Household garbage classification intelligent management system

Abstract

The invention discloses a household garbage classification intelligent management system, which comprises a hardware system and a software system, and is characterized in that the hardware system comprises intelligent garbage cans located at garbage collection points, a transfer vehicle provided with a positioning and weight detection device, an operation terminal including but not limited to a mobile terminal, and a control center. The intelligent garbage can is arranged, loading information of the intelligent garbage can is obtained in real time, resource allocation and utilization can be optimized, a more reasonable clearing and transferring plan is drawn up, unreasonable transferring behaviors such as transferring confusion and errors are avoided, a sensor is arranged on a transferring vehicle, the position of the transferring vehicle and garbage loading information are obtained in real time, and the transferring efficiency is improved. And after the garbage arrives at the destination, the clearing terminal confirms the weight, the type and other information of the garbage and then automatically calculates the cost, so that the garbage treatment cost is clearly managed.

Description

Technical Field

[0001] The present invention relates to the technical field of waste classification management, and in particular to an intelligent management system for classifying domestic waste. Background Art

[0002] With the acceleration of urbanization and population growth, the amount of domestic waste is increasing, which has put tremendous pressure on the environment. In order to effectively deal with domestic waste and achieve waste reduction, resource utilization and harmlessness, waste classification has become a key link. However, the traditional waste classification management method has many shortcomings, such as incomplete information collection, unclear waste destination, unreasonable transportation methods and chaotic waste disposal fee management. An intelligent management system is urgently needed to solve these problems. Summary of the invention

[0003] In view of the above-mentioned defects of the prior art, the present invention aims to provide an intelligent management system for the classification of domestic waste, so as to achieve full-chain optimized management of domestic waste from generation to final treatment.

[0004] The object of the present invention is achieved through the following technical solution: a smart management system for household waste classification, which consists of hardware and software running on the hardware, and its hardware system includes:

[0005] Smart trash cans located at various garbage collection points, which are classified according to the types of garbage they are set to contain, and are equipped with sensors for detecting information such as the filling level of the trash cans and the weight of the garbage;

[0006] A transfer vehicle, wherein the transfer vehicle is provided with a positioning device for detecting the position of the vehicle and a weight monitoring device for detecting the weight of the garbage loaded on the vehicle;

[0007] Operation terminals, including but not limited to mobile terminals, are classified according to the objects of use, including settlement terminals used by processing units;

[0008] A control center, wherein the smart trash can, transfer vehicle, and operation terminal are all connected to the control center via a network;

[0009] The software system of the intelligent management system for household waste classification includes:

[0010] Classified delivery management software module, classified transportation management software module, classified transfer management software module and classified terminal management software module;

[0011] The classification delivery management software module collects information of each of the garbage collection points in real time, including information such as the loading degree, weight, type and location of each of the smart garbage bins. The classification removal management software module obtains the collected information and sets the destination of the garbage according to the location and type of the garbage. After receiving the information such as the destination and weight of the garbage, the classification transfer management software module selects transfer plans for different destinations according to the vehicle and driver information in the transfer information database;

[0012] During the transfer process, the classification delivery management software module records the location of the transfer vehicle and the weight of the loaded garbage in real time;

[0013] After arriving at the destination, the classification terminal management software module obtains information such as the weight, type and processing unit of the garbage through the clearing terminal, and automatically calculates the processing fee based on the weight, type and pre-stored charging standards of the processing unit of the garbage, so as to settle the fees with the processing unit.

[0014] As an improved solution: the operation terminal also includes a transportation terminal for use by relevant transportation personnel;

[0015] When the relevant personnel of the cleaning company receive the garbage, the classified delivery management software module also obtains the site cleaning records confirmed by the relevant personnel of the cleaning company through the cleaning terminal, which includes the source, type and quantity of the garbage, and records the cleaning time, cleaning vehicle and driver information.

[0016] As an improvement plan: the classification and transportation management software module will also collect the processing capacity and load conditions of the processing unit and adjust the destination of the garbage.

[0017] Preferably, when arranging transfer, the classified transfer management software module automatically generates a transfer task list, which includes vehicle dispatch instructions, driver work arrangements, transfer route planning, etc., and sends this information to the removal terminal of the relevant personnel.

[0018] The classification and transfer management software module comprehensively considers factors such as traffic conditions, road vehicle load limits, and transfer time requirements when planning the transfer route to ensure that the garbage can be transferred to the destination in a timely and safe manner.

