Rubber jacket installation device with feeding and receiving functions

Abstract

A rubber jacket installation device with feeding and receiving functions comprises a base plate, a pre-positioning device, a workpiece jacking device, positioning modules and a rubber jacket installation device as well as a receiving device; the receiving device comprises a receiving cylinder and a turnover frame, and the turnover frame is arranged between the two positioning modules horizontally;the middle part of the turnover frame is rotatably matched with the positioning modules on the both sides of the turnover frame; the working end of the receiving cylinder is rotatably installed at the bottom of the turnover frame, and the turnover frame is driven by the receiving cylinder to turn over; the front part of the turnover frame is arranged below a workpiece positioning slot in a bearing shape; when the turnover frame is a standby state, the front part of the turnover frame is located below a pre-positioning slot, and at the moment the rear end of the turnover frame is higher than the front end of the turnover frame; when the turnover frame is in a switching state, the rear end of the turnover frame is pulled by the receiving cylinder downwards, and the turnover frame is rotated; and at the moment the front part of the turnover frame is located above the workpiece positioning slot, and the front end of the turnover frame is higher than the rear end of the turnover frame. According to the rubber jacket installation device, a round pipe with a rubber jacket installed can be guided and conveyed.

Description

technical field [0001] The invention relates to the technical field of pipe fitting processing, in particular to a rubber sleeve installation device for pipe fittings. Background technique [0002] In the field of precision metal processing, it is necessary to use a section of pipe fittings, and some pipe fittings need to be processed into a container shape, which requires secondary processing of the ends of the cut pipe fittings, and to ensure that the ends of the pipe fittings will not In case of deformation, the current method is to install rubber sleeves at both ends of the round pipe to protect the ends of the pipe fittings. [0003] Usually, pipe sections are cut from long pipes into small sections. For thin-walled pipe fittings, certain defective products are tolerated in the cutting process, that is, products with deformed edges. This problem is not easy to eliminate in processing efficiency and requires manual work. Observe that after the rubber sleeve is installed...

AI Technical Summary

Problems solved by technology

[0003] Usually, pipe sections are cut from long pipes into small sections. For thin-walled pipe fittings, certain defective products are tolerated in the cutting process, that is, products with deformed edges. This problem is not easy to eliminate in processing efficiency and requires manual work. Observe, after this deformation is fitted with the rubber sleeve, the rubber sleeve fits on the pipe wall, and the deformed outline will also be displayed, and the defective product cannot be made into a container

Images