'fO3o
 EMI6.6
 705 and 707 combined with the price recorders @
 EMI6.7
 fig. 7.

   It will be noted that the larjlllLft part of

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 EMI7.1
 the wire, e comprebd its rectangle designated "by 832, C * restaagle represents nn second eydbtèm 8nrecl.trear (Me, 2) conotituant nn duable te 11., D1P8..at represeuti r16a. 4 and 7 of eqn1p" ' Dt de la rit, 6. and relays 614 and bl5, The two enrebistroned systems are intended to be titrated * alternately, with ransom qa'Mt oecond en, 61 trement pa1 ... be errected, t "!" I1.aDt 1mm.8diatemID "oeito at the first and while the first is kept on the prllt 1.r ayaiteme 8Dr recorder se * is tranumis.

   Relay 614 and 615 Dont commfana to Ci81U .y.t8me. erlSie Q ... r4J. and rûqt a.18po- sis poer pa .... r ..u..atlqn8lll'Dt doua system lurlCl8- aear to the other at the end of a recording so as to put & I1t "" tiql1 ... Dt the 8111t ... onregietroar yes- Y8At oa ssrties, The apparatus represented rigb 8 and, 9 is the apparatus 6 tzacLr which sends * 1 Ampnlaictit InC11qGaDt the numbers @ us the control of the two aystems registered- trears represented by rig. 4, 6 and 7. The impulses transmitted by the tranamettenr of figs, 8 and 1) pass
 EMI7.2
 by conductors 851-854 and @cet repeated aaz di-
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 to pO.t88 receptors by the RI tranemiosion apparatus (fig. 10), as will be explained below.



  Receiver.- In the receiver (rig, il-16),
 EMI7.4
 polarized pulse relays * 1401-1404 act
 EMI7.5
 soas the action of the impelsions sent @ by the transmit- turn of the rigs, 1-9, and reopition by the tranemwtttm 'RI (fig, 10), and they send aes impulse @ to regulate the ouregintreilra receivers or primaries of the rig, He,

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 EMI8.1
 31-PS-e-PTj, 8U-PUj, and. SR-? Y, These loggers transmit to lunr toor, es chirrres receive to secondary loggers values and prices of ti4, 12. Leu records values of rig 12 are d igBw <by SH, ST, SU and SR. They * constitute the antaitiosis recorders of 418alDeM, unit @ and order, r..peot1YetnlDt. The price recorders are desienea by PB, PT, PU oz PY.

   He. constitute the recorders of oeotain.é, of disainee, c1'onlt "and as rractions, respectively, The tis, 13 represents the @ * reader oenrainev aie relay of values, qai includes relays 1301-1310 # whose relays 1301, 1302 and 1310 are only represented as well as the corresponding terminals at 18 '' <.. below the relays to make the appropriate connections between the relay contacts and the switch relays.
 EMI8.2
 leilra, such as the relay of values 1641. he relays ae values are divided into ten groups, each group not including pins of one hundred relays, and the relays of fig. 13 are actuated according to the number representing the hundreds of the value code, to choose the group of hundreds in which the values relay must be actuated.

   



   Each value listed on the receiver board
 EMI8.3
 is represented by twenty recorders, such as the register "Bzz riz, 17 and 18, the freeze 18 being the front vase. These recorders are arranged in five horizontal rows, each row comprising four

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 EMI9.1
 relay * The upper row (YC) indicates 19 prices ci8 olbtare of the day before ,, the next row (OP) indicates the alomertare price (ni joar; the next row (HI) Indicates the highest price in jonr; the anivating row (Le) indicates the lowest daily price; and the bottom row (LA), indicates the last price at which the security was sold, The value order relays 1655 and 1659 actuated under the control of Yl'llcar's order registrar.

   SB, ng, 10 (helped by 1 .. râ-
 EMI9.2
 combination milk 1651-1654) correspond, respectively
 EMI9.3
 v.men <, at rank ... 4 "nregiotr.nr. cW values Indicated below. If relay 1659 alone is actuated, 108 digits received indicating the price are transmitted alone to the upper row of lorl1.trlD.1 ' 8, the August 1655-1658 commander They others ra0681 ', rl.pectiyelD8nt.



  The rig, 15 represents the local transmettear which acts under the control dl8 hurricane clra de pre of fig. 11, to send to @@ lmpilluio "to the vaieors registers, through the rocepteare relays 1251-1254 (1 16, z).



  Detailed description ...- The system having been
 EMI9.4
 described in a general way, we will now give
 EMI9.5
 aae detailed description of the functloan.lII8nt ci @ apporail, In this Dat, a description will be given aea operations carried out when the operator standing near the transmitter 'l, represented rig, 1 to 8 and SA, roxn we price anr in @, shout keys # the keys at

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 EMI10.1
 letter. of 4..1, .. tloD of values being shown in fig. l, and the keys to cipher and the toaohM of order state ecal ... Dt rprintisq laughed. 1.



  We .ap ... ra that the recording system 10. 1 compromises the recording device of rit, 4 and 7 and of the parth ¯apÍlrlel1l'l of the fia, 6, have in service which is 1 case of the fact that the relay 614 is 8Zclté, and That relay 615 is 4400201 "# cosme rapr'.lftté. Or silppoutrap moreover # that the letters representing the value whose price is to be transmitted are the lot-hole B, B and A and that the price to tran88lttrl ..t 104 1/8 uia. (1041), Or s nppossra de plns que et prix D Is the highest price nor the lowest price 1 dn joclrp and that it is in coa.éqlllaC8 tra mio aloplumeut as being the last price side, abbreviated LA. Lii "i tim encroaches to form may be presented by Bà-1041-L.



  The first. part is formed by actuating the value designation letter keys in fig, 1.



  The second part is reset by pressing the shift keys in fig, 5, and the last part (1'lod1- cmtioa of order of values) is formed by pressing
 EMI10.2
 an order key of fig, 5.
 EMI10.3
 saragistremrnt values. To form this number BBA-I041-LA, the o,> aratlu first presses the letter B key of the rig. 1, Keys case try keys a * not locking, of the boaton-pona-101r type, and they are arranged in raq6as, when 1opratanr having eba1.a. a toachw for smoking & "

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 EMI11.1
 oontaots, ltoàa the tOGeb8, the ploDC8U 4 oossiaa4s returns to the normal position # and the contacts of the t. .'08Yr8Dt.



  Laroqi & o la toncha 8. And psoaaiai we circulated have closed u the earth, by the @ contact, @ of the toeoho and by 1 coaç8Ct da relay as cCDDez10a a.orea181J.at energized 202 for the recorder relay B of the. uq; 1e- trosr d .81.1U'8 81t1. Relay B is quoted and at the location of its inner frame * np * 1 * st., Rsrss m locking cirmatffl pOQ9 by traasfsrt relay 201, from 4a coadaettar 250, p which is earthed by las contacts of relays 207, 208 and 209, The latch circuit for relay B has not and complained 201 annuity in eonoet-eioeouit and elé.ezo1té tsnt that key B in fig, 1 is maintained n9 aba1a ...:

   put, when key B is 111 41 "., the short-circuit. and removed around relay 201, and the latter. and energized in series with relay B, vavre relay circuit 202 and trains in circuit ponr relay connection 204, by the interior armatara dn relay 203. The relay 204 is drawn towards the hant,
 EMI11.2
 and relay 202 drops out and disconnects the conductors
 EMI11.3
 tonotras à à 3 alum mainage relays à à B de lbeureglotrear of values 311., It will be noted that the relays A, B and B of this series are represented # and that saals the contacts ecrr.epon4an <e da relay 202 @ have shown It in% 8Dt.nda that the intermediate relays are connected from the m4m * sanidra that cmax ra.- prd ctéa, An * analogm omission is made in the case of Sa2 and SR3 anragistraurs ,

   in order to do oi -

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 EMI12.1
 plitier draws it When the operator a.18 .. the jet toacle. be 1 designation of value B to record Noo848 letter Il of C1.a1pati08 d8 vel.ar, ... uoa1 is rerned by contact @ da lais 204 of ltaDJ'a, l.- around value SR2 for relay B of this aDJ'ac18traLU 'of' t'a18lU'8. note that this relay is designated by -1, This indicates that the fODCtl0AD8ID8Dt of this relay tare & be the second letter of a value # and that the first letter be any of the letters, When the relay -1 acts ,, it forms, at the upper inner soybean U'8atara location, a locking circuit for lca-ml * ej, resulting in the coadactenr negate to the ground 250.

   by the transfer relay 203, its con¯qI18DC8, the relay 203 is actuated lenqR'ec lets the t0GCb8 B of the rig, 1 return to the normal position, and it connects the earth, dn relay 204 aa relay 206, by the contacta da relay de tran ..- rert 205. In conaéqlance, the relay 204 fell ex daiemaecte the letter keys A to Z of the emma- Cā1D8 relays to the "CODd8 letter -A to -Z, <t relay 206 activates by contacting relays 201, 203 and 205, and connects the letter keys * to to Z to the relays of the third letUa - - A to - - Z of the value recorder sa}.

   Them moaned from the val recorder <art 883 are designated in this way to indicate that they scat moaned at them with the third letter and that
 EMI12.2
 the first * letters are variable letters
 EMI12.3
 c '* eù-à-4ir * that these two first letters p <v <Bt 1rre l'8D8 whichooriqlle of plD81aDr8 letters,

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 EMI13.1
 Lor.qur 1 opfratenr lowers the letter key to save the third letter a.

   value @ A, M circuit is ï <rt <by 1 contacts at relay 206 for the relay - - A which acts and at the location of its internal arsenal, rare a blocking circuit for lni-sime, by relay 205i at the condu-turn has earth 250a The trsnsi'ert relay 205
 EMI13.2
 acts in series with the relay - - A, when the
 EMI13.3
 At this freedom, and, at the location of its internal owner, it 4I8ODuCtl relays it 206 and allows it to drop and disconnect the letter keys to the corresponding relays - - to to - - Z.



  The value whose price must be transmitted to
 EMI13.4
 now identified on the recording device
 EMI13.5
 of fig. 2, by the excitation described * above aa line B of the recorder of values SR1. da relay -B of the value logger Sur2, and of the relay - - to 4th the ID1'Ia18treur of valoclra SR3. This IDreg14tr8Gl8Dt. three letters must be subsequently translated by the transoi ion apparatus of fig 3 into a three chirrrea code, in the manner indicated below.



  'Inr8 & 1atre..nt dn prix, Referring now to anz rias * 5 # 6 and 7, we see that when the operator presses the key 1 (fig. 5) to record the number 1 of 4. ..1gDatloD of price 1041, DA circuit is rerow of the ground, by leu trolu pair of contacts * of the key to fall l, the CC1.8ar. 501, 502 and 503 for the relays 4'eaaô- & Inà4e A, B and C (see table of this "fig, 19) of

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 EMI14.1
 11.DI'8C18t.r.11I 'PB hundreds at the price (fié. 7), the contact * da link relay 702, 00 last being energized by the driver's relay contact @ truaten' JO1 aa 801 .. @ the earth 607, where the latter recl- Both the earth potential by IlarmatsLre iaférieare of the energized relay 614 of fig, 6.

   When the relays A, B and C of PB act, they re-close ponr eamlees blocking circuits @, at the location of 1.DZ8 armatures, by the transfer relay 701, aa grounded conductor 606, this last being landed at and moaent by contact. normally iron "@ C & Dd8. by the upper armatart of relay 615, conductor 101, and contact them via error relay 209 (fig. 2).

   As a result, when milking ** the key èfhifrre 1 of the rig, 5 return to nomalop the blocking circnit for the @ rela a J1 B and C acts, and the relay 701 gets excited and brings the grounded conductor 607, with relay 702 an connection relay 704, by the contacts * of the tra08f.rt 703. relay ta cona6qD.D- this the 702 relay reiombo and disconnects the key conductecze 501-04 of the relays to to D of the recorder PB hundreds of the price, and the relay 704 acts and reads back the conductors anx r4lais ccoeroupondante de 1'.0- r. & 1.atr. PT tens of prices.



  When liopiratoclr presses the key to digit 0 to reset the digit of <iiMin <* da price, a circuit have fwrm <from the earth by conductor 503 and by 1 contacta da relay of li1.00 704, pear

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 EMI15.1
 laie C de l '.ar.C18tr.ar PT of 41811188 da price, the relay C acts at is oenâeotép to the andrait of his arsatnra lat.er1 ..,. "ma coodaotsas mi $ to the land bO6, by the rally da tranorert 703. ta cOAeéqGeDO ', the roll 703 is excited when the key to chirrre 0 is returned to the normal position $ and it switches the condnctsw aie to the tsrrs b07i da 1'81a18 of connection 704 relay ds link 706, by the contact * da relay of r8l18- rert 705.

   Therefore, 1 relay 704 rstoosba, 1. relay 706 941ti 0% 108 conductors 501-504 are caecODAtotated. from rd '11. of Iloriregintrour PT and are connected to ± relays to to D of the tar8g18trtAr PU. When the oper .. uar ab "has the key to numeral 4 for rOl'88r the chU'- frs 4 deo 1811te. Dn price, m circuit is rerned of the% erre, by the @ contacts of the toaww to cipher 4 and by the conductors 501 and 504, for the shines read and D of the earagistrear PU of the price entities.These relaioi act and close the circuits & blocking ponr aux mimaa, at the location of their in6ri.or reinforcements. 1 trantrert relay 705 ae coadnatsar put to earth 606. By birth, when button 4 in fig. 5 is released, relay 705 acts and trana1 ".r. the ground of relay 706 of the recorder of the nnitéa dn price it râlais 708 of lienretiezroar P? price laughter. The cODcaI1C'u.r.

   DU1-> 04 estg en conéqaeno., Daeonnactaa of relale of anragiatraor 48. units of price per 4 '* exci <ation da râlais 706. and mount connected to the relays to to D of the.ar.p.tr8e? Y

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 EMI16.1
 ua rrutl- of the price, pw icomitstim of relay 708.



  When the chlfrre 1 of the fraatisas (1A41qaut 1/8) is registered by lowering the key to cipher read the relays A. 3 and C of Ilearagintrour Pr atasaraatioas of the prices act, by the conductors 501, 502 and 50 ', and rll'88at of circuits da blM <fear * ax-e0oeo, by the relay of tr8D8tart? 0'te a. conductor 606. By .Ilita, relay 707 * it, when the cipher teucb is 1iUrÔ, and it has the circuit of relay 708, this 4 * line the 8t¯MIIt then and Mcoe80- being the conductors 501- 504 des relays to to D na the logger Pl des frac <1on * of prices.



  - = ac18tZ "888A td '81't1' .... ut recorded the value and price of 0811 ... cl, the operator Indicates the order by aba18eut the order toaatio LA for aaracl ... trar 1 common price being the last quoted price, When this key is lowered, a circuit is rer "from the terra, by the contacta of the toacbe, 1 .. conduettard 505, 506 and 5rol, and 1 .. contacts of the relay 611, for relays A, B and C of 1laD. the ac18trau ilordr Sur, the relay bll being energized by the conduetgur put to earth 607, by means of the contacts * of relay 610. the acting, , relays A, B and C of order 31 aDrapatraar, Yermnt blocking circuits for them- aem, p at the place of their latiriemrs contact, by relay 610, its conductor has to earth 606.

   Therefore # relays it 610 a'axclta, when the command LA key is released, which gives the results explained "c1-apra.

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 EMI17.1
 



  L.oDl'oU'8¯t oat malatosant% * wim and the result of the ODl'8 & l.tJ'8IMDt goes ¯1Dt ¯ut read. repeats in detail, Trn..1.IOD of 184108t1 ... 4'14.ntlr1oat10D of the values. = tsnt gives that value can be l & 8Dtlrl .. by me letter, by two letters, cm by three letters # provisions * have planned to delay the ronotioanamant of any 40. relay of the values of the ri, 3 jna9a , that a digit of
 EMI17.2
 price is recorded, in order to avoid transmission
 EMI17.3
 premature of a two-letter indication C088. ! D41ea- tien to tracing letter, we transcribe an index tien to three letters com indiootion to two letters, We will rintonant 1D41q88r the ta9- which this tr ....



  81..10a '.tr.c When the transmission relay 701 combined with the recorder PB of hundreds of prices, o'oxcita cosma indicated above, when releasing a key to number of fig, 5 doing <oit <at non abaiaaamant for the first digit of the price, it connects the earth, at the place of its armature. lower, as earthed conductor 719 and aa conuct.1U 'do transmission 601, .t C18 to the upper 81'1D8tll- rm of the relays - - A - - Z of lienregistrour 813 (tiC. 2).

   The SOI conductor is comooti to the arMatar88 corrtaptodantwa dei relays - A to - Z of 1 onrotrons of values OR2é one. the case.-e1Ù.'II8Dt where my two letter designation in% recorded due to the fact that the relay 205 is not cited in 00 0 ", moreover, the conductor 601 have connected

  <Desc / Clms Page number 18>

 
 EMI18.1
 by leo contact @ da relays 2038 at U'8atan. oorreP p8D & a.te. the relay at to a where 1 * nr.gie% r.er de valeus al, dam la or only where me té.1patl8A letter Mique is registered $ cari in this csr, the transmission relay 203 nieut pu aolté.

   "o & 1t8t" o1.,. to the loan or, me Ci "8at1OD three-letter plot is registered # and the tranesl.-1oa dn potential b la terra by the condactenr 601, beyond the 1regirtrelzr of values 8338 is emp8ebée the fact that the traxtttrw som- p4ri <or <da relay 205 is actuated, The relay - - A being 8Zc1e oomse explained pr.c.4 .... at, the circuit and prolongs, dn condactear bol by the upper contacta of the relay - - A # and the contacta of the relay 8xc11 .é -B from the SR2 # recorder to the coadnctoar -BA @ 'extending on the left side of the intermediate distribution frame D8-1.

   A wire of OOQDP xion, presented by this bttig connected the coodl1ctla.r -BA to the relay has * value @ Mà, Relay 1 acts and rereads lLD8 opoexioa to earth # from the contacts formed by relay (-1Dataire actloDDé) of 1record S & 1 (fig, 2), by the ermfs contacts of the relay H $ 1 its conductor da ehirrr. 1 included in the group of CDl drivers, aa driver 5 in the CD2 group and his driver 2 in the group.

