SU1505751A1 - Device for orienting works - Google Patents

Abstract

The invention relates to a machine tool industry and can be used to feed oriented parts such as stepped rollers to a machine. The aim of the invention is to improve the reliability of the device when feeding parts such as stepped rollers due to the additional movement of properly oriented rollers. The device comprises a base 1, on which a feed tray 2, a discharge tray 3 with an orienting funnel and a pusher 8, inside which a spring-loaded pusher 10 is placed, are mounted. The stepped rollers 13 from tray 2 enter the prismatic surface 7 of the lodgement 6. If the roller is reversed to the neck pusher 8, it is captured by the pusher 8 and transferred to the orienting funnel. At the end of the stroke, the pusher 8 stops and the roller is pushed by the pusher 10 onto the orienting funnel. The part is fed in tray 3, neck down. If the roller from tray 2 comes neck to side of tray 3, then the pusher 8 pushes it into the tray 3 neck down. 1 il.

Description

W

SP

SP

SP

: The invention relates to machine building | jy and can be used to feed oriented parts of stepped rollers into a machine.

i The aim of the invention is to improve the reliability of the device when feeding

etals like stepped rollers due to additional movement correctly

oriented rollers.

The drawing shows the device orientation parts, section.

Part orientation device contains

The base 1, on which the feed tray 2, the discharge tray 3 with the orienting funnel are mounted. Last done

This 6 in the direction of the slide 4. After the movement stops, the pusher 8 begins to move in it the pusher 10, spring-loaded 9 and fixed from locking by the lock 15, located in the groove 16, made on the side surface of the pusher 8.

The pusher 10 pushes the roller 13 out of the pusher 8 onto the spherical surface 5 of the slide 4. The roller 13 slides off the cushion "- -" U

the concentric neck 5 downwards and through the gap 11 into the receiving opening 12 of the discharge chute 3. In case the roller 13 enters the prismatic surface 7 with a blunt cone of slide 4 with a spherical surface facing the pusher 8,

the latter, together with the pusher 10, is moved by the drive in the guide sleeve 14, while the end face of the pusher 8 rests against the end of the blunt end of the roller 13. The latter moves along the prismatic surface 7 of the housing b, tilts down along the concentric neck and through the gap P enters the receiving opening 12 of the outlet tray 3.

1) a spine D and a lodgement 6 with a prismatic surface 7, equipped with a tubular pusher 8, inside which a pusher 0, spring-loaded with a spring 9, is connected with the drive (not shown) .. Sklez 4 and the lodgement 6 are mounted on the base 1 with a gap 11, aligned with the receiving opening 12 of the discharge chute 3. Tray 2 with horizontally bristled rollers 13 in it is connected to the prismatic surface 7 of the lodgement 6 to accommodate the rollers 13. On the prism On the surface 7, the guide sleeve 14 is rigidly fixed to accommodate the sliding pusher 8. The pusher 10 is provided with a latch 15 located in pa-fsy 16, made on the lateral surface of the tubular pusher 8.

Part orientation device works: as follows.

Stepped rollers 13 are fed from: a loading device (not shown) to light 2 in a horizontal position. From Yutka 2, the lower roller 13 enters the Prismatic surface 7 of the lodgement 6, | the roller can be turned into a standing jpOHy pusher 8 either with a concentric neck or eccentric, and in case of its absence with a blunt end. I In the case when the roller 13 enters the prismatic surface 7 of the conceptual neck with the neck towards the pusher 8, the coqc- roller 13, the pusher 8 together with

25

thirty

35

In the case where the roller 13 enters the prismatic surface 7 by the eccentric Tsikeika S side of the pusher 8, due to the misalignment of the eccentric cervical 13 and the pusher 8, the end of the latter rests against the end of the eccentric cervical 13, which, peremepg under the influence of the pusher 8, prismatic surface 7, reaches the edge of the lodgement 6 and tilts down through the concentric neck down through the gap 11 into the receiving opening 12 of the discharge tray 3.

Claims (1)

Invention Formula A part orientation device comprising a supply tray, mounted with reciprocating movement in a direction perpendicular to the longitudinal axis of the supply tray, a pusher, a discharge tray with an orienting funnel, characterized in that, in order to improve the reliability of operation, the device 10 is moved by a drive ( no effect when supplying details like step pusher shown) in the guide sleeve 14 to stop-fit collet. 1klate 8 at the end of the directional sleeve; 14, while the roller 13, the concentric neck of which is gripped by the pusher 8 as it moves, moves; along the prismatic surface 7 of the bed-mounted rollers, it is provided with an additional pusher that is spring-loaded relative to the main body and installed coaxially inside the latter with the possibility of reciprocating movement relative to the main pusher. This 6 in the direction of the slide 4. After the movement stops, the pusher 8 begins to move in it the pusher 10, spring-loaded 9 and fixed from locking by the lock 15, located in the groove 16, made on the side surface of the pusher 8. The pusher 10 pushes the roller 13 out of the pusher 8 onto the spherical surface 5 of the clip 4. The roller 13 slides off the sphere ", -" U the concentric neck 5 downwards and through the gap 11 into the receiving opening 12 of the discharge chute 3. In the case where the roller 13 enters the prismatic surface 7 with a blunt end facing the pusher 8, five 0 five In the case where the roller 13 enters the prismatic surface 7 by the eccentric Tsikeika S side of the pusher 8, due to the misalignment of the eccentric cervical 13 and the pusher 8, the end of the latter rests against the end of the eccentric cervical 13, which, peremepg under the influence of the pusher 8, prismatic surface 7, reaches the edge of the lodgement 6 and tilts down through the concentric neck down through the gap 11 into the receiving opening 12 of the discharge tray 3. Invention Formula A device for orientation of parts, comprising a feed tray, mounted with the possibility of reciprocating movement in a direction perpendicular to the longitudinal axis of the feed tray, a pusher, a retracting tray with an orienting funnel, characterized in that, in order to improve the reliability of the device during feed details like a step when feeding parts like a step roller, it is equipped with an additional pusher, which is spring-loaded relative to the main body and installed coaxially inside the The latter can be reciprocated relative to the main pusher.