T-shaped ring edge belt sander

Abstract

The invention provides a T-shaped ring edge belt sander and belongs to the field of tableware processing equipment. The T-shaped ring edge belt sander comprises a sanding belt, a shell, a grinding wheel, a driving wheel and a driving motor, wherein the grinding wheel, the driving wheel and the driving motor are fixed to the shell. The sanding belt sequentially winds around the outer ring of the grinding wheel and the outer ring of the driving wheel, the driving motor drives the driving wheel to rotate, and the shell can move forwards and backwards in the transmission direction of the sanding belt. The grinding wheel is fixed to the shell through a grinding arm, the grinding arm is arranged on the inner ring of the sanding belt, locking arms are hinged to the two sides of the grinding arm, the ends, away from the grinding arm, of the locking arms are rotationally connected with an adjusting wheel, the adjusting wheel is tangent to the sanding belt, a connection rod is arranged in the middles of the locking arms located on the two sides of the grinding arm, the end, away from the sanding belt, of the grinding arm is provided with an adjusting air cylinder, and a force output shaft of the adjusting air cylinder is fixedly connected with the middle of the connection rod. The T-shaped ring edge belt sander is simple in structure, convenient to adjust and debug, automatic in production and high in efficiency.

Description

technical field [0001] The invention belongs to the field of tableware processing equipment, in particular to a T-shaped ring edge abrasive belt machine. Background technique [0002] At present, the existing tableware facade grinding generally adopts manual operation. The general process is that the worker holds the tableware and aligns its facade with the abrasive belt grinder for grinding. During the grinding process, the material should be moved according to the shape of the tableware. In order to achieve the purpose of full overall grinding, this method has the following disadvantages: low processing efficiency, poor precision, high labor cost, high labor intensity, and accidents; very few manufacturers also have some automatic grinding equipment, but these equipment exist The disadvantages are as follows: complex structure, large space occupation, complicated installation and debugging, and high energy consumption; so how to design a tableware processing grinding equip...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing tableware facade grinding generally adopts manual operation. The general process is that the worker holds the tableware and aligns its facade with the abrasive belt grinder for grinding. During the grinding process, the material should be moved according to the shape of the tableware. In order to achieve the purpose of full overall grinding, this method has the following disadvantages: low processing efficiency, poor precision, high labor cost, high labor intensity, and accidents; very few manufacturers also have some automatic grinding equipment, but these equipment exist The following disadvantages: complex structure, large space occupation, complicated installation and debugging, and high energy consumption; so how to design a grinding equipment for tableware processing that can overcome the shortcomings of the above two situations at the same time has become a research topic for those skilled in the art

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