Household garbage AI intelligent sorting system and method

Abstract

The invention relates to the field of household garbage treatment, in particular to a household garbage AI intelligent sorting system and method.The household garbage AI intelligent sorting system comprises an intelligent throwing system and an intelligent sorting system, and the intelligent sorting system is composed of an AI information recognition system, an AI intelligent security and protection system, an AI intelligent door lock, an AI intelligent classification system, an AI intelligent weighing system, an integral obtaining system, an integral exchange system and a carbon integral trading system; the intelligent throwing system is divided into four throwing ports of kitchen garbage, harmful garbage, recyclable garbage and other mixed garbage, and a user classifies household garbage according to the corresponding throwing ports and throws the classified household garbage into the corresponding throwing windows, so that corresponding points and carbon points are obtained. According to the invention, the household garbage of residents is combined through the concepts of residents, intelligent sorting and personal carbon trading, the difficulty of garbage classification is reduced, the classification consciousness and initiative of the residents are improved through the personal carbon trading, and peripheral products for assisting the classification of the residents are developed, so that the efficiency and progress of garbage classification in the future are improved.

Description

Technical Field

[0001] The present invention belongs to the technical field of garbage classification and treatment, and particularly relates to an AI intelligent sorting system and method for domestic garbage. Background Art

[0002] At present, the current situation of domestic garbage classification and collection is relatively poor. Most of them aim to reduce the difficulty of garbage classification for residents, improve the classification efficiency and the difficulty of backend processing through intelligent recognition and intelligent placement, becoming an essential link in the front end of the future personal carbon trading market; realizing the in-situ classification, in-situ treatment, and in-situ heat energy recovery and utilization of domestic garbage not only reduces the current transportation and treatment costs of domestic garbage, but also realizes the in-situ resource transformation, converting waste into resources that can be directly used by community and rural residents, reducing the pain points of complex and cumbersome classification from the user's perspective, and sharing the resources of the recycled garbage with surrounding users, etc.; combining the concept of residents + intelligent sorting + personal carbon trading for domestic garbage to reduce the difficulty of garbage classification, improving residents' personal classification awareness and initiative through personal carbon trading, and developing products to assist residents in classification in the surrounding area, thereby improving the efficiency and progress of future garbage classification. Summary of the Invention

[0003] The purpose of the present invention is to solve the above problems. The present application proposes an AI intelligent sorting system and method for domestic garbage, which realizes in-situ classification and treatment of garbage, reduces the treatment cost of domestic garbage, and realizes resource transformation.

[0004] To achieve the above object, the present invention provides the following technical solutions: An AI intelligent sorting system for domestic garbage, including an intelligent placement system and an intelligent sorting system. The intelligent sorting system consists of an AI information recognition system, an AI intelligent security system, an AI intelligent door lock, an AI intelligent classification system, AI intelligent weighing, integral acquisition, integral exchange, and a carbon integral trading system; the intelligent placement system is divided into four placement ports for kitchen waste, hazardous waste, recyclable waste, and other mixed waste. Users classify domestic garbage according to the corresponding placement ports and then place it into the corresponding placement windows to exchange for corresponding integral and carbon integral. The AI information recognition system recognizes user information. The recognition of user personal information includes AI face recognition and IC card recognition. AI face recognition is bound to payment, WeChat mini-program related APP accounts for real-name authentication, records personal environmental protection behaviors, and obtains corresponding integral and carbon integral. The AI intelligent security system is provided with an alarm for illegal operations and AI video monitoring. The AI video monitoring is used for security monitoring and illegal operation monitoring. The AI intelligent classification system breaks the bags of the input domestic garbage and performs AI intelligent recognition, and automatically classifies and places it into the corresponding classification transmission device or trash can to complete the intelligent classification of domestic garbage. The AI intelligent weighing weighs the domestic waste put in, collects corresponding data and conducts operation management, and judges the points and carbon points obtained by users according to the waste of different weights. The point exchange sets corresponding AI face recognition and IC card recognition. The points obtained by users can be exchanged for corresponding daily necessities, and the carbon points can enter the personal carbon trading market platform for personal carbon trading and use.

[0005] Furthermore: The face recognition is for users with WeChat and Alipay, and the IC card is for children and the elderly. The account information of the IC card and face recognition can be freely combined into one family account, and family members can share the points and carbon points obtained from their environmental protection behaviors.

