DE2136734B1 - CONVEYOR DEVICE FOR MOLDS - Google Patents

Description

tend to start, characterized. The sealing bodies are subject to a strong.:,

that the connecting links (207) for the borrowed wear of the Ii.r.-nP.fläche. so that in operation ■!,.

th cross-section of the nozzle (11) adapted long endless conveying organs often leaking

Increase the circumference of the sealing body (203 25 th occur in the nozzle, which lead to a decrease in the v \

204 ^ 205) by reducing the distance between the vacuum chamber and the vacuum set, [k;

ton plates (206, 20f. '"), adjustable from one another, spray out the still liquid form contents unu

and the slave body (202) as a whole inhibits the sealing body when it is provided.

frictionally \ sliding on one link each. That entails the need to have one

(208) One of the conveying organs (201, 20Γ) each gela- 30 or more sealing bodies, which in the known,

gene is that behind the trailing plate (206) conveyor by means of the hard outer tarpaulin

lest each with a stop link (209) for the Mit- are rigidly connected to a chain link, sam;

slave body is connected. to replace the chain link frequently, which is here mn

2. Conveyor device according to claim 1, whereby standstill of the conveyor elements is possible, roughly characterized in that each of the sealing bodies 35 causes expenditure of time and correspondingly large product (202) from several superimposed, reluctance to act.

see the plates (206, 206 ') pressed-in sealing An adjustable adjustment device in the form

discs (203, 204, 205), preferably made of leather, a threaded spindle is according to the German

stands. utility model 1 908 927 for a bottle

3. Conveyor device according to claim 2, there- 40 conclusion for an elastic cylindrical sleeve, characterized in that the sealing body known as a seal between two by the (202) facing away from the end face of the plates (206th spindle spaced variable retaining plates 206 ' ) with small ones, resting on the shapes (Γ), arranged perpendicular to them, around their circumference gender. Shoe last (211, 21Γ) is given away. which change through bulge / v . At the same time, the connecting links (207) protrude at least. 45 at least one holding plate held in place in the bottle neck after engaging the cuff and is the

Cuff does not show any noticeable wear

exposed. v.cU the axial position of the sealing area the cuff in the neck of the bottle, which is

The invention relates to a conveying device for the 5 ° fixed carrier for the holding plates in addition to the adjustable transport a variety of forms for manufacturing device and cuff is rarely used of foamed confectionery from a room with insertion of the lock or readjustment of the higher pressure in a room with lower pressure one Haitcplatte is changed against the other, and back, through tubular nozzles and by means of. in Absland parallel to each other 55 th type, however, each of the sealing body is means Funding organs, which are distributed over their length, in progressive endless conveying organs over a long period of time stands successive disc-shaped co-stretching through tubular connecting pieces and moved on have slave body worn in pairs between the circumference; it is designed in the shape of a disc each take up a shape and parallel the one from each and between its retaining plates! this Sealing body and one each clamped on its front and back 60. Together with these, it forms a driver surface overlying hard plate exist, with body, and its axial distance to a serviceable Plates by means of adjacent sealing bodies through the sealing body may, because of the preceding and the length of the connecting pieces distributed over the plates and that between each training members are pressed against the sealing body. two adjacent driver bodies transportierder at its circumference over the plates and does not change 65 th shape, because also the length of the rests sealingly on the inner surface of the nozzle. Conveyor links as a whole and between the Dicht-Ei-Ks the fields of application of the invention are kept the same body during the operating time Ve. drive to the production of foamed the must.

The German utility model 1 908 927 therefore gives There is no suggestion for the solution of the invention beyond that of the laid-open specification 1 607 808 <Now lying task, sitting at the same distance from each other on endless conveyor links and to attach disc-shaped sealing bodies transported through nozzles, by actuating them, even after their circumference has worn on the inner surface of the Nozzles can be kept applied without the conveying organs being shut down and chain links Masses are exchanged, and without JaLi the given length of the endless conveyor arches and the distance between the sealing body · ..- .. · is changed.

This object is achieved according to the invention, thereby ac solves that the connecting links to the clear Üuerschnitl the nozzle adapted enlargement of the 1 iniangs of the sealing body can be readjusted by reducing the ab- «.iLiiuls of the hard plates and the Miiiivhmerkörper as a whole frictionally displaceable one of the conveyor oruans is mounted on each link, the one behind the trailing one Fixed plate with one stop link each for the container body connected is.

An example of a system according to the invention is shown below with reference to the drawing described; it shows in a schematic representation

Fig. 1, partially in section, a side view of an inlet port of the vacuum chamber, not shown, in which a sealing element with a conveyor chain is also shown in a side view,

F i g. 2 in a diagrammatic representation, partly in section, a part of the conveyor, which consists of two Chains and a sealing element consists, with a part being omitted through the section to the Anchoring of the sealing element on one of the chains to show more clearly.

