Integrated vertical garbage compressor

Abstract

The invention discloses an integrated vertical garbage compressor, which comprises a box body, a compact garbage transferring mechanism (11) and a garbage compressing mechanism (7), wherein the box body integrates a garbage compressing bin (8), a compact garbage block storage bin (4) and a compact garbage block transferring mechanism installation bin (9); and the compressor is characterized by also comprising garbage receiving mechanism, a garbage storage mechanism, a garbage heap shape processing mechanism (15) and a compressing bin sewage potential energy discharging mechanism (19); and the mounting height of the box body requires meeting truck loading height of a high compact compressing block during loading for outward transportation. The garbage compressor can simultaneously execute the working procedures of the storage, the delivery and the compression of loose garbage, thereby improving garbage transferring efficiency; and when the compact garbage block is loaded, the compressing bin is not required to be lifted, which not only reduces operating failures of equipment, but also changing kinetic energy sewage discharging into potential sewage discharging by improving a sewage discharging surface from below ground to above ground, thereby the invention saves energy, discharges completely and greatly improves working environment.

Description

1. Technical field [0001] The invention relates to an environmental protection mechanical equipment, in particular to a vertical garbage compressor. 2. Background technology [0002] The main production function of the vertical garbage compactor is to compress loose solid garbage into higher-density compressed blocks through the vertical compression process. The existing vertical garbage compressor mainly consists of a box placed in the pit and a compression mechanism. The front cavity of the box is a storage bin for compressed blocks, the rear cavity is equipped with a compression block pushing device, and the middle is a compression bin. This garbage compression The machine has the following disadvantages: First, it cannot receive and store garbage while it is being compressed. It can only wait for the completion of the compression process to dump the garbage directly into the compression bin, and then perform the next garbage compression, resulting in either the delivered...

AI Technical Summary

Problems solved by technology

The existing vertical garbage compressor mainly consists of a box placed in the pit and a compression mechanism. The front cavity of the box is a storage bin for compressed blocks, the rear cavity is equipped with a compression block pushing device, and the middle is a compression bin. This garbage compression The machine has the following disadvantages: First, it cannot receive and store garbage while it is being compressed. It can only wait for the completion of the compression process to dump the garbage directly into the compression bin, and then perform the next garbage compression, resulting in either the delivered garbage waiting to be received. , or set up another garbage storage point for reloading, so the production efficiency is low; second, because the box is placed in the pit, when the garbage is compressed into a high-density compressed block and then loaded on a truck, the box needs to be raised When the loading height is met, the vehicle is lowered and put back into the pit after loading. The frequent lifting movement of the box not only increases the operation failure of the equipment, but also causes the box to not be designed too large, which limits the space of the compression bin and the garbage block storage bin. Affects production efficiency; third, the sewage generated by compressing garbage is below the ground level, and sewage discharge not only consumes energy but is not conducive to thorough discharge

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