DE1461520B - Label marking machine - Google Patents

Description

1 2

The invention relates to a label labeling character of the labeling process as a

machine for single or multi-cell printing.

of labels or other printed matter. Left as type learners and younger assistants at

carrier serve z. B. type wheels or type segments. which require corrections to the

For numeric text (only digits) the types 5 printing set occur particularly frequently and therefore

Carriers with the digits 0 to 9, made for alpha- also as light and foolproof as possible

numeric text with digits and letters. shall be.

Such marking machines are known in order to meet these requirements in which the setting of the type carrier from a label marking machine to the Eti keypad is made off, the key of which is pressed in a row next to each other the number of print types of each type carrier, the number of which corresponds to that (German interpretation 1116 691). As gen of the characters to be accommodated in a line, keypad for the setting that speaks as a circle segment and their setting about one of the information-like Plate-shaped type carrier is used there mation content of the line-containing memory of a a key field is made up of key-operated setting levers, its key-set pen box, which serves as a setting memory for the number of the number of printing types of each type carrier of the entire printing process in the set position corresponds to the arrangement according to the invention got to. struck that for multi-cell printing on each line

If a deletion is required, there must be something special, from those in a row next to each other for the correction of a single type, the entire line of 20 arranged printing type carriers is deleted and accordingly it belongs again in the form of type wheel sets, be keyed. One such only for all pressure which is on a common turntable body Typenplatten jointly possible deletion makes sitting and with this one after the other initially the operation of this device is cumbersome. for reading out the stored line information

The same applies to known booking machines 25 on the one in a manner known per se with an im (See the German Auslegeschrift 1153 923), in which coincidence method operated core memory matrix also an in-equipped memory which can be set by a keypad and which then operates automatically formation memory to printing units as well as deleted if necessary and to accommodate the following. Lines too information is made available to any other works, and then to can, without these machines but the special production of the line prints on the step-by-step their requirements and operating conditions of labels passed through the printing point also at the Label marking machines with their printing point can be passed. Thereby are comfortable not very extensive, but often given after printing possibilities that to correction and If very small editions require a change - the type carrier of the line printing sets is deleted for deletion purposes could take into account the information content. 35 individually connected to the setting and storage organs-especially is the one that can be booked with such known ones without the setting of the machines provided imprint each of the memory whose type carrier is changed and that the in the Line introduced into the printing unit for itself with information entered in memory before the overlapping one Deletion of the printing unit and re-entry into the printing unit can be deleted and corrected, fetching of these operations for a subsequent 40 The overall arrangement described carries the above Line not usable for multi-cell label printing, the special conditions shown for labels at after the production of a certain number of marking machines and their application in Total printing, then often only a small part of a space and operating time-saving way of billing. Line needs to be changed while all offers - it also offers easy * possibilities for their parts of the overall information also for the 45 correction and making small changes and Next (small) number of additional labels remain the same - text change with minimal effort. Here can have to practice. Such partial deletions are either with the operating keyboard either with the settings previously known Machines only to a limited extent with erection and the printing unit in a uniform considerable technical effort possible. Housing combined or as a separate unit with

The aim of the invention is therefore primarily to provide 50 to the named housing by connecting cables.

to improve the correction and deletion options.

and to facilitate, so that if a whole print- An embodiment of the invention for loading

line should receive new information, the entire printing of three line labels is shown below

Type carrier set of these parts can be deleted; Hand outlined drawing. In this represents

but that if only one type or position within 55 F i g. 1 is a block diagram of the working and

one line is to be corrected, only this one functional diagram of the machine,

Place deleted, so the relevant type carrier alone Fig. 2 is a view of the operating keyboard

needs to be transferred to its initial position, brettes,

to then receive the new print information. F i g. 3 a circuit diagram of the toroidal information

All of this with the simplest possible, space-saving, 60 memory and its adjoining input and

To achieve absolutely reliable means is starting parts,

for the field of label marking machines Fig. 4 a to 4 c the circuit diagram of a writing

especially important because this is a short pulse generator for the setting device for keying

but frequently changing, often only a small amount of information in the memory, including one

The information to be printed is the group of setting contacts used in the 65

Relationship between print preparation time and cigent and a rotary selector,

Licher printing time largely the preparation time F i g. 5 a circuit diagram of the

overweighted. And with regard to the controlled printing unit setting magnets,

3 4

F i g. 6 a to 6 g circuit details of the superimposing turntables 38 are seated. Each character wheel 21 carrying or "reading device", which carries the information laterally a ratchet wheel 23. A resilient locking device Lever 24 from the memory into the printing units is available for each wheel. This snaps leads, including the circuit of the so-called into a gap in the ratchet wheel 23 and locks the Program button of the rotary selector in the frame of the 5 type wheel 21 in the set angular position. A Mo transmission facility, a gate 41 used in this case drives a worm wheel 43, which together with

