A waste cotton cleaning system based on non-impact reversing mechanism

Abstract

The invention relates to a waste cotton cleaning system based on a non-impact reversing mechanism. The waste cotton cleaning system comprises a frame, a cleaning device, the non-impact reversing mechanism, and driving mechanisms. The cleaning device is mounted on the frame of a textile unit through a guide rail and is driven by a cleaning driving mechanism to perform suction-blow cleaning; the cleaning device can be driven by a displacement driving mechanism to directly move along the extension direction of the guide rail; the cleaning device can be reversed to and fro through fitting of the displacement driving mechanism and the non-impact mechanism. The waste cotton cleaning system has the advantages that no impact occurs during reversing, the independent motor for driving a fan needs only 0.55Kw, the independent motor for driving the cleaning device in to-and-fro movement needs only 0.12Kw, and the need for motor power is greatly lowered.

Description

technical field [0001] The invention relates to the field of textile manufacturing, in particular to a waste cotton cleaning system based on a non-impact reversing mechanism. Background technique [0002] The roving device is widely used in the field of dust removal. It is suitable for spun yarn, roving, winding, two-for-one twisting, doubling, and air-jet textile machines in textile mills. It can effectively improve the quality of yarn, improve the production environment, and reduce labor. The roving device is generally placed above the textile machine and set on the track. The non-impact reversing mechanism of the traditional itinerant cleaner cannot realize the reversing function in the middle stage. [0003] Therefore, in view of the above phenomenon, an adjustable non-impact reversing mechanism for a traveling cleaner is mentioned in the patent CN202688575U, which includes a bump adjustment lever, a side plate and a front plate, and the front plate is connected to the ...

AI Technical Summary

Problems solved by technology

[0004] In the above structure, when reversing, the impact of the bumper is used for reversing, and the impact on the cleaning device is large; It is a motor, and when working, in order to ensure the cleaning effect, the fan is controlled at a higher speed to ensure the efficiency of blowing and suction, while the cleaning device is controlled at a lower speed to ensure that the cleaning device has enough cleaning time in each area , in order to achieve the above working conditions, the current common practice is to drive the high-speed rotation of the dragon belt (that is, the belt) by a high-power motor. On the basis of satisfying the speed of the fan, the speed of the cleaning device is reduced through the reduction wheel or the reduction component. The disadvantages are: the rated power of the motor is relatively large, generally it needs to reach 1.5Kw to work normally, and the dragon belt is easy to be damaged and needs to be replaced frequently, which increases the cost

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