Rubbish compressor

Abstract

The invention relates to the technical field of environmental-sanitation rubbish treatment, in particular to a rubbish compressor. The rubbish compressor comprises a movable main compressing machine, a movable rubbish compressing container and an electric control device; the main compressing machine is detachably connected with the container; the main compressing machine comprises a case body capable of holding rubbish and a movable pressing plate capable of compressing the rubbish inside the case body; the pressing plate is provided with sewage drainage meshes; a hydraulic pressure dumping device is arranged on the side face of the case body and connected with a bucket-tipping type rubbish collecting bucket; and the electric control device is in a line connection with the main compressing machine and the hydraulic dumping device. The invention has the advantages of novel structure and attractive appearance; by adopting a movable main machine mode, the invention reduces invested capital and increases rubbish treatment amount; by adopting the rubbish collecting bucket sinking into ground, the invention is greatly convenient for dumping the rubbish by manual labor and automobile vehicle, saves a large amount of manual labor and time, alleviates corrosion of equipment by rubbish sewage, reduces maintenance work load and intensity of the equipment, and prolongs the service life of the equipment.

Description

technical field [0001] The invention relates to the technical field of sanitation garbage treatment, in particular to a compressor used for collecting, compressing and treating garbage at a garbage transfer station. Background technique [0002] Existing garbage transfer stations use garbage compressors to collect, compress, and process garbage. There are also horizontal and vertical domestic garbage compressors on the market. Generally, the hosts of these garbage compressors cannot be moved. Configure two or more sets of equipment to solve the phenomenon that locomotives are mutually equal, resulting in an increase in capital investment. The existing garbage compressors cannot handle the sewage flowing out due to extrusion during work or have potential safety hazards during treatment. Containers are full of garbage. There is also the problem that garbage is easy to hang out when the gate behind the box is closed. The existing garbage compressors are generally cumbersome to ...

AI Technical Summary

Problems solved by technology

[0002] Existing garbage transfer stations use garbage compressors to collect, compress, and process garbage. There are also horizontal and vertical domestic garbage compressors on the market. Generally, the hosts of these garbage compressors cannot be moved. Configure two or more sets of equipment to solve the phenomenon that locomotives are mutually equal, resulting in an increase in capital investment. The existing garbage compressors cannot handle the sewage flowing out due to extrusion during work or have potential safety hazards during treatment. Containers are full of garbage. There is also the problem that garbage is easy to hang out when the gate behind the box is closed. The existing garbage compressors are generally cumbersome to operate, time-consuming and labor-intensive, and have potential safety hazards, causing secondary pollution.

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