7a to 7ε different circuit units a gear 44 is seated on an axis. About the

the erasing and correcting device, further gears 45 and 46, the gear 25

8a and 8b the circuit of the optical display driven which is connected to the rotating disk body 38

devices on the adjustment buttons of the keyboard, is connected and thus the stamp head or the

9a to 9h circuit details of the control printing unit rotates about its main axis 22; in fact

organs for the printing process of the finished program during the printing process (imprints in the line

mated type carrier sets, including preselection sequence 1, 2, 3; 1, 2, 3 etc.) continuously and during

counter and paper feed, 15 of the setting process only for advancing

10 shows the three-part printing unit with its one set of wheels on to the next. In programming device in a schematic side view, the printing unit is positioned by a snap-in mechanism

Fig. 11 the same thing in upward and upward direction. A magnet releases the lock,

Fig. 12 shows the motorized printing unit drive when the printing unit is to be rotated further,

ten view. 20 To adjust a set of wheels to the pressure

In the embodiment shown, fifteen pawls 26 are to be used on each kenden type Label three lines with different numeric on one axis 27 sit. This axis becomes common-text to be printed. One line is supposed to do fifteen times with the entire carriage 28 of one receive. The printing unit consists of three gnet moving up and down. With every downward movement Type wheel sets with fifteen wheels each. The wheels 25 engage the pawls 26 in the ratchet wheels 23 and must clam Before starting to print a series, it was the same one step further. Has a wheel the labels be adjusted so that the desired desired position is reached, so the pawl Text is printed. If there is a new one from the associated setting magnet 29 (FIG. 10) Series of labels not the entire print text, but pivoted out of engagement and from the appropriate only change individual digits or letters, 30 held the locking device 30. The magnets then the type wheels responsible for this must be new 29 and the locking devices 30 are set in three groups will. staggered as they are too wide to be

The block diagram of FIG. 1 allows the total to find space next to each other. The ratchet wheel 23 has recognize function and flow of information. At the point where the empty field is on the type wheel the keyboard of FIG. 2 are located in groups, a somewhat deeper gap 31. This gap agrees: at the top the row of fifteen keys to operate to delete, d. H. to keep turning the wheel Mood of the fifteen characters in each line; except for the empty field. When using the control buttons of the if the field of the twelve different »digit command for deletion is given on the left, the switch buttons« remain for the selection of the characters to be printed, 26 pawl so long in engagement with the ratchet wheels namely here digits 0 to 9, slash and space 40 23, until the space is reached. Here the switch key falls; At the top center the three indicator lamps for each pawl 26 into the gaps 31 and actuate the because line no. 1, 2 or 3 was set; including four contacts 32. These contacts become the on-function keys Line switch, program transfer solenoids 29 energized, the associated ringing from memory in the printing unit, delete key for ken 26 pivot out of engagement. The stop 33 the memory and delete key for the respectively connected 45 causes the latches to close only at the end of their downward movement Printing unit; At the top right a label movement falls into the gaps 31 and the Kon counter; At the bottom right the control buttons: Start button bars 32 can be operated. So the handles can for the printing process, stop button and main switch are only disengaged when the button. The wheels have finished turning on their empty space

The information to be printed for one line becomes 50 - one for the reliability of the operation of the

with the help of the numeric keys of the in F i g. 1 as a »key device according to the invention, an important feature,

field «marked keypad in FIG. 2 in the The following is the description of the electrical

"Memory" keyed. From there the »pressure switch takes over.

