Digitalization based waste management device

Abstract

The invention discloses a digitalization based waste management device. The digitalization based waste management device comprises a body, a crushing mechanism and a distributing mechanism; two firstbaffles on the left inner side face and the right inner side face of the upward protrusive portion of the middle of the body form expanded feeding openings; a motor box and a transmission box of the crushing mechanism are formed between the first baffles and the body; and the distributing mechanism is arranged below the crushing mechanism, comprises a sorting panel and a wind sorter, and processeswaste into a corresponding box after classifying the waste. The multiple feeding openings are arranged to meet the classifying processing requirement of the waste, at the same time, the crushing effect achieved when a crushing rotary plate of the crushing mechanism generates shearing force through homonymous rotation of a first rotary shaft and a second rotary shaft is better than that achieved when traditional double-axis incongruous rotation generates extrusion, the sorting panel and the wind sorter of the distributing mechanism classify and recycle the waste through electromagnetic force and wind force, an infrared emitter and an infrared receiver monitor the waste filling situation of a box, timely treatment is conducted conveniently, and the labor burden of sanitation workers is relieved.

Description

Technical field [0001] The invention belongs to the technical field of garbage collection, and particularly relates to a digital-based garbage management device. Background technique [0002] Human social life activities, especially in cities, produce a variety of garbage. A large amount of garbage causes environmental pollution. At the same time, a large amount of garbage piles up a large amount of public space in the city, which limits the development of the city. Because every city has certain According to planning, different areas of the city have different functions and different types of waste. Therefore, the composition and quantity of waste are used to store, put, and transport the waste according to certain regulations or standards to make full use of the resource value and economy of waste. At the same time of value, it effectively reduces the pollution of garbage to the urban environment, achieving two goals with one stone. [0003] In order to realize the sorting and r...

AI Technical Summary

Problems solved by technology

[0003] In order to realize the classification and recycling of garbage, the garbage bins set by people at the roadside are usually equipped with recyclable boxes and non-recyclable boxes at this stage, relying on people's conscious placement to realize garbage classification, although it has a certain effect, but in order to realize further garbage classification , make full use of the resources and economic value of garbage, and minimize the impact of garbage on the environment. Even the garbage in the same recycling box needs to be transported to the garbage collection point or transfer station for more detailed centralized classification. During the process, after repeated shipments, all kinds of garbage are further mixed, which further increases the difficulty of garbage sorting. At the same time, due to the lack of digital management for garbage, the garbage bins on the roadside need to be cleaned regularly by cleaners. However, due to the wide distribution of roadside garbage bins, the flow of people near different garbage bins is different, and the time when the garbage bins are fully loaded is different, often resulting in the phenomenon that the garbage bins are not cleaned in time and cleaned before they are fully loaded, resulting in waste of garbage bags and occupying a large number of cleaners. labor force, it is difficult to meet the development of digital city

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