   CD3, It may be useful to explain here q & 1, the frame 1D9-1 allows any of the relays of values, such as 301 and 302, to be assigned to a'i8, and to have the tti ID ' -2 Pers who codes any three ctiifrsee is aesissf
 EMI18.2
 at any value,

  <Desc / Clms Page number 19>

 
 EMI19.1
 From 4M higher contacts dL $ a visit to S of the .Dr..t.U.1II 'you value $ s <2 twenty-aix oselnot.s (three of which are Preseur.68). "T.84..t J" "o '" esté ganwht da frame distributor 1.% oàiai * 0 W-1.

   The drivers shown not% 4'.1 & 88. by -A, -8 and -Z, Any relay of value cor- r..p084aDt mo two-letter value is connected to that of ose vimt-six ooadnctenss which corresponds to the second letter of the value to which the relay goes - their have u.1gD ', this fixing r <pr <Mnt <clan. 18 these da value relays 302 assign to the thief BA, In order to copltts the antification of the value relay with the value, 1 ... contact @ da Nla18 do value mont connected per year to that of @ ten-hait groups from three oondno- zon cozm dàe by 1 relay to 3 of xR1 qai corr.s. hangs on the roll letter of the value to which the milk has ". 1 & Oé. this arrangement have represented in the 1e or da relay of valear 302 whose contacts omt connected, on the biti n-1 an groap * B de oo nàao- tours casstandis by relay B of the .Dr8g1.tr.ar of valanrs suri.



  The combination of 4 '' value relay with a three letter value is carried out as indicated by c1-d.ssas, knowing that the moaning is ralif to aa doe 6T6 conductors jointly controlled by the @ twenty, - six relays de l'.DJ'8I & 1atJ'eaI 'a2 and los twenty-six relays of lieuragistrour 533, This diap itim is the 8pJ' '' 'Nnté. in the caa aa relay of value 301, which is signed at the value 1 1 "nroaleeont da relay being oooneoté traD8Yl.¯Dt, on blti -1, ù oelai

  <Desc / Clms Page number 20>

 
 EMI20.1
 1,676. "'. Han wearing the tti8tpatl- -) tA, 081'1'88- pwinat 88Z two" ra1 ...

   letter * of the value with la- qaslle the relay os value and Mâtiné, It enst aa tnrel 1 awnt hear, a'11 can be several relays of values connected to e'iaptrtw which of the cooducers of c '' '' '' 'ü value relays # tala que -Ai and -A, are tormiomt on the obti gaaohs "' 1 I-1, When the conductor has several value relays connected to it # is denied to the terra, so". ttactD8J "la traA8Dl..10a, tome the relays act ,, but oeal celai doat the contacta are r'D4aa aotifs not relay cited to at a of 1" DnC18tr.u BRI, acts fear erreatnar a trsasmissioa.

   The gromrpeo da c8D4ActaDJ "8 formed by the other actuated value relays are open at the location of the relay contacts * of 1 1 8U'Sla trap 48 dirty values On J" 88aJ "cura that the ten relays corrao- ponimt to the valenm k single letter to to B (soelle 1 relay 303 # 304 and 305 are represented @) ,, are connected, the, .. not m iere parmnente to the conductors controlled by the upper contacts of the relays to to B of the IOJ "8 & 18- trear of value @ 881 and that they contact them donate relay, tal. qne 303-305 are grounded to wL * maniore per- ... aat.8, so that the operation of any of these 8Art1t relays to perform a tra - aisalaa.

   this arrangement is arantaganaa in the a1oe where one constructs an tr8A888tt.U 'deatisf to be attached to the place My only cL values to letter mai4te
 EMI20.2
 are treated .., because the relays represent these values
 EMI20.3
 can 0tro Installed and cl8Aact .. d'me 88Alèra P8I'-

  <Desc / Clms Page number 21>

 
 EMI21.1
 wMMBtw M sum where the tr'8A8ID8tt.U 'is rabriqoi.



  '!' OGtaro1a, if desired, this connection can be omitted, and signal relays, such as> 01 and µce, can be matched to aniqae letter vnleara by connecting the four circuit breakers. required for my ra relay. their @ to contacts placed on this. left of the distributor bitl 1Dt .... dia1re IDM comma = i by the upper and lower arma- tarea @ relays A to B of 1teareg1atrear 811, Lon three groapes of conductors ending on the right obti of the intarmiary distribution frame IDP-2e and 8D8. by CD1, CD2 and CD3 # corresponding respectively to the first, second and third digit. code of the designation of nnw value transmitted @ These
 EMI21.2
 conductors lead to the recorder relays. of
 EMI21.3
 group * SE ST and SU of the rig, 4.

   These groups have
 EMI21.4
 groups of hundreds, tens. and units,
 EMI21.5
 re.peeti "etll8n t. tn now continuing the description cw the transmission of * IDc11catioDe identification of the iBt value according to the code 152 # kl was indicated precisely, 4e ... nt coojrnent, during the excitation to the value relay 301, corre- sponding to the value BBA, an earth potential is transmitted from the contacts of the retain relay B of the values enrogietrooer SR1. through the circuit Tenntoro wires, on the frames 41.trlbo - teare IDR-1 and ID> 2, at the first, fifth and second coadactours of the cut CD1, CD2, CD3 respectively.

  <Desc / Clms Page number 22>

 
 EMI22.1
 



  By enite, a circuit is re by the first group of CD1 conductors for the first rel% is 1 of the Ar8- Siotrour S! F hundreds of value; m circuit is terminated by the c1DqDli8e condoctear of group CD2 for the cMqa1 ... relay 5 of the ST recorder of the value drawings # and a circuit is closed by the second group CD3 co-ordinator for the second relay 2 to the 'on- r.C18tr8U "SU of the anitis of ya18lU'. Case relays are agitating and # at the back of the arsatares iDtÍlr18IU'88 ttt- perieilres, preparing blocking circuits for them- u4m *. Loraqne relay No, 1 of the SH recorder
 EMI22.2
 acts and prepares its blocking circuit at the location of
 EMI22.3
 its internal armature, it transmits the earth potential aa relay 406. The relay 406 acts and uses it, as well as the actuated relay 1 of the onregistrinoe, has a blocking conductor mie to the earth 606.

   Of the
 EMI22.4
 similarly, relay 5 of the ST recorder of @ ai-
 EMI22.5
 zainea value, by preparing a blocking circuit
 EMI22.6
 for itself, closes a circuit for relay 407 which
 EMI22.7
 acts and and concrete, as well as the actuated relay of the recorder, to the conductor b06. Mime. the relay 408 of the 8nreg18trea..r with values 5'û is actuated so as not to connect, as well as the actuated relay 2 of the regulator, an coadDct81U 't> 06, The blocking relays 406 # 407 and 408 With the SH, ST and 5IJ records, repeatedly, being actuated, the potential of this earth is M'anemia, through the contacts. of these three relays in series, a conductor of nothing transmission 409, preparing a circuit for a starting relay 612.

  <Desc / Clms Page number 23>

 
 EMI23.1
 



  This circuit this reree ..1111MDt harsh * QI1 'GD sequence digit has been recorded on the order recorder 83 and qat, by COD..qD8Dt, the relay blO has acted.



  System conn ion regio% renr an tran * a0% - tourg- When the complaint of tran81111p1oD b10 of the record of order R of 1- lig. 6 acts coma Indicated preCldlmmeDt, it connects the terra, at the euurit of its internal srm # to conductors 616 and b09, closing an oireclite by conductor 609, by the intermediary of the lower tare arma dn relay of transmission operated 717 from recorder P? price rractloD8 for relays 710 and 711 in series. These two relays energize and reiient the control conductors of the
 EMI23.2
 record PHi PTi PU and 17 to the correct condnctors of the tranemettear device of the rig. 9.

   Relays 435 and 436 (ri &. 4) are energized by conductor 616 and connect the corresponding control conductors. to the transmission apparatus of FIG. 8.
 EMI23.3
 



  Releasing the value relay - Following operation of relay 610, this opens the switch in relay 611, at the location of its upper armature # and closes a circuit for the start-up connection 612 , as previously indicated.



  When the relay 612 acts, it removes the earth, at the place of its upper armature of the conductor 719 and,
 EMI23.4
 by cODql1lnt, from condactenr 601 qai, previously, received the earth potential to conductor 719, through the contacts of relay 701. Removing the earth potential of conductor 601 opens the circuit of the re-
 EMI23.5
 value release activated 301 (r1g. 3). Relay 501 drops out and opens the relay circuits actuated

  <Desc / Clms Page number 24>

 
 EMI24.1
 two the SU, ST and SU loggers, but these relays are actuated because they are connected to the 60E turntable, as has been explained.



  Li ration of 8nr8g1straRr8 A8 y.laDZ8.- When the conductor b01 has first of all been earthed the relay 207 sti actioani by the conductor bOl. When relay 207 acts, it directly connects the earth to conductor 250, 1.Dapen4UD8nt of contacts @ to relays 208 and I09 and, at the place of its lower aroeaturo, it r.1 "88 a circuit through the Lower winding of relay 208, as a result of which the latter acts and opens a point through which the potential
 EMI24.2
 of the earth was initially applied n1 blocking condtictetir 250. The conductear 250 is tlD1 by which the actuated relays of the group @ of recorders RS1, SR2 and SR3 are kept blocked through
 EMI24.3
 transoienion relaia 201 RD3 and 205.

   Now, when the potential of the earth is withdrawn from the conductor 601, during the operation of the starting relay 612 as mentioned above, the relay 207 drops out at the same time as the actuated value relay drops out.



    When the relay 207 drops out, it disconnects the conductor 250 from the earth, at the location of its upper armature.
 EMI24.4
 rieare, and, at the location of its inner armature, it opens the circuit of the iniolrioar winding of the actuated relay 206. The relay 208 being actuated and the relay 207 being brought back to the normal position a potential
 EMI24.5
 of earth is applied to the conductor 250, by the upper high resistance enroalemeni da relay 208.

   The laughed-
 EMI24.6
 tanoe of the oclparieur coating of relay 208 is

  <Desc / Clms Page number 25>

 
 EMI25.1
 1% lift 81'.8 ', and none of * 41.Drl18trlar relays of groups S81, S2 and SI} can remain actuated in conjunction with this sapirienr winding. !) ataLr <ll <m <nt, the -1.08 relay lynns a resistance winding * raised
 EMI25.2
 with many turns, remains actuated as long as
 EMI25.3
 any of the record relays are actuated by energizing a record relaia and the corresponding traarrelssion relay in series, therefore all the * record relays are retcobed and the upper circuit of the 208 Mt relay open and the relay 208 drops immediately and again concocts the earth in conciclezear 250, by the coazacta dn relay a'errenr 209.

   With the help of this arrangement, the pOtin- tiol of the earth, ensuring the blocking is withdrawn from the eoD4Dctl 250 as soon as the relay 207 drops out, and this pol- zontiol is reapplied as soon as the relays 41Inr.gi.tr.ar returned to the normal position and allowed aD relay 206 to fall. In this way, the relays of the recorders. of values are brought back
 EMI25.4
 to the normal position and the blocking potential is
 EMI25.5
 applies to nonveaa, following da operation da
 EMI25.6
 start-up relay 612, so that the relays
 EMI25.7
 The recorder can be immediately activated again and blocked for the design letters & -, Ion of the next value L to be formed.



  Transmission to the RS2 recording system. - When operating at the start-up relay 612, the circuit is closed, at the location of the internal transmission of this relay 61, for the solenoid winding.

  <Desc / Clms Page number 26>

 
 EMI26.1
 perlenr to relay 615, Relay 615 acts .t, at the place of CODl.aC..88 normally rer "e o ....-. 4ú by its" I88 initial ture, opens the circuit of the winding tnfwriwttr of relay 614, When this happens, relay 614 drops back to the location of the normal contacts @ rermia colDlaaD4e .. by its inner armature, closes a circuit of retained for relay 6159 by its winding iaféritar, and approximately at this moment withdraws the potential of the earth da conductor 607.



  When the earth is thus removed from conductor 607, relays 403 # 404 and 405 of fig, 4 drop and 48cOanlCtlDt conductors CD1, CD2 and CD3 of the corresponding relays of the SE ST and Sü recorders, Relay 615 sets to land the corresponding condnctear 60? ' resulting in the B82s recording system, thus activating the link relays which are included in cLa ce S'8t ... and which correspond to relays 403-405 #
 EMI26.2
 702 and 611.
 EMI26.3
 



  In addition, when relay 614 is de-energized and relay nl5i is energized, the blocking tower 6ü6 * and connected to the earthed condaetpur 101, commanded by the relay to 'orour 209 (rig. 2 ) and is connected to the connection conductear 618 # which this now 111. to the earth in the zrans-
 EMI26.4
 transmitter, by contacting relay 942. The driver
 EMI26.5
 606 'da 8'8tama RS2 recorder is brought from Condtio- 6lti branch tower to branch conductor
 EMI26.6
 101.

  <Desc / Clms Page number 27>

 
 EMI27.1
 



  Blocking of the command keys.- Relay 610 sets the start-up conductor 620 of the transmitter to the, wanders # rerun a circuit for the blocking eleo- re lk combined with the order keys 4 & D. ln rig. 5. Lelscro Ii @ # excites # and # with the 4'DA die-position of mechanical locking (not repressed) prevents any of the command keys from being pressed.



  This arrangement is used so that the operatives do not fOr8e. uuux number of plots before the transmitter trusted to transmit the first, The 18aspl L visually indicates that the command keys both locked or blocked * Operation dn tranamltteor.- As a result of earthing dn ccodactwor 617 switch on relay 612, cm circuit is closed by the coodncteo-r bl7 earthed and by 1 contact of relay 805 for relay 801, The relay 801 acts and is connected directly to the mine operator on the move 617, at.

   the place has its tackle and right contact, and connects the earth of the conductor 617a by the contacts of the relay 805i to the connection conductor 641, thus energizing the interrnpteare 82j
 EMI27.2
 and 824 to activate the synchronization relays
 EMI27.3
 81-822, afioae extend the JD8- commando circuits * to the counter switch CS1 in fig. 8 and year comp sntatear meter C52 of the rig. 9, and to connect the emitter conductors. t351 to 854.



  Aria that the description of operation a * the transmitter of ri.a. 8 and 9 is more clearly o8mpr1al, going toat first explain m

  <Desc / Clms Page number 28>

 
 EMI28.1
 little more in detail than previous 4..mmeD the arrangement that the apparatus.11 ransmettenr and @a relation to the recording device.

   By referring to "'111'1 & 18- trours represent rig, 4, 7 and 6, it will be noted that night chimes in all can be recorded, The tranmoteur epparoll of the rgl. 8 and? Has been established to send Four of the nights were counted during the first # of two poriodes <1'srniss1011, and to send loo four remaining ciphers * in the second period 4,. = 1..10a.
 EMI28.2
 The four digits sent first are the
 EMI28.3
 number of values including the numbers of oentai- neo, 4188111'S, GD1tie and order of values, and they are closed on IArec1.trear. SH, ST, SU (tig, 4) and SB (rig. 6), rlspectlyemll1t. The numbers*
 EMI28.4
 sent * during the second period of emission are the price figures recorded on the recorders
 EMI28.5
 PR PT # PU and PY in fig. 7.

   Accordingly, during the first period of e18SioD, the above mentioned four value digits are started in the
 EMI28.6
 four emission conductors 851-854, respectively,
 EMI28.7
 and, at the place of the translatear Rl, the relays act on the action of these received ehilfrea and send positive and negative ioepulsion6, by the emission conductors beading of the tran8meLeQr, to the receivers, such as Bll and HBS.

   The figures tranemim by the conduo-
 EMI28.8
 tsars 851 and 852 are represented by impulse @
 EMI28.9
 positive transmitted, by the emieeioo conductors starting from the tranoemitter, to the receivers, and the figures sent by the tran8lllettllr, on the conductors 853 and 854, * represented by dos nigati

  <Desc / Clms Page number 29>

 
 EMI29.1
 your tntwrcalet sent by the transmitter It because the * "Ma coodactenrs.

   For this reason, # leo impal- siens are launched in the conductors 851 and 852 altlzo..tl.a74nt with the launch of izpaltitM in the conductors @ 853 and 85¯t, Using this celt arranges the rolnis 1001-1004 da traasm They act in order and order such that the positive * and negative impulses launched 4ana the conductors *% * mission leaving the transmitter are conveniently interposed, so like positive impulse is trenbaite by an oodductour on ilauj; re clans the space between two negative Impulses., and vice versa.

   The attraction of the impulses $ po, lt1we, and negativest to the place to the tran-ttenr, is obtained by arranging back cameras 825 and 826 which send impalsioas in the conductors 051 and 852, so that the conductive parts cw these cams are said to be opposed and driving parts, guns 827 and 828 quay send impal- alona to conductors 853 and 854, They heard that all 118lc81H² 823-828 are mated on the same shaft, and that this shaft receives a rotational movement
 EMI29.2
 at a suitable speed.
 EMI29.3
 



  The respective values of the chirrrea sent to the conductors b51 and 852 are checked by their count switch CS1. which is in turn controlled by the local top ti23 mounted on the shaft in the same man.ere as the emitting cams o25 and 82b. From II '# e, the digits sent 811r the conductors 053 and bµ4 are conLr61es by the comml1--

  <Desc / Clms Page number 30>

 
 EMI30.1
 oespteor CS2 tower, which is on its CD8U48 toors by en * cam tS24, mounted on the araft of the madeira rhyme that the cam * 621 and 026. The 4th ehaqD8 counter counter rotters are divided into * them aerial of three tritteru ch-tqjMt and the * cipher values sent to The. driver, 8j1-54 are control @. riapecti- y.ment, by the four series * of you lj -., 15 eio..el8, 901-9oy, it 904-906.



  Note that everyone's bench 08. trot-
 EMI30.2
 turns of the counter switches. CS1 and CS2 is divided
 EMI30.3
 .in two parts. The first * part of the bank is atilied # to control the value of the first chirrre to be transmitted under control to the corresponding f'rottear, while the second part of the bank is ..plo1.e to control the value of the second chime.

   For example, the 813-815 rotters in the CS1 counter switch control the value at the hundreds digit of the assignment of values while they are moved on the pr881..1 half of the respective contact dances # and they control the value of the digits. dao cen-
 EMI30.4
 tain .. of the price when they are moved by the second
 EMI30.5
 half of their coctac% reepoctif6 banks, these two
 EMI30.6
 
 EMI30.7
 figures being crossed out on the transmission conductors
 EMI30.8
 831.
 EMI30.9
 



  Synchronieatioo deb cet8ari counter ..- To continue the description of the funct1onnem8n! from the trana..ttor the SUi8 of the earthing, the earth to the starting starter 617 and (The operation resulting from the collector relay 801, the relay 820,

  <Desc / Clms Page number 31>

 
 EMI31.1
 I pair her. of shine as ayncnronisation comprising 1 relatw 819 and 8Z0, moves towards the hant as soon as the switch d23 arrives in the position rlpr'.eu'8 dnne the drawing, following the miss to the earth of the conductor ô4k to 1 'in oii 4.² Contact ae right da relay tf0l. L4 relay 820 it by Modular illumination has * the eawo ô2j and relay contacts 819. During its rODctioDA8ment, the relay 820 is connected to your condac-wmr 641 by the winding of the relay 819. The relay 819 is aibuati by the cam o2j, as long as the latter is in the closed position.