Factory setting "the information and provides simultaneous ^ jj _he memory

all wheels to be programmed in the »printing unit« 55

for one line. This process is repeated until In FIG. 3 shows the circuit diagram of the accumulator.

ben all three printing units of the wheel sets for printing. The center of the memory is the one at the top left

the three lines are programmed. Then the shown core memory matrix, which in itself contains

"Printing unit control" is operated in a known manner in the coincidence process with the help of the control buttons,

the command to start and printing begins. 60 It consists of vertical and horizontal wires

First of all, let us consider the mechanical part of the printed matter. At the crossing points of the wires are the direction on the basis of FIG. 10 to 12. They show known toroidal cores made of magnetic material the individual units of the three-part printing unit threaded. If you send through a horizontal and and the associated setting device. The three a vertical wire determine a current pulse 20 to print the three lines of the 65 best shape and size, in the one at the Kreuzunisstchen from three sets of fifteen character wheels each point the two wires threaded core a bit 21, which are concentric to the main axis 22 stored on a. This stored information can Pa? .R facing each other, the stamp head can be read again when you pass through the

i 461 Ö2U

right wire sends a current pulse. A can then be attached to the corresponding horizontal wire Voltage pulse can be taken. The matrix consists of fifteen horizontal rows of each twelve magnetic cores. These twelve magnetic cores in a row correspond to twelve types (digits) a type wheel of the printing unit; the fifteen rows correspond to fifteen line positions and fifteen, respectively Type wheels of a set of wheels.

The storage process is carried out as follows: By pressing a number key TZ in the keypad (Fig. 2, bottom left), one of the contacts TZ ₁ (Fig. 3) and TZ ₂ (Fig. 4 b) is closed. TZ ₁ switches on the vertical wire of the memory that corresponds to the pressed digit. Through TZ ₂ (Fig. 4 b) the relay S picks up and switches S ₁ , S ₂ , S ₃ . The capacitor C ₁ (FIG. 4 a) discharges via S ₁ , A ₁ and L ₁ , and a pulse of precisely defined size and duration is sent via terminals A and B through a horizontal and a vertical wire of the memory. The impulses add up at the intersection and a bit is stored in the core threaded here. When the numeric key is pressed, the capacitor C _{2 is} charged via S ₀ (FIG. 4c). When the numeric key is released, S drops out, S ₂ switches back and C ₀ discharges through the coil of the rotary selector WS. This picks up briefly and the four contact levels WS ₁ to WS ₁ are switched one position further.

WS ₁ (Fig. 3) switches on one digit of the memory,

WS ₂ (Fig. 5) selects the associated setting magnet ME (»29«),

WS ₃ (Fig. 8 a) switches the position indicator lamps that are housed in the position buttons. The position that is ready for keying is displayed in each case,

WS ₄ (Fig. 4c) causes the voter to automatically return to the starting position after fifteen steps. The tf contact of the rotary selector (WSd) acts as a self-interrupter.

2. The printer settings

By pressing the program key TE (Fig. 6 a), the information is transferred from the memory to the printer. The core of the printer setting are the fifteen ME setting magnets (Fig. 5). Their task is to bring the fifteen pawls 26 into or out of engagement with their ratchet wheels 23.

The setting magnets can be operated from four sides:

1. all at the same time through contacts RA ₁ to RA ₁₅ ,

2. all independently of one another by sense amplifiers VL ₁ to VL ₁₅ ,

3. all one after the other through C ₃ via DL ₆ , S ₃ , RU ₃ and WS ₂ ,

4. Any one individually through C ₃ via DL ₀ , S ₃ , RU. _} and the corresponding digit key TS ", or via DL ₆ , RU _v RU ₃ , TS ₂ .

These adjusting magnets ME are operated with high power and may therefore only be switched on for a short time. Each pawl 26 is connected to a latching device 30. If the magnet pulls briefly once, the device engages, if it pulls it a second time, it disengages again.

The printer setting is prepared as soon as the digits are keyed into the memory:

S ₃ is toggled over TS ₀ and S when a number key is pressed. As a result, C ₃ discharges via DL ₆ , S ₃ , RU ₃ , WS ₂ and ME. The setting magnet pulls in briefly, releases the locking device and the pawl

ίο falls into her column wheel. WS ₀ switches to the next ME and the next digit can be keyed in. If the space bar TLE is pressed instead of a number (Fig. 4c), S does not attract. C ₂ is charged and discharges via WS when the TLE button is released. The rotary selector switches one position further without the pawl in question coming into engagement with its ratchet wheel.

Once all the information required for a line of printing has been entered in the memory, the reading process can begin by pressing the program key TE (FIG. 6 a), ie the type wheels are set according to the contents of the memory. RE picks up and holds itself via RE _1. RE ₀ (Fig. 3) switches the memory to "read". RE ₃

(Fig. 6c) energizes a clock, here in the form of an astable multivibrator, which begins to oscillate at around 3 Hz. With each pulse, RS picks up briefly and switches .RS ₁ (Fig. 6 g) and AS ₂ (Fig. 6 f). RS ₁ remains ineffective with the first impulse because the rotary selector WZ ₁ (Fig. 3) is on the empty field. The capacitor C _{5 is} charged via RS _2. At the end of the "pulse" RS ₂ switches back and C ₃ discharges via RL. RL picks up briefly and closes AL ₁ and RL ₂ .

