CS256186B1

CS256186B1 - File feed device for component feeds

Info

Publication number: CS256186B1
Application number: CS863799A
Authority: CS
Inventors: Ivan Halik
Original assignee: Ivan Halik
Priority date: 1986-06-23
Filing date: 1986-06-23
Publication date: 1988-04-15
Also published as: CS379986A1

Abstract

Riešenie sa týká zariadenia na zasúvanie súborov prívodov súčiastok po predchádzajúcom odstřihnutí horného mostíka do připraveného zásobníka v mechanizme vertikálneho posuvu. Podstatou riešenia je, že pozostáva z tiahla spojeného s ovládacím mechanizmom, ktoré má vo svojej prednej časti otočné uloženu odpruženu páku s vytvořeným zápichom a výstupkom, korešpondujúcu s odklopným segmentem. Segment je otočné uložený na držiaku a je v styku s odpruženým kolíkom.The solution relates to a device for inserting sets of component feeds after cutting off the upper bridge into a prepared magazine in a vertical feed mechanism. The essence of the solution is that it consists of a rod connected to a control mechanism, which has a spring-loaded lever with a recess and a protrusion formed in its front part rotatably mounted, corresponding to a hinged segment. The segment is rotatably mounted on a holder and is in contact with a spring-loaded pin.

Description

The solution relates to a device for inserting a set of component feeds after previously cutting the upper bridge into a prepared container in a vertical feed mechanism. The essence of the solution is that it consists of a rod connected to an actuating mechanism which has in its front part a rotatably mounted spring-loaded lever with a recess and a projection corresponding to the tilting segment. The segment is rotatably mounted on the holder and is in contact with the spring pin.

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BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for retracting a set of component feeds after a top shearing of the upper bridge into a prepared container in a vertical feed mechanism.

In some technological operations of microelectronics components, their careful insertion into the stacking container is required to move them to the next technological operation. There are known barbecue devices for inserting the subject files into containers which, however, do not comply with the cutting operation of the upper bridge, on the one hand, because of the relatively large dimensions that cannot be created in the cutting tool; the force needed by these devices to tear these bursts.

The aforementioned drawbacks are alleviated and the technical problem is solved by a device for inserting parts supply sets into a container, the essence of which is that it consists of a rod connected to an actuating mechanism which has at its front a rotatably mounted spring lever with a recess and a protrusion corresponding to the hinged segment. The segment is rotatably mounted on the holder and is in contact with the spring pin. An advantage of the device for inserting the components of the components of the inlets into the container is that the upper shear cutting operation is automated and the manual removal of the trimmed set of feeds from the tool has been removed. Another advantage is also an increase in labor productivity, reduced labor and labor savings.

The device for inserting the sets of inlet parts into the reservoir is shown in the accompanying drawings, where in Fig. 1 the device is shown in the initial position, in Fig. 2 the device is in front view when the lever is raised to the segment; a device with a lever engaged in the gap between the first and second components; in FIG. 4, the device is shown in this position in a sub-section;

The device for inserting the sets of inlet manifolds into the reservoir consists of a rod 3 which is part of the actuating mechanism, the rod 3 having on its front part a pivot 1 mounted on the pivot 2. The lever 1 is pressed into the horizontal position by a flat spring 4. Lever 1 which The groove 7 is rotatably mounted on the bracket 8. The bracket 8 is housed in the shearing tool 12. The bracket 8 is in contact with the pin 10 by the sprung compression spring 11. Between the engaging mechanism and the cutting tool 12 a stacking container 6 is placed in the bed of the vertical feed mechanism. A cam 5 is mounted on the device body.

The function of the component feed insertion device is as follows: After carrying out the technological operation of cutting the upper bridge from the set of inlets of the transistors 9, the pull rod 3 is extended in the direction of arrow A (Fig. 2) through the trimming magazine 6 into the cutting tool 12, where the lever 1 with its run-in the flat strikes the segment 7 which extends it in the direction of the arrow B. By further movement in the direction of the arrow A, the lever 1 moves over the gap between the first and second transistors 9. In this position, the lever 1 with its recess behind the leading surface engages the hinged segment 7 and the protrusions the first transistor 9 of the set (Fig. 3) in the front part of the gap. In case of a wrong movement of the rod 3 in the direction of the arrow C (Fig. 5), the edge of the recess of the lever 1 tilts the segment 7 in the direction of the arrow D, pulls the set of transistor inlets into the groove the stacking container 6, with its no leading surface, the lever 1 hits the cam 5, which extends it in the direction of the arrow B (FIG. 1) and at the same time it slides out In this position, the stacking container 6 is moved by one extension and the operation is repeated until the stacking container 6 is fully filled.

Claims

OBJECTIVE A device for inserting component supply sets into a container, comprising a control mechanism and a hinged segment, characterized in that it comprises a rod (3) connected to an actuating mechanism having a rotatably mounted spring-loaded solder (1j) at its front end. with a recess and a protrusion corresponding to the hinged segment (7), the segment (7) being rotatably mounted on the holder (8) and in contact with the spring pin (10).

2 sheets of drawings 256186

256186

Severografia, n. P. Plant 7, Most Price 2.40 KCs