   As soon as the cans 823 comes to the open position, it suppries
 EMI31.2
 the shont around the winding of 819, at the snits of which the big relay acts in series with the 820 relay, and passes the balei of the cam * 823, cula r8l. 820 "ccmptenry to the electro motor 809 of the coematamir S1, by the relay 805. As a result, the electro 809 gets excited and moves the trotters 81p819 by one sspnce s each aèaexcitation.



     After earthing the conductor 841, as soon as the cam 824 turns to come to the closed position.
 EMI31.3
 connecting relay 822 of the synchronization relay pair comprising relays 821 and 822, acts and connects to conductor 841, through relata 821.

   The relay 821 estahunte by the cam 824 as long as the latter remains in the closed position but it acts in series with the relay 822 when the cam turns to come in the open position ;, cpnnecting the oalai of

  <Desc / Clms Page number 32>

 
 EMI32.1
 the MKO, by relay 822 and the omtaota of relay bUS, with leolootro 80tAU '910 from comutatour OD8P- "I1r C32 (fiv. 9), by means of conductor 834, Consequently 1olectro to the meter switch C32 is energized and 4 "8Xc1. alternately under the control of the 0 0 824, and the rotors 901-906 are avanoéo at each 4eooxitotion of the eloctro 910.



  It will be seen that one of the counter switches will be moved before the other, because the cam @ of C08m8D1 is 48cal1. ci @ 1802 relative to
 EMI32.2
 port to the den. One is the den of comp-
 EMI32.3
 tors may advance first, and the position of the inter- crews at moaseat where conductor 841 is for the first kings grounded, determines which one with these commatatlara shall advance first, It will be noted that relay 819, reasoning par- tie of the pair of synchronization relays 819 oz 820, re-connects the camea 'µmettriO0e 825 and 826, to the coQdnc- turns 851 and 652 of transmission of the impulses # at the same time that it connects the local cam 823 to the electro motor 809 of the switch counter CS1.

   In C0D88quence the cams 825 and 826, which are connected 8J conductor to earth 833, by contacting aea relay alarréz 808 and 812, send atu impulses on the conauctoure 851 and 852, at the same time that the impulses are transmitted to litlectro engine 809 with meter switch C31 De la mime handling *, the relay 821,
 EMI32.4
 part of the synchronization relay pair 821 and

  <Desc / Clms Page number 33>

 
 EMI33.1
 8228 connects 104 condicteore 853 and 854 to 0 ... 827 and 828, so that impulses are transmitted
 EMI33.2
 by coe cams snr the conductors z} and 854, in 1811118 tempe that impal.1oDa are tran²mi.l.

   to the motor 910 of the COIIIID8Utel1 the counter CS2 by the local Cam Ï24a In consequence, ari9de adjust the values of the four digits which are transmitted on the cODc1uceur t51-854 by their switches 325-t32ô respectively, it .mrr1t actuate 1 stop relay respectir 808, 812, 909 and 91j, when the desired number of impal- .10Da has and * transmitted by the cameo tranalllittrici. respective correspondents. We will now describe how this result is obtained.



  Tranemlealon 4a first groape of chirrreso- It will be noted that the conductors A, B, C and D, checked by the contacts of the earegiezroare relays that the SE recorder comprises of the hundreds of number of designation of values, are now connected, by the relay contacts energizes 435, at various contacta
 EMI33.3
 in the first half at the bench of l'rottel1l'B 813-615;

   that the conductors A, B, C and D of the ST recorder of the tens of the number of designation of the values are connected, by the contacts of the relay energizes 435, to certain-
 EMI33.4
 taina contacts included in the first half of the bnc of rrotte "a 8tb-818 that the conductors checked by the contacts of the recorder SU of the units of the number of values designation are connected, by the contacts of the relay excites 836, to certain contacts included in the first half of the trotter bench 901-
 EMI33.5
 90 days from the CS2 accountant switch; and, us the conductears

  <Desc / Clms Page number 34>

 
 EMI34.1
 cODtr81 .. by the @ relay:. t D of the glotrour to order of the inleurs (rit, 6), are connected, by the coD- tacts of the excited relay 43b of the reef, 4 to Certain contaoie included in the first half of the bench of rrotteuro 904-906 da COGlllM1t8t81l1 "count CS2.

   The groups of drivers mentioned above are 41 * pooia to be m1. ltendroiz of recorders, uulv% Dt the reprooonté code rig, 19, diapre * any of the eleven combinations corresponding to the digits
 EMI34.2
 rres 1 to 0 and to an blank. The chirrree 1 to 0 are represented by impdialona siries comprising me at ten pulses @ respectively, and the white is represented by eleven pulses ,, The coamntatenra counters CS1 and CS2 are available to test the condactobre in the same combinations and in the same order as indicated in the rig. 10, and to actuate the respective stop rallies 806, 812, 909 and 913, when the location of the combination. of conductors to earth is determined. We will now explain how these tests are carried out.



   It will be remembered that a pulse is sent to conductor 851 by cam 825. at the same time as
 EMI34.3
 the cam 23 sends an Impulse to the electro motor 809 of the counter switch CS1. The electromotor 809 acts under the action of the impulse which is transmitted to it, attracting the Corre8onQant armature. and by forcing the pawl it carries to engage in the notch 'lGJ8cenu formed in the ratchet wheel.

   In coa.éql18nce, when the impulse sent 1 on the conductor & 51 is

  <Desc / Clms Page number 35>

 
 EMI35.1
 tereinia by the cam o25t and that the Impulse tr & D881 .. â lielactro motunr oOg out terminated by the cam o23 litiocter motor t109 de-energizes its and allows its armature to be recalled, or which causes loo rotters t313-tiltS to advance. 00pnee clans the direction of the needles alum @ clock * so that they come into engagement with the first contact of their respective banks.

   The first coo- t.act in the bench of such frottenr is re-read in coodao- tour to the group commanded by the lDr8g1atrl of the cenlainoa of values of the rl. 4; the first contact in the in da rrotceur 814 is connected to ccaduczonr B in said group. and the first contact in the bench at rrottaur 013 is connected to the conductor C of said group, in accordance with the table da code reprosenti rig, 19.



  The first contacts in the banks of rretteu, ôlô, 817 and olb are connected in aD81o manner with respect to
 EMI35.2
 port to conductors A, B and C of group ST controlled by
 EMI35.3
 lleuregiotrour ST of the rig. 4.



  However, the first relay 1 ae the record SH of the ceo aines de valouro was actiouni # as indicated
 EMI35.4
 previously, to record the first digit 1
 EMI35.5
 in the value code 152, En con .., alnce, leu coaauc- turns to t b and C dn group commanded by ur.g18tr.ur SE are put, the earth, This being these, the relay 806 eeit, through the intermediary of dn rroiiour 816 ,, dn conduct4ir C da group, and contacts dn first r. milk recorder SE # closing a point included in the circuit of the stop relay 808. The relay 07 is immediately actuated, by means of the wiper

  <Desc / Clms Page number 36>

 
 EMI36.1
 81b rt of the bench OtuL'ut, of the driver B of the group and. of the contacts of said relay 1 of the recorder
 EMI36.2
 SH.

   The two relays Rc6 and 807 being actuated, and the conducifur A of ,, TCmre Ptmut tf.1e; \ In earth as described oi-deeeuB, uii circuit, eet <tablt for the stop relay bic8, h?, from said conductor A miu ii the earth, by the first contact of the wiper bank 815, and the contacts of the energized relays 806 and 807, The relay 808 acts and connects to conductor 831, earthed by the contact
 EMI36.3
 left armor of relay 80, This franking of relay 808 occurs while caces 823, 825 and 826 are in the open position.

   When its outer armature becomes tight, relay 808 disconnects the earthed conductor 833 from the brush of cam 625,
 EMI36.4
 thus terminate the transmission of the imruleions on the conductor 851, after a single impulse has been transmitted on this one according to the first digit recorded
 EMI36.5
 of the value code 152. At the location of its middle armature, relay 808 prepares a circuit (to be closed later) for relay 805.



   Since the stop relay 808 is active
 EMI36.6
 actuated, the new advancement of the sliders 815, 614 and 813 has no effect, the relay 808 remains actuated and connected
 EMI36.7
 to said conductor j, is L earth 8ZI, until the transfusion of the three other digits is te :: - n.1née.



   The tens value digit, recorded on the ST tens value recorder in fig. 4 is the number 5, and the fifth relay of the ST recorder is energized as explained previously. Consequently, the motor B and C of the ST recording system connected to some of the contacts included in the first half

  <Desc / Clms Page number 37>

 bans of rubbers 818, 817 and 816 are grounded.

   As a result, the * relays 811 and 810 are energized, by the intermediary of the wipers 817 and 816 and by the grounded conductors B and C of the group ST, during the first advance equal to a space of the switch oonpteur CSI, and an oirouit and prepares for the stop relay 81 ?, but the latter does not act at this moment, because the conductor A, with which the wiper 18 is at this moment in engagement, is not put on the Earth. All contacts included in the first half of the wiper bank 816, beyond the first, are locally grounded, as shown, so that the relay 810 remains energized during the next moves of the counter switch, until that the whole number has been transmitted.

   When the wipers move a second step, a test is performed for the combination A and B, by the frcttors 817 and 818, and the relay 811 again prepares a circuit, by the contacts of the actuated relay 810, for the relay 812, but the latter does not act, for the reason that the conductor A is not connected to the ter'e, as indicated above.



   By examining the drawing, it will be seen that the CSI switch continues to advance smoothly without relay 812 being able to act, until the wipers arrive at the fifth series of bank contacts. When this happens, the relay 811 is energized by the frct-turn 817, the fifth contact of the bank of this one, and the conductor C put u the ground, and it connects the contactor 818, by the contacts of the relay. excited 810, to relay 812.



  Relay 812 is now energized by slider 818 and conductor B grounded, and it closes, at 1% right

  <Desc / Clms Page number 38>

 
 EMI38.1
 , 1 <. on anaa1.urw mteireure, a blocking circuit for him- wëss, cirokit t abou1.18aa.nt to the conductor 831 mie to the earth. ltn HtCfMt tutllie, the relay 81? disconnects the conductor 833 nile lu earth, from the ualai of the channel 826, thus ending the \.! "tt.IIawIS.1 WII of 11111'U) in the conductor 852 after five llJll> uls1ons have been transmitted to oe latest.



  Now looking at the transmission of the numerical value and order units by the cams.



  8t7 and 828 of FIG. 9, under the control of the counter switch CS2, it will be remembered that the unit digit of the value code is 2 (code 152) and that the lowered order key has been the LA key, so that the price transmitted is indicated as being the last price quoted. Referring to fig. 5, we will see that the order number LA is trane-
 EMI38.2
 mie conne number 1, the key oembinsfson both the same and the key combination of the first number key. Consequently, the conductors A, B and C of the SR group controlled by the SR order recorder of the fie. 5. are earthed, and the A and B conductors of the SU group of value units are earthed by the second relay of the SU value unit recorder, fig. 4.



  During the first displacement equal to one step of the wipers
 EMI38.3
 901-503, froHeuTH 902 and 903 meet earth and, as a result, relay 908 acts. But relay 907 cannot act due to the fact that conductor C of group SU is not connected to earth. As the wipers 901-903 advance one second step, the relay 907 is actuated, as the trotter 901 becomes inked with the first of the nine locally grounded contacts in the first half of its bank. Relay 908 is actuated by the contact oomprie eeoond in the wiper bank 902, and by the oon-

  <Desc / Clms Page number 39>

 duotor B Jet to earth.

   At this moment, a circuit this% established for the stop relay 909, from the conductor A earthed of the group SU, by the second contact of the bano of the wiper 903 and the said wiper, and by the oon- tacts der elans excited 906 and 907. When it acts, relay 909 connects, at the location of its internal armature, to the conductor 831 earthed, and, at the place of its external armature, it unonnects the conductor 833 mie to earth, of the brush of the cam 827, terminating the trabaniasion of pulses on the conductor 853 after two pulses have been transmitted in the last oe.



   When the wipers 904-906 move forward one step, the relays 911, 912 and 913 all act due to the fact that the conductors A, B and C of the group SR are earthed by the order recorder (fig. 6), terminating the tranamismion of the order digit LA (or 1) on the conductor 854 after a single pulse has been transmitted. When it acts, relay 913 connects at the location of its inner armature, to the conductor 8'-It earths me, and, at the location of its outer armature, disconnects the earth of the brush from the cam 828 , so as to stop the transmission of the sequence number. It will be remembered that the digit having the highest value in the first group transmitted is the digit 5, and that this digit is the tens digit commanded by the freighters 816-818 of the counter switch CS1.

   Consequently, relay 812 is the last of stop relays 808, 812, 909 and 913 to act. During the operation of relay 812, at the end of the transmission of the number 5 of the dies, a circuit is established, by the contacts of the relays 913, 909 and 907, the conductor 832, and the contacts * of the

  <Desc / Clms Page number 40>

 relals 812, 808 and 806, for the shine 805.

     When it acts, the relay 805 closes a blocking circuit for itself, at the location of its inner left armature, by the * contact of the slow-acting adjustment relay 804, at the same time opening the said circuit. relay 604 Relay 804 requires a slight interval of time (preferably a pull of a second) to drop out and reopen the circuit of relay 805. It is during this time that the wipers of the counter switches * CS1 and CES have advanced over the remaining contacts comprised in the first half of their respective banos and brought into position to be ready to transmit the second group of digits. We will now indicate how this operation is carried out.



   As a result of its operation, relay 805 opens the blocking circuits of relays 808, 812, 909 and 913, at the location of its left armature, and, at the location of its inner right armature, it removes the earth of the conductor 833, thus preventing a new premature application of the potential of the earth, by the switches 825-828, on the conductors 851-854. Further, following its operation, relay 805 disconnects electric motors 809 and 910 from switches CS1 and CS2 of switches 823 and 824, and connects these electrically operated separate circuits with automatic opening.

   The automatic opening circuit of the electro motor 809 includes the automatic opening contacts of the electro, the contacts of relay 805, and the wiper 816 which engages with the bank contacts grounded in each of its positions. * on the first part of the bench, beyond the position used to complete the transmission of the

  <Desc / Clms Page number 41>

 
 EMI41.1
 figure 1. 1.'rleotru motobr yes early: it in the manner of a trampler in the circuit 1ndi above, and avoids advancing the frt tteurM tH3-818 tros raf1icielD8ut dtl.ll8 the meaning of there1t: ull1and \ of a ** shows, Until the slider 816 i, mome beyond the last cont-ict put i. the earth understood in the first half of its bano, and arrives on the following contact not put:. Earth.

   When this happens, the 809 electro-motor stops acting and relays them.
 EMI41.2
 B (6-808 and 810-812 are all de-excited. The circuit to start the counter switch CS2 by means of its electro-motor 910, is analogous to the one which has been decreed, except that it includes
 EMI41.3
 the wiper 904 of the counter switch CS2 instead of the wiper 816 of the counter switch CS1. The counter switch CS2 receives a self-boosting movement from the electro-motor 910 acting as a shaker, until the wiper 904 passes beyond the last contact made to earth, included in the first half of the bank. . At this time, all relays 907-909 and 911-913 are de-energized.
 EMI41.4
 



  In addition, following its operation, the relay 805 disconnects from the branch conductor 641, the start conductor 617 which is grounded, thus removing the earth from the co-switches: -m: 'lnde 82? and 824 and opening the blocking circuit dee relays 619-822 which, accordingly, reton, bent. Relay 805 also closes, at the location of its internal armature, a circuit, via the internal contactsb of relay 802, through relay 803.

   The relay 803, being part of the pair comprising the relays 802 and 803, acts and closes a blocking circuit for itself, by the winding of the relay 802 and by the

  <Desc / Clms Page number 42>

 right contact of the collector relay 801, up to the starting conductor 617 earthed. This blocking output and relay 802 do not act as long as the initial circuit of relay 803 remains closed at the location of the outer armature of relay 805.



    TRANSMISSION OF THE SECOND GROUP OF FIGURES. When the slow-acting regulating relay 804 drops, at the end of the interval for which it is set, it opens the blocking air of the relay 805, after which the latter drops out, opens another point in its blocking channel, and closes the control circuit for relay 804.

   When it drops out, relay 805 again brings the oompteure switches to the position to act, and, at the place of its external armature, it opens the initial circuit of relay 803, and again connects the main conductor in step 617, earthed, to conductor 841, to ensure new operation of synchronization relays 819-822. when the initial circuit of relay 803 is open, the blocking circuit of this relay becomes active, and the relay 802 is energized by this blocking circuit and opens another point in the initial circuit, at the location of its inner armature. At the location of its outer frame, the relay 802 prepares a circuit through the conductor 837, to subsequently actuate the relay 942 for unlocking the recorder.

   The synchronization relay parts 819 and 820, and 821 and 822. are again actuated by the cameo 823 and 824, to extend the control circuits of these cams to the electric motors 809 and 910 of the CSI counter switches and CS2.



  The conductors controlled by the relays of the price recorders PH, PT, PU, and PF of fig. 7, are linked to

  <Desc / Clms Page number 43>

 
 EMI43.1
 , 'Ul \ t' '' '\. 8 (bank law included in the second half of 4 .. tieu banks trut turH of the OQml1a4 \ .burS counters CSJ and CS2, muivaiit the code rwjrFnen1é fil :. 19, so that the oanruutateuru oOlroI '\. eurtJ control the values of a second route + of cll1 (t'r'Jo transmitted nlir the oonduoteure 851-851 rcur that 1lt! sort. COnfl'f "' leS with numbers 1, 0, 4 and 1 of the price tmrtlt: lst.rt :.

   The contacts of the second half of the bank are connected in the same combination as the contacts of the first half of the bank, and it is believed that by examining the connections between the conductors *
 EMI43.2
 to the contacts of the banos of the oo * 1tàutateurB comitters, as well as by checking these connections with the code shown in fig. 19, we will understand exactly how the
 EMI43.3
 transoBsione des Ohlf;? 8S of the second group are respectfully! - completed., However, it may be useful to give a; had more detail * with regard to the digit 0 of the tens of the price, since this digit can be requested as type of the four numbers 8 to 0 and the blank which are each referenced by a single character in the code of the
 EMI43.4
 freeze 19.