[0019] The smart trash can is also equipped with a sensor for detecting its temperature. The classification and delivery management software module collects the temperature information, determines whether there is abnormal heating, and gives a warning message if there is.

[0020] As an improved solution: the operation terminal also includes an inspection terminal for inspection personnel;

[0021] The classified delivery management software module also collects information through the inspection terminal to supplement and calibrate the information of the garbage collection point, specifically:

[0022] After the inspection personnel log in through the inspection terminal, the classification and delivery management software module checks the area under their responsibility, and calibrates the information of the corresponding garbage collection points in their responsible area based on the calibration information uploaded through the inspection terminal through which they logged in. It also collects information reflecting the residents' garbage classification and corresponding photo materials based on the information collected through the inspection terminal through which they logged in, as a supplement to the information of the garbage collection points in their responsible area.

[0023] On the one hand, these inspection records can leave traces of work records, and on the other hand, they can provide an intuitive basis for supervising the implementation effect of garbage bin classification, so that government regulators can adjust management strategies in a timely manner according to these feedbacks.

[0024] The operation terminal also includes a supervision terminal for use by government supervisors;

[0025] When the classified delivery management software module determines that there are many abnormal situations in a certain area, it promptly reminds government regulators through the supervision terminal to strengthen the management and supervision of the area.

[0026] At the end of the transfer work, the classified transfer management software module also collects transfer receipt accounting information, which includes the transfer starting point, end point, transfer route, transfer time, garbage weight, etc.

[0027] The operation terminal also includes a resident terminal;

[0028] The software system also includes a display management software module, which pushes different display interfaces according to the identity of the logged-in user. The collection terminal (used by garbage collection-related personnel) displays collection tasks, collection routes, and garbage collection point information. The supervision terminal (used by government supervisors) displays garbage classification and processing statistics, real-time monitoring data, and cost analysis charts. The resident terminal (used by ordinary residents) displays garbage classification knowledge, the results of the community's garbage classification work, etc.

[0029] The garbage collection point is also provided with an AI camera module for identifying the category of garbage. The AI ​​camera module can be set in the smart garbage can or next to the smart garbage can. The classified disposal management software module also identifies and guides the residents' disposal behavior by acquiring image information collected by the AI ​​camera module, and provides voice and picture prompts through the voice and / or display devices configured by the AI ​​camera module.

[0030] Compared with the prior art, the present invention has the following beneficial effects:

[0031] The present invention can optimize resource allocation and utilization by setting up intelligent garbage bins and obtaining their loading information in real time, formulate a more reasonable collection and transportation plan, and avoid unreasonable transportation behaviors such as confusion and errors in transportation. The present invention also sets sensors on the transfer vehicles to obtain the position of the transfer vehicles and garbage load information in real time. The destination of the garbage is clear. After arriving at the destination, the weight, type and other information of the garbage are confirmed by the clearing terminal, and the fee is automatically calculated. The garbage disposal fee management is clear. The present invention collects comprehensive information and can realize transparent management of the entire chain of domestic garbage from generation to final treatment. Moreover, it can also provide a basis for optimized management. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 It is a framework diagram of the software system of the intelligent management system for household waste classification according to the preferred embodiment of the present invention;

[0033] Figure 2 is a processing flow chart of the classified terminal management software module of the preferred embodiment of the present invention;

[0034] Figure 3 It is a flow chart of the display mode of the display management software module of the preferred embodiment of the present invention. DETAILED DESCRIPTION

[0035] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be described in more detail below in conjunction with specific embodiments and drawings. Obviously, the embodiments described below are only some optional implementation methods of the present invention. Based on the following disclosed embodiments, other embodiments obtained by ordinary technicians in this field without creative work should also fall within the scope of protection of the present invention.

[0036] The present embodiment relates to an intelligent management system for classifying domestic waste, which will be introduced in detail from two aspects: its hardware system composition and software system design.

