A garbage horizontal long-distance pushing device capable of automatic cleaning in the whole process

Abstract

The invention relates to a garbage horizontal long-distance pushing device capable of automatic cleaning in the whole process, which includes a garbage receiving pipe, on which a garbage inlet and a cleaning robot are arranged, and also includes a multi-stage pusher and an ejector, an outlet of the garbage receiving pipe and a first-stage pusher The inlet is connected, and the outlet of the last stage pusher is connected with the inlet of the ejector. Each stage of pusher and ejector includes a shell and a folding push mechanism. There is a slider on the rail, the slider is connected with the suspended mobile device, and the first driver is arranged on it. The non-output shaft end of the first driver is connected with the middle part of the suspended mobile device through a rotating shaft, and the output shaft is connected to the transition through another rotating shaft. One end of the plate is connected, the other end of the transition plate is fixedly connected with one end of the folded plate, and one end of them is connected with the front end of the suspended mobile device through the other two rotating shafts, and the second driver is provided on the fixed beam of the slide rail. It can realize the whole process of automatic cleaning and is suitable for long-distance transportation.

Description

technical field [0001] The invention belongs to the technical field of garbage disposal and environmental protection equipment, and relates to a garbage pushing device, in particular to a garbage horizontal long-distance pushing device capable of automatic cleaning in the whole process. Background technique [0002] Sewage pipeline collection system equipment is currently concentrated in high-end high-rise buildings and medical systems. The system equipment is attached to the building body, and each floor is connected by a riser. Each floor is equipped with a garbage input door. The garbage is put in through the input door, and falls to the bottom of the riser along the riser. [0003] After the garbage goes down to the bottom along the standpipe, it needs to be discharged to the garbage compression equipment by the garbage horizontal conveying pipeline for compression and storage, and then transferred to the garbage truck for transportation at regular intervals. But the pr...

AI Technical Summary

Problems solved by technology

However, in the prior art, a conveying screw is arranged in the horizontal garbage conveying pipeline. After the garbage enters the conveying pipeline, the spiral needs to be rotated and stirred to be transported out.

Due to the limitation of spiral body manufacturing, its length is limited, so the length of the horizontal waste transportation pipeline cannot meet the needs of long-distance transportation or designated remote transportation locations.

Due to the short distance from the standpipe to the discharge outlet of the garbage, if the distance between the buildings is narrow or the basement space is limited, the sanitation garbage removal vehicle cannot directly enter the garbage outlet to load the garbage, and it must be transferred by a small removal vehicle, resulting in environmental secondary pollution

[0004] At the same time, garbage is easily entangled on the spiral body. After a long period of time, the transmission efficiency of the spiral body transmission shaft becomes thicker, and it cannot be cleaned automatically. It needs to be cleaned manually by wearing a gas mask, which is time-consuming and laborious.

And the spiral body is prone to failure, and the maintenance workload is large

[0005] In addition, during the rotating, stirring and conveying process of the spiral body, the garbage will be fermented, and a large amount of combustible gas (methane, etc.) will be generated, which smells bad and has potential safety hazards

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