SU1511051A1 - Conveying rotor - Google Patents

Abstract

FIELD OF THE INVENTION The invention relates to mechanical engineering, namely to transporting devices for the single transfer of products. The aim of the invention is to enhance the functionality by changing the trajectory of the product in the area of issue. The transport rotor contains a drum 2 rotatable around a vertical axis. Along the periphery of the latter are gripping bodies, each of which is made in the form of a slider consisting of two coaxially arranged and spring-loaded 4 with one another relative to the other 5 and 6 on the inner part 5 of the slider 7, and the outer part 6 is spring-loaded with respect to the drum 2 and mounted to cooperate with a cam 11 fixed to the base. The sponges 7 of the slider are installed with the possibility of interaction with the stops fixed on the drum 2. When the rotor rotates, the gripping bodies with the product 14 approach the zone of product delivery to the receiving tray. The outer part 6 of the slider slides over the cam 11, as a result, both parts 5 and 6 of the slider move in the radial direction, the stops 13 of the jaws 7 are on the stops and the spring-loaded sponges 7 rotate around the axis 8. The released product 14 lies on the plane of the receiving tray. The outer part 6 of the slider continues to move along the cam 11, giving impetus to the movement of the product 14 along the axis of the receiving tray. Then the slider slides out of the cam 11, both parts 5 and 6 of it return to their original position, the sponges 7 move away from the stops and are compressed. 4 il.

Description

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FIELD OF THE INVENTION The invention relates to mechanical engineering, namely to transporting devices for the single transfer of products.

The aim of the invention is to enhance the functionality by changing the mixing trajectory of the product in the dispensing area.

FIG. 1 shows a transport rotor, top view; in fig. 2 shows section A-A in FIG. one; in fig. 3 shows the node I in FIG. 1 (at the time of receiving products from the technological rotor); in fig. 4 - node P in FIG. 1 (at the time of issuance of products in the receiving tray).

The transport rotor comprises a drum 2 rotatable around a vertical axis 1 with gripping bodies arranged evenly along its periphery. Axis 1 is mounted on base 3. Each gripping body is made in the form of a slider consisting of two coaxially arranged and spring-loaded one relative to the other by spring 4 of parts 5 and 6. On the inner part 5 of the slider are mounted sponges 7 mounted on axles 8 with the possibility swing in a horizontal plane. The jaws 7 are spring-loaded relative to the inner part 5 of the slide by a torsion spring 9. The outer part 6 of the slider is made of a spring-loaded spring 10 relative to the body of the drum 2 and is installed with the ability to interact with the cam 11 mounted on the base 3. Stops 12 are fixed to the drum 2. Limiters 13 mounted with the possibility of interaction with the stops 12 In the area of issue of products 14 on the base 3 mounted receiving tray 15.

Transport rotor operates as follows.

The gripping organ of the transport rotor approaches the receiving zone of the product from the technological rotor 16. The spring-loaded jaws 7 come into contact with the product 14 fixed in the tool block 17. The jaws 7 are moved apart with the simultaneous movement of the slide. When leaving the reception area, the product 14 leaves the rigid connection with the technological rotor 16. The spring-loaded slider returns to its original position with the product 14 held by the jaws 7.

The gripping body with the product 14 is suitable for the area of issue of products. Here, the outer part 6 of the slider slides over the cam 11. As a result, both parts 5, 6 of the slider move to the right.

The stops 13 of the jaws 7 are located on the stops 12 and rotate around the axis 8 the spring-loaded jaws 7. The released article 14 lies on the plane of the receiving trays 15.

The outer part 6 of the slider continues to move along the cam 11 to its upper point g, thereby giving impetus to the movement of the released article 14 through the inner part 5, along the tray 15 for the next operation.

Externally, the slider 6 moves out with

cam 11. The slider returns to its original position. Limiters 13 waste t

from stops 12, and spring-loaded sponges 7

are compressed.

The cycle is repeated.

25

Claims (1)

Invention Formula A transport rotor containing a base, a drum rotating around a vertical axis with gripping bodies located on its periphery, each of which is made in the form of a slide with springs fixed with a spring-loaded torsion spring installed with a possibility of swinging in a horizontal plane, characterized in that functional extensions. opportunities each slider of the gripping organ is made of two coaxially arranged and spring-loaded parts relative to the other, with sponges mounted on the inside of the slider, and the outer part is spring-loaded relative to the drum body and installed with the ability to interact with the additionally inserted cam mounted on the base, each sponge the gripping organ is installed with the possibility of interaction with an additionally inserted support fixed on the drum. 17 and - / f / , ai one F . / k 15 FIG. 2 / 13 5 F / /// - //////// / y ///// .J W / /