Solid waste and domestic garbage pipeline conveying intelligent collecting system

Abstract

The invention discloses a pipeline intelligent collection system for solid waste and domestic garbage, which includes a garbage throwing unit, an automatic recovery unit, a conveying pipeline, centralized collection equipment, a negative pressure power source device and a control center. The garbage disposal unit can classify and recycle garbage, detect multiple indicators in real time, crush, and pre-select ironware, and is equipped with an airtight valve at the connection with the conveying pipeline; the automatic recycling device includes an automatic collection trolley and an intelligent docking device; the conveying pipeline connects the garbage The delivery unit and the central collection equipment are equipped with anti-blocking devices at the climbing, crossing and corners of the pipeline; the control center generates negative pressure in the conveying pipeline by controlling the negative pressure power fan, and collects the garbage from the garbage delivery unit and the automatic collection trolley. Central collection facility. The invention realizes metering recovery and public release, is suitable for use in the Chinese market, and truly achieves high intelligence, full automation, low power consumption, no noise, no blockage, completely sealed operation, zero pollution, and no leakage.

Description

technical field [0001] The invention designs an intelligent collection system for solid waste and domestic garbage pipelines, which generates negative pressure power in the transmission pipeline through a negative pressure power source, and transports the garbage from the delivery unit and automatic collection trolley to the central collection equipment. Background technique [0002] In our country, the sorting awareness is poor and there are no rigid laws and regulations. The mixed release is serious. Stones, wood blocks and large hardware objects are often thrown in. However, the existing pneumatic recovery system adopts the method of putting in by a special person and putting in after manual sorting and then directly recycling. Recycling, the installed recycling systems are basically all in a state of paralysis and deactivation, causing great waste, so this method does not conform to the reality of the Chinese market. [0003] The shortcomings of the existing pneumatic re...

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Problems solved by technology

[0002] In our country, the sorting awareness is poor and there are no rigid laws and regulations. The mixed release is serious. Stones, wood blocks and large hardware objects are often thrown in. However, the existing pneumatic recovery system adopts the method of putting in by a special person and putting in after manual sorting and then directly recycling. For recycling, the installed recycling systems are basically in a state of paralysis and deactivation, causing great waste, so this method does not conform to the actual situation of the Chinese market

[0003] The shortcomings of the existing pneumatic recovery system are mainly reflected in: 1. It cannot be released publicly, and it needs to be released by a special person, and it must be disassembled before release. Large pieces and hardware objects cannot be broken and cannot be recycled, such as stones, wood blocks, and iron bars; 2. It is impossible to measure and recycle the garbage placed in the building; 3. There are no explosion-proof, flame-proof, anti-virus, epidemic prevention, living things and many other index detectors and processing devices; 4. Real-time collection cannot be realized, and the collected garbage has a storage period. Odor gas and garbage permeate are generated, causing secondary pollution; 5. The knife gate valve is used to cut off the material, and the problem of material accumulation at the bottom of the valve is prominent, resulting in serious pipeline leakage, high energy consumption of the fan, and low system operation efficiency; 6. No pipeline anti-blocking device , cannot promptly and effectively solve the blockage problem caused by pipeline intersections, corners, and climbing places; 7. There is no comprehensive treatment device for large-scale solid waste on the ground, and objects whose volume exceeds the discharge port cannot be transported and must be transported manually; 8. The central collection equipment adopts the method of above-ground and underground cyclone separation and grab lifting, which may easily cause high slope of buried pipelines, blockage of pipelines, large space occupation, high construction costs, serious spillage, and secondary pollution; 9. High climbing of pipelines , serious congestion, and high energy consumption; 10. Without automatic garbage collection trucks and induction docking systems, it is impossible to realize fully automatic and intelligent in the true sense

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