   The digit 0 of the tens of the 1rix, ocmprs in the envisaged price 1041, is transmitted by the frctteurs 816-818 of the counter switch CS1, the test contacts
 EMI43.5
 of the second part of the bank of wipers being connected to the conductors 1, B, C and D controlled by the PT recorder of the tens of the prux in fig. 7.
 EMI43.6
 As explained previously, the energization of a stop relay, such as the stop relay 812, to terminate the transmission of pulses by the oorres-
 EMI43.7
 londants, such as 826, depends on whether the three combined contacts, such as 816, 817 and 818, simultaneously meet earth.

   This is made necessary because

  <Desc / Clms Page number 44>

 than the number 1, as shown in fig. 19, is identified by three characters * (A, B and CI. Consequently, the first contact in one half of a bank of each of the three combined banks of the counter switch connected to a separate conductor forming part of the conductors A, B and C, as shown in the drawing In this case, if number 1 is formed, all three trotters return to earth and transmission of the number is complete after a pulse has been transmitted.

   If the test for ohif- fre 1 is not satisfactory, the wipers continue to advance, but the wiper 16 does not perform further tests of auoun of the conductors A to C, because no digits beyond be only 1 and represented by more than two characters.



  As a result, the remaining bays can be performed by the sliders 817 and 818, and the slider 816 engages with locally grounded contacts beyond the first one-step displacement.



   Looking again at fig. 19, it will be seen that the digits 2 to 8 are each represented by two characters, and that the digits 8 to 0 and the blank are each represented by a single character. As a result, the wipers 817 and 818 jointly perform tests on the series of contacts 2 through 7, to determine the operation of the stop relay 812, if the recorded digit is found to be any of these digits. .



   In the oaa where the location of the registered digit has not been determined by the test wipers when these have passed the position assigned to the seventh digit, all combinations of more than one oonduotor tests were exhausted, and the recorded number was limited to one of the four digits 8,9,0 and to the digit

  <Desc / Clms Page number 45>

 in white, represented chaoun by a single car tire. In consequence.

   the contacts occupying the eighth, ninth, tenth, and first positions of a trotter frame 817 are locally grounded, and the attempts of swings A to C are performed by the trotter 818 alone. The drivers are eased in a regular order in fishes 8 to 0 and 11, according to the table in fig. 19. Consequently, when the slider 818 meets the oonduoteur C mie to the ground, in position 0, the relay 812 this actuated by the * contacts of the relays 810 and 811 actuated locally, to complete the transmission of the digit 0 of the tens of the price.



     Since the tens digit (0) has the highest value in the seoond grcupe, when the stop relay 812 acted to terminate the transmission of the tens digit 0 of the price, the stop relays 808, 909 and 913 have already been actuated, and a circuit is established, at the location of the intermediate armature of relay 812, for relay 805.

   When the relay 805 acts at this moment, it unlocks the stop relays 808, 909 and 913 and closes the automatic opening circuits described previously, for the electro motors 809 and 910, rarely the rubbers 816 and 904, in order to force the counter switches CS1 and CS2 return to the normal circuit shown in the drawing, and it holds a blocking circuit for itself and opens the circuit of the slow-acting adjustment relay 804, as explained previously.



    RESETTING THE TRANSMITTER TO NORMAL POSITION Relay 805 also closes, where it is amature. outside on the right, a circuit passing through the contacts of relal 802 and the oonduoteur 837, for the release relay 942

  <Desc / Clms Page number 46>

 The relay 942 acts, removes the earth from the conductor 618 and connects the earth to the conductor 620 It will be remembered that the blocking conductor 606 has received the earth potential of the conductor 618, '' given that the relay 615 has been activated and that relay 614 has dropped out. The recorder and transmit restarts of the RS1 recorder system are now released, and return to the normal position shown in the drawing.

   When releasing the transmission relay 610 of the SR command recorder, the earth @ potential is withdrawn, at the location of the lower edge of relay 610, from link conductors 616 and 609. As a result, the link relays 435, 436, 710 and 711 drop out. Relay 610, when released, also opens the start relay circuit 612, whereupon relay 612 drops out and removes the ground potential of the start conductors 617.

   At this time, relays 801-803 and 819-822 (fig. 8) drop out. In addition, the left winding circuit of the release relay 942 is open, but this relay, being analogous to the release relay 208 of FIG. 2, is kept powered by the high resistance right winding and by the blocking conductor 617 in series with one or more of the fics recorder relays, 4, 7 and 6, until the recorder have released. As soon as all recorder relays are released, release relay 942 drops out and reapplies ground potential to blocking conductor 618.



   The two relays 610 and 942 being released, the LM blocking lever combined with the command keys is unlocked, and the operator can lower one of these

  <Desc / Clms Page number 47>

 
 EMI47.1
 keys to perform an order recording.



   At the end of the time interval for which it is regulated *, the regulation relay * * slow action 804
 EMI47.2
 (f tg. ü1 retttiabe and (juvre the circuit of relay 806. The relme H ('f') * falls v1 connects the real. oolleotor 801 eu 0 ... They uct.tJ "r de hune and mrsrolae 617, de so that the relay 801 pumue 1r and restart the device trlt.lltIIIdL1.eur, datm le ou * where the setting oonduotcur or waruhe fi17 has, in the meantime, been grounded in the Bystétlàe recorder SR ?.



  RüaLAaB OF THE SYSTMK MMOISTREUR SR2.- When the operator lowers his keys for the next number, the relay of
 EMI47.3
 recorder of the values of fig. 2 are actuated as before, and a transmission of the value indication to the value transmission equipment of FIG.



  3 takes place as described. However, in this case, since relay 615 has been energized and relay 614 has been de-energized to ground the inverter to link 607 'instead of 607, the value code is transmitted to the recording system SR2. , via the conductors of cable 603, via the contacts of the system relays
 EMI47.4
 recorder SR2 corresponding to relay 403, 404 and 405 of freeze 4.



   When the start relay (not shown 6) of the SR2 recording system, corresponding to the relay 612 of the SRL recording system, acts, to ground the start lead 617, it closes the circuit for the upper winding of relay 614, through the contacts of the corresponding relay, to relay 610,

  <Desc / Clms Page number 48>

 and relay 614 is energized again and relay
 EMI48.1
 61b r.lC8be. We will restark that the various brano "" n \ 8 of the A, B, C, and D coils of 1d end. P ..ont mul Up1 1 '. using the 619 ubt target, ut.1..6D1. au ayattet recorder SR :, so as to allow 8 1 1 fie transmitter device. 8 auir mud the version of the SRE recording system.



  PISPOSITIOJ R1LB OF THE SYS.- Oh, now we are: plilute the general arrangement of the system by not referring particularly to the end. 10. Since the trtLn8mett.eur apparatus is in two parts, each of the two operators having its own transmitter, the receiving apparatus is set up in two parts, a separate receiver being arranged to receive the prices of the securities as they are. eont tramsis by ohaoun des
 EMI48.2
 operators.

   Two receivers, such as R $ 1 and REP ocnt installed in each brokerage office, as well as a common scoreboard. The T1 transmitter shown freezes. 1 to 9, is used, as previously mentioned, to transmit the prices of values A to R, and of values @ designated by more than one letter, the first and any of which are lettered A to R.



   In fig. 9, there is shown a transmitter T2 which can be substituted for the transmitter Tl by the operation of the transfer key TKl.This spare transmitter is provided so that in the event that the one in use does not work well, the operator can immediately press the TKl key and use the spare transmitter.



   The T3 transmitter is the one used by the second operator and is the same as the T1 transmitter,
 EMI48.3
 except that the value logger of the tran888t1.eur z,

  <Desc / Clms Page number 49>

 
 EMI49.1
 Ol.rr ... 'On4..u \ ... dlifttt lea eutrss r6osDteure,, ie aorta that they rt9l \ ot..I \\' les nhpulmona transmitted on the conductor 1C6 'to the urtr, nv 4th t.rll6ffil "lon Rl of fig. 10.

   We and rapl 1 Nrs \ 1 "" was c'nft'rep mn t, o..t. are tranem18, and,; ur t'ff (, II1, 'I'r,' 8 sivrit tl "fUUWU8 in two grouped, the ohif- Crt4o de v.il ur," 1, iril tt "UllSW 16 deinl the first group, and. lou 0111 t't'roH du rrix trrltsms tranemie in the second group. one will remember that the hundreds digit of the value designation is transmitted on the conduc-
 EMI49.2
 tor 1005 by means of repeated, active pulses; by transmission relay 1001; that the set of units @ for the designation of the value is transferred to the mother ocn- duotor (1005) by the transmission relay 1003 of the organ Rl, and eet represented pure of the negative pulses Interleaved in the positive pulses representing the hundreds of the designation to the value;

   that the tens digit of the value designation is transmitted to the air. the driver 1006 by the relay action
 EMI49.3
 transmission 10.02, which sends out prompt impulses; and that the order number of the values is transmitted to the
 EMI49.4
 conductor 1006 by the transmission relay 1004 of the RI unit, this relay sending negative pulses interculated in the positive pulses transmitted by the relay 1002.



   Since relays 1401 and 1402 are polarized in opposite direction, as indicated by the signed
 EMI49.5
 ] more and mine near these re.pectiveent relays. ie relay 1401 acts as one of each of the positive pulses representing the hundreds digit of the designation of the value, and relay 1402 acts as the action of each of the negative pulses representing the digit

  <Desc / Clms Page number 50>

 
 EMI50.1
 , tao usai tee4 get read desippititlon of the value. Likewise, relay 1407 acts \.

   () (I \; 8 faction des impulsione poeitivea reprebeiittutt the number of! 'S of the deignation of the value, and the re1n18 1404 aud uous the action of the lm- I% uloitn & 4 1081 Ll'fetl representing the figure of order of the value. It will be noted that Ilerireementement of letters of value 8, B and A has been translated by the numbers of oode of value 1, 5 and 2, and that the number of order 1 has been
 EMI50.2
 tranems to indicate that the price should desire the last quoted price.

   As a result, relay 1401 acts according to the number 1 of the hundreds of the value designation; relay 1403 acts five times according to the digit 5 of the tens of the designation of the value; relay 1402 acts twice according to the number 2 of the value designation units; and relay 1404 acts once according to the number 1 (LA) of order of values.



   Note that relays 1401-1404 directly control the circuits of relays 1405-1408, respectively. Each of the 1405-1408 relays has a non-inductive shunt around its winding, as shown,
 EMI50.3
 allowing an lccnl current to be generated in the inc,%, - element of the relay when the circuit of this one is open, so that the relay can remain actuated between
 EMI50.4
 the pulses of their series. By ouite, all the relain 18vent at the beginning of the transmission of the;, - reupe of digits, and in the row one of them remains tc) Llc) urE operates until the digit (or digits) of the high Flus value has been transmitted.

   In this case, the digit of the highest value is the digit 5 of the tens designation of the value, and the relay 1406 is, therefore, kept actuated by the intermittent excitations.

  <Desc / Clms Page number 51>

   be that it receives from relay 1403, which acts under the ac-
 EMI51.1
 tion of airmouse 4ue five pulses of the disal- non digit of the d <? t1vlatinn of the value. Relays 1405-14 NI eont chlll'o "letàr ground the conductor 1485, in order to canlDbn4tJr the ChSf> O'H1 .: 'of the input control IC oomldrant Iw rclals 1409-1414.

   As soon as the conductor 14t, 5 and mie has earthed by one or more of the relays 1405-1408 at the start of a number, a circuit is
 EMI51.2
 closed, pulling the conductor 1455,::, for relay 1409, through the contacts of relay 1410, and a black
 EMI51.3
 branobe-nent is formed by the connecting wire 1457 ez the contacts of relay 1412, for relay 1411. Zoe relay 1409 acts and, at the location of its lower armature, it connects to the conductor set to the ground 1456, by the winding of the relay 1410, the conductor 1446 being earthed by the contact of the relay 1416, the switches and the ring 1121 of the relay 1119, the conductor 1436, and contacts them of the relay of special release 1650 (fig. 16).

   Relay 1410 does not act in this blocking circuit, as long as the original circuit, through conductor 1445, for relay 1409, remains closed, receiving ground potential at both terminals. Relay 1411 connects to grounded conductor 1446, through the winding of relay 1412.

   At the location of its upper armature, relay 1409 connects the earth potential to the recorder blocking conductor 1426, through the earthed conductor 1437 and the contacts of relay 1415,
 EMI51.4
 conductor 14; also being 11.16 to earth by the nontucts of the 1650 release relay (fig. 16). The arpli-
 EMI51.5
 Connection of the earth potential to the blocking conductor 14 6

  <Desc / Clms Page number 52>

 
 EMI52.1
 allows raimis don om eeintrours of the tiC. 11 you acir to record the ciphers, of the mnibro which will now be described.



   When relay 1401 acts only once
 EMI52.2
 8 <1U8 the notion of the rogue single pulse of the return line when and representing the digit 1 of the hundreds of the value d.lgn8tlon, it closes a circuit for relay 1406, as shown above. An oirouit de bran-
 EMI52.3
 otwaent extends, by 1 <E contacts the normally actuated relay 1458 and the conductor 1421, up to the first counter relay of the SH-PH recorder, by the contacts of relay 1102. Relay 1101 acts and connects, at the location of its upper armature , to the blocking conductor 1426, through 1102 and the contact and the lower inner armature of the relay 1110, the conductor 1426 being earthed by the relay 1409, as indicated above.



    Relay 1102 is short-circuited by the earth pctential applied to the two terminals as long as the pulse lasts.
 EMI52.4
 .10n transmitted, by the conductor 1421, to the relay 1101, When this Impulse is completed, the relay 1102 acts on the action of the grounded conduotor 1426 in
 EMI52.5
 series with relay 1101, and brings driver 1421 from relay 1101 to relay 1103. In this case, a
 EMI52.6
 Only one pulse is sent, and only relays 1101 and 1102 of the SH-PH recorder are actuated. At the location of its lower frame, the relay 1102 establishes a connection with the conductor B of the group 1131, following the reception wave shown in the table of fig.
 EMI52.7
 



  20, so that the recorded figure will be tr & nllR1., By the control exercised over the group of ooaduoteurs 1131, to the SE group of storage of the hundreds of the designation

  <Desc / Clms Page number 53>

 of the value (fig. le), as described later.



   Note that the ST-PT SU-PU and SH-PH recorders are indicated * only by dotted line rectangles. Chaoun of these recorders is the same as the SH-PH recorder. Consequently, the ST-PT recorder acts under the action of the five pulses transmitted to it by the conductor 1422, and records the digit 5 of the tens of the designation of the value; the SU-PD recorder acts on the basis of the two impulses transmitted to it by the conductor 1422, and records the number 2 of the units. the designation of the security;

   and the SR-PP recorder acts under the action of the single pulse transmitted to it by the conductor 1424, and records the number 1 of order of the values.



   As soon as all the 00% 18 \ .1 pulses killing the first group of digits have been received, and all relays 1405-1406 have dropped, the ground potential is removed from conductor 1455, opening the initial circuit of relays 1409 and 1411. When oeoi occurs, the relay 1410 exalts in series with the relay 1409, and the relay 1412 is exited in series with the relay 1411. At the place of its upper armature, the relay 1410 applies the earth potential to the transmission conductor 1425, through the earthed conductor 1438, the latter being earthed by the oontaots of the special release relay 1650.

   The application of the earth potential to the conductor 1425 has the effect of transferring the four recording devices of FIG. 11 on the storage devices SH, ST, su and SR of fig. 20. It will be remembered that the number 1 is recorded in the recorder SR-PB of fig. 11, by the excitation of the first pair of counter relays 1101 and 1102. Consequently

  <Desc / Clms Page number 54>

 when conductor 1425 is earthed, the potential
 EMI54.1
 earth wire and traaemie, link the contacts of the non-actuated relays 1112, 1108. 1106 and 1104, and by the lower armature of the actuated relay 1102, to the conductor B of the
 EMI54.2
 group 1131.

   The Lortupas of conductors 1131-1154 are normally extended to the ".upérhU88 rank of the compensation relay groups * of fig. 12, by the * contact @ of relays 1201 and 1202, which are normally energized by the conductor. 1433, OCDIM shown, via the contacts of relay 1415. This being the case, the application of the earth potential to the conductor B of group 1131, has the effect of forming a circuit, by this conductor and by the contacts of the relay 1201 for the
 EMI54.3
 relay B of the shearing group SH.

   Given that the number 5 of the dIsa1nea of the designation of the value this recorded on the ST-PT recorder, the contacts of the counter relays (not represented) in this recorder, are arranged so that, when the earth potential is applied to the transmission conductor 1425, un- duotor A of group 1132 is earthed, closing a circuit, through the contacts of actuated relay 1201, for relay A of group ST for storing tens of the designation of the values.

   In the SU-PU recorder, the digit 2 of the value designation units is recorded by the activation of the first two pairs of
 EMI54.4
 relay ooesptors, and the application of the earth potential to the transmission conductor 1425, determines the earthing of the conductor C of the group 1133, which closes a circuit for the relay C of the group SU of the units. value of fig. 12, by the contacts of the energized relay 1202.

  <Desc / Clms Page number 55>

 



  Given that the number 1 of order of the values * is set aside on the SE-PF recorder, the application of the earth potential on the conductor 125, has the effect of transmitting the earth on the conductor B of the group 1134 and, by the contacts of the relay actuated 1202. for the relay B of the group SR of order storage. Therefore, it will be appreciated that the relay B of the storage group SH of FIG. 12, the relay A of the storage group SI ?, and the relay C of the storage group SU, and the relay B of the storage group SR are all cited simultaneously.



  Each of these relays prepares a blocking circuit for itself, in the proper place of its internal armature, circuit ending at the conductor 1213 and applying the earth potential to the latter by the control circuit of said relata. When the earth potential is applied to the conductor 1213, a circuit is closed for the relay 1415 of FIG. 14. Relay 1415 acts and closes a blocking air for itself, and forms blocking circuits for the above-mentioned excited relays of SE-SR recorders (fig. 12), by setting the IRIS conductor to Earth.

   It should be noted that the conductor 1441 is earthed by the contacts of relay 1524 (fig. 15), conductor 1441 'and the contacts of release relay 1650.