[0037] The hardware system of the intelligent management system for household waste classification is composed of the following:

[0038] Smart trash cans located at various garbage collection points, which are classified into different categories according to the types of garbage they are set to contain, such as kitchen waste, hazardous waste, recyclable waste, other garbage, etc., and are equipped with sensors for detecting information such as the filling level of the trash can, the weight of the garbage, and the temperature;

[0039] The transfer vehicle is provided with a positioning device, a weight monitoring device and a vehicle status monitoring device, etc., which are respectively used to detect the position of the vehicle, monitor the weight of the garbage loaded on the vehicle (the garbage is required to be directly loaded from the garbage bin) and detect the operation status of the vehicle;

[0040] Operation terminals, including but not limited to mobile terminals, can be divided into inspection terminals for inspection personnel, transportation terminals for related transportation personnel, settlement terminals for processing units, supervision terminals for government supervision personnel, and resident terminals for ordinary residents according to different users;

[0041] The control center, the intelligent trash can, the transfer vehicle, and the operation terminal are all connected to the control center through a network including a wired network, a wireless network, a government intranet, and an extranet.

[0042] The software system of the household waste classification intelligent management system is based on the above hardware system and is designed as follows, including:

[0043] Classified delivery management software module, classified transportation management software module, classified transfer management software module, classified terminal management software module and display management software module.

[0044] The classification delivery management software module is mainly used for information collection, recording and analysis.

[0045] The information collected includes:

[0046] Relevant information about the garbage collection point, mainly including the name, address, type and number of classification bins of the garbage collection point;

[0047] Grid management information, mainly including grid area division and responsible person information;

[0048] Site management information is used to record the management information of the waste generating sites, such as the property management of a shopping mall or a residential area;

[0049] Site cleaning record management information is used to record the cleaning record information of garbage generating sites, including the cleaning company, garbage source, type and quantity, cleaning time and cleaning vehicle information, etc.

[0050] The garbage collection point is also provided with an AI camera module for identifying the category of garbage. The AI ​​camera module can be set in the smart garbage can or next to the smart garbage can. The classified disposal management software module also identifies and guides the residents' disposal behavior by acquiring image information collected by the AI ​​camera module, and provides voice and picture prompts through the voice and / or display devices configured by the AI ​​camera module.

[0051] The classified collection and transportation management software module is mainly used to set different destinations for classified garbage, which mainly include terminals, street temporary storage points and waste recycling stations. Among them, terminals include incineration plants and landfills, other garbage and kitchen waste are sent to terminals, hazardous waste is sent to street temporary storage points, and recyclable garbage is sent to waste recycling stations.

[0052] The classification and transfer management software module is mainly used to set different transfer methods according to different destinations and amounts of garbage. The information based on which the transfer method is selected includes:

[0053] Transfer vehicle information, including vehicle model, load capacity, license plate number, and affiliated unit;

[0054] Driver settlement record information, including driver name, contact information, working hours, salary settlement status, etc.;

[0055] The transfer receipt records the transfer information, including the transfer starting point, end point, transfer route, transfer time, garbage weight, etc.

[0056] The classification terminal management software module is mainly used to calculate and sort out the garbage disposal costs based on the results of the transfer. The calculation and sorting process is as follows:

[0057] 1) Calculate the treatment fee based on the weight, type and treatment unit charging standards of the garbage;

[0058] 2) Generate expense reports, listing the reasons for the expenses, the recipients of the expenses, and the time of payment;

[0059] 3) Through cost data analysis, high-cost links can be identified to provide a basis for optimizing management.

[0060] Display management software modules, such as Figure 3 As shown, the processing is as follows:

[0061] 1) Determine the identity of the logged-in user, such as a garbage collector, government regulator, or ordinary resident;

[0062] 2) Display the garbage collection tasks, routes and garbage collection point information to the garbage collection personnel;

[0063] 3) Display statistical reports on waste sorting and treatment, real-time monitoring data, and cost analysis charts to government regulators;

[0064] 4) Display garbage classification knowledge and the results of garbage classification work in the community to ordinary residents.

[0065] The operation of the intelligent management system for household waste classification in this embodiment includes: system initialization, information collection and update, waste destination setting and transfer arrangement, and waste disposal fee management.

[0066] (I) System initialization

[0067] At the initial start of the system, parameters need to be set for each module. At the hardware layer, install and debug each hardware module to ensure its normal operation and establish a stable connection with the network layer. At the network layer, configure the parameters of the wired network and wireless network, and set the security access policy for the government intranet and extranet. At the data layer, initialize the database structure, define the data storage format and encryption method. At the application layer, enter the basic information of different jurisdictions for the classified delivery management software module, classified transportation management software module, classified transfer management software module, and classified terminal management software module, including the initial information of garbage collection points, grid division, and site classification information. At the same time, set the initial management strategy and user permissions at the application management layer, and configure the display interface templates for different user roles at the display layer.

