Medical gauze folding mechanism

Abstract

The invention relates to a medical gauze folding mechanism. The medical gauze folding mechanism comprises a left support and a right support, wherein the left support and the right support are fixedly connected and placed left and right respectively, a left transmission structure and a right transmission structure are arranged on the left support and the right support respectively, a folding shaft is connected between the left transmission structure and the right transmission structure, sliding rails are arranged on the left transmission structure and the right transmission structure respectively, sliding blocks are arranged on the sliding rails, base plates are fixedly arranged on the sliding blocks, supports are arranged on the base plates, bearing seats are arranged on the supports, fixed locking blocks and movable locking blocks are further arranged on the left sides and the right sides of the sliding rails respectively, the fixed locking blocks are fixedly arranged below the base plates, the movable locking blocks are movably arranged below the base plates, and locking holes capable of locking the sliding rails through screws are formed in the movable locking blocks. According to the medical gauze folding mechanism, the sliding rails and the sliding blocks move in a matched mode, folding can be carried out according to the requirements of folding medical gauze with different sizes, the practicability is high, the efficiency is improved, and the folding effect is good.

Description

technical field [0001] The invention relates to the field of medical product production equipment, in particular to a medical gauze folding mechanism. Background technique [0002] Medical gauze is widely used in daily life. Because single-layer gauze is relatively thin, existing gauze often needs to be cut, folded, sewn, and stacked into a square handkerchief-like multi-layer structure before being used, especially in the medical field, such as Medical gauze, the traditional production method of this square handkerchief-shaped multi-layer gauze is mostly manual production, that is, manual unwinding, cutting, clipping and lifting of the gauze roll, multi-layer sewing, folding, and stacking, the efficiency is relatively high Low; gradually there are automatic production equipment dedicated to the production of this type of square handkerchief multi-layer structure gauze; [0003] The existing gauze folding mechanism is to put the gauze on the conveyor belt, and then turn it ...

AI Technical Summary

Problems solved by technology

[0002] Medical gauze is widely used in daily life. Because single-layer gauze is relatively thin, existing gauze often needs to be cut, folded, sewn, and stacked into a square handkerchief-like multi-layer structure before being used, especially in the medical field, such as Medical gauze, the traditional production method of this square handkerchief-shaped multi-layer gauze is mostly manual production, that is, manual unwinding, cutting, clipping and lifting of the gauze roll, multi-layer sewing, folding, and stacking, the efficiency is relatively high Low; gradually there are automatic production equipment dedicated to the production of this type of square handkerchief multi-layer structure gauze;

[0003] The existing gauze folding mechanism is to put the gauze on the conveyor belt, and then turn it over through the folding shaft and the folding plate to realize the folding of the gauze; however, the traditional folding shaft is fixed in one place by screws and shaft seats. For different specifications of gauze, it is often necessary to remove the screw, then move the folding shaft and shaft seat, and then measure and adjust the moving distance to adapt to the folding of different specifications of gauze, and some even directly replace the folding mechanism of different specifications; either way , are time-consuming and labor-intensive, a waste of time and manpower costs, and low efficiency

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