Vertical type rubbish compression technology

Abstract

The invention discloses a vertical type rubbish compression technology in the technical field of environmental sanitation. The vertical type rubbish compression technology sequentially includes a weighing metering step, a collection car unloading step, a rubbish compression step and a filled container loading step, wherein the rubbish compression step includes: firstly, filling a container with rubbish; then, starting a compression hammer to compress the rubbish, compacting the rubbish, and enabling the height of the rubbish in the container to approach one half of the height of the container; then, filling the container with new rubbish, and enabling the height of the rubbish in the container to approach three fourths of the height of the container; next, filling the container with new rubbish, and performing compression for the third time so as to keep the rubbish below the upper edge of the container, and the filled container loading step includes: turning a tipping frame at a dip angle of 70-75 degrees under control of a hydraulic cylinder; then, using a traction steel wire rope to pull the container so as to tilt the container; attaching the container to the tipping frame; controlling the tipping frame to return to the horizontal position. The vertical type rubbish compression technology greatly optimizes the rubbish compression step and the filled container loading step, and greatly improves processing efficiency.

Description

technical field [0001] The invention relates to the technical field of sanitation, in particular to a garbage compression process. Background technique [0002] At present, the horizontal compression method is still the main garbage compression method adopted by the garbage transfer station. This method is relatively mature and its application range is very wide. However, there are many disadvantages in the way of horizontally compressing garbage: 1. When compressing horizontally, the press filtrate produced by compression is easy to overflow, and the smell is suffocating. 2. Garbage needs to be unloaded into the trough first, and then loaded into the container through the pushing mechanism, the process is relatively cumbersome; 3. The compression force required for horizontal compression is large, and the power consumption is large. Moreover, when the garbage is compressed horizontally, the extrusion force is very large. If there is a slight carelessness in the operation, ...

AI Technical Summary

Problems solved by technology

However, there are many disadvantages in the way of horizontally compressing garbage: 1. When compressing horizontally, the press filtrate produced by compression is easy to overflow, and the smell is suffocating. 2. Garbage needs to be unloaded into the trough first, and then loaded into the container through the pushing mechanism, the process is relatively cumbersome; 3. The compression force required for horizontal compression is large, and the power consumption is large. In addition, when compressing garbage horizontally, the squeezing force is very large. If there is a little carelessness in operation, the compressed garbage will have a large rebound, and the rebounded garbage will be scattered all over the place, causing secondary pollution.

Images