[0068] (II) Information collection and updating

[0069] Hardware layer data collection

[0070] The hardware modules of the hardware layer, such as the smart trash can and the transfer vehicle, continuously collect data. The sensors of the smart trash can detect the filling level, weight, temperature (used to determine whether there is abnormal heating so as to notify relevant personnel in time) and other information in the trash can in real time, and transmit it to the data layer through the wireless network. Similarly, the positioning device on the transfer vehicle sends the vehicle location information at regular intervals, the weight monitoring device on it updates the weight change of the garbage carried by the vehicle in real time, and the vehicle status monitoring device on it uploads the vehicle's speed, fuel consumption, fault code and other information.

[0071] Information integration and update of classified delivery management software modules

[0072] The classification and delivery management software module receives data from the hardware layer (mainly smart trash cans and transfer vehicles) and manual inspection records, etc., to achieve real-time collection of garbage collection point information and store it in the data layer.

[0073] Manual inspections are performed through inspection terminals. Inspection personnel such as sanitation workers or grid leaders (dividing the jurisdiction into networks and designating leaders respectively) can use the inspection terminal to supplement and calibrate the information of garbage collection points. For example, when a garbage bin is damaged, it can be reported to the classification delivery management software module for record update. For example, inspection personnel can also use the inspection terminal to reflect the residents' classification awareness, classification accuracy, whether there are illegal dumping and other issues to the classification delivery management software module, and annotate photos, such as photos of the surrounding environment of the garbage bin, garbage delivery, etc., so as to report the garbage classification in their responsible area to the classification delivery management software module. On the one hand, these inspection records can leave traces for work records, and on the other hand, they also provide an intuitive basis for the supervision of the implementation effect of garbage bin classification delivery, so that government regulators can adjust management strategies in time according to these feedbacks. For example, when a certain area is found to have a lot of illegal delivery or other abnormal situations, the classification delivery management software module will promptly remind government regulators to strengthen the management and supervision of the area.

[0074] When receiving garbage, the relevant personnel of the transportation company will check the source, type and quantity of the garbage, and record the transportation time and the transportation vehicle and driver information to form a site transportation record.

[0075] Data processing and storage update at the data layer

[0076] After the data layer receives the raw data from the hardware layer, it first cleans the data to remove outliers and erroneous data. For example, if the garbage weight data transmitted by the smart trash can sensor exceeds the normal range (such as negative numbers or excessively large values), it will be marked as abnormal data and corrected or discarded. Then, the cleaned data is classified and stored in different tables of the database according to different types such as garbage collection point data, transfer data, and terminal processing data. At the same time, according to the timeliness and importance of the data, the data storage structure is updated regularly to improve the efficiency of data query and analysis.

[0077] (III) Garbage destination setting and transfer arrangements

[0078] Classification and removal management software module decision making

[0079] The classification and removal management software module sets the destination of garbage according to the preset rules based on the latest information collected by the classification and delivery management software module. When it is detected that the amount of kitchen waste at a certain garbage collection point reaches a certain amount, its destination is automatically set to the terminal (such as the area where kitchen waste is processed in a nearby incineration plant or landfill). For recyclable garbage, according to its type and market recycling value, a suitable waste recycling station is selected as the destination. Hazardous waste is uniformly sent to street temporary storage points to await further processing by professional processing agencies. At the same time, the classification and removal management software module will also consider the current processing capacity and load conditions of each terminal and dynamically adjust the destination of garbage. For example, if the processing capacity of an incineration plant decreases due to equipment maintenance, the system will adjust part of the garbage originally sent to the incineration plant to other suitable terminals.

[0080] Classification and transfer management software module Transfer execution

[0081] After receiving information such as the destination and quantity of garbage, the classified transfer management software module selects the most appropriate transfer plan based on the vehicle and driver information in the transfer information database. For example, if a large amount of other garbage is sent to the landfill, vehicles with large load capacity and low transportation costs are given priority, and experienced drivers are arranged to transport it. When arranging transfer, the system automatically generates a transfer task order, including vehicle dispatch instructions, driver work arrangements, transfer route planning, etc., and sends this information to the mobile terminal of the relevant personnel. Transfer route planning will comprehensively consider factors such as traffic conditions (real-time traffic information is obtained through data sharing with the traffic management department), vehicle load restrictions, and transfer time requirements to ensure that the garbage can be transferred to the destination in a timely and safe manner.

