DE330695C - Device for the automatic and uninterrupted conveyance of chocolate molds or the like located on a lower level onto a higher track - Google Patents

Description

GERMAN EMPIRE

ISSUED AlH DECEMBER 20, 1920

REICH LATE OFFICE

PATENT LETTERING

Ve 330695- CLASS-J3T GROUP «

Emile Savy in Paris.

Patented in the German Empire on March 7, 1919.

The invention relates to a device for automatic and uninterrupted Pumping up on a lower level chocolate molds or other solid objects located on a higher level Area.

On . the drawing shows an embodiment of the subject matter of the invention. Fig. I shows the device partly in view, partly in section. Fig. 2 is a Layout,

The automatic cooling of chocolate molds or other things is cumbersome Handles linked when they are on

ig one walking through a cold room Conveyor belt takes place, and when the forms in the machines for automatic separation of shape and. Filling in the usual way by hand from a lower conveyor track 1 have to be lifted up onto a higher lane 2, which they attach to the Table 3 (Fig. 1) gives off, on the form and filling are separated.

Where you have to deal with larger forms, the object falls when you use it The device forming the invention removes this awkward handling.

According to the invention, a frame 4, which is provided with an inclined conveyor track 5, is arranged behind the mold conveying device of the delivery point (exactly where the workers would otherwise be positioned). · This conveyor consists of two chains on which slats made of metal or wood are riveted, which result in a progressive path, which are moved by means of toothed wheels 5 'and chain in the direction of the arrow. The drive takes place from the shaft 0 , which moves the conveyor track of the cooling device 1.

The molds M leaving the cooling device are automatically delivered to the endless track 5 and are moved on this at greater speed so that they can be separated more easily from one another. On their hike they come to an endless conveyor track 6, 45 * on which they perform a kind of tilting movement. This path 6 moves in a direction opposite to the movement of the path 5 and has an inclination, as a result of which the molds M are brought towards the upper plane. The endless track 6 is driven by the track 5 by means of chains and gears 7.

The tilting of the mold M onto the conveyor track 6 can only take place after the mold has emerged from under the end 8 of a third conveyor track 9, which moves in the same direction as the conveyor track 6 and is inclined at approximately the same angle. At this moment

Claims (2)

The shape M opposes a sector 13 which can slide in vertical guides attached to the adjustable handlebar 14. A counterweight 15 holds the sector in the S position shown in the drawing. A bar 16 is provided on sector 13, on! which the form lays itself down at the moment when it with its rear Έ, ηάβ under the; Conveyor track 9 comes out and is about to tip down. The counterweight 15 j delays the tilting movement, so that the mold Ji is gently laid down on the web 6 by swinging on a roller T loosely attached to an axis. The purpose of this roller is to prevent the mold M from coming into contact with the web 6 before it has completed its tilting movement and has passed in the direction of the third conveyor path 9. . ; The shape M continued by the conveyor track 6 leaves the sector 13, which then returns to its original position under the action of the counterweight 15. The form M j arrives at the track 9 and is delivered by this to the fourth conveyor track 10, on which it is moved at an even greater speed, in order to finally be delivered to the conveyor belt 2, which moves on the table, where ' the separation of form and filling takes place, and the forms are distributed to the workers. The fourth conveyor track 10 is inclined in the transverse direction (FIG. 2) and has the task of transferring the shape in the direction of the central track 2. The inclination is superfluous if the forms to be raised do not need to experience any deflection of direction. In this case, the path 9 is sufficient, which is then lengthened sufficiently. j The plan according to Fig. 2 shows two obliquely j to each other set conveyor tracks 10 and xi. ; This arrangement is indicated where two molds are to be guided through the cooling device in parallel storage. In this case nothing is changed on the conveyor tracks 5 and 6. They are only made wider in order to allow the forms to move away in parallel storage. However, in order to avoid any mutual collision, the path 10 is arranged lower than the path ii, so that the shapes reaching the conveyor belt 2 overlap at the point 12. They are brought into the correct position by guides vj and 17 'and straightened at point 18. In this way the performance of the machine is doubled. As can be seen from FIG. 1, in this device the path 9 must be divided into two individual paths 9 and 9 ', which have different inclinations in order to enable the parallel progressing shapes M and M' to reach the correct heights. Of course, the system described can be used not only for shapes, but also for flat objects of all kinds, provided these are large enough to exceed the space between the tracks 6 and 9. Patbn; l · Address: 1. A device for the automatic and uninterrupted upward conveyance of chocolate molds o (5) the molds or the like passes between two other conveyor tracks (6, 9) which are inclined opposite to it (5) and of which one (6) has a tilting device (13, 14, 16) and a roller (T) works together, which reverses the movement of the molds and transfers them to the other conveyor tracks (9 and 10), from where the molds reach the upper level (2). 2. Embodiment according to claim i, characterized in that for locomotion of the shapes arriving in two parallel rows are two inclined to each other and at different heights Conveyor devices (10, 11) are provided which operate so that they leave both forms overlap at a certain point and there be taken over by other funds that they pass on. 1 sheet of drawings.