Radiator core assembly machine

Abstract

A radiator core assembly machine comprises a window, an operator, a support lever, box doors, supporting feet, and an assembly host, the window is embedded at the upper end of the front surface of theassembly host, the lower surface of the operator is welded to the upper end of the support lever, the lower end of that support lever is hinged to the right side of the front surface of the assemblyhost, the two box doors are arranged at the lower end of the front surface of the assembly host, the upper ends of the supporting feet are weld to the lower surface of the assembly host, the assemblyhost is electrically connected with the operator through a wire, the material in the assembling process is flattened by a flattening mechanism, the assembled radiator is relatively flat, and the use performance of the radiator is ensured. A nested mechanism is used for assembly and drives a transmission mechanism to run at the same time, so that a blast cooling mechanism generates wind energy, theassembly process is cooled, the material is prevented from being heated and damaged, and a reinforcing mechanism makes the assembly process firmer.

Description

technical field [0001] The invention relates to the field of radiator core assembly machines, in particular to a radiator core assembly machine. Background technique [0002] Aluminum radiators develop rapidly and have outstanding advantages, but their manufacturing process is complex, demanding on the working environment, and causing certain damage to the environment. The corrosion is poor, especially when working at high temperatures; radiator core assembly machines are used in During the assembly of the radiator, a certain amount of friction will be generated, which will cause the temperature to rise, which will corrode the aluminum and damage the performance of the radiator; and during the assembly process, there will be unevenness. Flattening and assembling will cause deformation of the radiator. Contents of the invention [0003] Aiming at the deficiencies of the prior art, the present invention is realized through the following technical solutions: radiator core as...

AI Technical Summary

Problems solved by technology

[0002] Aluminum radiators develop rapidly and have outstanding advantages, but their manufacturing process is complex, demanding on the working environment, and causing certain damage to the environment. The corrosion is poor, especially when working at high temperatures; radiator core assembly machines are used in During the assembly of the radiator, a certain amount of friction will be generated, which will cause the temperature to rise, which will corrode the aluminum and damage the performance of the radiator; and during the assembly process, there will be unevenness. Assembling after flattening will cause deformation of the radiator

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