[0082] (IV) Management of garbage disposal fees

[0083] Classified terminal management software module cost calculation and recording

[0084] After the garbage arrives for processing, the classification terminal management software module settles the fees with the processing unit. The classification terminal management software module automatically calculates the processing fee based on the weight and type of the garbage confirmed through the settlement terminal and the pre-stored charging standards of the processing unit. For example, for a landfill, the landfill fee per ton of garbage is multiplied by the weight of the garbage; for an incineration plant, in addition to considering the weight of the garbage, the fee may also be adjusted based on factors such as the calorific value of the garbage.

[0085] The above management system is used to manage garbage in different application scenarios.

[0086] Example 1: Garbage classification management in a community

[0087] In a certain community, the classification and delivery management software module first collects information from the garbage collection points in the community. There are 5 garbage collection points in the community, named collection point A, collection point B, collection point C, collection point D and collection point E. The address of collection point A is near the east gate of the community, equipped with 3 green kitchen waste bins and 2 gray other waste bins; collection point B is next to the central square of the community, with 4 blue recyclable waste bins and 1 red hazardous waste bin, and so on to record the detailed information of each collection point. At the same time, through grid management, the community is divided into 10 grids, each grid has a dedicated person in charge, responsible for supervising and feedback on the garbage classification in the area.

[0088] The classification and transportation management software module sets the destination of the garbage based on the collected information. The kitchen waste and other garbage generated by residents in the community on a daily basis, such as leftovers, used paper towels, etc., are sent to the terminal (such as an incineration plant in the suburbs of the city) by transportation vehicles. Hazardous waste, such as used batteries and expired medicines, are sent to temporary storage points set up on the streets, awaiting further professional processing. Recyclable garbage, such as plastic bottles and waste paper, are transported to nearby waste recycling stations for resource recycling.

[0089] The classification and transfer management software module arranges transfers for different destinations. For garbage sent to the incineration plant, a sealed garbage transfer truck with a load capacity of 5 tons is selected. The vehicle belongs to the city sanitation department, and the driver Zhang San is responsible for this transfer. The vehicle management information includes information such as the vehicle model XX, the license plate number XX, and the load capacity. The driver Zhang San's account clearance record information includes the estimated working time of 3 hours, the salary is calculated at XX yuan per hour, and the transfer receipt accounting information records in detail the departure time from the community garbage collection point, the estimated time to arrive at the incineration plant, and the garbage weight of about 3 tons.

[0090] After the garbage arrives at the incineration plant, the classification terminal management software module collects and records the garbage disposal fees for this transfer. According to the charging standard of the incineration plant, the garbage disposal fee per ton is XX yuan, and the disposal fee for 3 tons of garbage this time is 3×XX yuan. These data are recorded in the system for subsequent cost analysis and financial management.

[0091] Example 2: Garbage classification management in a commercial area

[0092] A commercial district includes multiple shopping malls, office buildings and restaurants. The hardware equipment at the hardware layer operates normally at the garbage collection points and transfer vehicles at various locations, and the network layer ensures data transmission.

[0093] The classification and placement management software module collects detailed information on the garbage collection points and places in the commercial area. Each shopping mall and office building has multiple garbage collection floors. For example, there are three garbage collection points on the first floor of a shopping mall, which are located near the mall entrance, atrium and dining area. There are various types of classification bins at the garbage collection points. In addition to kitchen waste bins and other garbage bins, the collection points near the dining area also have special containers for collecting waste cooking oil. The garbage collection points in office buildings reasonably configure the number of recyclable garbage bins and other garbage bins according to the company type and the number of people on the floor. At the same time, the entire commercial area is managed in a grid-like manner, and each grid contains several stores and office areas for unified management.

[0094] The classification and transportation management software module sets the destination according to the characteristics of commercial area garbage. A large amount of kitchen waste and waste cooking oil generated by restaurants are sent to special processing terminals (such as processing plants with professional waste oil processing capabilities), and other garbage is sent to urban landfills. Recyclable garbage generated by office buildings is sent to waste recycling stations, where recyclables such as paper and electronic waste can be effectively recycled, and other garbage is sent to landfills or incineration plants according to the situation.

[0095] During the transportation process, the classification and transportation management software module selects appropriate vehicles and drivers for different types of garbage and destinations. For garbage sent to waste oil and fat processing plants, special leak-proof and high-temperature resistant transportation vehicles are used, and driver Li Si is responsible for transportation. Vehicle management information records the special structure and performance parameters of the vehicle. Driver Li Si's account clearing record information includes transportation routes, transportation time and corresponding remuneration calculations. The transportation receipt accounting information records in detail the departure time from the commercial area, the time of arrival at the processing plant, the type and weight of garbage, etc.