   At the end of its excitation, the relay 1415, at the location of its upper intermediate armature, removes the earth from the conductor 1425 and, at the location of its upper armature, removes the earth potential of the blocking conductor 1426 , All the relays actuated in the recorders of fig. 11 now return to the normal position shown in the drawing, as the

  <Desc / Clms Page number 56>

 
 EMI56.1
 recorded value cipher @ have now been transferred to the upper row of amma6aaiorge devices of fig, lE. Moreover, following its excitation, the relay 141b deocmiects the ground potential of the inverter 1433 and SPPlique the ground ptentlel to the oonduotour 143t.



  The relays 1201 and 1B02 in fig. 12 falling and deoon- noating the groups of conductors 1131-I134 of the omma diapoultit ffl inseo donation of values, and relays them 1201 'and 1202' agisu8Ilt, by the unmieotor mie to the ground 1434, and connect the said group conductors 1131- 1134 at ezmagaoinage d1.poeltlf PH-PF for price figures.



  DETAILED PONCTIOWMMNT OF THE: liREGISlfRB: a: 1I'l 'SH-PH. - Before continuing with the description of the operation, we will give the detailed description of the operation of the SH-PH recorder of fig, 11, so as to show exactly
 EMI56.2
 dent this enruglotrour, as well as the other retractors of fig. 11, record any of the numbers 1 to 0 and the blank (B1) and translate this number into the reception code of fig. 20.
 EMI56.3
 



  We explained previously oor.:!1.ent the relay 1101 acts on us the action of the first tranemiop pulse to the SE-PH recorder on the conductor 14? 1, from the receiver relay 1401, and connects, by relay 1102, to conductor 1426, which is earthed upon receipt of the first pulse by the excitation of relay 1409. It has also been pointed out that the relay
 EMI56.4
 1102 is put in short-circuit as long as the first pulse sent to the conductor 1421 lasts, so that the relay 1102 does not act in series with the relay 1101 until the first pulse is obeyed. When it acts, the

  <Desc / Clms Page number 57>

 relay 1102 connects conductor 1421, through contacts 1104, to relay 1103.

   Consequently, the relay 1103 acts under the action of the fertile Impulse sent on the conductor 14? 1, and is connected to the blocking conductor 1426, by the relay 1104 Consequently, the relay 1104 does not energize in series with the relay 1103, upon completion of the second pulse, and connects the control circuit to the next counter relay.

   Likewise, relays 1105 and 1106 affect us the action of the third impulse received on conductor 1421; the * relay 1107 and 1108 acting knotted the action of the fourth impulse; and relays 1109 and 1110 act on the action of the fifth impulse,
It has been explained previously that the relay 1102 prepares a circuit, from the conductor 1425, for the earthing of the conductor B of the group 1131, when the inverter 1425 is earthed at the end of the transmission of the first. group of pulses representing numbers.

   It will now be noted that the relay 1104, at the location of its lower frame, moves the connection from the conductor B to the conductor C; that the relay 1106 unwinds the connection of the conductor C to the conductor Dl, and that the relay 1108, acting at the end of the transmission of the fourth pulse, establishes a connection between the conductor C of the group and the transfer conductor 1425 , in addition to the connection with the conductor D, by the contacts of the shine 1106, all according to the reoperation code shown in fig. 20.



   When the relay 1110 acts at the end of the fifth pulse in a series of five or a greater number of pulses transmitted by the driver

  <Desc / Clms Page number 58>

 1421, it opens, at the location of its lower inner frame, the locking cirouit of relays 1101-1108, allowing these relays to drop. The relays 1109 and 1110 remain actuated by the earthed conductor 1426, through the lower armature of the relay 1111. Following its operation, the palace 1110, at the location of its lower inner armature, closes a circuit, via the contacts of relay 112, for relay 1111. Relay 1111 acts and is connected to coon- duotor 1426 via relay 1112.

   At the location of its lower armature, relay 1111 opens the circuit of relays 1109 and 1110, and again connects the grounded conductor 14? 6 to the branch conductor through which the relays 1101-1108 were previously used. locked. Therefore, Ion moaned 1101-1108 will now be ready to be actuated again, and relays 1109 and 1110 drop out. On falling, relay 1110 opens the initial circuit for relay 1111, following which relay 1112 is energized in series with relay 1111 and again prepares, at the location of its lower inner frame, the circuit blocking for relays 1109 and 1110.

   The relay 1112 being energized, and the relays 1101-1110 being de-energized, there is a connection between the transfer conductor 1425 and the conductor A of the group 1131, according to the table shown in fig. 20, by the lower armature * of relay 1110, the lower armature, in normal position, of relay 1108, the actuated lower armature of relay 1112, and the armature of relay 1113.



   In the event that the series of pulses that one receives o contains more than five impulses, the sixth impulse received on the conductor 1421 again actuates the

  <Desc / Clms Page number 59>

 
 EMI59.1
 shines 1101, and the circuit of blomoe PO "00 relaia word again closed by the ilot relay, dead that ot last acts in series with the relay 1101 at the end of 40 the siziira Impulse and establishes an oora4uoteUl 'of trane- strong 12â to conductor B, according to the table in fig.



  20. The oon4uot.eUI ". A and B of group 1131 are now connected to conductor 1426. Likewise, relays 1103 and 1104 are actuated upon receipt of the seventh pulse of the series, and relay 1104 moves the oon - connection of conductor B to conductor C, so that conductors A and C are connected to the table in fig. 20; relays 1105 and 1106 are activated when
 EMI59.2
 the eighth Pulse is received, and their turns A and D are connected; relays 1107 and 1106 are activated when the ninth Impulse is received, and the oonduo-
 EMI59.3
 hearts B and C are ovnected;

   relays 1109 and 1110 are actuated again when the tenth pulse is received, and conductors B and D are connected according to the table shown in fig. 20; and relay 1113 acts when receiving the 11th reception of the series, in the
 EMI59.4
 case where eleven pulses are received. While acting, relay 1113 connects conductor A spread to conductor B and C, and conductors A, B and C, are now connected to transfer conductor 14P5.



   From the above, it can be seen that for each
 EMI59.5
 value [the one series of impulses has from one to eleven, a different combina- tion of the output of group 1131 and oonnected, so that any digit received is exactly identified on an ewmsgrreW device. f1. 12.



  RKeKP'10J DUS CRIPME IWDIQUAh9 LI PRM.- Lore lee figures 1, 0, 4 and 1 Indicate the price are received, by the

  <Desc / Clms Page number 60>

 
 EMI60.1
 r 1a1s rt oeJ'1.eura 1401, 1403, 1402 and 1404, re.peo1 .... n1., the repeated 1l11J'ul.lone Boni, oOl8e pr'cM481ft1'18nt, by the contaote of the excited relay 1417 and the conductors 1421-14, rn4, to the enreci''t''eurw of fig. 11. Therefore, this * digits have formed * on the enrw (! Ietr <ura, and the desired conduits of groups 1131-1134 are connected to the transfer switch 14Pi5, where indicated by the table of rod 8a.



  The slow action relays 1405-1408 act, as has been receded, under the action of the motor grounded 144b to the O <IIIIIe008lll80t of the group of figures, closing a circuit, by the contacts * of the relays activated 1410 and 1412 and by the contacts of the non-activated relay 1414, for the relay 1413. The relay 1413 operates and is connected to the driver 1446, by relay 1414, and, at the place of its upper armature, it puts oonduotor 1426 at the. earth to establish blocking circuits for the rehis of the recorders.



   When earth is removed from the conductor
 EMI60.2
 1455, upon completion of the transmission of the group digit of the highest Sorter (the digit 0 of the tens), due to the fact that the relay 1407 drops, the relay 1414 does not energize in series with the relay 1413 and, at the location of its upper armature, apply the earth potential again to the transfer conductor 1425, through the earthed inverter 1438 and the contacts * of relay 1416.



  Since the link relays 1801 'and 1202f of fig. 12 are now energized by the conductor born to earth 1434 instead of relays 1201 and 1202 (change-
 EMI60.3
 which was carried out, as described above, when excitation of relay 1415), the application of the earth potential carried out at this moment on the transfer conductor

  <Desc / Clms Page number 61>

 
 EMI61.1
 strong 142b determines the \ raft8a1Ul0D of the ob1ttr'88 ear.c1e- etée 1, 0, 4 et 1 du prix, at the relays of the groupa "-18- mint4o PH, PT, PU and PP (fig. 12). moe 1 year! 'egilttlur PH, the relay B ers actuated; 4an8 the regulator Put, relays them B and D are oeiiocnée; in the recorder PU, loo relays C and D are action "a; and. dam the PP recorder, relays it Beat. actuated.

   When these relays work, ohaoun from them prepares a blocking circuit for himself,
 EMI61.2
 at the place of its inner armature, \, ran.m.1.tant the earth potential to the conductor 1211. The earth potential on the conductor 1E14, aotioràne the relay 1416 to close a blocking circuit for itself and for the actuated relays * of the PB-PP recorders, by the grounded inverter 1441 in parallel with the action relay born 1416. Following its operation, the relay 1416 at the location of its upper intermediate arpatures and upper Interiors, removes the earth potential of the blocking and transfer conductors 1426 and 1425, as a result of which the recorders of fig, They have released *.

   Relay 1416 also removes ground from conductor 1446, freeing relays 1409-1414.



    SELECTION OF THE VALUE - Remember that the inverter 1434 was earthed during the operation of relay 1415, when the value designation figures
 EMI61.3
 were transferred to dregas1nae SH SR devices, thereby grounding the pyramid eommeàfl. of oee device * dremmag & 81nae, so as to carry out the necessary selection of Yalear8 and the order of the value *.

   In order to identify the securities register group on which the received price is to be registered,

  <Desc / Clms Page number 62>

 he this planned ten relays of hundreds 1301 and 1302 to 1810
 EMI62.1
 (fig. 13), three of these relays being 1 "8)) 1" - *. starting from the pyramid of contacta of the relata A to D of the group 4'onvmtmalnae, e Sm not extending ten oonduotaurs, each one expands to a hundred different *. Between figs, 12 and 13, these ten conductors * are represented by a line
 EMI62.2
 unua- IP04. Only one of these conductors did not find the earth in the considered area.

   In this case, given that the relay B which must be actuated, according to the code number 1, the earth potential is transmitted, during the earthing of the conductor 1434, to the inverter 1 of the hundreds actuating the first relay 1301 hundreds. This relay connects the oonduotor dee tens of the designation of the value to the upper part of the
 EMI62.3
 CCR traneverssle oomexion support, shown in fig, 13.



  In order to make a device selection
 EMI62.4
 of the tens of the designation of the value, ten conductors (represented by the line 1205) are provided. 'extending from the contact pyramid of the
 EMI62.5
 relays A to D of the ST omfflinage device of the tens of the designation of the va.leur. This group of conductors is represented in fig. 13 and is designated by ST. Since the number 5 has been transferred to the storage group ST (fig. 12) by the energization of relay A, the fifth conductor of the group is earthed.



  The earth potential is therefore transmitted, through the fifth conductor of the ST group, the contacts of relay 1301 and the closing wire 1341, to the left contact of the contact series 1321. This energizes the value relay @ 1641 by driver 1331, pay only

  <Desc / Clms Page number 63>

 
 EMI63.1
 slightly, due to the fact that the higher eDl "Oul¯n \ of this relay this one winding traversed by a weak current and which has no useful effect. Consequently, only the contacts marked" xO are formed by the etoitetion of the upper coil.

   Dan8 a table of reception of the price of values and on which flower many va] euro, it is possible that each conductor closed by a relay due hundreds of values, such as relay 1301, is connected to several closing line, each one leads to the upper winding of a separate value relay, such as the 1641 value relay. When this conductor is earthed, each of the relays to which a closing wire this connected moves up a gap and closes its "x" contacts, but no relay closes its remaining contacts, waterf in the case described below.



   Relay C this actuated in group SU
 EMI63.2
 The units of values (fig. 12) follow the number of oode 2, and arrange the pyramid of contacts so that the earth is transmitted from conductor 1433 to the second conductor of group SU (fig. 13). When this conductor is earthed, a connection extends, through the iron wire.
 EMI63.3
 metric 134? on the CCR transverse connection support, to the right terminal of group 1321 and from the to the internal winding of the value logger relay 1641, by the conductor 1332 and contact them "x" of the relay. We
 EMI63.4
 will notice that relay 1641 is only moving suddenly. away to close contacts marked "x8 when energized by the top winding alone.



  However, at this time, the relay moves by the amount

  <Desc / Clms Page number 64>

 
 EMI64.1
 maximum, since the lower winding is an efficient winding. In oooaéquonoe, oiroui1.8 are prepared% jar the relay 1641 to activate the enre!; 18tr.ure t'l ('rr. "Rounding8 of the value BB1, code 162.



  SKUtCTIOX DIORI) RK. DKS VAtKURS.- According to the repeated option rrt> c, wdemaner: t, the price must be Indicated on the receiver ta- llenu elmiblemetit ooatne being the last price quoted, We do not r & I'I,., 11er & that the operator has abeiosé the command button LA (fig. 5), which determined the transmission
 EMI64.2
 of order number 1, which is now stored in the SR marafflinage group (fig. 12), in which relay B is actuated. Relay B of the SR group being actuated, the earth potential is transmitted by the oon-
 EMI64.3
 daoteur 13d to conductor 1 at the base of the contact pyramid of the SR group. This group of inverter, indicated by line 1207, extends to the order relays of FIG. 16.

   The conductor 1 of this group being earthed, a circuit is closed for the order relay 1655 (LA). Relay 1655 prepares a reset and control circuit for the recorders included in the lower row (LA) only of BBA values.



    RESETTING THE VALUE LOGGERS TO THE NORMAL POSITION.- In order for the reset pulses to the normal position transmitted to the value loggers to set the loggers in the desired positions, it is neces- sary to send first impulses to sweep the instruments. recorders of the position they occupy at the given instant to the blank position, also used as a position

  <Desc / Clms Page number 65>

 normal or starting.

   In order to qw the pulse series @
 EMI65.1
 4th return to position advance a value recorder only until its position in blano, ohaoun dee said recorders, the enragiatrenr Kil by eseepl e (fig. 16, 17 and the), is provided with a spring, such as
 EMI65.2
 1700 which is wisely with a spring (permanently earthed), only as long as the indicator is in any position other than the blano position. C # aJ..e as we will see in fig. 17, Iterirseintrour Rl, ie the upper left recorder of the BBa value group (fig. 16), is provided with a cam 1706 detached to rotate with the indicator drum 1704.



  This or 1706 carries a projection 1708 when the drum 1704 (freeze. 17 and 18) is with its position in white visible through an opening or window threatened in the previous part 1707. When it is thus actuated, by the projection 1709, the spring 1708 is disengaged from the grounded spring and is brought into engagement with the spring connected to the conductor 1632 (fig.s. 17 and 16). In this way, the local control eleotro 1702 is connected to earth in all the positions of the RI recorder, except the white position, where it is connected to the control conductor 1632 which is earthed.

   It is the same for all other recorders, and this is
 EMI65.3
 shown fie. 16 by showing an oame, such as the cam 1706 connected to the cirouit of each control unit 1702.



   The looal transmitter of fig. 15 is arranged to send pulses to return to the normal position
 EMI65.4
 orle value recorders; this transmitter is activated, for its counting operation, by the switch 1459 (fig. 14), while the sending of the impuioione to the

  <Desc / Clms Page number 66>

 
 EMI66.1
 set of values * and of rectified by 19 switch 11. These two switches feel, of preftrenos, activated by the motor set-up and in oxaot syttohrcnism with each other, although at Y1 \ ... .... high deduction it may be advantageous to re-establish a 1nt.el'l "\ 1r \ 8ur (1469) a little before the other in order to name the slight delay caused by the tompe <xJ <* é so that the counter relay * in fig. 15 aCteeent.



   ± as long as the local transmitter is established to return to the blank position only the @ rewind which must be actuated again later according to the prices clearly received, the local transmitter cannot be started to bring back the value recorders in the normal position when the value and order digits have been received,
 EMI66.2
 horn indicated preaéàemmon%; furthermore, the local transmitter should only be switched on when the number of digits of the price to be received has been determined. As explained below, the transmitter is set to send any number of price ciphers from 1 to 4.

   As soon as the group of cipher pulses, constituting the price indication, has started to be transmitted, relay 1413 acts and connects, by the winding of relay 1414,
 EMI66.3
 to the blocking conductor 1446, retort explained previously. Furthermore, at the location of the lower armature, relay 1413 applies earth potential to conductor 1445, closing a circuit, through the contacts of relay 1101 of the SH-PH recorder, for the price order relay. 1114.



  Relay 1114 operates and connects to grounded blocking conductor 14M, this conductor being grounded.
 EMI66.4
 earth via the contacts of relay 1522, the conductor 143511

  <Desc / Clms Page number 67>

 and the contact of the special release relay 1680. In addition, since the charges are transmitted to the remaining recorders ST-PT, SU-PU and SR-PP (fig. II), an oirouit, similar to the one described below above for relay 1114, this closed for the remaining relays of price order 1116, 1116 and 1117. Each of these additional relays operates and connects to said blocking conductor 1435 me to earth.

   At the location of its lower contacts, each of the relays 1114-1117 closes the impulse circuit, from the earthed switch 1459 to the impulse conductor @ 1552 (fig, 15) of the counter relay, connecting together the conductors 1427 and 1442. The impulses, after passing from the conductor 1427 through the contact of said relays and the conductor 1442, pass through the contacts of relay 1424, the contact and the armature 1530, and contact them normally closed commanded by the internal armature of relay 1519, up to said impuleiona conductor 1552. As soon as switch 1459 closes, following the extension of the circuit from the switch to conductor 1532,

     a circuit is closed by the switch 1417, by borrowing the pulse conductor 1552, and by the contacts of the relay 1502 for the relay 1501. The relay 1501 operates and this connects, at the location of its lower armature, to the oon - conductor 1551, earthed by the contact and the armature 1626, the contacts of the armature 1524, the conductor 1532, and the lower contacts of the special release relay 1650. As soon as the switch 1469 e ' opens, the short-circuit is removed around relay 1502, and repays 1502 @ 'energized by conductor 1551 and in series with relay 1501.

   At the location of its upper frame, the

  <Desc / Clms Page number 68>

 relay 1502 transfers the pulse conductor 1552 to the first pair of counter relays, comprising relays 1503 and 1504, and, at the location of its lower armature, it forms the pulse circuit between the interrupt 1531 and the electrons included in the lower row (LA) of the recorder troop assigned to the BBA value (fig. 16). This occurs when the switches 1417 and 1531 are both in the open position.

