Multi-split garbage compression equipment with hydraulic motor driving transverse moving mechanism

Abstract

The invention discloses multi-split garbage compression equipment with a hydraulic motor driving transverse moving mechanism. The multi-split garbage compression equipment is specifically composed of a compressor body, a hydraulic cycloid motor, compressor walking wheels, a transmission shaft, a hydraulic pump station, a garbage hopper, a compression bin, a compression head, a control electric disc, a camera, compressor walking guide rails, wagon boxes and wagon box guide rails. According to the equipment, the idle time of a compressor is greatly shortened, and the using efficiency of the equipment is improved. The transverse moving driving mechanism of the equipment has the beneficial effects that the size is small and exquisite, the structure is simple, the speed is adjustable, the output torque is large, running is stable, the noise is avoided, the equipment is resistant to aqueous cleaning, and operation is easy, convenient and safe; when the equipment is in butt joint with the wagon boxes, the precision is high; and after fuel is cut off, the hydraulic cycloid motor is high in locking capacity.

Description

technical field [0001] The invention relates to garbage compression equipment, in particular to a one-to-multiple garbage compression equipment equipped with a hydraulic motor-driven translation mechanism. Background technique [0002] The existing one-to-many garbage compression equipment equipped with a hydraulic motor-driven translation mechanism is driven by an electric motor. Two sets of matching electric motors and reducers need to be installed on the driving wheels. The volume is large and the structure is complex, requiring frequent maintenance and high cost. The power supply (380V) and the control circuit will cause potential safety hazards such as leakage, electric shock, and motor burnout due to the aging of the circuit due to frequent washing by water. The locking ability of the motor is poor, and the compressor is not connected to the carriage precisely enough, and it will be displaced due to equipment vibration. Contents of the invention [0003] The technic...

AI Technical Summary

Problems solved by technology

[0002] The existing one-to-many garbage compression equipment equipped with a hydraulic motor-driven translation mechanism is driven by an electric motor. Two sets of matching electric motors and reducers need to be installed on the driving wheels. The volume is large and the structure is complex, requiring frequent maintenance and high cost. The power supply (380V) and the control circuit will cause potential safety hazards such as leakage, electric shock, and motor burnout due to the aging of the circuit due to frequent washing by water

The locking ability of the motor is poor, and the compressor is not connected to the carriage precisely enough, and it will be displaced due to equipment vibration

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