F i g. 3 is a rear end view of the sealing element and

I i 2.4 a section along the line NN in FIG. 3.

The conveying device 13 (FIG. 2) consists of two chains 201, 201 ', which carry sealing bodies 202 at equal intervals, which run perpendicular to the endless chains 201, 20' which revolve in their longitudinal direction. Each sealing body consists of a stack of flexible, resilient, largely wear-resistant, wear-and-tear, adjustable by compression, heat-insulating, lined up sealing washers 203, 204, 205, which are preferably made of leather and whose size and shape match that of the inner clear cross-section of a tubular stub 11 corresponds or is the same, through which they are pulled. Hard, thin plates 206, 206 'are attached to the outer sealing disks 203 and 205 , the abutting surfaces of which are smaller than those of the adjacent outer sealing disk so that the plates do not come into contact with the inner walls of the pipe socket 11. The plates 206 and 206 ' are preferably made of metal.

Tightenable, mchbaren connecting members in the form of screws and nuts 207, which are passed through the sealing washers, press the two plates 206 and 206 'together with the sealing washer stack.

The chains are anchored to the sealing bodies by means of coupling pins 208 , which are also passed through sealing bodies 202 , specifically as follows. that against the direction of arrow 212 immovable on the pin 208 seated driver disks ίο 209, which have a larger diameter than the bores of the sealing disks , which are supported by chains 201 and 20Γ rotating in the direction of arrow 212. which are hinged to the free ends 210 of the coupling pin 208, are pulled forward together with the sealing bodies in the direction of arrow 212. The sealing bodies 202 , together with the plates 206 and 206 ' , thus form driver bodies.

The plates 206, 206 'also have small sliding strips 211, 211 aui. Jie / wipe two adjacent sealing bodies inserted forms Γ within the nozzle 11 push forward. It is seen Hch. that only the circumferential surfaces of the sealing disks 203, 204 and 205 engage the connecting piece 11 in a sealing and sliding manner and thus form a kind of air lock with them. The distance between each pair of adjacent sealing elements 202 is slightly greater than the length of the shape Γ (FIG. 2). Aul the way the rear up device element 202 pushes the form Γ by means of the push bars 211,21 Γ on its path forward.

The forms, which are stored in the manner described between the two chains 201, 201 ' , can see forward on the bottom of the associated nozzle forming the conveyor track within a space sealed by the sealing body.

If the circumferential surface of the sealing washers 203, 204 and 205 has worn and consequently the seal deteriorates, you can tighten the screws 207 material, for. B. Leather, expand so far on the circumference of the sealing washers that they again rest firmly against the Stutzer.wand. This will properly restore the seal. Since the coupling pins 208 lie within the edge zone of the sealing bodies 202 at half their height, the chains 201, 201 'are guided and carried by the sealing bodies at a distance from the socket wall so that they do not come into frictional and abrasive contact with the inner walls of the pipe socket 11 kick.

The chains 201, 20Γ pull the sealing bodies 202 by means of the disks 209 , and these carry the chains so that only the sealing disks 203 and 205 come into sealing contact with the inner walls of the pipe socket 11 and in this way 55 ensure a good seal.

Although only one nozzle 11 is shown for the embodiment and in Fig. 2, the z. B. in the case of the vacuum chamber, not shown, can be an inlet port. The space into which the connector 60 leads also has an outlet connector whose cross-section corresponds to that of the inlet connector so that the sealing body can slide sealingly through both the inlet connector and the outlet connector.

1 sheet of drawings

Claims (1)

Chocolate, in which in a first room, in which there is atmospheric pressure, in the form of chocolate in the form of a pasty, viscous liquid. 1. Conveyor device for transporting a foaming turcn containing warm bubbles A variety of forms for the production of 5 filled mass and then filled in together with the foamed confectionery is introduced into a negative pressure zone from a room with a height shape, η purely pressure in a space with less of the bubbles contained in the mass itself Μι pressure and back, through tubular nozzles and a foamed mass is produced, and by means of endless, spaced parallel to one another, whereby in the vacuum chamber the masses are equal to each other ongoing funding bodies that have their io tit; is cooled so as to freeze them:;. Length, following one another at intervals, after which they are returned from the vacuum chamber to the lowering disc-shaped driver bodies in the first space in which the atmospheric pressure which, in pairs, have a shape between each other. guided and further treatment room: record and each of a sealing body and is subjected. one on its front and one on its back surface. read hard plate exist, whereby the Offsnlegunsisschnfi 1 607 808 known Fordciv,.; · Plai · 1 by means of dun.h the sealing body through direction are the connecting links of the hard P! ..- - rivets distributed over the plates and distributed around the rivets and are medium / around Nu ^ .- Set the sealing elements to new printing or as required, select the setting <L are ", which on its circumference over the plates \ or 20 circumference of the sealing body against the InnenlLu! ■■ and is not provided on the inner surface of the socket.