A Gearbox Management System Based on Data Acquisition

Abstract

A gear box management system based on data acquisition, including a gear box and an acquisition controller. The gear box includes an input part and several output parts. The gear box includes a gear set, and the input part is connected to the output part through the gear set. , the gear set includes at least three gear pairs, each gear pair is correspondingly provided with a detection module, each detection module includes an angle detection unit and a torque detection unit, and the acquisition controller includes a waveform generation module for generating transmission waveforms, generating transmission characteristics The abnormality analysis module and the abnormality characteristic database storing the abnormality characteristic and the corresponding abnormal execution strategy, the advantage of the present invention is that it can effectively and quickly feed back the gear wear condition and the gear wear position point, so as to detect the condition of the internal gear of the gearbox in real time, and facilitate the analysis Correction of subsequent wear points.

Description

technical field [0001] The invention relates to the field of gear boxes, and more particularly to a gear box management system based on data acquisition. Background technique [0002] With the rapid development of the industry, the application of gearboxes is widespread. Gearboxes are an important mechanical component in power transmission. Gearboxes have different specifications and layouts according to different application scenarios. Large-scale elevators or large-scale equipment are used for There are many types of gearboxes in agricultural applications. The use scenarios include weeding and cutting, farming transmission, and many others. The gearboxes applied in each use scenario are different. The present invention is mainly aimed at the application of weeding or cotton. Gearbox for cutting and other scenes. [0003] The current gear boxes are purely tooth-to-gear transmission, which are prone to problems such as tooth jamming or wear during long-term weeding or cotto...

AI Technical Summary

Problems solved by technology

[0003] The current gear boxes are pure tooth-to-tooth transmission, and problems such as tooth jamming or wear are prone to occur during the long-term weeding or cotton cutting process. The gear collapses and loses the ability to continue to work. Due to the stuck teeth, the user is easy to find, but the wear of each gear is difficult to find. The continued operation of the gears will only increase the wear of the gears, and it is difficult to achieve weeding for the worn gears. high efficiency, so the gear box in the existing weeding equipment is difficult to meet the development needs of agricultural automation equipment

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