   However, each time the switch 1531 closes, following the operation indicated above of the relay 1502, it sends an impulse to the four appliances included in the lower row of the group of value recorders of FIG. 16, by the following battery circuit, by switch 1531, the lower contacts of relay 1502, the conductor 1553, the intermediate plates of the price order relnis 1114-1117, the conductors 1428- 1431, the contacts of the command relay actuated 1655 (LA), the contacts of the actuated valve relay 1641 of the BBA value group, the four electros of the lower row of value recorders in the BBA group, and from there to earth via the lower contact of the springs corresponding to the spring 1708,

   and the right-hand contact of these springs (fig. 17). Ten pulses are transmitted to the lower row lectroe of the selected value group, this number being sufficient to advance any value logger from the maximum distance to its blank position. It will be understood that no earth potential is applied at this moment on the conductor 1632, and that the four recorders which are now actuated stop in their respective positions in white under the action of their springs (corresponding to the spring

  <Desc / Clms Page number 69>

 
 EMI69.1
 170th, fie. 7) which climbs 88thDé. in eDgaC888n with the ungrounded 1632 ungrounded.
 EMI69.2
 



  The counting of the 41x reset pulses @ this performed by ten pairs of relays of the looal 150b-15 &&, 000 pairs of relays are matched in a regular order by switch 141 'and conductor 1632. L The counting oy6raticp performs you in a regular manner, a pair of counter relays being actuated for each pulse transmitted by the on 1417, until the relay 1519 operates at
 EMI69.3
 start of the ninth pulse counted.

   When it is running, relay 1519 closes, at its lower contact point, a new circuit for itself through conductor 1442, on which Pulses are received through the contact and armature. 1529, and of the internal armature and of the contact of relay 1520. The relay 1519 also connects, at the location of its internal frame, to the conductor 1532, through the contact and
 EMI69.4
 the lower inner frame of relay 152P. Opposite armature 1526, relay 1519 opens the blocking circuit of relays 1501-1518, allowing de-energization of all these relays.

   We have a new circuit for the pulses transmitted by cam 1531 to the electros of the
 EMI69.5
 value is closed, at the location of armature 1527, by armature 1528, instead of by the lower armature and contacted them by relay 1502, so that the circuit on which the reset pulses in position
 EMI69.6
 eont tr & n8.1S "8 by the conductor 1553 is not cut. The existing connection pre-ed8DD8nt between the conductor 1442 (on which the pulses are received from the cam 1559) and the ordinary pulse conductor 1552 of the relays

  <Desc / Clms Page number 70>

 
 EMI70.1
 oomteature, is open at the place of the oontaots MMea- lement closed oeomtindée by the lower atteature * of relay 15190 thus preventing the new toooUOnl * D8ftt premttafé of relay 1501.



   When the initial oirouit of relay 1519 this
 EMI70.2
 oouped at the location of the cume 1459 of the ninth 1l.lnn of r881.e in position, the relay 1620 acts in series with the relay 1519 and transfers the oirouit from oommanele to the relay lb: l. The 15 ± 1 relay acts when the tenth reset pulse is omitted, and closes a blocking loop for itself, at the location of its inferior armature.
 EMI70.3
 higher, by winding relay 1522 and by means of relay 15P4, to oonduotor 1532.

   When the initial output of relay 1521 is open at the end of the tenth reset pulse, relay 1522 is energized in series with relay 1521 and, at the location of its lower inner armature, opens the circuit. blocking
 EMI70.4
 relay 1519 and 15PO, while at the location of armature 1528, it disconnects switch 1531 from conductor 1553.



  The relays 1519 and 1520 then drop, and the relay 1519, at the location of the armature 1526, again applies the earth potential to the blocking conductor 1551, by the oonduotor 1532 and the contacts of the relay 1524.
 EMI70.5
 



  The reset impulsions have now been transmitted to the BBA value group recorders in the order LA, and our value recorders are in the blank position, ready to go.
 EMI70.6
 be actuated by the local transmitter in fig. 16 depending on the position occupied at the moment given by the storage devices PH, PT, PU and Pf, Bn oone6qUonOO, the price order relay 1114-1117, which were activated

  <Desc / Clms Page number 71>

 
 EMI71.1
 at the occoeooement of the reception of the group to quantify i rice, in order to determine the number of ourotrours to be collected. in normal ppaàtion in the group of order LA of the chosen value, have fulfilled their role and can be released to allow the oontrbie of the values @ respoo- 1.1 ... of the numbers of r.18e in lonition 1.

   by the local tr.n8metr is exercised euiersnt the setting of the group * 4 'ellllllaeti81 DaGe PH, PT, PQ and? Y of fig, lE. Rn therefore, when the shine 1522 moves upwards upon the release of the tenth reset pulse, it removes the earth, at its upper armature, from the blocking conductor 1435 to allow the relays 1114- 1117 to fall back.
 EMI71.2
 



  RmIs3 19 NORKAL] T POSITION OF THE VALUE EWRMISTRNORS.- It will be recalled that the relay 1416 is actuated by the intermediary of the conductor 1214 so that the * price figures are transferred to the PH-PP storage devices of the fig. 12. Relay 1416 being actuated, and relay 1522 of the local transmitter being actuated at the end of
 EMI71.3
 the normal resetting operation, a connection exists between the conductor 1442, eur which pulses are received from the cam 1459, and the conductor 1552, by
 EMI71.4
 which the impulses are transmitted to the ccmrteurs relays, the connection being the sweat: of the conductor 144C, by the contacts of the relay 1524, the conductor 1443, the
 EMI71.5
 contacts from relay 1416, oonduetemr 1444, armature 1530 and its active contact, to conductor 1552.

   When this connection is complete, either at the location of the contacts of relay 1416, or of the contacts of relay 1522, depending on those which close last, the pair of synchronization relays, comprising relays 1501 and 1602, is

  <Desc / Clms Page number 72>

 again made active to act under the action of the
 EMI72.1
 first pulse remains from oeme 1459 # and connect switch 1531 to oonduoteur 1888,. The lower contacta of relata 1502, when the first impulse ceases. Note that conductor 1553 extends to the omission of each of the pyramids of con-
 EMI72.2
 taots dww the groups of e # naiDa PH-PT-PU and pr.

   In the PH group, the number 1 is recorded by the excitation
 EMI72.3
 of relay B, as indicated before, so that the conductor 1553 is connected, by the contacts of the actuated relay B and the contacts of the non-actuated relays A, C and D, to the corresponding inverter N 1, which is connected by means of the cable 1208, and through the contacts of relay 1504, to the hundreds control conductor 1428;

   in the
 EMI72.4
 omaagaeinage device PT, the number 0 is recorded by the excitation of relays B and D, so that the inverter 1553 is connected, by the contacts of the non-actuated relay A, the contacts of the actuated relay B, contact them. from the unactuated relay C, and contacts them from the actuated relay D, to the conductor N 0, and from there, through a conductor included in the cable 1209 and the contacts of the relay 1524, to the conductor 1429 for controlling the disaines; relays C and
 EMI72.5
 D go actuated in the PU storage device, from aorta that the 155S conductor is connected, by the oontaots of non-botlOnnj relays.

   A and B, and the contacts of the actuated relays C and D, to the regulator 99 4, and from there, by a conductor included in the target 1210, and by the contacts of the relay 1510, to the conductor 1430 for controlling the units;
 EMI72.6
 and the relay B have acticaràé in the rump PP of the price fractions, of aorta that the conductor 15M and connected, by the pyramid of contacts oorre8poDdan \ .8, to the conductor 1 '1,

  <Desc / Clms Page number 73>

 
 EMI73.1
 and from there, by a conductor oomprigi dens la Oable JEJI and by the contaetw of the relay 1604, to the conductor 1431 of ooatande dee fraction *.



  Consequently, the relay of 87Dohroni8at.ion ls (1t being energized, the impulse of the following current transmitted by the oame 14b9 activates the relsis 1b03, by the conductor lb62 and, at the same & mpe an impulse is transmitted by the oame 1â31, on conductor 1553, of dead that a current Fsese through the pyremides of contacts of the recorder PH-PP, and by the contacts of certain
 EMI73.2
 looal traD8m8tteur oomptor relays, as indicated above, and by ohaoun oonduoteurs 14! '6-1431, to the electroctrot of the regietroure included in the order row LA of FIG. 16.

   At this moment, conductor 1632 serves as a common return to earth conductor for the four loggers, being connected, by the contacts * of the actuated value relay 1641, to earth, through conductor 1535 and of the lower contacts of the actuated relay 1522, At the end of the first reset pulse, the relay 1504 operates in series with the relay 1503, when its circuit is opened by the top 1417, and disconnects the conductors 1428-1431 from the conductors It 1 of the pyramids of contacts of the slides
 EMI73.3
 s1t1f8 4'enmaea81nae of the price figures of fig. 12.



  This opupulates the connection between the motor 1553 and the conductors 1428 and 1431, because the ntainea and fraction * digits now stored are both 1. In this way, the recorders of oentainee and fricotions in the order po LA (fig.



  16) will be left arrested, with the ohiffre, the exposition.

  <Desc / Clms Page number 74>

 
 EMI74.1
 



  Lee imoie ingulalom follows one hundred tm-ieeo for conductors 14E9 and 14 & o, leading them. "" Ci. \ R.w "8 dee tens had dee units tan8 la qllstriil po81" 1Oft.



  DaDa the interval, leu relays lâ0a, 1b09 ont feMtionB4, and the grape 1510 fonotirnne at the end of the -ua \ r1- impulse of disowned in position, dioon removing 1 oonduotmoen 142P14bl from the coils of digits 1 '4. ± Since a digit 4 is formed on the 4'-SUl- nage PD group of the price units, the oonaexion between the oonduo- tor 1553 and the conductor of the 1430 units is cut when the rail * 1610 does 4'plaoe towards up, leaving the unit recorder in the order group LA errl ""
 EMI74.2
 with the number 4 exposed.
 EMI74.3
 



  As the op'rat.1.n de r <mi in normal position * progresses, other impulses * are transmitted, by conductor I489, to the tens recorder, and the sensor relay continuing to act one after the other, cane open the circuit ,, until 'until the relay 1580 has worked at the end of 1 neuY1èm. Delivery pulse
 EMI74.4
 in position.
 EMI74.5
 



  When the tenth reset pulse is 1-noitien, a circuit is closed by the even number counter relays 1b02-1b22 and by the contacts of relay 1524, for relay 1523. Relay 1523 acts and does not oonote. 'place of its lower frame, to conductor 1447, who this mainta ..... t. earthed at the lower contact point of relay 1416. Consequently, relay 1624 acts in series with relay IBM at
 EMI74.6
 the end of the tenth reset pulse, and
 EMI74.7
 deo () rmeot.8 the oonduotoure ir '0 of the driver * 14M-14N1 of command of the eDl'eg1. \. r8 \ U'8, ending "king la ....- 1.-

  <Desc / Clms Page number 75>

 
 EMI75.1
 @ion des impulsiora de remiee in petition.

   The orrogy- rors of 0.11 \ & 1¯., Tens, units * and fraction of the order group LA (fi6. 16) are now in position to expose the * numbered 1, 0, 4 and 1, res- pectively.
 EMI75.2
 



  L9IOW OF THE REClPftUR. - when the relay 18 && functions, it opens, at the location of its lower inner armature # the blocking circuit of relays 1b01-162E and, at the location of its lower armature, it opens the impulsioca circuit of the sensor relay, from taQOn. apioher them to recover ea marhho to act again. The relay bzz also deactivates the earth potential of inverter 1441, removing relays 1415 and 1416, and allowing all of the blocked ¯ga81nage glows of t1g.



  12 to drop out, because the earth potential is removed from the blocking conductors 1213 and 1214. The relay 1416 removes the earth potential from the conductor 1447, allowing the relays 1623 and 1524 to drop out. Relay 1515 removes the earth potential of conductor 1534 and applies the earth potential again to conductor 1433, after which relays 1201 'and 1202' drop out, and relays 1201 and 1202 energize, prior to switching on.
 EMI75.3
 tranemi.e10. of the following price.



   The actuated coil relay 1301 of FIG.



  13, aigal that the actuated value relay 1641 and the actuated command relay 1635 drop as a result of the
 EMI75.4
 de-excitation of emmasa relay 1Dae of fig. 12.



    Since the input control relays 1409,1413
 EMI75.5
 of the diefflitit IC the action of the opening of their blocking circuits, during the excitation of the relay 1416, and given that the relays 1114-1117 cent
 EMI75.6
 fallout, ooatee explained preo4d% nt, when opening

  <Desc / Clms Page number 76>

 of their blocking circuit by the oonduoteur 1435, and during the energization of the relay 1522 at the end of the operation of returning to normal position, all the relays actuated during the transmission of the price of a value have been holy. returned to the normal position, and the device is in the normal position shown in the drawing, relays 1201 and 1202 being the only one energized *.



  THE TRANSMITTER BEGINS TO WORK BEFORE THE RECKPTEOR IS RELEASED. It will be remembered that when the relay 1416 operates, at the end of the reception of the price figures, it removes the earth potential of the conductor 1446, de-energizing the relays 1409-1414. It will also be remembered that relay 1416 connects to conductor 1441 and maintains the earth potential disconnected from conductor 1446, until the local transmitter has finished sending the reset pulses.

   If the first set of figures for the next price begins to arrive before relay 1416 has been de-energized to reapply the earth potential to inverter 1446, the earth connection of conductor 1455 closes a circuit for the relay 1409, as before, and a branch circuit is closed, by the contacts of the actuated relay 1416, for the relay 1417. The relay 1417 functions and shunts the contact of the relay 1416 which resized the earth potential of the conductor 1446 , thus reapplying the earth potential to this conductor.



   It will be noted that the cancellation relay 1119, when it is actuated to return to the white position of all the recorders for a chosen value, removes the earth potential of the conductor 1446 to allow the relays 1409-1414 to return to the position. normal, and that,

  <Desc / Clms Page number 77>

 at the location of armature 1122, it connects relay 1417,
 EMI77.1
 In order to be this relay ag1 .... to reapply the ground po L8nU.) to the inverter 1446, in the on @ # the next group of ohiffrea begins to arrive while the ground potential is withdrawn from this conductor.



  RICPTI011 Dlt HO'tBMS INCLUDING LITTLE CJf1JPJIIDS.- In some cases, a new value price differs from the previous price only in that the new value price ends with a different fraction, and then it suffices to reset to the normal position the fraction recorder
 EMI77.2
 in the row chooses, leaving the recorders of the hundreds, tens and units in the position they occupied.

   In other cases, the new price may
 EMI77.3
 require the ise in position of the re1etrator. of units and fraction only, while in still other cases a change is necessary in the tens, units and fraction recorders, the hundreds recorder not needing to be returned to the normal position. As explained below, it is provided in the transmitter for devices
 EMI77.4
 such that the operator can separately force the price figures that differ from the corresponding figures of the previous price, and the transmitter only transmits the figures.
 EMI77.5
 free of price formed.

   In the aee otl no pulse is received. To adjust the SH-PH record of the f3g. 17 suri- wani a hundreds figure of the price, none of the re2ae are actuated, and therefore a transfer to the storage group PB of fig. 12 takes place. Since no dee relays to to D of group PH is excited,
 EMI77.6
 none of the conductors 1 to 0 extending from the base of the pyramid of corresponding contacts * have oonnacted,

  <Desc / Clms Page number 78>

 and no reset pulse is sent to the hundreds register in the group of the selected value.

   In addition, since none of the
 EMI78.1
 the 9-PH recorder of the fle. 11 is not activated, the corresponding price order relay 1114 is not activated when the reset pulses are sent and no connection exists between the inverter 1553 and the hundreds conductor 1428, 'so that the centnina recorder does not move to the normal position. In a trialogical manner, if no pulses corresponding to the number of the price divaines are transmitted, the price order indicator 1115 does not and does not activate, no
 EMI78.2
 transfer to the PT delineation group does not take place, and the price disflin reglotrour remains in the pre-dominant position.

   Likewise, and no units digits are received, the price order relay 1116 is not actuated and the rent unit register is in its previous position. In addition, in the event that the operator neglects to close a fraction digit *, the price order relay 1117 is not actuated and the fraction order conductor 1431 is not connected, the price recorder fractions remaining set in their previous position.
 EMI78.3
 THESE NUMBERS CONTAINING LITTLE BITCHES. - In the transmitter, account is taken, as explained below, of variations in the number of digits representing a transmitted price.

   In the case where a single price digit is formed by lowering only one * of the digit keys of FIG. 5, this figure is recorded on
 EMI78.4
 the recorder PB of hundreds of the price (fig. 7). In the event that the operator then presses an order key

  <Desc / Clms Page number 79>

 value and determines the operation of one of the relays A to D of the SR order recorder (fig. 6), a circuit is slotted through the conductor 609, at the location of the lower inner armature of the transfer relay 610, by the Lower armature (in normal position) of relay 707, the lower armature * (in normal position) of relay 705, and the lower armature (in normal position) of relay 703, for the relay. bond 717.

  * In this case, relay 717 oonotes the conductors, extending from the upper oon- tact * of relays A to D of the PH recorder, to the group of PP conductors extending up to the transmitting device in freezes them. 8 and 9. As a result, the digit recorded on the PH recorder is transmitted as a fraction digit and no hundreds, tens and units digit is transmitted. When a fractional digit only: is recorded, the transfer relay 703, 705 and 707 of the recorders PT, PU and PF, respectively, are not activated. As a result, the ground potential remains in conductors 761-763 of the price order group, and is removed from conductor 764 only.

   During the operation of the connection relay 436, prior to the start of the transmission operation, the conductors 761-764 are connected to the price order group PR, but the connection is not established to the transmitter apparatus of figs. 8 and 9 that when the earth counter relay 802 comprising the relays 80 ?, 803, eet pulled upwards in series with the relay 803, as previously described, just before the tranemission of the rump of price figures. When this occurs, the conductors of the price order group are connected to stop relay 808, 812, 912 and 913.

   Given that

  <Desc / Clms Page number 80>

   H, T and U conductors in the price order group
 EMI80.1
 constitute at or moment extensions of the conductors * to the earth 761,? 62 and 763, the relays 809, 812 and 910 are Immediately actuated, and the trsnemissioa of the larului me of the oeniainos of the price, tens of the price and the units of the price this thus prevented.