The step magnet MS is energized by, RL ₁ (FIG. 6d). He pulls all the pawls 26 down, and all the type wheels 23, which were in engagement with their pawls, are rotated one step further. At the same time, the coil of the rotary selector WZ is energized by RL ₀ (Fig. 6e) and WZ ₁ (Fig. 3) is switched to the first vertical wire of the feeder. With the next pulse of the multivibrator, RS picks up again and switches .RS ₁ and RS ₂ . C ₆ (Fig. 6g) discharges via RS ₁ , R ₃ and L ₂ , and via terminals H.

and M a read pulse goes through the first perpendicular storage wire. "-

All toroidal cores threaded onto this wire, which have stored information, transmit a pulse to the associated sense amplifier via their horizontal wire. The pulses are amplified and reach the corresponding setting magnets ME via the contacts VL (FIG. 5). These pull briefly, disengage the associated ratchets and engage. The disengaged ratchet wheels remain in this position. At the end of the pulse, C ₅ (Fig. 6 f) is again discharged via RL. .RL ₁ energizes the stepping solenoid MS, and this switches all wheels that are still in engagement with their pawls one step further. RL ₀ WZ energized and switches WZ ₁ to the second vertical supply wire.

After twelve pulses from the multivibrator, all the pawls are disengaged and the set of wheels is set. The rotary selector WZ is back on the empty space. In this position he actuates the contact WZdn (Fig. 6b). The capacitor C ₄ is discharged via .ES. ES picks up briefly and ES ₁ opens the control circuit (Fig. 6 a). RE drops and opens

RE ₃ (Figure 6c ). The MV can therefore not emit any further impulses.

By pressing the TW button (FIG. 9 a), the pressure rotor 38 is rotated through 120 ° so that the second set of wheels is then in front of the adjusting pawls. This is done in the following way:

RW pulls in, opens, RIPF ₁ (Fig. 9b), RW _a (Fig. 9e) and RW ₃ (Fig. 9f) closes. Since RX (Fig. 9b) is a closed-circuit relay, the contacts RX ₁ , RX., (Fig. 9e) and RX ₃ (Fig. 9f) are closed. The detent magnet MR (Fig. 9f) attracts, and the motor M (Fig. 9e) starts to run and rotates the pressure rotor. The two cam disks NO and NZ (Fig. 9e) sit on the shaft of the pressure rotor. NO has three cams offset by 120 °. After a rotation of 120 °, NO ₁ opens briefly (FIG. 9 b), RX drops out and opens RX ₁ , RX ₂ and RX _3. The motor circuit (FIG. 9e The locking magnet MR (Fig. 9f) has fallen off and the locking pin slides along the circumference of the pressure rotor until it locks into the next notch and the rotor is in exactly the same position The three notches are also offset by 120 ° on the circumference of the rotor. The cam disk NZ has only one cam, but actuates three closing contacts NZ ₁ , NZ ₂ and NZ ₃ offset by 120 ° (Fig. 8b). The lighting up of lamps 1, 2 or 3 shows which line is currently in the programming position.

If errors were made when keying the information into the memory, then the information must can be read from the memory without it entering the printing unit.

Press the TSL key (Fig. 7a). SL attracts and holds itself through 5L _1. 5L ₂ (FIG. 4 c) causes the rotary selector WS to move back to its starting position from any position. 5L ₃ (Fig. 6a) starts the reading process, which has already been described above, and disengages the collapsed ratchets again. SL ₁ (Fig. 6d) prevents the step magnet MS from moving along. The deletion process is terminated by the contacts ES ₁ (FIG. 6 a) and ES ₂ (FIG. 7 a).

The ability to correct or delete the information set in the printing unit is decisive for the function of the label labeling machines. If the entire print line is to receive new information, then the information in the entire set of wheels of this line is deleted, ie the print wheels are rotated to their starting position (empty field). This is done as follows: Key TDL (Fig. 7b) is pressed. DL attracts and holds itself via DL _1. DL ₂ (Fig. 4b) makes an unintentional actuation of a number key during the deletion process ineffective. The capacitor C _{7 is} discharged by DL ₃ via RA (FIG. 7c). RA picks up and briefly closes all fifteen RA contacts (Fig. 5). All setting magnets ME pull briefly and bring all switching pawls into engagement. DL ₄ (FIG. 7 d) connects the clear contacts KL to the sense amplifiers. Each pawl has an extinguishing contact KL, which is only briefly actuated when the pawl has turned the ratchet wheel to the empty field. When the reset contact KL closes, the read amplifier emits a pulse, the corresponding ME picks up briefly, and the pawl is disengaged. The reading process - as already described - was initiated by the contact DL. (Fig. 6 a) is put into operation and is terminated by the contacts ES ₁ (Fig. 6a) and _{ES 3} (Fig. 7b). DL ₆ (Fig. 5) has no effect here.

