Waste compaction device and back-loaded compaction type waste truck

Abstract

The invention discloses a waste compaction device which comprises a box body. A rear door is hinged to the rear portion of the box body. A waste inlet is formed in the rear door. A push plate is arranged in the box body. Two driving parts are symmetrically installed on the two outer side faces of the box body. Long-strip-shaped transverse through holes are formed in the positions, corresponding to the driving parts, of the two side faces of the box body. Each long-strip-shaped through hole is provided with a moving assembly. The outer sides of the moving assemblies are connected with the driving parts, the driving parts drive the moving assemblies to move along the long-strip-shaped transverse through holes, the inner sides of the moving assemblies and the side face of the push plate are hinged through first pin shafts, a rotating oil cylinder is installed between the inner side of each moving assembly and the rear side of the push plate, one end of each rotating oil cylinder is hinged to the inner side of the corresponding moving assembly, the other end of each rotating oil cylinder is hinged to the rear side of the push plate, and the push plate can be driven to rotate along the first pin shafts when the rotating oil cylinders act. By means of the waste compaction device, the waste bearing space can be enlarged, and the waste collection capacity of the box body can be improved. The invention further provides a back-loaded compaction type waste truck. The back-loaded compaction type waste truck comprises an automobile chassis. The automobile chassis is provided with the waste compaction device.

Description

technical field [0001] The invention relates to the technical field of garbage compression equipment manufacturing, in particular to a garbage compression device and a rear-mounted compression garbage truck. Background technique [0002] Due to problems such as odor and garbage seepage generated by the garbage transfer station or cleaning building, it will cause secondary pollution to the environment. Therefore, the direct transportation system of urban waste has formed a trend. This requires that the garbage collection box should be equipped with a compression mechanism, so that the garbage can be directly pulled to the disposal site after being compressed at the garbage collection site. However, in the current garbage collection box with a compression mechanism, the oil cylinder in the compression mechanism needs to be placed in the box, and the oil cylinder will take up a large part of the space in the collection box, reducing the effective garbage carrying space in the ...

AI Technical Summary

Problems solved by technology

However, in the current garbage collection box with a compression mechanism, the oil cylinder in the compression mechanism needs to be placed in the box, and the oil cylinder will take up a large part of the space in the collection box, reducing the effective garbage carrying space in the collection box, and the compression mechanism. The compression stroke will be limited, so the compression efficiency of garbage is low, and the garbage carrying capacity of the collection box is small, which increases the cost of garbage transfer

[0003] The traditional rear-loading compression garbage truck is also a garbage collection device with a garbage collection box with a compression mechanism, but the compression mechanism of this rear-loading compression garbage truck is at the rear of the garbage box, and the compression stroke of the compression mechanism is small , the garbage compression efficiency is low, and the weight of the compression mechanism will also affect the stability of the garbage truck

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