DE1984078U - DOSING DEVICE FOR GRAINY GOODS. - Google Patents

Description

329 · 2 £ 1.68

Phri3C- ¥ erke Aktiengesellschaft » Z Hamburg 36» Stephansplatis

Dosing device for granular

The present invention "relates to a Bosiervorriehtuiag for grainy out. For these purposes cta see Sellenrlder are known or open dosing tanks that are filled and then emptied consecrated · These "avowed Bosier provisions" have that Ifachteil "that they" with sensitive bulk goods. Dirt and squeezing the sehnitael do not exclude.

Bie present ihrfindung suggests as for granular Q ut a downwardly tapering conical container look to use the Olsen wa & imten? He @ ehlüsse has that vaiä of upright cones. There are circular ring-shaped surfaces, with cones or circular ring flies being movable upwards and downwards. In. See, these two closures can open and close at the same time, if the amount of the material to be dosed is taken into account, which during the opening process at the top Closure (closing process aa lower closure) the dosing device passes or enters the Bosier container during the closing process of the upper closure (opening process of the lower closure) dexa closing or even before opening the lower lock, opens or closes · This can

happened through two separate Steueruagsaechanisaen

Siao "preferred embodiment of the present report is one" in which the metering container is in the upper V © riSehluSkegel and the lower. Kxeisringf can be moved up and down and closes the upper lock in its upper position and the lower lock in its lower end position.

tlm with such a construction eia openea of the upper closure only after the closure of the lower one. To "open" or "open" the lower lock only after the upper lock has been closed, it has been shown to be sweeping to bring about the up and down movement of the container by means of a control element that is connected to the container by bolts is to limit the & e & greatest distance between control and Bosierbehälter connected, & eti upper Versehlußkegel with its up-and Abwärtsbei-iegusg controlling element by Bolisen rigidly connect tind Steuereloni®nt tmd cone by means of springs in the upper Eadlage press zn, while the The control element for the Bosier container is located in its upper bath position at least at the distance above the control element for the cone, which is equal to the path of the closing of the lower circuit The circular opening of the dosing filter is placed on the wnterea cone before the control erelement for the Bosier container also driiclit the control element for the upper cone downwards and thus opens aexi upper lock. During the upward movement of the control element for the Bösier container, it initially remains in its lowest position - only the cone of the upper gate closure is lifted by the springs and closes the upper gate closure and opens the lower?

dosing device according to the invention feasn be housed in a housing, see 25.B. Spacer plates or lugs for guiding the Bosier container 'have proven their up and down movement.

Two of the diagnostic devices according to the invention are connected in parallel, so that practically uninterrupted work is possible. The movement of the blessed decisions or of the dosing container can be done by hand, by Hotor, by Hagn @ t © a vmß. in particular take place pneumatically.

The erfiadnEgsgesäßo? Oi ^l 3? Ieliti ^ g has

SosierVorrichtungen the advantage Dajs seven ice accurate measurement of metered zn SeMifegutes allows, with ferstorusges of goods are largely eliminated · You built ist'einfach and therefore working properly, Bas placing the Bosier "container -verursacht on the lower cone a shaking that the well-known static charge caused by bulk solids

In, the Seiehirang a preferred embodiment of the dung is shown. The left aid of the time shows the device with closed upper and opened inner valve, the right of the time the supply ait upper mad closed "atörcn ? © mtil «

Eiztlaufflandäh 1 uml Auslaufflaaseii 2 is a

through several Spes & sc & r-auben 4 einpesat · With smaller this 25-cylinder 3 can be made of iron, transparent material be so that the processes during filling and emptying sees-Isar are. Flanseii 1 is with de® Binlamfroto 5t flange 2 rait des Spout funnel 6 fixed door, in which the upright standing Locking device 7 3 · Β · through (shown in the Seichnuag ©) Struts is attached.

3.befindet in Innsren of the cylinder, check the downwardly tapering conical check metering container 12, the itblechen with 19 £ © © © r cl Hollen 20 ^ & ^ s abgestiitst the Zjlinder 3 · is lower ils & de

of the conical file of the container 12 is © iae circular ring © 21 preceded.

The bosi oil container 12 is the largest by means of the Bolsea 10 Distance between dos Bosier tank wheel of the control disc limit, ait the control disk S -connected »wShrsnd die Springs 11 control disc and Bosier container disengage & press and so the one acting through the weight of the Bosierbehalters 12 Force to close the uateroa Versohlusee

At ^{1 the} top lock is operated by raising and lowering the lock 15. Moser Versehlußkegel is by the 3ola @ a

his? Control disk 1J firmly connected {press springs 18 the kegal 15 upwards »through which you can see the circular ring« - ■ shaped lower bath of the Böhres 5 sets and so the closure. . Closes Mg guidance of the bolts 14 takes place through the washer 16, by. Adjusting ring 1? is held and ssugleieh as a {blessing camp serves for the springs 18

When the Bosierbehältor has run empty ua is to be newly filled, the piston of the bit KolbonataBs® S lowered naititels compressed air dureh. the valve 22 is controlled, UBd the control disc B is pressed near the bottom · Hit the downward movement of the control disc, the dosing container also lowers until the 'Bioatring 21' ■ touches the lower spilling cone 7 * the lower Yontil is closed ·

With further downward movement of the piston 9 with the control disk β presses this on the control disk 13 of the upper locking cone. When the springs 11 and 18 are tensioned, the upper locking cone is closed lowered so that & ut to be dosed flow into the Bosier container can·

After all of the Bosier ventilator 12, the piston 9 on the guide elements 8 and 13 is lifted by switching over the Valve® 22. The cone 15 also moves upwards and closes the upper closure by pressing it against the lower part of the tube 5. With further upward movement of the piston 9, the Bosier container 12 is raised, the lower closure S opens, and the measured amount of bulk material overflows -the discharge funnel 6 from

Claims (5)

KÄ.046 329 * 25.1. 1. Dosing device for granular out ait a downwardly tapering Bosier container and $ e eimeia closure above u & d below, characterized in that the closures consist of upright cones (? Imd 15) and circular ring-shaped surfaces (21) ad each cone or circular ring line can be moved up- «ad downward", Z, device according to claim 1, characterized in that & a0 is a device (S, 10, 11, 13, 1S) Yorgeaelieii which opens or closes the upper closure (5 »15) after closing or before opening of the mtereal occlusion (?, 21) "causes. 3. Apparatus according to claim 1 or 2, characterized gekenaseiohia © t, that the Dosierbehülter (12) with the upper Eogel (15) and the lower circular ring surface (21) can be moved up and down is. 4. Apparatus according to claim 2 and 3 »characterized in that the dosing container (12) © it is connected to the element (8) controlling its upward and downward movement by bolts (10), ti © ß. & N limit the distance between the two, the upper locking cone (15) strings; the readest (13), which controls its upward and downward bending, is rigidly connected to the bolt (14), the control element (13) and cone (15) are pressed into the upper end position by the l? © d-era (18) and the control element (8 ) for the dosing container (12) is in its upper end position at least in the distance above the control element (13) for the upper cone (15), which is gloich of the closing of the lower lock (?, 21) 5. Device according to claim 5 or 4, characterized in that that Leifceleiaeate (19 »20) is responsible for leading the 2> o @ ierb @ @ re (12) are provided.