A metal material straightening machine

Abstract

The invention provides a metal material straightening machine, comprising a screw rod, a threaded hole connection block, a belt I, a motor I, a connecting shaft, a bevel gear I, a bevel gear II, a rotating shaft, a gear shaft, a locating hole and a locating pin, wherein the screw rod is connected to the motor I through the belt I, and the threaded hole connection block is connected to the screw rod. The distance between left and right rollers in the invention is adjusted easily through this design, and the problem of uneasy adjustment of the distance between the left and right rollers is solved. The lower end of the connecting shaft is connected to the threaded hole connection block through a bearing II, and the upper end of the connecting shaft is connected to the bevel gear I fit to the bevel gear II installed on the gear shaft; the gear shaft is installed on the left end of a drive shaft through the locating hole and the locating pin. Straightening metal materials in different sizes is achieved through this design, and the disadvantage of narrow application scope of the straightening machine is overcome. The metal material straightening machine provided by the invention has the advantages of simple structure, wide application scope, easy operation and high reliability.

Description

technical field [0001] The invention relates to a metal material straightening machine, which belongs to the field of metal material straightening equipment. Background technique [0002] The precise alignment of industrial components is a common problem in the modern manufacturing industry and needs to be solved urgently. Its working method is to use the principle of residual deformation after metal plastic deformation, and to make the workpiece to be aligned under the condition of active loading. The plastic deformation in the opposite direction, when the residual deformation of the plastic deformation is equal to the error amount, the alignment of the workpiece is realized. At present, most of the alignment work in our country is manually operated by experience, with low efficiency and poor precision, making the industry The application of component plastic deformation straightening technology has been greatly restricted. [0003] In the prior art, the size range of work...

AI Technical Summary

Problems solved by technology

[0002] The precise alignment of industrial components is a common problem in the modern manufacturing industry and needs to be solved urgently. Its working method is to use the principle of residual deformation after metal plastic deformation, and to make the workpiece to be aligned under the condition of active loading. The plastic deformation in the opposite direction, when the residual deformation of the plastic deformation is equal to the error amount, the alignment of the workpiece is realized. At present, most of the alignment work in our country is manually operated by experience, with low efficiency and poor precision, making the industry The application of component plastic deformation straightening technology is greatly restricted

[0003] In the prior art, the size range of workpieces that can be straightened by the metal straightening machine has obvious limitations, the working parameters for workpiece straightening are not accurate, and the adaptability to different forms of metal workpieces is poor, and only a single form of metal workpiece can be processed , some straightening machines are too complicated in structure and inconvenient to operate, so they are limited in production and use, so metal straightening processing machines with good adaptability, simple structure and easy operation are needed

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