[0006] Furthermore: The carbon points consist of the carbon quotas issued to individuals by relevant institutions and individuals' daily low-carbon travel, garbage classification, and living expenses. All relevant information on the accumulation and expenditure use of carbon points is stored in the user's account information.

[0007] Furthermore: Domestic waste that cannot be put into the throwing window or large domestic waste is put into the large waste recycling area, and is disassembled by on-site operation and maintenance personnel and then classified and put into the corresponding windows.

[0008] The sorting method of the domestic waste AI intelligent sorting system is characterized in that it specifically includes the following steps: 1) Residents simply classify the domestic waste generated every day at home into kitchen waste, hazardous waste, recyclable waste and other mixed waste. After the classified domestic waste is bagged and packed, it is classified and put into the throwing window. 2) Put the classified domestic waste into the corresponding throwing openings. During the throwing process, there are AI face recognition and IC card reading functions to identify personal information. 3) After the AI face recognition information matching is completed, place the garbage classification in the corresponding recognition window, or manually open the type of garbage to be thrown on the interactive screen. The throwing opening automatically opens the corresponding domestic waste for the next step of refined sorting and disposal. During the throwing process, an automatic recognition system is set to identify the thrown garbage and judge whether the throwing is correct. If it is incorrect, the thrown domestic waste will be returned, and the user will sort it again and then throw it.

[0009] Furthermore: During the garbage throwing process, if the person leaves or the user doesn't want to classify anymore, the intelligent sorting processing system will take back the returned garbage and deduct the corresponding points, carbon points of the user or charge the corresponding independent classification handling fee. For users who participate in active classification, the system will judge according to their classification effect and give them corresponding extra rewards in points, carbon points or cash.

[0010] Compared with the prior art, the beneficial effects of the present invention are as follows: The present invention can effectively classify and process domestic waste, combining the concepts of residents + intelligent sorting + personal carbon trading for domestic waste of residents, reducing the difficulty of waste classification, enhancing residents' individual classification awareness and initiative through personal carbon trading, and developing surrounding products to assist residents in classification, thereby improving the efficiency and progress of future waste classification. Resident users simply classify the domestic waste generated daily at home into kitchen waste, hazardous waste, recyclable waste, and mixed domestic waste. After classifying and packing the domestic waste in separate bags, it is classified and put into the intelligent sorting system for domestic waste to exchange for corresponding points and carbon points. The points obtained by the users can be exchanged for corresponding daily necessities, and the carbon points are used for personal carbon trading. Through personal carbon trading, residents' individual classification awareness and initiative are enhanced, and products to assist residents in classification are developed, thereby improving the efficiency and progress of future waste classification. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following will briefly introduce the drawings required for the description of the embodiments. Obviously, the following drawings are only for more clearly illustrating the technical solutions of the embodiments of the present invention or the prior art. For those of ordinary skill in the art, without creative efforts, other drawings can also be obtained based on these drawings.

[0012] Figure 1 It is the overall architecture diagram of the present invention; Figure 2 For the present invention Figure 1 It is an enlarged view of the intelligent placement block diagram in the present invention; Figure 3 For the present invention Figure 1 It is a partial process framework diagram in the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0013] In order to enable those skilled in the art to better understand and implement the technical solutions of the present invention, the following further illustrates the present invention with specific embodiments. However, the specific embodiments cited are only for the illustration of the present invention and not for the limitation of the present invention. It should be noted that the user information (including but not limited to user device information, user personal information, etc.) and data (including but not limited to data for analysis, stored data, displayed data, etc.) involved in this application are all information and data authorized by the users or fully authorized by all parties. Moreover, the collection, use, and processing of relevant data need to comply with the relevant laws, regulations, and standards of relevant countries and regions.

[0014] Municipal solid waste is divided into four categories: other mixed municipal solid waste, recyclable waste, hazardous waste, and food waste. Mixed municipal solid waste refers to non-recyclable organic matter and some municipal solid waste with low recyclability. Common recyclable waste in the community includes plastics, paper, and a small amount of iron products. Food waste mainly consists of leftovers generated by community residents during meals and the packaging bags for food waste. Large household waste in the community mainly includes furniture, electronic products, etc.

