Taking mechanism of coiled material

Abstract

The invention discloses a taking mechanism of a coiled material applied in the field of production of coiled materials. The taking mechanism structurally comprises a mounting rack, a sleeve, and an inner pull rod which is arranged in the sleeve in a sleeving manner and axially moves along the sleeve, wherein a pressing block is arranged between the inner pull rod and the sleeve; a plurality of clamping plates which face the sleeve are arranged in the circumferential direction of the sleeve; an orbit and a driving motor used for driving the clamping plates to perform reciprocating motion along the orbit are arranged on the mounting rack; and the clamping plates move towards the sleeve along the orbit. When the taking mechanism is utilized to take a coiled material product, the pressing block presses a coiled material channel, the external clamping plates are utilized to clamp the outer surface of the coiled material product, and the sleeve and the clamping plates form an accommodating groove of the coiled material product, so that the lifting stress area of the coiled material product is effectively increased; and besides, the pressing block and the clamping plates are matched, the situations that the coiled material product is damaged by the device during the taking process and the coiled material product falls off are avoided, and quality maintenance of the coiled material product during the taking process is guaranteed, and taking efficiency is effectively improved.

Description

technical field [0001] The invention relates to a coil picking mechanism used in the coil production field. Background technique [0002] The state of existence of the coiled material product is usually wound on a cylindrical fixed structure. Because the outer peripheral surface of the coiled material product is generally a material layer, due to the particularity of the shape of the coiled material product, if it is picked up with only claws, it is easy to cause damage to the product, which is not conducive to the maintenance of product quality. The inside of the coiled material product is generally a smooth cylindrical wall surface, so it is difficult to effectively connect with the existing clamping structure, and it is easy to cause a drop in the middle of taking it, which is harmful to the coiled material product and the staff. Personal safety is threatened. In the process of production and transportation, coiled products are usually completed manually. When the qual...

AI Technical Summary

Problems solved by technology

However, the positioning of this method still requires manual placement of the sleeve in the cylinder of the coiled material product, which reduces the work efficiency, and the setting position of the slider and the slope chute cannot be limited. When the slider does not follow the slope chute When the movement is carried out, it will lead to the fixing of the protruding end block. At this time, it will cause the suspension of the transportation process of the coiled material products, which is not conducive to the continuous work, and the working stability is poor, which is not conducive to the safety factor in the working process. Guarantee

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