  ] in Allrl'088It that the operator only forms a number of numbers, a number of units and a number of
 EMI80.2
 fractions, the units digit is recorded on the link PH in fig. 7, and the amount of fraud is recorded on the PT reelotor. Under these conditions, the transfer relays 701 and 703 are activated, and, when the link motor 609 is grounded, a circuit is closed, by the contact of the activated transfer relay 703, for the connection relay 719 . Relay 718 establishes a connection between
 EMI80.3
 contacts of the unrogistrour PH and the group of PU inverters of the price units, and it also establishes an ocnaezion between the contacts of the PT recorder and the group of PF conductors of the price spindles.

   F conoéri, enoe, the enreziotrés digits are transmitted as uriiié * or dee fractone digits, and transmission of the hundreds and tens digits is prevented, as long as the conductors 761 and 762 remain earthed, operating the relays 808 and 812 before the group of price ciphers is transmitted.
 EMI80.4
 



  In the case where three numbers are formed by the recording laws PH, PT and PU, these numbers are the numbers of disainse, units and rr80tlOnB, since the connection relay 709 is actuated by the contacts of the transfer relay actuated 705 At this moment, the conductor 761 alone of the rent price order group earthed by the tram relay contacts.

  <Desc / Clms Page number 81>

 strong unactuated 707, preventing transmuai ce of Impulses @ hundreds of the price by cam 855.



  FORMATION OF THE EVE'S CLOSING PRICE.- At the end of the Day, the last quoted price for each security is retransmitted as the closing price of the day before, so that it appears on the * Indicators when the deal * are resumed the following day.

   For this purpose, the operator forms an indioation concerning the value, in the manner previously described, followed by the last price, as indicated by the last price recorders of this value (11 is customary to prevdir, to the transmitting poet, a receiving panel actuated by one of the receiving channels, so that the operators can control what they are transmitting). However, before carrying out this operation, the operators return to the normal poeition all the Indicators of this value by forming the indication of the} value, and thus lowering the value order key WO (fig. 5).

   When the WO cancel key is pressed, relay B of the SR command recorder (fig. 6) operates to record the digit 9. Transfer relay 610 acts when the key is released, and begins to translate the letters. designation of the value in the oarao = teres of the code, in the manner previously described, by applying earth, at the location of its upper contact, to the conductor 601, through the upper contacts of the on-going relay 612.

   As soon as the translation has been terminated, as shown by the operation of relays 406, 417 and 408, a circuit is closed, by the non-last * relay contacts and by the relay contacts.

  <Desc / Clms Page number 82>

 ralais 610, for the mine relay in operation 612.

   The tranamission apparatus of figs. 8 and 9 is started to function in the manner previously described, and the code digits, as well as the order digit of value 9, are transferred, while the counter switches CS1 and CS2 move on the first half of the their bano contacts. Since no price figure has been formed on the price recorders of fig.

   7, all price order conductors 761-764 are earthed by the * contacts of unactuated relays 701, 703, 705 and 707, thus determining the new operation of all stop relays 808, 812 , 909 and 913 of fige. 8 and 9, by contact @ of relay 802, before starting to transmit the price cipher group.

   As a result, all the transmitting oames, 825, 826, 827 and 828 are disconnected before any impulse representing a price figure has been transmitted, and the transmitting apparatus is returned to the normal position as soon as it has moved forward. two spaces to determine the excitation of relays 806 and 907, in order to close again the circuit of relay 805.



   In the receiver of figs. 11-16, the value code chuffres and the value order numbers are received on the regulators of fig. 11, as previously indicated, and at the end of the transmission of the value designation ciphers, the bonus ciphers transferred to the upper row of storage device of fig, 12.



   The received value order digit is shown in the reception chart of FIG. 20 by the oode BC.

  <Desc / Clms Page number 83>

 
 EMI83.1
 Knowing that, their shines B and C of the breathing device BR are actuated for the error 8R-P ', via the conductor group * 1134. Lee relays
 EMI83.2
 With B and C added, ground potential is applied to the new conductor N'extending from the base of the corresponding contact pyramid, making a circuit for the cancel relay 16b4 of fig. 16. Relay 1654 operates and closes one circuit for each of the five regular order relays * 1655-1659.



  Accordingly, circuits are prepared for operating
 EMI83.3
 all recorders in all order groups in the selected value. In addition, the special cancel relay 1119 is actuated, by the conductor 1212, in parallel with the relay 1654. The relay 1119 connects the conductor.
 EMI83.4
 pulse 1553 turns hundreds, tens and units 14? 8, 1429, 1430 and 1431, so that the group of reset pulses which eet
 EMI83.5
 now transmitted and sent on the four condlcteurs 1428-1431.

   In addition, relay 1119 initiates the previously described resetting operation of the transmitter.
 EMI83.6
 room of fig. 15, by connecting together the conductors 1427 and 1442, at the location of the armature 1120. Therefore, after the operation of the pair of relays
 EMI83.7
 synchronization, oomprenani relays them 1501 and 1502, through the relay control conductor 155P, and the resulting connection of the pulse conductor 1553 to
 EMI83.8
 On cam 1531, ten imptils-ons are rolled to all rewinders of the chosen Taleur, advancing all recorders so that they come into their position in bl.na.

   As described t preo.d.8IIIDent., Each recorder
1 stops when it reaches its blank position, due to

  <Desc / Clms Page number 84>

 
 EMI84.1
 1111 rnit qi; the corresponding spring ferates and rotates diblectre pwr the oo.men4e 7M conductor grounded. In addition, the 1654 cancellation relay prepares, at the location of the lower inner reinforcement, a
 EMI84.2
 control circuit for relays 1 bp3 and 1S4, so that when the control pulse is transmitted to rellua 1b21, when the same reset pulse is transmitted, m circuit is closed by the lower internal contacts . of relay 1523 and by the contacts of relay 1524, for relay 1523.



  Relay 1523 operates at the same time as relay 1521, and the blocking circuit for relay 1523 is formed, by relay 1524, up to conductor 1547,
 EMI84.3
 which is now earthed at the location of the lower contacts of relay 1654. When the tenth pulse ae reset is complete, relays 1522 and 1524 are energized in series with relays 1521 and 1523.



  Relay 1522 opens the connection between the recorders and cam 1531, to the effect of armature 1528, relays 1501-1518 having been previously brought to the normal position by the operation of relay 1519.
 EMI84.4
 



  The re11; 1 .... 8 1524 opens the o.rc..lt of uoiamaride of the relays countRead è Tend from its interior frame. At the place of its lower inner frame, the releis 1524 opens the blocking circuits of relays 1521 and 15? 2,
 EMI84.5
 determining the release of this relay, and, at the location of its upper armature, the relay 1524 disconnects the
 EMI84.6
 earth potential of the conductor 1441, determining the release of the relay 1415 and, consequently, the de-use of the actuated dfonrogiotrour relays actuated from fig. 12.

  <Desc / Clms Page number 85>

 



  Relays 1119 and. 1654 drop when the relays of the value order recorders are released *, and the rereader 1554 opens the blocking circuits of relays 1523 and 1254, at the location of its lower frame, allowing these relays to drop.



   Following the operation q, .preceded, all the recorders relative to the value in question have now been brought back to the blank position.



   In order for the last price of the day to be formed as the closing price of lava, in order to use it for the following day, the operator forms the letters of designation of the security, as before, these letters being followed by the numbered letter. of the last price; the operator also actuates the value order key IC, determining the formation of the value order number 8 by energizing relay A of the order recorder SR (fig. 6). The transmitting apparatus of figs. 8 and 9 is turned on to operate as before, sending the @ value digits and price digits to the various receivers.

   In the fics receiver. 11-16, the reception of the order number 8 on the SR value order storage device of FIG. 12, applies the earth potential to the corresponding eighth conductor, actuating relay 1659, which is the closing order relay of the previous day. Whenever the relay operates, conductors 1428-1431 are connected to the recorders in the upper row YC of the chosen value. The price figures are, in sequence, transmitted to the relays in the upper row, forming the closing price of the previous day.

  <Desc / Clms Page number 86>

 
 EMI86.1
 



  PRni 1SR PRICE OF THE DAY 9- When the 1st price for a particular value is trwmia, this price must <be recorded as the opening price, as the
 EMI86.2
 higher, the lowest price and the last price. As a consequence, the re-Jetrours in the @ rangies OP, ai, i.0 and LA (all read in ** except the top row) must be activated increased. Consequently, after forming the letters for the designation of the value and the digits of the opening price, the operator lowers the row key UM of fig, 5, so that
 EMI86.3
 the number 7 of value row this formed SJ rI 'enters the input SR (fig. 6), in which the relays C and D are thus actuated.



   In the device receiving freezes. Il-15, receiving the value row digit 7 determines the
 EMI86.4
 operation of relays A and C of the storage group SR (fig. 12), given the reception code of fig. 20.



  Lee relays A and C being actuated, an oonnection is established, by conductor 7 of the corresponding group, for row relay 1653 (fig. 7). When this relay operates, it forms circuits for relays 1655-1658, which senses the last price, minimum price, maximum price, and open price row relays.



  We therefore see that the price figures received are formed
 EMI86.5
 on the desired range of entries.



  LINKAGE OF P1RTILLh RECEIVERS; IDsNT ACTIONlS.- it can happen that a transceiver does not terminate its operation or does not function in synchronicity with the transmitter, and, consequently, devices are provided to send at intervals a sequence number special (the order number

  <Desc / Clms Page number 87>

 O to the receptors, in order to release the * receptors that only partially damage the window.



   In order to perform this special release operation, the operator forms the letter (s) assigned to any desired value, after which he lowers the command key RL, adding relay C of the command interrogator to. SR value (fig. 6) to form the 0-order digit. The value code digits assigned to the combination of value letters, as well as the 0-order digit, are transmitted by the transmitting device must freeze. 8 and 9, --but no price figure is transmitted, or none is formed.

   While the value designation digits thus formed are being transmitted, the operator forms the same combination again, so that the transmitter is again actuated we control the other series of recorders to repeat the digits of code and order number 0.



   In the freezer receiver. 11-16, the first group of ciphers including the cipher of the code and the order number 0 is received on the recording apparatus of the fie. It in the usual manner, when the receiver is in the condition shown in the drawing, before transmission is started. In this case, the formation of the digits of oode determines the selection of a value and the operation of a value relay such as 1641, as previously described, and the formation of the order 0 digit on the rump. storage tank SR of fig. 12, determines the operation of relays B and D of this group, according to the reception oode of fig. 20.



  Lee relays B and D being actuated, a circuit is closed by conductor 0 of the corresponding group, for the relay

  <Desc / Clms Page number 88>

 of special release 1650. When the relay 1650 4 operates, it connects, armature the place of its relay to the upper interior, by the contacts of the and, slow motion 1649 to the place of and * armatur .. remaining upper, it disconnects the earth potential of all blocking conductors 1436 ', 1436, 1437, 1436 and 1441'. this frees all devices locked in the replayer, with the exception of relay 1650.

   At the location of the lower armature, relay 1650 closes a circuit for relay 1649, and the latter acts after a very short time interval and opens the blocking circuit of relay 1650. Relay 1650 de-energizes then and opens the circuit of relay 1649, which also drops out.



  In this case, the second group of code digits and the order digit 0 have been received and used in the manner just described @.



   It should be noted that in the case where the value cipher group is not transferred for some reason to the upper row of recorders of FIG. 12, for example with a poorly soldered connection, or a dirty or oxidized contact, relay 1415 does not act, and the upper row of storage devices of FIG. 12 remains connected. As a result, the next group of digits received is added to the group (of digits previously received @ on the recorders of fig. 11, so that a transfer is in all probability made at the end of the cipher group. next.



    However, under these conditions, the price figures are superimposed on the value figures and the combination is transferred to the storage devices of the figure.

  <Desc / Clms Page number 89>

 of values from fig. 12, in the top row.



  The receiver is now in the same condition as it is ordinarily at the end of the value digit group, and the price figure storage devices are connected during the operation of relay 1415. Accordingly, Sorter chuffres *, when transmitting the price follow, are received and transferred * as a price figure, and the receiver is not in synchronism with the transmitter.



   Assuming now that the re-switch of Figs. 11-16 is not in synchronism with the transmitter when the first series of digits including the number 0 is received, this series of digits is transferred to the lower row of storage devices of FIG. 12 instead of the top row, and the local transmitter is turned on to perform its reset operation. As soon as the reset operation has been completed, the adjustment pulses are transmitted according to the adjustment of the lower group of storage devices of fig, 12.

   As soon as the setting pulses have all been sent, relay 1524 acts as described previously and, at the location of its upper armature, removes the earth potential of conductor 1441, freeing relays 1415 and 1416 and causing the re-switch to operate in synchronism with the transmitter.



   With the receiver now operating in synchronism with the transmitter, the next group of value digits and the 0-order number are transmitted in the manner previously described, by operating the special release relay 1650.

  <Desc / Clms Page number 90>

 



  ABSORPTION OF RIDCISE DCPUDSIONS IN POSITION WHICH HAVE BEEN TRANSMITTED. The freeze receiver * 11-16 has been set up to pulse * to be used in combination with a transmitter that transmits a reset digit group between the value digit group * and. the group of price digits. Systems have been employed in which the transmitter, following the transmission of the value digits, transmits the digit 0 on each circuit through which it must transmit a price digit.

   The number 0, transmitted on these circuits, this used, in the previous receivers and repeated directly to the recorders in the chosen value, day bring these recorders to the position in blano. When the receiver freezes. 11 to 16 works in combination with a transmitter of this kind, it had to cut the closing wire 1457, thus preventing the relays 1411 and 1412 from functioning, by the conductor 1455, when the relays 1409 and 1410 are actuated; Under these conditions, when relay 1410 operates, it releases connection relay 1458, disconnecting the receiver circuit from conductors 1421-1424.

   Then, when the reset impalsions are received, the effect is to actuate one or more of relays 1405-1408 to apply and maintain the earth potential on the conductor 1445, as long as the group of @ reset pulse is received. When the conductor 1445 is thus earthed, a circuit is closed, by the inner armature (actuated) of the relata 1410 and by the contacts of the relay 1412, for the relay 1411. The relay II operates. and connected to

  <Desc / Clms Page number 91>

 conductor 1446 in series with relay 1412.

   By firing, relay 1412 works when conductor 1445 is disconnected from ground at the end of the series of pulses, connecting conductor 1445 to relays 1413 and
 EMI91.1
 1414. At the location of Bon upper armature, relay 141? turns you on, connecting relay 1458 again.



  JPOKC '!' IONlCDIKtrr KCOt1R '!' I DU 'l'RANSI #' M'JWR LOCAL.- Relay 1525 has been added to the local transmitter in order to shorten the tooth function, and thus reduce the operating time of the transmit to each liver that it is rosalble to do so. Whenever a reset cipher group is transmitted by the local transmitter, and one of the loggers is to be returned to the normal position from the position of digit 1, ten pulses
 EMI91.2
 sione are necessary, but if there is no recorder in position 1, a lesser number of reset pulses is sufficient to bring all the
 EMI91.3
 enrei.treLr8 to the blank position.

   For example, all the recorders to be returned to position can be in position 9 or in position 0, and,
 EMI91.4
 In this case, a se \ .. le lI: Jl'uls1.on or key-x 1mP \: lSJ (resetting lne> r will be sufficient. Consequently, relay 15? 5 eet dlepcb 'to try read condition 41 pulse circuit.cns, and É <co.J1.er the operation of recipe in poelton each liver that cel4 eet 18.1ble.



  1) ("the ue relays it from üynchron1.8t) (ln IBOP has already moved up, the 155X rewinder command lead is corrected, 11 \ l" contacts them from part or all price order relays 1114-1117 and
 EMI91.5
 some and all of the conductors 28-14Sl, to earth, by some or all of the recistroure

  <Desc / Clms Page number 92>

 
 EMI92.1
 obo181 life.

   The relay 1525 being in shunt by ra> I ori -the th of 1nt..rrupt10n 1531 and eon brush, the relay 1 apt in series with one or more of * registers that the gold aot1onn. until 00 Tie all of the records 1 ..- troure wisnt been reduced * to the poisition in white, The relay lbpb au moves the h-% ut green before the first reset imrul- S.1 in loeitiün scit sent ali- x recorders, and, at the location of its, ix armatures, it opens the * two circuits controlled by said relay. When the first
 EMI92.2
 impulse is sent to the recorders, the relay bzz this iine in bypass by the cam 1531, hand the relay and reed, the so that it returns aot.onné db made of the mol-inductive current passing at this moment in its winding.



  When the first pulse is transmitted, the relay 1503 operates as described previously, and, the location of its lower armature, it connects to the conductor 1552 the two armatures of the relay 1525 which is now
 EMI92.3
 sc ti onnb.



   At the end of the first pulse, it relays 1525 this again in series with the recorder (s) that are actuated, and it is energized again in series with
 EMI92.4
 oo-x-this. It should be mentioned here that the reactivity of relay 1526 is high enough to avoid any
 EMI92.5
 interference with the operation of enreistreu ra.



  In a dare, an impulse this sufficient to bring all the recorders chosen in the position in white, the relay 1525 falls as soon as the oame 1531 comes in the open position,, following the first impulse,
 EMI92.6
 This caused the actuated value recorder cam to transfer the recorder circuit from the local ground connection to the inverter 1535, which is now disconnected from ground. If this condition is not

  <Desc / Clms Page number 93>

 
 EMI93.1
 performed at this time, it is connected to the end of a * of 1apul.! ona .uivan1-.

   If the IBM relay drops out for the reason mentioned below, before nine Pulses have been 1.r8lulml ..., and therefore before the 1518 mt relay operates, the next pulse tl "'an8llU" to the counter relays * through conductor 144P, while passing through conductor 1552 through the reule series of elements * counter *, through conductor 1552, the lower contacts of relay 1503, the @ contact of relay 15? 5 (which is now de-energized) and the @ contacts of relay 1520, to relay 1519. When it operates, relay 1519 turns on, at the location of armature 1530, and its contact, to conductor 1442, as explained previously and frees the relays 1501-1518.

   The operation of relay 1519 is followed by the operation of relays 1520, 1521 and 1522, as explained previously.
 EMI93.2
 Following the transmission of the reset pulses, the adjustment pulses are transmitted, the transmission being started after
 EMI93.3
 of the new operation of the electronic relays 1501 and 1502. The contacts of the relay 1525 go out again connected to the recorders, 6 the place of the lower arm of the relay 1503, at the beginning of the first transmitted pulse.

   TOl..teo18, as preoede.iienq relays it 1625 acit in parallel with the open interruptttur 1531 before the first impulse is trimmed and opens its two overhead contacts. The 1525 annuity relay activated as long as pulses @ are transmitted to the recorders, but as soon as the last circuit
 EMI93.4
 pulse * has been opened, at the location of the relay contacts, such as 1504, 1606, etc., relay 1525 drops out.