[0015] The AI intelligent sorting system for municipal solid waste consists of an intelligent delivery system and an intelligent sorting system. The intelligent sorting system is composed of an AI information recognition system, an AI intelligent security system, an AI intelligent door lock, an AI intelligent classification system, AI intelligent weighing, integral acquisition, integral redemption, and a carbon integral trading system, achieving intelligent identification of user information, automatic identification of waste types, collection of waste distribution data, opening of an individual carbon trading market, and intelligent security protection.

[0016] The intelligent delivery system has four delivery ports for food waste, hazardous waste, recyclable waste, and other mixed waste. Users simply classify the municipal solid waste and put it into the corresponding delivery windows according to the corresponding ports. Municipal solid waste that cannot be put into the classified delivery windows or large household waste is put into the large household waste recycling area, and is disassembled by on-site operation and maintenance personnel and then classified and put into the windows of the basic four-category classification.

[0017] The AI information recognition system recognizes user information. The recognition of user personal information includes AI face recognition and IC card recognition. AI face recognition is bound to relevant APP accounts such as Alipay, WeChat, and mini-programs for real-name authentication, recording personal environmental protection behaviors to obtain corresponding integral and carbon integral.

[0018] The AI intelligent security system is equipped with an alarm for illegal operations and AI video monitoring. The AI video monitoring is used for security monitoring and illegal operation monitoring, mainly monitoring and reminding whether the operation process is safe and whether there is any random throwing. All closing doors are set with anti-pinch functions to ensure the normal operation of the equipment system and personnel safety, etc.

[0019] The AI intelligent classification system breaks the bags of the input municipal solid waste and conducts AI intelligent recognition, and automatically classifies and puts it into the corresponding transfer devices or trash cans for the classified waste, completing the intelligent classification of municipal solid waste.

[0020] The AI intelligent weighing weighs the input municipal solid waste. After the municipal solid waste is put into the corresponding area, the AI information recognition system and AI intelligent weighing are used to weigh the input municipal solid waste, and collect and manage the corresponding data, laying a foundation for the implementation of later urban planning, community planning, etc. Weighing can also be one of the bases for judging the integral and carbon integral obtained by users according to the weight of different wastes.

[0021] The points redemption area is equipped with corresponding AI facial recognition and IC card recognition functions. The points obtained according to personal, family and company accounts can be exchanged for corresponding daily necessities. Carbon points can be used to enter the personal carbon trading market platform for personal carbon trading and use. The account is also compatible with points and carbon points obtained from personal low-carbon travel and other environmentally friendly behaviors in daily life.

[0022] Carbon points are mainly composed of carbon quotas issued to individuals by relevant institutions and personal daily low-carbon travel, garbage classification, living expenses and other related behaviors. The corresponding carbon points accumulation and expenditure information are stored in this account. The carbon points obtained from the carbon account can be used for carbon quota vehicle use, carbon quota trading, public transportation and other low-carbon environments. If personal carbon points are used up and exceed the relevant quota regulations, the relevant institutions will impose corresponding penalties or tiered carbon points transactions. If the company or individual uses a large amount of carbon points, they can purchase carbon points from others. If the company or individual has a large amount of carbon points and uses a small amount, the excess carbon points can be resold in the background APP, thereby achieving the smooth operation of low-carbon life and low-carbon travel.

[0023] The AI ​​intelligent sorting system for domestic waste is mainly implemented through the following steps: 1) Residents will simply classify the household waste generated every day at home into kitchen waste, hazardous waste, recyclable waste and other mixed waste. The classified household waste will be packed in bags and placed in the delivery window in order to exchange for corresponding points and carbon points; the points can be exchanged for daily necessities in life, and the carbon points can be used for personal carbon trading; 2) Dispose the sorted household waste to the corresponding delivery ports. During the delivery process, AI face recognition and IC card reading functions are set up to identify personal information; AI face recognition is bound to Alipay or WeChat accounts for real-name authentication, and personal environmental protection behaviors are recorded to obtain corresponding points and carbon points. Face recognition is mainly for users with WeChat and Alipay, and IC cards are mainly for children and the elderly. The account information of IC cards and face recognition can also be freely combined into a family account, and family members can share the points and carbon points obtained by using their environmental protection behaviors; 3) After the AI face recognition information matching is completed, place the garbage for waste sorting into the corresponding recognition window, or manually open the type of garbage to be put in on the interactive screen. The corresponding domestic garbage will be automatically opened for the next step of refined sorting and disposal. An automatic recognition system is set up during the putting process to identify the garbage being put in and determine whether the putting is correct. If it is incorrect, the domestic garbage that has been put in will be returned. After the user sorts it again, it can be put in. If the person leaves or the user does not want to classify it by themselves, the intelligent sorting and processing system will take back the returned garbage and deduct the corresponding integral carbon points or charge the corresponding independent classification handling fee for the corresponding user. For users who participate in active classification, the system will judge according to their classification effect and additionally reward them with the corresponding integral, carbon points or cash.

