SU1518248A1 - Arrangement for transfering articles from one conveyer to another - Google Patents

Abstract

The invention relates to a transport engineering and allows to increase the reliability of the device. The device includes a power cylinder (SC) 2 mounted on the frame 1 with an adapter 7 pivotally mounted on its rod 10, on which the load-carrying cell (HN) 3 and sector 6 are mounted. The latter is made with a shaped groove in which roller 5 mounted on the housing is placed 4 for the SC 2. On the frame 1 there is mounted a spring-loaded pusher in the form of two double-arm levers (DR) 12, the ends of which are linked by axes 15, 16. On the axis 15 there is a control roller 17 with which the mounted in the lower part of sector 6 interacts bracket 11. On axis 16 installed vtu 18, interacting with the product 22. On the frame 1, guides 24, 25 are mounted to move the product 22 through them, transmitted from the suspension 21 of the feed conveyor to the receiving conveyor 23. When the rod 10 is moved, the HY 3 is raised through the cross-shaped groove of the frame 1 above guides 24, 25. The roller 5 moves along the curvilinear section of the shaped groove and the YV 3 turns. When moving along the upper straight linear section of the groove, the product 22 is removed from the suspension 21. When the SC 2 is lowered with the product 22, the latter and the yoke turn adka on guides 24, 25. The bracket 11 presses the roller 17 and rotates the HLR 12, the sleeve 18 which peretalkivaet product 22 on the conveyor 23. When lifting SO 2 and bracket 11 move away from the roller 17 occurs DR12 reset. 4 il.

Description

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3 and sector 6. The latter is inserted with a shaped groove in which roller 5 is mounted, fixed on the cornea 4 for the SI 2. On frame 1 they are mounted under a double pusher in the form of two double-arm levers (DR) 12, the ends of which are interconnected 15 and 16; On the axis 15, a control roller 1 / is installed, with which the KpOHuneiiii 11 mounted in the lower part of the sector 6 cooperates. On the axis 16 there is installed a sleeve 18 interacting with the product 22. On the frame 1, the guides 24 are mounted on them are products 22 transferred from the suspension 21 of the feeding conveyor to The receiving conveyor 23. When the stem 10 is moved, the elevator 3 is lifted through the cross-shaped groove of frame 1 over the guides 24, 25, products 22 from the suspension 21. When lowering the SC 2 with the product 22, the latter is reversed and laid on rails 24.25. The bracket 11 presses the roller 17 and turns the DR 12, the sleeve 18 of which pushes the product 22 onto the conveyor 23. When the SC 2 is lifted and the bracket 11 moves away from the roller 17, the DR 12 returns to its original position. 4 Il.

The invention relates to the transport engineering industry and can be used for the mechanization of loading and unloading operations during the intrashop transportation of products.

The aim of the invention is to increase the reliability of the device.

FIG. 1 shows the device, the initial position; in fig. 2 - the same, intermediate position; fig.Z - the same, in the upper extreme position; in fig. 4 is a view A of FIG. 2

The device comprises a frame 1, on which a cross-shaped groove is made on a horizontal surface for the free passage of a cylinder (pneumatic cylinder) 2 with a cell 3. On the body 4 of a pneumatic cylinder 2, an axis is fixed with a roller 5, which has a possibility of movement relative to the figure 6 notch of sector 6. Profile The groove is made with two parallel sections in a vertical plane in the upper and lower parts of sector 6, which are spaced relative to each other by an angle of 90 and interconnected by a curvilinear section. Sector 6 is attached to adapter 7 and ring 8, in which there is an opening for passage of the casing 4 of the pneumatic cylinder 2. Bearing 9 inside the 1 ring is attached to the rod 10 of the pneumatic cylinder 2, and the outer one to the adapter 7. The adapter 7 is fixed to a load-carrying cell 3. V the lower part of sector 6 is installed bracket 11, the interaction with the pusher.

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five

The pusher is made in the form of two shoulders 12 levers fixed in brackets 13 on axles x 14.

The two shoulders levers 12 are interconnected at the ends by the axles 15 and 16. On the axle 15, a control roller 17 is fixed, on the axis 16 there is a sleeve 18, which rotates about the axis 16. The two shoulders levers 12 are connected to the frame

I springs 19. In the extreme right position, the two shoulders levers 12 abut against the stops 20. Suspension 21 of the feeding conveyor provides the product 22 to the zone of operation of the device. The device transfers the product 22 to the receiving conveyor 23. Guides 24 and 25 are fixed on the frame 1.

The device works as follows.

In the initial position, the rod 10 of the pneumatic cylinder 2 is retracted, the roller 5 is in the upper straight-line portion of the groove of sector 6, the bracket 11 in the lower position abuts the roller 17, the pusher is in the leftmost position, the springs 19 are stretched. Upon receipt of the suspension 21 of the feed conveyor with the product 22 in the working area of the device triggers a sensor (not shown), allowing the rise and subsequent lowering of the pneumatic cylinder 2 with the product 22 to its original position. The rod 10 of the pneumatic cylinder 2 extends, resulting in a sector 6 with a bracket

II rise; spring pusher (19 is shifted to the far right

until the stops 20. The bracket 11 is retracted from the roller 17, the cell 3 rises over the guides 2A and 25 through a groove in the horizontal surface of the frame 1. Next, the roller 5 runs in a curvilinear groove of the sector 6 sector. As a result, the cell 3 turns at a given angle (in this case 90). The roller 5 moves along the lower straight-line portion of the groove of sector 6.

The pneumatic cylinder 2 lifts the product 22 above the stops of the suspension conveyor 21 and stops (pneumatic cylinder 2 in the extreme upper position). Suspension 21 is removed from the zone of operation of the device. The pneumatic cylinder 2 is lowered to its original position with the product 22, having moved in accordance with the profile of the groove in sector 6. The product 22 is lowered onto the frame 1 in the guides 24 and 23, stops, the pneumatic cylinder 2 with the cell 3 is lowered below the horizontal surface of the frame 1.

The bracket 11 presses on the roller 17, the two shoulders levers 12 rotate, the springs 19 stretch, the product 22 is pushed from the horizontal surface of the frame 1 along the guides 24 and 25 onto the receiving conveyor 23, the pneumatic cylinder 2 occupies the initial position. The cycle is repeated.

Depending on the size of the product 22, the option of resetting is provided.

The NONKI guides 24, 25 and the stops 20 on the frame 1 and the stops on the cell 3 ensure the retention of the product 22 along the grooves.

Claims (1)

Invention Formula Device for transferring products from one conveyor to another, including a power cylinder mounted on the frame with a roller fixed on its case and an adapter hinged on its rod with a load-carrying cell and a sector made with a figured groove for accommodating the roller, a spring-loaded pusher mounted on the frame and a control roller and mounted. on sector with the ability to interact with the last bracket, characterized in that, in order to increase the reliability of the device, it is equipped with guides mounted on a frame made with a cross-shaped groove for the passage of the load-carrying cell, wherein the bracket is mounted in the lower part of the sector, and the spring-loaded pusher is made in the form of two double-arm levers interconnected by means of axles and equipped with a sleeve located on one of the axes with the possibility of interaction with the product 35 another axis has a control roller. Fig2 /. / y- ggt  7 / I /  "P..V