SU1625681A1 - Assembly arrangement - Google Patents

Abstract

The invention relates to devices for putting limited elastic parts on a rigid part and can be used in the pipe industry to jam caps during transport. The purpose of the invention is the expansion of technological capabilities. Petals 23 are spring-loaded and connected to 21 through articulated figured cams that can interact with the lugs 4 of the body, having a channel supplying the parts to be assembled, and can move along the axis of the body 1. with the guide 18 and the push rod 19 connected to the piston 27 cylinder 20 4 silt

Description

FIG I

. lh H MOtst T FLASH Industry

about flow to bounded, caps,

used n for killing

devices elastic to rigid pipes

caps during transportation.

The purpose of the invention is the expansion of technological capabilities by increasing the range of assembled products.

FIG. 1 shows the assembly tool, a general view; in fig. 2 is the same; FIG. 3 - section AA on flash. 2; FIG. 4, section B — B in FIG. 2

The assembly device comprises a stationary housing 1. a channel 2 for supplying the assembled parts (for example, caps). The body 1, rigidly fixed on the rack 3 of the ipvo unfolding, has milled iio, wheels with rollers 5 on the shaft 5. To the pile of the body 1, the bar 7 is attached to the pile of the body 1, to which the rod 8 of the cylinder 9 is rigidly attached.

The feed channel 2 is inserted into the opening of the housing 1 and fastened thereto with screws K). The list of channel 2 in the area of the course of the pusher II floor. From falling out of the channel, the part 12 is held by two flat springs 13 fixed only in the upper part, which, during the course of the pusher II with the assembled part 12, can be moved apart, chipped along the shaped notch 14 of the stops 15.

The feeding and spreading mechanism of the parts is equipped with a ring 16 in which two guides 18 with a pusher 19 and two cylinders 9 and 20 are inserted in the shear 17 of the sleeve 21 of the rings 16 and the fusher cams 22 with riveted spring petals 23 are hingedly mounted, the rear ends of which are are attached to the ring 16 by the washer 24. The figured cams 22 can interact with the rollers 5 of the stops 4. The rear part of the figured cams: 22 is made with a protrusion 25 that can abut against the plane 26 of the ring 16, thereby preventing a wide divergence of the petals 23 with the figured cams 22 from to There are 5 pores on rollers 4. Pushes the fir-tree 19 is connected to the piston 27 of the cylinder 20 by means of fingers 28. The cylinder body 20 is rigidly connected to the casing of the cylinder 9, which can be mixed in the bore of the casing 1 and push part 12 (for example, a cap) worn on tube 29.

Assembly device works as follows.

The coils 29, stirring on the table 3 of the knock-down, alternately take up a position for putting on parts 12. At the moment the pipe stops, air is expelled. The iodine piston of the cylinder 9 is hollow: pkzh 8. At this, the rod 8. fixed on the stationary bar 7 remains the cylinder body 9 with the pusher 11 is mixed to the left. Together with the cylinder body 9 is mixed and soy

0

Q 5 5

0

five

0

cylinder 20 connected to it with a piston 27 and a pusher 19. The pusher 19 also moves the ring 16 with the figured cams 22 and the petals 23 by means of the guides 18 also to the left.

Thus, the part 12 is moved to the left. It is put on the petals 23 and pushed by the pusher 11, the separation holding flat springs 13, the lower part of which slides along the figured notches 14 of the stops 15. In this case, the cams 22 come off the rollers 5 of the stops 4, the spring petals 23 consumption, expanding part 12 Ring 16, moving to the left, enters pipe 29, petals 23, while slipping through the pipe, pull pipe 29 part 12 pushed by the pusher 11. Next, air flows into the right cavity of the cylinder ;: 20 , piston 27, moving to the left but the cylinder bodies 9 and 20. moves the pusher 19, and with it through the guides 18 ring 16 with figured cams 22 and petals 23. At the same time, the petals 23, moving to the left relative to the pusher 11 and the part 12 attached to the end of the pipe, pulled out from under it and, buddies spring-loaded, are consumed.

Next, air is supplied to the right side of the cylinder 9, with the cylinder bodies 9 and 20 with the pusher 19, the guides 18, the ring 16, the figured cams 22 and the petals 23 moving to the right (Fig. I). The cams 22, having bumped on the rollers 5 xyurs 4, are reduced to the center), reduced to the center and the petals 23. When the pusher 1 1 takes up its original position, the next part 12 through channel 2 falls to the starting position in the lower part of the channel 2. Then the air is supplied in the left part of the cylinder 20, the rod 27 at the same time moves to the right), mixing the wheel 19, the guides 18, the ring 16, the figured cams 22, the petals 23, which are inserted into the next part 12. Thus, the mechanism occupied the initial position . The pipe 29 with the worn part rolls down, the next pipe occupies the place, the cycle repeats.

Claims (1)

Invention Formula An assembly device comprising a housing, a sleeve with radially pressed lobes and a mechanism for feeding and spreading parts of the sleeve, including a first tag, characterized in that, in order to expand technological capabilities, the petals are spring-loaded and attached to the sleeve through hinges attached to it figured cams, the mechanism for feeding and spreading parts of the sleeve is provided with a pusher connected to the sleeve mounted for movement along the axis in the housing with guides and supports on the body ce for reacting with curly bA Lachko in korgpse a duct for supplying the parts assembled with springs for holding and sealing device is provided disposed coaxially with 23 n -, 2 sixteen  the second pusher for moving the assembled parts and the channels installed in the channel by the wires for the collected / collected parts 7 tN uh Figz 22 Z3 FIG. four 17