Solid waste and household garbage pipeline intelligent control and collection method

Abstract

The invention discloses a solid waste and household garbage pipeline intelligent control and collection method. The method comprises an automatic mode and a manual mode. The automatic mode is a point-to-point high mode and a point-to-point timing mode, is applied to collection of ground putting units and building putting units in a system, can realize highly intelligent automatic recovery and can effectively avoid a garbage collection dead zone; and the manual mode is suitable for ground large-piece processing units and automatic recovery units which require special processing of safety operation in the system, can be started after cipher unlocking, identity identification and confirmation of a control center and realizes the purposes of improving system safety and operation rationality. The method also comprises the steps of fire-fighting alarm, vibration alarm, living creature alarm and regular disinfection control. The method is reasonable and scientific in design, is user-friendly, accords with our national conditions and facilitates systemic promotion and application.

Description

technical field [0001] The invention relates to the field of garbage collection and transportation, in particular to an intelligent control and collection method for solid waste and domestic waste pipelines. Background technique [0002] The garbage pneumatic pipeline conveying system is an efficient, modern and hygienic solid waste collection and transportation system. Powered by air, the system transports the solid waste and household waste from each point of distribution to the central collection station through the underground pipe network, where gas and solid are separated, and then undergoes a series of treatments such as compression, filtration, purification, and deodorization. Finally, it is "packed" and transported to the waste treatment plant. [0003] But the existing garbage pneumatic pipeline conveying system has the following disadvantages: [0004] (1) The control method is single, and it can only be recovered at the specified time point after being sorted b...

AI Technical Summary

Problems solved by technology

[0004] (1) The control method is single, and it can only be recovered at the specified time point after being sorted by a special person. The degree of intelligence and automation is low, and real-time recovery cannot be realized; (2) The switching method between recovery points is unreasonable, that is, the current air intake is closed After the valve, open the intake valve of the next recovery point, which is very easy to damage the fan; (3) There is no control method for the alarm system, and timely countermeasures cannot be taken when there is a safety hazard; (4) There is no timing disinfection system The garbage in the storage area cannot be regularly disinfected, so that the epidemic is easy to spread during the garbage collection process and endanger human health; (5) The control method of putting in by a special person and putting in after manual sorting and then directly recycling is adopted, and the ground throwing unit It is impossible to realize public release and recycling, and the building release unit cannot realize real-time monitoring and quantitative management; (6) The system consumes a lot of energy, and the equipment is frequently started and stopped, which is easy to damage the system recycling equipment

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