Garbage collection/transit device

Abstract

The invention discloses a garbage collection / transit device, which comprises a garbage can. The garbage collection / transit device is structurally characterized in that the front end of the garbage can is provided with a garbage compaction device, and the garbage compaction device is rotationally connected with the garbage can and can rotate opposite to the garbage can. The garbage collection / transit device has the advantages that the continuous garbage collection can be implemented by a single garbage collection / transfer device without digging pits and carrying out civil engineering; the garbage compaction / volume reduction and front garbage feed and discharge can be realized without drawing away the garbage can and carrying out garbage transportation by special vehicles; and the shortcomings and imperfections existing in the prior art can effectively be overcome.

Description

technical field [0001] The invention relates to a garbage collection transfer device, in particular to a movable fully sealed arc compression garbage collection transfer device that can realize forward and front exit. Background technique [0002] In the existing garbage stations for collection and transfer, buried container type, pull arm movable container type or buried horizontal compression type are generally used. Disadvantages of the first two container types: First, when transferring garbage, the original container station cannot collect garbage continuously. In order to realize the continuous collection of garbage, two or more stations must be built in the transfer station, which will inevitably increase the area occupied by the transfer station. The second is that the container must go back and forth with the vehicle during garbage transportation, which increases the transportation cost virtually. Although the latter can compress the garbage, but because the buried...

AI Technical Summary

Problems solved by technology

Disadvantages of the first two container types: First, when transferring garbage, the original container station cannot collect garbage continuously. In order to realize the continuous collection of garbage, two or more stations must be built in the transfer station, which will inevitably increase the area occupied by the transfer station. The second is that the container must go back and forth with the vehicle during garbage transportation, which virtually increases the transportation cost. The third is that garbage compression cannot be performed or the compression force is very small, and garbage volume reduction or full-tonnage efficient transportation cannot be achieved

Although the latter can compress the garbage, but because the buried type takes up the height of the building space and the construction cost is high, especially the steel pit with garage underground, and the device must be buried underground so that the entire box is in a very humid environment. state, resulting in easy corrosion of the device, frequent failures, short service life, difficult maintenance, and high maintenance costs

[0003] The existing mobile container type must be equipped with two or more containers to achieve continuous collection and must be equipped with a special pull arm car, so the cost is expensive and it is not conducive to popularization.

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