Independent adjustable cutting mechanism and intelligent pearl wool dividing machine

Abstract

The invention discloses and provides an independent adjustable cutting mechanism and an intelligent pearl wool dividing machine. By means of the independent adjustable cutting mechanism and the intelligent pearl wool dividing machine, convenient and rapid tool changing can be achieved, the tool changing time is saved, and the product cutting efficiency is improved. A driving motor, a driving shaftconnected with the driving motor, a swing arm fixing seat arranged on the driving shaft through a bearing, a transmission device arranged on the swing arm fixing seat and connected with the driving shaft and a blade arranged on the outer side of the swing arm fixing seat and connected with the transmission device are included, and the blade can be driven by rotation of the driving shaft. The independent adjustable cutting mechanism and the intelligent pearl wool dividing machine are applicable to the field of material cutting.

Description

technical field [0001] The invention relates to an independently adjustable cutting mechanism and an intelligent pearl cotton dividing machine. Background technique [0002] The coaxial multi-blade cutting equipment currently on the market for cutting materials such as pearl cotton, stone, cloth, plastic, rubber, lithium battery diaphragm, etc., all adopt the technical scheme of installing multiple circular blades in series on one drive shaft. Design, when changing the blade of the cutting equipment produced by this scheme, it is necessary to disassemble all the undamaged blades on the side of the damaged blade, and finally replace the damaged blade, so the process of changing the blade is extremely cumbersome, resulting in a long shutdown and rectification Among them, the production efficiency of the product is extremely low, and it is easy to be cut by the blade when changing the knife, causing a safety accident. In addition, when changing the cutting size, the staff must ...

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Problems solved by technology

[0002] The coaxial multi-blade cutting equipment currently on the market for cutting materials such as pearl cotton, stone, cloth, plastic, rubber, lithium battery diaphragm, etc., all adopt the technical scheme of installing multiple circular blades in series on one drive shaft. Design, when changing the blade of the cutting equipment produced by this scheme, it is necessary to disassemble all the undamaged blades on the side of the damaged blade, and finally replace the damaged blade, so the process of changing the blade is extremely cumbersome, resulting in a long shutdown and rectification Among them, the production efficiency of the product is extremely low, and it is easy to be cut by the blade when changing the knife, causing a safety accident. In addition, when changing the cutting size, the staff must use a caliper to manually adjust the width between the blades, and the lock needs to be released during the adjustment process. Tightening the screws on multiple fixing rings is extremely wasteful of equipment debugging time, which has certain shortcomings

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