[0024] The content not described in detail in this invention is prior art.

[0025] The above are only the preferred embodiments of the present invention, and are not limited to those described in the specification and implementation. Therefore, any equivalent changes or modifications made according to the structure, features and principles described in the scope of the patent application of the present invention shall be included in the scope of the patent application of the present invention.

Claims

1. The domestic waste AI intelligent sorting system, including an intelligent delivery system and an intelligent sorting system, is characterized in that: The intelligent sorting system consists of an AI information recognition system, an AI intelligent security system, an AI intelligent classification system, AI intelligent weighing, integral acquisition, integral exchange, and a carbon integral trading system; the intelligent delivery system is divided into four delivery ports for food waste, hazardous waste, recyclable waste, and other mixed waste. Users sort household waste according to the corresponding delivery ports and then put it into the corresponding delivery windows to exchange for corresponding integral and carbon integral. The AI information recognition system recognizes user information. The recognition of user personal information includes AI face recognition and IC card recognition. AI face recognition is bound to relevant APP accounts such as Alipay, WeChat, and mini-programs for real-name authentication, and records personal environmental protection behaviors to obtain corresponding integral and carbon integral. The AI intelligent security system is equipped with an illegal operation alarm and AI video monitoring. The AI video monitoring is used for security monitoring and illegal operation monitoring. The AI intelligent classification system breaks the bags of the household waste put in and conducts AI intelligent recognition, and automatically classifies and puts it into the corresponding transfer device or trash can for the completed intelligent classification of household waste. The AI intelligent weighing weighs the household waste put in and conducts corresponding data collection and operation management, and judges the integral and carbon integral obtained by users according to the waste of different weights. The integral exchange is provided with corresponding AI face recognition and IC card recognition. The integral obtained by users can be exchanged for corresponding daily necessities, and the carbon integral can enter the personal carbon trading market platform for personal carbon trading and use.

2. The domestic waste AI intelligent sorting system according to claim 1, wherein: The face recognition is for users with WeChat and Alipay, and the IC card is for children and the elderly. The account information of the IC card and face recognition can be freely combined into a family account, and family members can share the integral and carbon integral obtained from their environmental protection behaviors.

3. The domestic waste AI intelligent sorting system according to claim 1, wherein: The carbon integral consists of the carbon quota issued by relevant institutions to individuals, as well as individuals' daily low-carbon travel, waste sorting, and living expenses. All relevant information on the accumulation and expenditure use of carbon integral is stored in the user's account information.

4. The domestic waste AI intelligent sorting system according to claim 1, wherein: The household waste that cannot be put into the delivery window or the large household waste is put into the large waste recycling area, and is disassembled by on-site operation and maintenance personnel and then classified and put into the corresponding windows.

5. The sorting method of the domestic waste AI intelligent sorting system according to claims 1 to 4, characterized in that: Specifically, it includes the following steps: 1) Residents simply classify the household waste generated every day at home into food waste, hazardous waste, recyclable waste, and other mixed waste. The classified household waste is bagged and packed and then classified and put into the delivery window. 2) Put the classified household waste into the corresponding delivery port. During the putting process, there are functions of AI face recognition and IC card reading to identify personal information. 3) After the AI face recognition information matching is completed, place the sorted waste into the corresponding recognition window, or manually open the type of waste to be put in on the interactive screen. The corresponding delivery port automatically opens for the corresponding household waste for the next refined sorting and disposal. An automatic recognition system is set during the putting process to identify the waste put in and judge whether the putting is correct. If not, the put household waste will be returned, and the user will sort it again and then put it in.

6. The sorting method of the domestic waste AI intelligent sorting system according to claim 5, wherein: During the garbage disposal process, if the user leaves or does not want to continue sorting on their own, the intelligent sorting and processing system will retrieve the returned garbage and deduct the corresponding carbon points or the corresponding self-sorting handling fees from the user. For users who participate in active sorting, the system will judge based on their sorting effect and additionally reward them with corresponding points, carbon points or cash.

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