Automatic equipment part clamping mechanism

Abstract

The invention provides a clamping mechanism for automatic equipment parts, which includes an inflator, a rubber hose, a strip air bag, a rubber suction cup and a spring. The upper end of the pipe is connected with the bar-shaped air bag, the bar-shaped air bag is installed in the air bag groove, the lower end of the rubber suction cup is connected with the rubber pad one, the spring upper end is connected with the rubber pad one, and the spring bottom is connected with the rubber pad two. The clamping mechanism produces indentations when clamping the parts, which is beneficial to protect the integrity of the clamped parts, facilitates the clamping of parts with smooth surfaces, and makes the clamping mechanism more powerful in clamping functions.

Description

technical field [0001] The invention relates to a clamping mechanism for automatic equipment parts, which belongs to the field of mechanical equipment. Background technique [0002] At present, the industry mainly uses air claws or similar fixtures to clamp parts to pick and place. Although the pick and place function can be basically realized, there are certain mechanical fluctuations in the automatic mode, which will have a certain impact on the pick and place effect. ;At the same time, in order to clamp the parts, generally we will choose a clamping force greater than the required clamping force to clamp the equipment. Moreover, some parts are inconvenient to clamp from the outside, which will cause certain indentations on the surface of the parts. In some occasions, parts are not allowed to have such indentations, which will seriously affect the quality of the product, and it is difficult to meet the quality standards of the industry. Therefore, the industry urgently nee...

AI Technical Summary

Problems solved by technology

[0002] At present, the industry mainly uses air claws or similar fixtures to clamp parts to pick and place. Although the pick and place function can be basically realized, there are certain mechanical fluctuations in the automatic mode, which will have a certain impact on the pick and place effect. ;At the same time, in order to clamp the parts, generally we will choose a clamping force greater than the required clamping force to clamp the equipment. Moreover, some parts are inconvenient to clamp from the outside, which will cause certain indentations on the surface of the parts

In some occasions, parts are not allowed to have such indentations, which will seriously affect the quality of the product, and it is difficult to meet the quality standards of the industry. Therefore, the industry urgently needs to provide a reasonable structural design that can effectively avoid mechanical clamping. The indentation caused, and the clamping mechanism that can firmly and reliably pick and place the parts

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