SU1398960A1 - Arrangement for feeding elongated material to the working station - Google Patents

Abstract

The invention relates to the field of cold metal pressure treatment and can be used to supply long material to the treatment area. The goal is higher reliability, performance and simplified construction. The material is fed by clamping jaws, one of which is fixedly mounted on the feeding carriage, and the other is fixed on the feeding carriage with the possibility of movement in the vertical direction from the base. The carriage moves vertically and horizontally in rails attached to the base. On the base there are shafts that support the cams to move the carriage in the horizontal and vertical direction. The vertical cam is located in the horizontal groove. The groove is made in the feeding carriage. Ku ;; - the horizontal movement of the feed carriage interacts with the vertical bars, one of which is mounted with the possibility of an adjustment movement in the horizontal direction. 3 il. I (L

Description

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The invention relates to the cold processing of metals by pressure and can be used to supply long material to the treatment area.

The aim of the invention is to improve reliability and simplify the design.

FIG. shows a device for feeding long material into the treatment area; FIG. 2 is a view A of FIG. on fig.Z - section BB in figure 1.

The device contains a base 1, in which the shafts 2 and 3 are mounted parallel to each other, connected between each other by gears 4 and 5. Shafts 2 and 3 are mounted in bearings 6, a cam 8 is attached to the shaft 2 by means of a nut 7, A cam 9 is fixed on the shaft 3. On the base 1: a guide 10 is mounted to move the feed carriage 11.

On the feeding carriage 11, two parallel strips 12, which interact with the cam 9, are fastened in a vertical plane one below the other. Vertical strip 13 and slat 14 are also fixed vertically to the feeding carriage.

13989602

acts on the vertical strips 13 and 14 and moves the feed carriage 11 in the horizontal direction to the feed step. .

When moving the feed carriage II from the cam 9, the roller 24 interacts with the lever 27 and noBopa4HBaet lever 20 around the axis 19, stretching to the spring 22. The jaws 18 and 19 release the material 25.

The cam 8 moves the feed carriage 11 to its original position. The roller rolls along lever 27 and interferes with 15 clamping of material 25 with jaws 18 and 21.

The gap between the bars 13 and I4 and the cam 8 is selected by adjusting the movement of the bar 14.

Claims (1)

20 claims A device for feeding a lengthy material into a treatment area, comprising a housing, a feed carriage, 25 mounted for movement in a vertical direction and having a vertical groove formed by vertical bars, and a horizontal groove formed by a horizontal Invention Formula A device for feeding a lengthy material into the treatment area, comprising a housing, a feeding carriage mounted for movement in a vertical direction and having a vertical groove formed by vertical bars, and a horizontal groove formed by a horizontal 35 40 The bar 14 is installed with the possibility of 30 flat bars, the drive shaft, the adjustment movement in the horizontal direction along the groove 15 by means of a screw 16 and a nut 17. The cam 8 interacts with the bars 13 and 14. On the feed carriage 11, the clamping jaw 18 is fixed or made in one piece with it, the lever 20 is mounted using axle 19, carrying the clamping sponge 21 located above the clamping jaw I8 and spring-loaded to it 22 . A roller 24 is mounted on the lever 20 by means of an axis 23. The material 25, strip, tape or wire are clamped with jaws 18 and 21. On the base 1, perpendicular to the direction of movement of the feed carriage. The device works as follows. The cams 8 and 9 are driven into rotation from the shafts 2 and 3. The cam 9 acts on the strips 12 forming a horizontal groove and moves the carriage 11 in the vertical direction. Clamping jaws 18 and 21 clamp material 25, Cam 8 voz45 50 55 mounted in housing, cam drive mounted on the drive shaft with the ability to interact with vertical bars, additional cam mounted with the ability to interact with horizontal bars, fixed movable jaws, at least one lever, pivotally mounted with the possibility of turning into the ticking direction, and the mechanism for stabilizing the movement of the feeding carriage in the vertical and horizontal directions, which is such that, in order to increase the reliability and simplify design, the mechanism for stabilizing the movement of the feed carriage in the vertical and horizontal directions is made in the form of an additional shaft mounted in the housing parallel to the drive shaft, and gears mounted on the drive and additional shafts with the ability to interact with each other, with the additional cam mounted on the shaft, fixed clamping Sponge mounted on the feed carriage, fixed clamping five 0 0 talny levels, power shaft, five 0 five mounted in the housing, a drive cam mounted on the drive shaft with the possibility of interaction with vertical bars, an additional cam mounted with the possibility of interaction with horizontal bars, fixed and movable jaws, at least one lever pivotally mounted with the possibility of turning into vertical direction, and the mechanism for stabilizing the movement of the feed carriage in the vertical and horizontal directions, distinguished in that, in order to increase the reliability of work and simplifying the design, the mechanism for stabilizing the movement of the feed carriage in the vertical and horizontal directions is made in the form of an additional shaft mounted in the housing parallel to the drive shaft and gears mounted on the drive and additional shafts that can interact with each other, with the additional cam mounted on additional shaft, fixed clamping Sponge mounted on the feeding carriage, fixed clamping 313989604 the sponge is fixed on the lever, and the lever is able to interact with the body mounted on the feeding carriage with som. nineteen  J 25 12 L 21 eleven Bad / J 24 - w I (rig.1 iO / Jgxis .s