Brush synchronous belt, belt body drilling device and processing method of brush synchronous belt

Abstract

A brush synchronous belt, a belt body drilling device and a processing method for the brush synchronous belt relate to the technical field of synchronous belt production and processing, in particular to a brush synchronous belt and a processing method thereof. The invention provides a brush synchronous belt which can adapt to anti-friction materials and a processing method thereof. The brush synchronous belt of the present invention includes a synchronous belt body, and is characterized in that: the synchronous belt body is provided with a brush. The invention relates to a drilling device for producing the belt body with brush holes, comprising a frame, a driving pulley and a driven pulley connected with a servo motor are arranged on the frame, between the driving pulley and the driven pulley A tooth-shaped support plate is provided, and limit slides are arranged on both sides of the tooth-shaped support plate; a lifting drilling head is arranged corresponding to the top of the tooth-shaped support plate; the frame is connected with a transverse driving device.

Description

technical field [0001] The invention relates to the technical field of synchronous belt production and processing, in particular to a brush synchronous belt and a processing method thereof. Background technique [0002] With the rapid development of domestic synchronous belt production technology, the production process of synchronous belts has also been continuously optimized. Polyurethane (PU) materials are usually used to make synchronous belts, and steel wire rope or glass fiber is used as a strong layer inside to enhance the tension of the belt. Generally speaking, synchronous belts are mostly vulcanized or extruded through molds. Because the transmission surface of the synchronous belt is hard, it is not suitable for the transmission of those anti-friction materials, such as: liquid crystal panels, thin-film solar panels and electronic devices, and it is easy to scratch the surface, resulting in poor appearance. In recent years, some synchronous belt manufacturers hav...

AI Technical Summary

Problems solved by technology

Because the transmission surface of the synchronous belt is hard, it is not suitable for those anti-friction materials, such as: liquid crystal panels, thin-film solar panels and electronic devices, and it is easy to scratch the surface, resulting in poor appearance.

In recent years, some synchronous belt manufacturers have adopted the technology of bonding silica gel, anti-abrasive cloth, felt, sponge and other anti-abrasive materials on the surface of the synchronous belt. Over time, the bonding surface is prone to aging and wrinkles or tears, resulting in the interruption of the transmission of anti-friction materials, which greatly reduces the transmission reliability

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