Automatic shearing assembling production line for braided hose

Abstract

The invention belongs to the technical field of production equipment of connecting hoses and particularly relates to an automatic shearing assembling production line for a braided hose. The automatic shearing assembling production line for the braided hose solves the technical problems that working efficiency and automation degree in existing hose cutting and assembling are low and the like. The automatic shearing assembling production line comprises a hose assembling device, the upper portion of the hose assembling device is connected with a screw core assembling device, the screw core assembling device is respectively connected with a nut vibration disk and a core vibration disk, and the hose assembling device is further connected with a hose cutting device. The hose assembling device, the crew core assembling device and the hose cutting device are respectively connected with a control system. Compared with the prior art, the automatic shearing assembling production line for the braided hose has the advantages that the automatic shearing assembling production line is reasonable in design and high in automation degree, automation from screw core assembly to hose cutting and hose assembly is achieved, manual operation is not required in the whole cutting assembling process, two ends of the hose can be assembled simultaneously, production efficiency is greatly improved, production cost is reduced, and product quality is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of production equipment for connecting hoses, in particular to an automatic cutting and assembling production line for braided hoses. Background technique [0002] Braided hose refers to the product after braiding a layer of stainless steel wire on the outside of stainless steel hose or rubber hose. It is mainly used for electrical line protection and pipe connectors such as household faucets, toilets, and showers. It is generally composed of a pipe, a socket, bushings at both ends of the pipe, and cores and nuts inserted at both ends of the pipe. Cutting and fitting of hoses has long been a manual operation. Workers cut the hose according to a fixed length, then manually put the bushing on the hose, then manually assemble the core and nut into a screw core, and then insert it on the hose, and finally use the clamping device to clamp the bushing, screw core Fastened with hose clamps to form a finished brai...

AI Technical Summary

Problems solved by technology

This mode of production has the following shortcomings: high proficiency requirements for workers, low automation, high labor intensity, low production efficiency, high production costs, and difficult to guarantee product quality

[0004] The above scheme has improved the problem of low work efficiency of manual hose assembly to a certain extent, but the scheme still exists: the two ends of the hose cannot be assembled at the same time, the hose cutting cannot be mechanized, the entire production process cannot be automated, and the production efficiency low level problem

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