Intelligent speed reducer

Abstract

The invention provides an intelligent speed reducer. On the basis of a traditional speed reducer, modern intelligent control means such as the latest sensor technology and the communication and information technology are comprehensively applied, and the running state of the speed reducer is monitored in real time. An input end assembly is provided with a first sensor group corresponding to the connection position of each component, and the first sensor group receives corresponding parameters of vibration, torque and force; an output end assembly is provided with a second sensor group corresponding to the connection position of each component, and the first sensor group receives corresponding parameters of vibration, torque and force; gratings are arranged in the input end assembly and theoutput end assembly, and the gratings are used for analyzing the angle difference between the input rotation and the output rotation of the speed reducer and detecting transmission errors and differential stability; and a first signal receiver is further arranged on an outer shell of the input end assembly, and a second signal receiver is further arranged on an outer shell of the output end assembly.

Description

technical field [0001] The invention relates to the technical field of reducer structure, in particular to an intelligent reducer. Background technique [0002] The reducer is a relatively precise machine, an independent transmission component used to reduce the speed, transmit power, and increase torque, and is widely used in modern machinery. The existing reducer cannot detect its working condition during operation. Whether the reducer is abnormal can only be checked by inspection. For some occasions where radiation is not conducive to inspection, the inspection is more difficult; so now Some reducers cannot predict possible faults in advance, and can only be discovered when they are damaged, which delays the subsequent production process. Contents of the invention [0003] In view of the above problems, the present invention provides an intelligent reducer, which, on the basis of the traditional reducer, monitors the operating status of the reducer in real time through...

AI Technical Summary

Problems solved by technology

The existing reducer cannot detect its working condition during operation. Whether the reducer is abnormal can only be checked by inspection. For some occasions where radiation is not conducive to inspection, the inspection is more difficult; so now Some reducers cannot predict possible faults in advance, and can only be discovered when they are damaged, which delays the subsequent production process

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