Processing device of multi-layer steel pore belt

Abstract

The invention relates to a device for deeply processing a single-layer steel belt to prepare a multi-layer steel pore belt and belongs to the field of mechanical engineering. In order to quickly process the multi-layer steel pore belt, the invention discloses the processing device of the multi-layer steel pore belt. According to the technical scheme, the single-layer steel belt passes through a cleaning device, a drying device, a punching device and a glue brushing device in sequence, a driving motor drives a belt winding roller to rotate at a set angle, winding of the multi-layer steel pore belt and alignment of holes are achieved, and accordingly the overall processing work is completed. The processing device of the multi-layer steel pore belt has the following advantages that the driving motor is used for rotating at the set angle, the single-layer steel belt is driven for feeding, and the punching uniformity is guaranteed; the motor is used for driving a turbine to rotate, a cleaning solution is vibrated, and the thoroughness of cleaning the single-layer steel belt is guaranteed; the device is simple in structure and convenient to detach, check and maintain.

Description

technical field [0001] The invention relates to a processing device for a multi-layer steel perforated belt, which belongs to the field of mechanical engineering, and specifically relates to a method for cleaning, punching, gluing and winding a single-layer steel belt to realize a multi-layer steel perforated belt. Preparation method and equipment thereof. Background technique [0002] Because most of the current long-distance high-power transmission systems use belt transmission and chain transmission, and these two transmission methods have their own defects in many aspects, more or less have certain limitations, especially in the power machine and the chain of the combine harvester. The transmission between the front headers is still driven by chains. This transmission method often causes damage to the chains in different forms due to factors such as harsh environment, long continuous working time, long transmission distance and high power. In addition, there is vibratio...

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Problems solved by technology

[0002] Because most of the current long-distance high-power transmission systems use belt transmission and chain transmission, and these two transmission methods have their own defects in many aspects, more or less have certain limitations, especially in the power machine and the chain of the combine harvester. The transmission between the front headers is still driven by chains. This transmission method often causes different forms of damage to the chains due to factors such as harsh use environment, long continuous working time, long transmission distance and high power.

In addition, there is vibration in the chain drive, the manufacturing process of the chain is more complicated, and it is more difficult to disassemble.

In some precision transmission devices, steel perforated belts have been gradually used by people. However, due to the high processing accuracy of steel belts, especially the processing of multi-layer steel perforated belts is still in the exploratory stage, the processing process is cumbersome and the efficiency is high. lower

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