Automatic assembly equipment for joint pipes

Abstract

The present application discloses automatic assembly equipment for joint pipes, which includes an equipment main body and a press-fitting device, the press-fitting device includes a device main body and a pressure applying component, and the device main body includes a lower limit block and an upper limit block , the lower limit block forms the sleeve installation groove and the tube body installation groove, the upper limit block is covered by the lower limit block, so that the sleeve cover groove and the sleeve A casing accommodating space is formed between the installation grooves and a pipe accommodating space is formed between the pipe body covering groove and the pipe body installation groove, after the upper limit block is covered with the lower limit block, A pressure application port is formed at one end of the cover groove of the sleeve, and the pressure application component forms a pressure application end, and the pressure application end is configured to be able to pick up the liner core used to make the joint pipe, and can be used from the The pressure port presses the liner through the bottom wall of the sleeve located in the sleeve installation groove and presses it into the pipe body located in the pipe body installation groove.

Description

technical field [0001] The invention relates to an automatic assembly equipment for joint pipes, in particular to an automatic assembly equipment for joint pipes. Background technique [0002] With the continuous improvement of people's living standards, vehicles are gradually being popularized in many families. There are many parts that need to be used in the production process of the vehicle, and the joint pipe is one of them. Joint tubing needs to have low expansion, burst resistance, high temperature resistance, ozone resistance, and low moisture penetration. [0003] The structural pipe specifically includes a hollow pipe body A, a casing B and a lining core C. When the traditional assembling equipment assembles the joint pipe, it first assembles the bushing and the liner, and then assembles the pipe body and the bushing. However, this assembly method cannot guarantee the coaxiality between the pipe body and the lining core. The coaxiality between the pipe body and ...

AI Technical Summary

Problems solved by technology

Since the coaxiality between the liner and the pipe body in the joint pipe formed by the assembly method in the prior art cannot be guaranteed, the subsequent bending process will inevitably lead to the bending of the liner There is a large deviation from the required bending angle, which in turn affects the yield of the joint pipe

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