  <Desc / Clms Page number 94>

 
 EMI94.1
 



  The rel..1. 1SP-b being disapointed and the moaning 1505 being excited, the following application of the earth potential to the impixleione conductor z2 determines the closure of a circuit, pr le. contacta of relay 1803, 1 lower oentaotab of relay 1586, st the upper contacts of azo relay t6 151, to relay 1523. However, the circuit previously described for relay 1519 is closed in e8me Lemtt for the * interior * contacts of r. lale 15P5, so that relay 1519 acts in parallel with relay 1523.

   Relay 1523 connects to inverter 1447, by winding relay 1524, so that relay 1524 operates as soon as the earth potential is removed from conductor 1553 by oame 1459, immediately returning the local transmitter to the normal position of. the manner previously described.



  CORRECTION OF AN OPERATOR ERROR - As mentioned
 EMI94.2
 previously, a receiver board actuated by one of the regular receiver circuits of fig, 10 is arranged
 EMI94.3
 so that it can be seen by the operators, 8 and, in the event that an operator makes a mistake in forming the price of a security, this error can be immediately detected by the operator or by a supervisor. The operator who made the error corrects it by transmitting the correct price. However, in those cases where the trader discovers his error before the price formation flows
 EMI94.4
 has been completed, he can release the relay from the actuated error controller by momentarily actuating the error key ER, fie. 1.

   When the ER key this is actuated, the earth potential is applied to the conductor 104, which activates the relay 209. The relay 209, at the location of its upper armature, removes the earth potential from the

  <Desc / Clms Page number 95>

 
 EMI95.1
 RlSO blocking conductor, releasing Ion relays aotionm in the * n81.tI "eUr. of V & ldU!" 8 SRI, SRF and sRa. The S09 reading disconnects the earth (at the place of the lower terminal) of the blocking conductor 101. The jonduotir 101 is connected, by the contacts @ to that of relain 61b and M4, pi is not ttolated to the conductor of bloa8 606 or 606 'and the withdrawal of the ground potential of the conductor 101 1 Wre, p'u' oonefquent, t. ut price recorder of the fie.7 which can be operated.

   When the error key returns to normal poeltinn, relay 209 drops out and again applies earth potential to blocking conductors 250 and 101, allowing
 EMI95.2
 the operator to continue to form the exact price.



    TRANSMITTING DEVICE START-UP FAILURE - Given that the operation of relay 612 for starting the transmitter is included in group N 1 of recorders and the operation of the analog relay included in group N 2 of recorders to start the transmitter on and transfer the control exerted by the keys
 EMI95.3
 to the other group of records, depend on the completion of the translation of the letters of d.éslLatlOIl of the values in digits of code of values, octane decreased. previously, the transmitter does not does not start if the operator forms a combination of letters of entry of value not having aB81b6110n, because momentum in the case of a relay of Yuletire is not activated and no translation takes place.

   Assuming the operator does not realize that he made a mistake in forming a
 EMI95.4
 oomblnb1.on d4 lettered with the designation of a value having no designation, it sets about forming the price

  <Desc / Clms Page number 96>

 next by pressing no key * in the usual way.
 EMI96.1
 



  If the value designation consists of a single letter or an ocabinalum of two lettered letters, it is very likely that, drunk with the bad news came from a key letter of value and the renewed excitement of a relay. dane l'.nr.!. Lr¯ur. of value oo. noted in fig, 2, it will result in a combination corresponding to the formation of the designation of a value f <ioant the object of trhrlsso- tion; in this case, the translation is carried out, and the correct indication of the price is transmitted * as it is
 EMI96.2
 has been previously formed, but it is transmitted to the !! 1S \: Y $ l8 group of valaur recorders.

   In this case, the operator or the supervisor discovers the error, and the operator corrects it by replacing the oorreote indication on the value group recorders * activated by error, and sending the incorrectly tranamiee indication to
 EMI96.3
 its correct desicnaticn.



  However, assuming that the tranernett8ur fails to turn on during the second operation of the value designation letter keys, the opera-
 EMI96.4
 teur sets about forming the reet of the lnd) cton and tries to actuate one of the order keys in fig. 5.



  The operator discovers that the command keys are locked, the transfer relay 610 having operated to ground the iocage conductor 620. Usually, the operator only has to wait for a short interval. of
 EMI96.5
 tempe fear that the keys of order and unlock, mHie, dune lend it o ", the keys of orders remain locked, thus warning the operator that the ran888tteur is not in operation. error, the operator presses down the error key in fig, 1,

  <Desc / Clms Page number 97>

 
 EMI97.1
 determining the function of relay 809 to free the loggers from freeze 2 and remove the potential from
 EMI97.2
 earth of conductor 101, in order to free the 8nr..treur. freezes. 6 and 7.

   The price loggers on 1.oqii.le the wrong ID410aloD * was formed, ment 1 ibirbs for the removal of the earth potential of conductor 101, due
 EMI97.3
 due to the fact that the transfer has not been carried out between the other group of the trainer for the reason that the running mine rolaio has not been activated.
 EMI97.4
 After having released the aotée recorders, the operator again forms the indication which had previously been formed in an erroneous manner, and he undertakes to transmit the Indications in the regular order.



   If the transmitter does not turn on due to a fault in the equipment rather than a
 EMI97.5
 error on the part of the operator, and if this tranamett8 \ does not start up after the operator has lowered the error key and again formed the indication prior to that formed until the keys of order
 EMI97.6
 locked, the operator transfers the connection of the transmitter Tl from fic8, 1 to 9 to the transinette-ar T2 (fig. 10) by pressing the transfer key TKl, so as to disconnect the transmission unit Rl from the conductors 851 -854 and to oonneeter it to the drivers
 EMI97.7
 correspondents of transmitter T2. The operator now uses the transmitter T2, and forms the indications on the series of keys this latter.

   In the meantime, transmitter T1 is completely disconnected from the system so that it can be repaired, while the indications are transmitted by transmitter T2. Mime,

  <Desc / Clms Page number 98>

 
 EMI98.1
 the operator using the T3 treadmill can transfer the connection to the T4 trlUWl8ttur using the tICP treinsfort button, whenever desired and desired to do so.



  TR1IS1IlS5111 DES IRDICATIONS C014CERMArf LR & VAUURS PRITIUG11M.- And more than ordinary values, there are often on the mnrohé privl6y values in the first row designated by the same letters as the ordinary values, and, sometimes, also privileged values.
 EMI98.2
 ciées deloniime rank. For example, the BBA value is an ordinary value, and in addition there may be a preferred first rank BBA value, and a preferred BBA value.
 EMI98.3
 güe second row. Rn entering a 1nd10a t: 'c'n with a privileged first rank BBA value, the operator records the designation BBA and lowers the privileged key
 EMI98.4
 first reing 1-PP.

   When this touches 1-PF and is satisfied, a circuit is closed, by the conductor 103, and by the contacts of the excited relay 404 (fig. 4), for the first row relay 401, assuming that the group
 EMI98.5
 of enree1etrellrl RSI is connected. Relay 401 fora; , cnP and connects to conductor 606, where ser
 EMI98.6
 upper armature, and, at the place of its lower ar "IUe. 'Lure, it disconnects conductors 1 5 of ¯roL; e CD2 from relays 1 to 5 of the recorder of the tens of values AND and the coimectes uux relays 6-C, respectively.



  Since the digit of dualne8 of code C'rdlnti1! 'E.> - usually for the value mu (oode 15P) is the digit 5, this digit is now trpnsn.ia aonuiie digit 0, which has the effect of choose a different group of tens of values in the receiver.



   If the second row privileged key 2-PF is lowered instead, the conductor 102 is earthed.

  <Desc / Clms Page number 99>

 
 EMI99.1
 k the position of the driver l #, forimating an oirouit, by 1 .. contact @ 40b, for the second row relay 40P.

   Dow os 088. 1. relay first rome 401 is not sotionré, and the tens code cipher is transmitted oooeoe number 5, but relay 40! ' performs an ohe, nment analogous to oe which concerns the series of CD3 conductors, so that the digit of the units instead of being the digit 2 of the uni-
 EMI99.2
 tée, is transmitted 008.e on ehifrrw 7 units.
 EMI99.3
 IDI CAT I05.

     the) A transmitter used in
 EMI99.4
 security price indication systems for recording security designation letters for effeo-
 EMI99.5
 kill the operation of a relay signed to the value oorre8pondan, in which said relay is intended to control the transmission of signals having a predetermined arbitrary relationship with the entered letters of designation of values.



  80) A transmitter used in security pricing systems, comprising recorders of security designation letters and a
 EMI99.6
 transmitter arranged to send impu18Ions under the oon- tral of a group of ottoieie conttiots, among several Crêpée analog * of contacts, by the recorders of the lettered designation of values, in which the different
 EMI99.7
 Group contact annuity are intended to control the issuer in a different way and are intended to be signed to any required combination of lettered from
 EMI99.8
 designation of values 1D4dependlUllD8nt of a nutre OO8Iblna1- son.

** ATTENTION ** end of DESC field can contain start of CLMS **.


    

Claims (1)

@ <Desc / Clms Page number 100> EMI100.1 8) un .ftr8C1.ur-an8me \\ 8Ur d..t1n4 to .nret1.U'8I '"four ciphers and to transmit to four corresponding oonduoteura, r..peoU, .8ID8nt., Don groups 4' iaPU181uM o ('lrrespon4ant. re8It) Four digit * yement recorded. 4) A transmitter recorder intended EMI100.2 to .nrett1f1ter two digits and to transmit to impululone alternatirsment on two conductors of scrtit, and in which the number of impulse. transmitted on each oonduo- EMI100.3 tor depends on the value of a corresponding digit forming part of said digits. 5) A transmitter recorder intended EMI100.4 to register two digits * and to transmit alternating pulses of opposite polarity on a lead conductor, and in which the number of pulses of each polarity transmitted depends on the value of a corresponding digit belonging to of said figure *. 6) A transmitter recorder intended to send pulses to each of several groups EMI100.5 of drivers suooe..1yement under the control of ooreepondante counters. 7 ') A 1-pulse receiver used in electrical signaling systems, comprising a polarized relay pOBl 1.1 y¯ent and a negative polarized relay to act respectively on the action of poditiven and negative pulses received on a input conductor, and in which there is provided a series of relay octors to take care of the operations * of the polarized relays poeltlvmient, a separate series of counter relays being @ provided to complete the operations of the polarized relays EMI100.6 n6 ge t even. <Desc / Clms Page number 101> EMI101.1 8.1 Impulse feedback * utility in the electrical signaling eyatèetee *, comprising several group of storage devices and a single group of counter relay series * intended to act on the action of the received impulses and to monitor successive ment the setting of groups of devices 4'¯P8l # .ge. 9) A pulse receiver for use in electrical signaling systems, comprising a pulse receiving relay, a series of relay oompters controlled by the charging receiving relay *, and a slow acting relay for be kept actuated, EMI101.2 while receiving a series of impulses, and controlling a blocking circuit for the counting relays. 10) A receiver of the Indications of EMI101.3 price of values, including several recorder @ dop price figures for simultaneously recording several price figures, in which price order shines are arranged to be actuated under the action of the operation of the price figure recorders, in order to indicate the number of price digits received. It 1 On receiving indications from EMI101.4 value prices, including several price digit registrations to control the setting of more than one EMI101.5 Value indicators, in which the indicators of ylei; .re are dierosée to be brought back to the normal position under the emotion of the operation of the corresponding recorder of the price figures. EMI101.6 ipe) An indicator with a normal popition, in oombll181son with a transmitter of impulse * declined to oblige the said indicator to return to the normal poeition EMI101.7 by sending impulseions to it, the func- tioning of the impulse emitter being aumatiu8M.nt finished when <Desc / Clms Page number 102> the router reaches its normal position. 13) A transmitter as claimed in r, in which each contact group is carried by a separate value transmission relay. 14) A transmitter according to Claim 1 or 13, in which a distributor frame is interposed between the value designation letter recorders and the transmit relays, so that any transmit relay can be selected by any setting. desired recorders of letters of designation of securities. 15) A transmitter according to Claim 1, 13 or 14, in which a distributor frame is interposed between the transmission relays and the transmitter so that any transmission relay forces the transmitter to send any desired series of signals forming part of the transmitter. several series of signals. 16) A transmitter according to Claim 1 or 2, comprising several price figure recorders and intended to send pulses to separate output conductors according to the respective settings of the price figure recorders, in which several conductors d The price order controlled by the price digit recorders serves to make the number of price digits transmitted equal to the number of price digit registers operated. 17) A transmitter according to Claim 1 or?, Comprising several sets of recorders and a common interlocking conductor to which the recorders of a series are locked during operation, in which the actuated recorders are subsequent. <Desc / Clms Page number 103> EMI103.1 rfeureaeat aotioned and Yenouu1l1h by a circuit which does not have the said latch conductor ". le.) A".-an¯t t8UJ 'according to Claim 17, in which the latch potential can be rotated of the said latching motor under the control of the operator, in order to release the actuated revolutions in a series of partially actuated recorders. EMI103.2 19) A * -TrTT - "*" "'according to Claim 1, 2 or 16, whereby the issuance operation is delayed until the registered security designation letters * have been fully translated. 20) A transmitter according to claims 1, 13, 14, 16 or 19, comprising of value code recorders intended to be actuated by air- cuits controlled by the transmission relays, in which the operation of The transmission depends on the operation of all the value code recorders. 21) A transmitter according to Claim 20 in which the value designation letter recorders are arranged to latch to a common locking conductor, and in which, when the record is transferred to the value name recorders, the locking potential is momentarily withdrawn from said piping conductor until the value designation letter recorders have been reset. to the normal position. 22) A transmitter according to Claim 20, in which the recorders controlling the transmitter EMI103.3 tor are kept actiowide by the locking potential controlled by the transmitter, this potential being momentarily disconnected at the end of the transmission operation <Desc / Clms Page number 104> EMI104.1 Until 00 the recorder has been reset to the normal position. EMI104.2 ? .3 ') A transmitter according to Re..n4i- astion 1 or 13 in combination with a reert4pir o08taking a corresponding relay intended for beech selected wus the operation of the relay included in the transmitter. 24) A transmitting recorder according to Claim 3, in which pulses @ are sent on two of the conductors simultaneously and pulses are sent @ on the other two conductors between the transmission. EMI104.3 sion of successive tmpul81oD8 on the first pair of conductors. 25) A transmitting recorder according to Claim 3 in combination with a transmission device for repeating pulses on two output conductors, two digits being represented by positive and negative pulses, respectively, on one conductor, and the other two digits being represented by positive and negative pulses, respectively, on the other conductor. 26) A transmitting recorder according to Claims 3, 4, 5 or 24, in which the recording apparatus is arranged to mark corresponding groups of conductors in different combinations corresponding to different digits, and the transmitting apparatus is arranged to try out groups of combined tours and to stop sending a digit when the location of the registered combination oorree- tent * is determined. <Desc / Clms Page number 105> 27) A transponder recorder according to Claim% or 24, in which the transmission of pulses over conductors corresponding to unactuated recorders is automatically prevented. ne) A transponder recorder according to Claim 3, PA or P6, in which one stop relay is provided for each output conductor,. in order to stop the impulse transmission * on said following conductor. adjustment of the corresponding recorder, devices being provided to control stop relays in order to prevent the transmission of pulses on a transducer corresponding to an unactuated recorder. 29) A transmitter recorder according to Claim 6, in which two separate trains. are transmitted on each group of conductors, a stop being automatically provided between the transmission of the two separate trains @ of pulses. 30) A transmitter recorder according to Claim 6 or 29, in which pulses are transmitted on each group of conductors by a separate pulse transmitter provided with a relay to synchronize the pulse transmitter @ with the counter device oor- responding. 31) A pulse receiver according to Claim 8, comprising a group of polarized relays arranged to repeat consecutive groups of pulses to the single serial group. from which the successive settings are successively transferred to the groups of storage devices. 32) A pulse repeater follows Claim 9, in which the series of counter relays <Desc / Clms Page number 106> is arranged to act us the action of several air pulses, the locking circuit of the series of counter relata being controlled for each series of pulses by an input oontrble device * commanded by said relay to slow acting. 33) A pulse receiver @ according to Claim 32, in which the input monitoring device includes a latch circuit intended to be opened when a predetermined number of pulse series @ has been received, another Latch circuit being closed in the or @ where overstretch @ pulse are received before the previous set has acted. 34) A pulse receiver according to Claim 9, 32 or 33, in which a storage device is provided for receiving the first record on the series of counter relays, the locking circuit of the series of counter relays being opened under the action of the operation of the storage device. 35) A receiver of the designation of the price of securities according to Claim 10 or 11, comprising connection relays of values having each two windings, whereby one winding is normally connected to a conductor belonging to a group of conductors by which said relay is intended to be partially excited when this conductor is marked, and so as to connect the other winding to a conductor forming part of a second group of oonduoteure, the relay being therefore completely excited if the second driver this also marked. <Desc / Clms Page number 107> 36) A value price designation receiver according to Claim 35, comprising several hundreds of value relays arranged ohaoun to connect a group of value conductors to a corresponding group of value connection relays, in which a group of value unit conductors is connected directly in parallel to all groups of @ value connection relays, independently of the contacts of the hundred * value relays. 37) A stock price designation receiver according to Claim 10, 11, 36 or 36, comprising a common group of pulse conductors arranged in a pull connected to any value indicator drawn by a value connection relay in which the feedback pulse circuit also includes contacts presented by the value connection relays. 38) Received from the designation of the price of securities according to Claim 10 or 11, in which the reception of a series of pulses of predetermined value is for determining the return to the normal position of the recording apparatus and of the device. Pulse transmitter device included in the receiver. 39) An indicator according to Claim 12, arranged to open its control circuit when it reaches its normal position and in which a test device is intended to act under the action of the pressure. opening of said circuit and stopping the transmission of pulses. 40) An indicator according to Claim 38 in combination with several analogous indicators, the transmission of the pulses being arfected when all the Indicators have been returned to the normal position. <Desc / Clms Page number 108> EMI108.1 410) .......'- "Ae8 4" 18 tto Ias price 4e8 value in pri ipe - deorit and r <pf <Met4 4.- le 4 ... 18 MMOté. 4H) a troa..ottanr at 4 "1paU0D8 aw taken from Veluwe m prinospe dierit .t rowOPa6 ... on 4 la & DD8Ú.