Continuous paper-folding and unloading device for machining electrical insulating corrugated pipe

Abstract

The invention relates to a continuous paper-folding and unloading device for machining an electrical insulating corrugated pipe. The continuous paper-folding and unloading device comprises a stander,wherein a baffle, a guiding plate and a transmission mechanism are arranged on the stander, a first shaft body and a borer placement frame are arranged at the top of one side of the baffle, a plurality of glue brushes are arranged on the first shaft body, and a first deflection mechanism is arranged between the first shaft body and the stander; a borer feeding claw is arranged in a through hole ofthe borer placement frame, and a second deflection mechanism is arranged between the borer feeding claw and the stander and is used for driving the end part of the borer feeding claw to deflect backand forth along the through hole, the top of an arc-shaped plate and the lateral top of a guiding plate; and a pressing frame and a pushing frame are arranged at the top of the guiding plate, and a third deflection mechanism and a fourth deflection mechanism are respectively arranged on a second shaft body of the pressing frame and the third shaft body of the pushing frame. The continuous paper-folding and unloading device is compact in structure; by utilizing a mechanical linkage transmission manner, the bending, gluing and down-push machining of insulated corrugated paper can be continuouslyand sequentially carried out, and then the insulated corrugated paper can be directly conveyed to next reeling and processing equipment, so that the energy consumption is low, the operation is simple, the equipment and the production cost are greatly saved, the machining efficiency is improved, and the precisions of internal and external diameters of the pipe are increased.

Description

technical field [0001] The invention relates to a continuous origami blanking device for electrical insulation corrugated tube processing, which belongs to the technical field of insulating corrugated paper tube production. Background technique [0002] Insulating crepe paper has high density and dimensional stability, and can be processed into a tubular shape as a fixer and spacer for internal live parts such as transformers. Under short-circuit conditions, it has good volume elasticity and mechanical stress resistance, so it is widely used . When processing the insulating crepe paper tube in the prior art, brazing rods can be used inside to roll the bonding end into a tube shape, and then remove the brazing rods. Therefore, the blanking process of brazing origami paper directly affects the insulating wrinkles. The accuracy of the inner and outer diameters of the paper tube is time-consuming and laborious to use manual cutting, and it is difficult to ensure the bending pos...

AI Technical Summary

Problems solved by technology

When processing the insulating crepe paper tube in the prior art, brazing rods can be used inside to roll the bonding end into a tube shape, and then remove the brazing rods. Therefore, the blanking process of brazing origami paper directly affects the insulating wrinkles. The accuracy of the inner and outer diameters of the paper tube is time-consuming and laborious to use manual cutting, and it is difficult to ensure the bending position of each batch of crepe paper. The width of the insulating crepe paper falls steadily, and the mechanism of mechanical transmission and control respectively has the defects of difficult control, high equipment cost, large space occupation, difficulty in continuous origami blanking, and high energy consumption, which restricts the development of insulating crepe paper tubes. Processing efficiency, resulting in higher cost

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