Cutting component

Abstract

The invention discloses a cutting component. The cutting component is characterized by comprising a cutting motor, a first coupling, a first roller, a second coupling, a second roller, a transmission shaft and a disc cutting saw, wherein the cutting motor is arranged at the upper end of the device; a power output end of the cutting motor is connected with the first coupling; the first coupling coats the center of the first roller; the first roller is engaged with the second roller in an exterior contact manner; the second coupling is arranged in the center of the second roller; an output end of the second coupling is connected with the transmission shaft at the lower end; and the disc cutting saw is mounted at the other end of the transmission shaft. The cutting component has the advantages of high transmission efficiency, no energy loss caused by friction, no hard collision among parts, long service life of the parts, saving of lubricating oil, no dust and noise in the movement process and improvement of productivity.

Description

technical field [0001] The invention relates to the field of a cutting device for a polyurethane insulation board continuous production line, and particularly provides a cutting assembly. Background technique [0002] At present, in the continuous production line of polyurethane insulation boards, tracking and cutting is used in the production process of panels. Manually transport this section of panels to another independent cutting machine for secondary cutting processing. The current tracking and cutting machine cannot complete one cutting. The lower end cannot match the speed of the continuous production line. This kind of secondary cutting will cause the generation of scraps during cutting and the waste of manual handling, and the production efficiency of the production line will be lower. However, with the advent of the new industrial era, society emphasizes energy saving. It is an inevitable trend to improve production efficiency and reduce the labor intensity of work...

AI Technical Summary

Problems solved by technology

[0002] At present, in the continuous production line of polyurethane insulation boards, tracking and cutting is used in the production process of panels. Manually transport this section of panels to another independent cutting machine for secondary cutting processing. The current tracking and cutting machine cannot complete one cutting. The lower end cannot match the speed of the continuous production line. This kind of secondary cutting will cause the generation of scraps during cutting and the waste of manual handling, and the production efficiency of the production line will be lower. However, with the advent of the new industrial era, society emphasizes energy saving. It is an inevitable trend to improve production efficiency and reduce labor intensity of workers. The products in the continuous production line are directly completed on an automatic line, avoiding the waste caused by handling and secondary processing.

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