One-station dual-unit stereoscopic garbage disposal station achieving winding and lifting

Abstract

The invention discloses a one-station dual-unit stereoscopic garbage disposal station achieving winding and lifting. The one-station dual-unit stereoscopic garbage disposal station comprises a first lifting mechanism for lifting a garbage can and a second lifting mechanism for pulling up the garbage can. The second lifting mechanism is located above the first lifting mechanism. The second liftingmechanism and the first lifting mechanism each comprise multiple oil cylinders. The first lifting mechanism is a first winch, and the second lifting mechanism is a second winch. The first winch is connected with a first rotating shaft through a first belt, an upper connecting wire is wound around the two ends of the first rotating shaft, and an upper universal tray is connected to the upper connecting wire. The second winch is connected with a second rotating shaft through a second belt, a lower connecting wire is wound around the two ends of the second rotating shaft, and a lower universal tray is connected to the lower connecting wire. According to the one-station dual-unit stereoscopic garbage disposal station, a winch structure is adopted for replacing an original oil cylinder structure, the stability of the universal trays is guaranteed, meanwhile, the two universal trays are arranged, garbage cans of different size specifications do not need to be overlapped, and the universalityof the station is increased.

Description

Technical field: [0001] The invention relates to a garbage collection and treatment equipment, in particular to a hoisting and lifting one-person two-machine three-dimensional garbage treatment station. Background technique: [0002] With the development of the city, the population of the city is gradually increasing, more and more urban land is needed, and at the same time, more and more garbage is generated, which makes the urban land more and more scarce, but has to build more waste station to accommodate the domestic waste generated. This results in a waste of land resources. In addition, many garbage sites can only accommodate one mobile compressed garbage bin; when the compressed garbage bin is full and needs to be replaced with an empty bin, it is necessary to drag out the full garbage bin, then drag the empty bin into the bin, and then put the full bin into the bin. trash bins. This requires multiple shifts of the bottom face of the dustbin, which is not only trou...

AI Technical Summary

Problems solved by technology

This results in a waste of land resources

In addition, many garbage sites can only accommodate one mobile compressed garbage bin; when the compressed garbage bin is full and needs to be replaced with an empty bin, it is necessary to drag out the full garbage bin, then drag the empty bin into the bin, and then put the full bin into the bin. trash can

This requires multiple shifts of the trash bin at the bottom, which is not only troublesome and time-consuming, but also prevents the trash from being cleaned up in time, and the trash bin full of rubbish is easy to spill the trash on the trash bin and accidentally cause pollution

For this reason, our company discloses a two-machine three-dimensional garbage disposal station-201710149261.3, which lifts the compressed garbage bin in the pit body through oil cylinders or cylinders, but because the four oil cylinders or cylinders at the four corners of the garbage bin shrink or The propulsion speed is different, resulting in the tilting and shaking of the lifting platform when lifting, which is easy to get stuck or cause danger

[0003] In addition, because the above-mentioned patent requires two dustbins to be stacked, only dustbins of the same size and specification can be used. However, there are many manufacturers, various structural forms and size differences in the size of the existing dustbins, so it cannot meet the diversity. requirements

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