If only one point within a line is to be corrected, only the corresponding type wheel is rotated further into its starting position in order to then receive new print information. Press the corresponding TS key.

ίο TS ₁ (Fig. 3) switches on the corresponding row of the memory, TS ₂ (Fig. 5) prepares the corresponding setting magnet ME , TS ₃ (Fig. 8a) switches on the lamp in the pressed button, TS ₄₁ (Fig. 7e) energizes RU. RU picks up and activates contacts RU ₁ to RU _e . RU ₁ (Fig. 3) connects TS ₁ to the pulse generator (Fig. 4a), RU ₀ (Fig. 4c) opens and prevents further switching of V / S, RU ₃ and RU _i (Fig. 5) pave the way for the impulse on the setting magnet, R U- makes DL ₃ ineffective

(Figure 7c). RU ₅ (Fig. 8a) prevents the first position lamp from lighting up. Now the delete key TDL (FIG. 7 b) is pressed. DL attracts and holds itself via DL _1. DL ₂ (Fig. 4b) makes an unintentional actuation of a number key ineffective. DL ₃

is ineffective by RU. (Figure 7c). DL ₁ (Fig. 7d) connects the reset contacts KL to the sense amplifier, DL ₅ (Fig. 6a) puts the reading process into operation, as already described above.

DL ₆ discharges capacitor C ₃ through RU ₄ , RU ₃ , TS ₂ and ME. ME pulls briefly and engages the corresponding pawl. The wheel is turned to its empty field, then the clear contact KL (Fig. 7d) closes, the sense amplifier sends a pulse to the ME via VL , and the pawl disengages again. The position to be corrected has now been deleted and can be re-enrolled. The TS button remains pressed.
The desired number key is pressed.
TZ ₁ (Fig. 3) switches the corresponding memory

wire on, TZ ₂ (Fig. 4b) _{sends a write pulse to the memory via 5, S 1} (Fig. 4a) and the terminals A and B and sends a write pulse to the memory via S ₃ (Fig. 5), .R U ₃ , TS ₂ and ME insert the corresponding pawl.

The program key TE (FIG. 6a) is now actuated, and the normal reading process takes place as already described above. If two or more digits are to be corrected, the digits must be deleted and rewritten one after the other, but can then be transferred to the printer together by pressing the TE key. If the whole line is to be deleted later, the pressed digit key must first be released again

3. The printing unit control

When all three wheel sets have been programmed, the printing process can begin. Press the TD key (Fig. 9 c). RD picks up and holds itself through RD _1. RD ₃ (Fig. 9f) energizes MR and thus releases the detent, RD., (Fig. 9e) starts the motor

Move. AD ₄ (Fig. 4b) and RD ₅ (Fig. 6a) prevent a pawl from being inserted during the printing process. Together with the cam contact NZ ₃ , / VZ ₄ (Fig. 9d) is also closed once for each revolution. The preset counter previously set to a desired number of labels receives a pulse with each revolution of the print rotor and counts down to 0, then it opens Z ₁ (Fig. 9c), and the print

009 526/3

1 4b i

10

The process has ended. If the printing process is to be aborted beforehand, the stop key ST is pressed (FIG. 9 c). The contacts KS ₁ and KS ₂ (Fig. 9 c) serve to protect the setting mechanism. They only close when all adjusting pawls are disengaged. The printing process also includes the control of the paper feed in a manner known per se (FIGS. 9 g, 9 h). The paper, i.e. the paper that is put together to form a supply roll, is fed via a magnetic coupling MX.

value 1 or 2 or 3 ... or 9 or 0 can be loaded.

