Multangular cutter mechanism

Abstract

The invention discloses a multangular cutter mechanism, which comprises a hand wheel, an adjusting screw, a permanent seat, a guide rod, a shifting-seat, a motor, a coupling, a cutter shaft base, a cutter shaft, a cutter shaft bearing, a blade grinder, a blade housing, a multangular blade, a workbench, a leaf spring and a blade tableting. The motor, the cutter shaft and the multangular blade are linked as a whole through the coupling. The motor turning at high speed drives the multangular blade to rotate. The edge of the multangular blade is designed under the workbench. The blade tableting and the elastic leaf spring capable of forming a mouth-cutting shape are arranged under the side of the workbench so as to guarantee the blade tableting cling to the multangular blade when the multangular blade is rotatable cutting and at the same time the multangular blade rotates freely. Adjusting the hand wheel and the adjusting screw make the multangular blade moves left and right so that different widths of materials can be obtained. The multangular cutter mechanism has the advantages of making maximal use of the blade, saving the cost, lower noise, high production efficiency and elegant appearance.

Description

technical field [0001] The invention belongs to the field of textiles, and in particular relates to a multi-angular cutter mechanism. Background technique [0002] In the finishing process of the textile composite industry, many materials are cut into fixed widths according to the requirements of the process. Among the cutting knives currently used, there are large round knives synchronized with the machine, pneumatic round knives, and electric bowl-shaped knives. , electric small dish cutter and some simple utility cutters, all kinds of cutters generally adapt to different fabrics. Although there are many types of cutting knives, most of them have a narrow scope of application. When cutting some thick or hard materials, the large round knives and pneumatic round knives that are synchronized with the machine often fail to cut. When the knives are not sharp, they cannot be automatically sharpened. Knives, knives are easy to waste. Due to the mechanical structure, the electr...

AI Technical Summary

Problems solved by technology

Although there are many types of cutting knives, most of them have a narrow scope of application. When cutting some thick or hard materials, the large round knives and pneumatic round knives that are synchronized with the machine often fail to cut. When the knives are not sharp, they cannot be automatically sharpened. Knives, knives are easy to waste

Due to the mechanical structure, the electric large bowl-shaped cutter is noisy when working, and the cutter needs to be replaced frequently; the electric small dish cutter can only cut some extra-thin fabrics due to its small cutter, and the price of the cutter is also high.

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