Torque arm and wine making equipment thereof

Abstract

The invention relates to a torque arm and wine making equipment thereof. The torque arm comprises an arm body and a buffer piece. A hollow pipe is arranged at one end of the arm body and used for being provided with an output shaft of a speed reducer in a sleeving mode. The buffer piece is arranged between the inner wall of the hollow pipe and the output shaft of the speed reducer. Through the additionally arranged buffer piece, bouncing between the hollow pipe and the output shaft of the speed reducer is buffered, the effect that when the whole equipment is installed, under the condition that the fitting allowance of the output shaft of the speed reducer is in the permissible range, the output shaft of the speed reducer and the speed reducer rotate synchronously is guaranteed, the bouncing force of the speed reducer is transferred to the torque arm through the output shaft of the speed reducer, the torque arm replaces the speed reducer to bounce, adverse effects caused by abnormal factors are counteracted, and the effect that the bouncing tolerance is in the permissible range is guaranteed, so that bouncing of the speed reducer is eliminated effectively in the position of the torque arm, the probability that the speed reducer is damaged is greatly decreased, and the service life of the speed reducer is prolonged.

Description

technical field [0001] The invention relates to the field of food machinery, in particular to a torque arm and brewing equipment thereof. Background technique [0002] The integrated motor reducer used for the conveyor (excluding the base installation and fixing type) needs to be fixed on the frame of various conveyors, and its output shaft is fixed by the bearing seat. In order to eliminate the beating of the reducer, the torque arm commonly used at present is a straight plate structure with a waist-shaped hole, and the round steel is fixed by the corresponding nut washer, and then the round steel is directly welded on the frame. The torque arm of this structure is easy to manufacture and flexible to install, but when the long shaft (output shaft) of the reducer is driven, the following situation often occurs: although the machining accuracy of the shaft is within the allowable tolerance range, there are usually additional or Other abnormal factors appear, such as welding ...

AI Technical Summary

Problems solved by technology

The torque arm of this structure is easy to manufacture and flexible to install, but when the long shaft (output shaft) of the reducer is driven, the following situation often occurs: although the machining accuracy of the shaft is within the allowable tolerance range, there are usually additional or Other abnormal factors appear, such as welding deformation, vibration during transportation, etc. These factors may cause the runout tolerance of the overall assembly to be unable to be guaranteed. On the one hand, it increases the difficulty of assembly, and on the other hand, it makes the torque arm ineffective during use. Eliminate the beating of the reducer, which will cause the reducer to not work normally, causing troubles to manufacturing

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