Confluence mechanism

Abstract

The invention provides a confluence mechanism. The confluence mechanism is used for connecting tracks, and the tracks comprises a first branch track, a second branch track and a confluence track, wherein the outlet end of the first branch track is connected with the inlet end of the confluence track, the second branch track is disconnected with the confluence track, the first branch track, the second branch track and the confluence track are provided with roller hanger protruding tracks, and the roller hanger protruding track on the first branch track and the roller hanger protruding track on the confluence track are connected end to end to form a continuous protruding track; and a confluence mechanism comprises a fixing seat and a swing head, the fixing seat is arranged at the outlet end of the second branch track, one end of the swing head is rotatably arranged on the fixing seat, and the other end of the swing head can rotate to the position above the continuous protruding track. According to the confluence mechanism, the rotatable swing head is arranged at the outlet end of the second branch track, the confluence between the swing head and the first branch track can be realized, the structure is simple, and the maintenance is easy.

Description

technical field [0001] The invention relates to the technical field of suspension conveying systems, in particular to a confluence mechanism. Background technique [0002] At present, in the logistics conveyor line structure, especially in the clothing or home textile suspension conveyor line system, it is often required to sort and pair materials, so the materials need to be diverted and merged. There are two commonly used methods now: one is manual, with low efficiency and high error rate; the other is the processing method of multi-branch rails, which is to put different materials into different branch rails of the same workstation, and then pass the confluence between the branch rails. Convey the same set of materials to the processing position. Although the efficiency and error rate of this method have been improved, but because the confluence structure is too simple, the branch rail is a circular structure, without any protection measures, the hangers often get stuck ...

AI Technical Summary

Problems solved by technology

There are two commonly used methods now: one is manual, with low efficiency and high error rate; the other is the processing method of multi-branch rails, which is to put different materials into different branch rails of the same workstation, and then pass the confluence between the branch rails. Convey the same set of materials to the processing position

Although the efficiency and error rate of this method have been improved, but because the confluence structure is too simple, the branch rail is a circular structure, without any protection measures, and the hangers often get stuck and fall off, which is difficult to meet the use requirements

Images