The transfer = »read out« from the memory into the setting magnets of the printing unit takes place after pressing the program button through the clock, step-by-step through the Rotary selector. The characters entered are then used for all printing type wheels of a wheel set set at the same time: all wheels are initially stationary

rolled up, by perforation lines from each other io on the empty field. The first step switches all wheels

detached labels, driven by the print motor in such a way that that it has the same speed as the printing types during the printing. A light barrier scans the beginning and end of a label

continue to number 0. The wheels for which a 0 was stored in the memory remain here. In the next step, the remaining wheels are set to the entered values 1 or 2 or 3 ... or 9

and turns the magnet 15 further via a photo amplifier,
coupling. Is the first line printing unit on in this way?

In summary, the following briefly states that the line lamp »1« lights up. so the main facilities of the machines and their is pressed the line key, thus reducing the printing workings reproduced: the work carrier is rotated by 120 ° (line lamp »2« should light up in any of the fifteen type wheels of a 20) and the loading of the second line end three line printing units information that can be done together in the same way. When If all three printing units are set from the twelve available, the ge-values are are entered, this is done via the desired number of labels in the preset counter of the core storage magnets charged for this purpose. Fig. 2 set right center and after pressing The selection and setting of the desired wheel 25 the "Start" button printing in the rows the fifteen wheels for each row follow 1, 2, 3 (first label), 1, 2, 3 (second label)

etc. made.

,. ^{The Lös} f ^s des_ memory raises the whole until then ⁱⁿ ^ ^v ° ^{translations available} "storage setting. The memory ^ P are ^now charged * ^u ™ ^ede F ^n, ie by more than fifteen keystrokes.

The deletion of the printing units takes place either in such a way that the printing unit which is currently in the connection position is rotated further with its fifteen wheels 35 up to the empty field. Or, if only a few specific character positions are to be deleted, first the key assigned to the relevant character position in the upper row of keys 1 to 15 (Fig. 2) is pressed, whereby the selection is possible 40 is hit. Then the button »delete printer« of digit keys 1 to 15 [as with b)] will be pressed. Pressed in the middle key field, whereby the off. To ensure this, the delete key is used to delete the selected position, ie only the relevant end of the row of individual or digit keys. On the other hand, should the type wheel be turned to "empty" alone. If a direct selection of positions according to b) is to be made, then a new value must be poured in place of the deleted value, conversely, the automatic system, i.e. rotary selector 45, then only needs to be switched off from key from a), so that then at Keypad off in the manner indicated above by pressing a numeric key only to enter values in the
each connected character wheel parts takes place, however
without automatic switching to the next following position. The working method a) is used for the new 5 °
Overall setting, the working method b) on the other hand for

takes place either

a) by pressing the desired number keys fifteen times, while the fifteen Wheels corresponding places automatically connected one after the other by the rotary selector what is indicated by the lamp that lights up each time a new connection is made;

b) by not automatically pressing the individual digit keys 1 to 15 in direct selection by hand.

Memory to be keyed in, so first by pressing the value key and then the program key.

Claims (4)

Claims: Individual settings, e.g. B. to improve individual points of the overall print image. Any number of wheel groups, i.e. print lines, can be set with the single memory. Individual positions in a line can be corrected or deleted without touching the rest of the setting. An overall setting process thus consists of storing = "writing" in the memory magnets corresponding to the fifteen wheels, which are connected one after the other to the value keypad, with the switch being made using the rotary selector, which returns to the starting position after fifteen steps. On the other hand, the place-by-place storage takes place in that the desired individual character positions 1 or 2 or 3 ... or 15 are selected one after the other by pressing a key and then entered using the value keys. 1. Label marking machine for label printing with arranged in a row next to each other Print type carriers, the number of which corresponds to that of the characters to be accommodated in a line and its setting via a memory that holds the information content of the line is made from a keypad whose number of keys is the same as the number of print types each type carrier corresponds, thereby marked that for multi-cell printing for each line a special one from such in a row juxtaposed printing type carriers existing printing unit in the form of type wheel sets (20), which on a common turntable body (38) sit and use this one after the other to first read out the stored line information on the core memory matrix that is operated in the coincidence process Memory, which is then automatically deleted and to accommodate the following line information is made free, and then to make the line prints on the step-by-step labels guided by the printing point can also be guided past the printing point. 2. Label marking machine according to claim 1, characterized in that corrective and delete the type carriers of the line print sets individually to the setting and Storage organs can be connected without is changed by setting the other type carrier. 3. Label marking machine according to claim 1, characterized in that the in the Information entered in the memory can be deleted and corrected before they are transferred to the printer are. 4. label labeling machine according to claim 1, characterized in that for setting the type wheels reciprocating transport pawls (26) are used, which are under control can be engaged and disengaged by the setting magnets (29) monitored by the memory. For this purpose 4 sheets of drawings