Automatic plane detection grinding device

Abstract

The invention provides an automatic plane detection grinding machining device which comprises a driving module, a connecting rod, a stretchable rod, a detection module and a grinding piece. The driving module comprises a shell, and a sliding groove is formed inside the shell; a roller is arranged inside the sliding groove, and the roller is driven by a driving motor; the connecting rod is arrangedat the lower end of the driving module, a cavity is formed inside the connecting rod, and a spring is arranged inside the cavity; a stretchable rod is slidably assembled inside the cavity; an infrared distance meter is arranged at the bottom of the stretchable rod, and a control device is arranged on the infrared distance meter; the automatic plane detection grinding machining device is a grinding tool, automatic detection positioning of the plane flatness is performed on the fluctuation motion state on the plane piece, when an uneven part is detected, automatic positioning can be performed,automatic reciprocating grinding motion is triggered, and the part is machined till the part is ground to be flat.

Description

technical field [0001] The invention relates to the field of abrasive tools, in particular to an automatic plane detection processing abrasive tool. Background technique [0002] Abrasives are tools used for grinding, grinding and polishing. Abrasives are widely used in machinery manufacturing and other metal processing industries; when existing molds are used for grinding flat plates, there are usually plate surfaces In the case of protrusions, for this situation, the abrasive tool needs to be ground and moved back and forth on its surface to grind it flat to achieve the effect of grinding; however, the hardness of flat plates of different materials is different, Therefore, it will occur that the abrasive tool cannot grind the protruding part at one time during the grinding process, so secondary grinding is required, and the user needs to control the abrasive tool to manually position the protruding position and manually grind it back and forth until The protruding part is...

AI Technical Summary

Problems solved by technology

[0002] Abrasives are tools used for grinding, grinding and polishing. Abrasives are widely used in machinery manufacturing and other metal processing industries; when existing molds are used for grinding flat plates, there are usually plate surfaces In the case of protrusions, for this situation, the abrasive tool needs to be ground and moved back and forth on its surface to grind it flat to achieve the effect of grinding; however, the hardness of flat plates of different materials is different, Therefore, it will occur that the abrasive tool cannot grind the protruding part at one time during the grinding process, so secondary grinding is required, and the user needs to control the abrasive tool to manually position the protruding position and manually grind it back and forth until The protruding part is ground; such an operation requires the user to repeatedly operate the motion state of the grinding tool, which increases the workload of the user and is not conducive to saving the cost of grinding processing; in addition, the user also needs to carry out the surface of the plate to be processed. Manual inspection greatly prolongs the grinding processing time, which is not conducive to improving the efficiency of grinding processing, and cannot realize automatic surface grinding processing; due to errors in manual operation, and each person's different operating methods will directly affect the quality of the finished product quality, so such operations also reduce production efficiency; in summary, there are defects

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