An Intelligent Garbage Collection Method

Abstract

The invention discloses an intelligent garbage recycling method. The intelligent garbage recycling method includes a user register step, a swiping card step, a confirming step, a throwing and weighting step, a sticking bar code step, a self-inspection step and a sorting step. By means of an intelligent recycling cabinet, garbage threw by users can be intelligently recycled, a certain rewards are given to the users, enthusiasm of the users is improved, multi-class goods can be recycled by the intelligent garbage recycling method, recognition one by one is not needed, throwing saves both time and labor, and the popularization and the application are easy.

Description

technical field [0001] The invention relates to the field of daily life garbage treatment, in particular to a method for intelligently recycling garbage. Background technique [0002] People produce and discharge garbage every day, and at the same time pollute our living environment unconsciously. We complain about the lack of resources and the harsh environment, but every time we throw away a used battery, a disposable plastic lunch box or waste paper, are we aware of the impact this small action has on resources and the environment? Impact? The conventional treatment method for garbage is to landfill or incinerate the collected garbage. This method can achieve the purpose of garbage disposal, but it will change the surrounding soil quality and pollute the groundwater when the garbage is buried; A large amount of waste smoke is generated to pollute the environment. Therefore, the implementation of garbage classification and recycling, turning waste into treasure, is of gr...

AI Technical Summary

Problems solved by technology

[0009] 2. Resource identification: The identification of recycled resources mainly depends on the product barcode, which can be fully identified for those with complete barcodes and sufficient databases; but for some recycled resources, the barcodes are damaged or even have no barcodes, such as cardboard, newspapers, magazines, metal products, etc. , and there is no other recycling method for the unrecognized ones;

[0010] 3. Statistical method: only one piece of resource can be identified and input one by one; in real life, household garbage can be recycled in a large amount at one time, and the system cannot identify multiple pieces at one time, which is very inconvenient for the courier;

[0011] 4. Resource value: direct payment according to the quantity is more intuitive for users; however, due to the different use conditions and damage states of renewable resources, the recycling value is also different. Pricing according to the variety and quantity will cause the value of some resources to fall short of the payment. loss

Images