Automatic pipe routing machine for assembling radiators

Abstract

The invention discloses an automatic pipe laying machine for assembling radiators, which includes a mobile frame, a pipe storage mechanism and a pipe laying mechanism. The pipe storage mechanism includes a pair of pipe storage base plates and a pair of pipe grooves installed on the pipe storage base plate. The comb-tooth seat for pipe arrangement is slidably arranged under the base plate of the tube storehouse and fed along the arrangement direction of the radiating tubes. The cooling pipes supported by the unit are sequentially driven into the pipe-piercing heads in the comb teeth of the pipe-distributing comb-tooth seat, and the supporting surface array of the side supporting unit has several supporting rollers whose normal line is along the pipe-piercing direction. In the present invention, the support surface of the side support unit is arrayed with a plurality of support rollers whose normal line is along the pipe-cutting direction. In this way, during the pipe-cutting process, the support rollers of the support unit can reduce the resistance of the pipe-cutting head for pipe-cutting. In addition, defects such as scratches and deformation that may occur in the heat pipe are avoided.

Description

technical field [0001] The invention relates to the field of radiator core assembly, in particular to an automatic pipe-laying machine for assembling a radiator. Background technique [0002] The automatic pipe routing machine for assembling radiators is suitable for the assembly of various air-conditioning cores, cooling system cores, plumbing system cores, etc. Specifically, it is used in the piping process. The main plate and the side plate are connected as a whole, and then the aluminum materials are welded together by brazing technology. [0003] Application number: 201620128701.8, application date 2016.02.19, the name is an invention patent of a radiator core automatic pipe layout assembly machine, which discloses a pipe layout assembly machine, which can realize an efficient radiator arrangement. However, there is still room for improvement, which is mainly reflected in: in the process of pipe opening, due to the large number of heat pipes in the pipe groove, the bot...

AI Technical Summary

Problems solved by technology

However, it still has room for improvement, which is mainly reflected in the following aspects: during the pipe forming process, due to the large number of heat pipes in the pipe groove, the weight of the bottom heat pipe is relatively heavy. The surface and the upper surface of the pipe unit may scratch the surface of the bottom heat pipe, which may easily lead to defects such as water leakage and deformation of the heat pipe during the subsequent brazing process.

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