Adsorption manipulator and feeding conveying device

Abstract

The invention discloses an adsorption manipulator and a feeding conveying device. An adsorption block, an isolation sleeve piece and a magnetic attraction sleeve piece are arranged. In the actual application process, the ends of two isolation pieces extend in the direction away from the adsorption block to form isolation protrusions, at least two magnetic attraction pieces are arranged on the adsorption block, and the thickness of the magnetic attraction pieces is smaller than the width of the isolation protrusions, so that when the adsorption manipulator adsorbs film loosens, the adsorption manipulator only adsorbs one film loosen every time, and the feeding orderliness is guaranteed; and the isolation protrusions can well prevent the film loosens from making direct contact with the magnetic attraction pieces, then the adsorption manipulator can adsorb two film loosens at a time, finally, subsequent processing treatment on the film loosens is affected, and the production efficiency ofenterprises is greatly improved.

Description

technical field [0001] The invention relates to the technical field of feeding, in particular to an adsorption manipulator and feeding and conveying equipment. Background technique [0002] The traditional feeding method is manual loading, which requires a large number of loading workers to load the materials on the production line. The feeding efficiency is low and the company needs to spend a lot of labor costs. With the continuous development of science and technology, the emergence of automation equipment has gradually changed the traditional manual feeding method. It can be said that the emergence of automation equipment has greatly improved the feeding, processing and unloading of materials. And improvement, so that enterprises can produce more quantity and higher quality products in the same time. [0003] Currently, if figure 1 Shown is a schematic structural view of the film pine 20 , the film pine 20 includes an inner core 21 and a plurality of pine leaves 22 , a...

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Problems solved by technology

In the actual production process of the film loose 20, when it comes to the feeding operation of the film loose 20, most of the existing enterprises adopt the method of setting magnetic suction parts on the manipulator to absorb the film loose 20, although the above method can complete the film The loading of loose 20, but there is a big defect, because before the film loose 20 is absorbed by the manipulator, several film pine 20 are manually stacked in the material storage area, when the manipulator equipped with magnetic suction parts absorbs the film loose At 20 o'clock, one of the film pine 20 may clamp the pine leaf 22 of another film pine 20 adjacent to it between the magnetic attraction and its inner core 21 due to the effect of the magnetic attraction force, that is, the manipulator During the feeding process, two film looses 20 are adsorbed at one time. If the above situation occurs, it will affect the subsequent processing of the film loose 20, resulting in the need to manually remove the excess film loose 20. Subsequent processing can be carried out, which seriously affects the production efficiency of the enterprise, that is, greatly reduces the production efficiency of the enterprise

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