[0096] The classification terminal management software module collects and analyzes the costs based on the treatment results of the garbage at each terminal. For example, the waste grease treatment plant charges a certain treatment fee for each ton of waste grease. The commercial district management can clearly understand the cost of each treatment through the system. At the same time, the treatment costs of the garbage sent to the landfill and incineration plant can also be accurately recorded, realizing effective control of the waste classification treatment costs of the entire commercial district.

[0097] The display management software module displays garbage classification guidance information to merchants and staff in the commercial area, provides detailed transfer task arrangements to garbage transfer personnel, and presents a comprehensive situation report on garbage classification and treatment in the commercial area to government regulatory departments.

[0098] It can be seen from the above embodiments that the intelligent management system for household waste classification of the present invention can effectively improve the efficiency and accuracy of waste classification management, realize the scientific classification, reasonable transportation and proper disposal of waste, and at the same time accurately manage the waste disposal costs, and provide convenient and efficient information interaction and management functions for different users through a multi-layer architecture.

Claims

1. A smart management system for household waste classification, which consists of hardware and software running on the hardware, characterized in that: The hardware system includes: Smart trash cans located at various garbage collection points, which are classified according to the types of garbage they are set to contain, and are equipped with sensors for detecting the filling level and weight of the garbage cans; A transfer vehicle, wherein the transfer vehicle is provided with a positioning device for detecting the position of the vehicle and a weight monitoring device for detecting the weight of the garbage loaded on the vehicle; Operation terminals, including but not limited to mobile terminals, are classified according to the objects of use, including settlement terminals used by processing units; A control center, wherein the smart trash can, transfer vehicle, and operation terminal are all connected to the control center via a network; The software system of the intelligent management system for household waste classification includes: Classified delivery management software module, classified transportation management software module, classified transfer management software module and classified terminal management software module; The classification delivery management software module collects information of each of the garbage collection points in real time, including the loading degree, weight, type and location information of each of the smart garbage bins. The classification removal and transportation management software module obtains the collected information and sets the destination of the garbage according to the location and type of the garbage. After receiving the destination and weight information of the garbage, the classification transfer management software module selects transfer plans for different destinations according to the vehicle and driver information in the transfer information database; During the transfer process, the classification delivery management software module records the location of the transfer vehicle and the weight of the loaded garbage in real time; After arriving at the destination, the classification terminal management software module obtains information such as the weight, type and processing unit of the garbage through the clearing terminal, and automatically calculates the processing fee based on the weight, type and pre-stored charging standards of the processing unit of the garbage.

2. The intelligent management system for household waste classification according to claim 1 is characterized in that: The operation terminal also includes a removal terminal for use by relevant removal personnel; When the relevant personnel of the cleaning company receive the garbage, the classified delivery management software module also obtains the site cleaning records confirmed by the relevant personnel of the cleaning company through the cleaning terminal, which includes the source, type and quantity of the garbage, and records the cleaning time, cleaning vehicle and driver information.

3. The intelligent management system for household waste classification according to claim 1 is characterized in that: The classification and removal management software module will also collect the processing capacity and load conditions of the processing unit and adjust the destination of the garbage.

4. The intelligent management system for household waste classification according to claim 1 is characterized in that: When arranging transfer, the classified transfer management software module automatically generates a transfer task list, which includes vehicle dispatch instructions, driver work arrangements, and transfer route planning, and sends this information to the removal terminal of the relevant personnel.

5. The intelligent management system for household waste classification according to claim 4 is characterized in that: The classification and transfer management software module comprehensively considers traffic conditions, road vehicle load limits, and transfer time requirements when planning the transfer route to ensure that the garbage can be transferred to the destination in a timely and safe manner.

6. The intelligent management system for household waste classification according to claim 1 is characterized in that: The smart trash can is also equipped with a sensor for detecting its temperature. The classification and delivery management software module collects the temperature information, determines whether there is abnormal heating, and gives a warning message if there is.

7. The intelligent management system for household waste classification according to claim 2 is characterized in that: The operation terminal also includes an inspection terminal for use by inspection personnel; The classified delivery management software module also collects information through the inspection terminal to supplement and calibrate the information of the garbage collection point, specifically: After the inspection personnel log in through the inspection terminal, the classification and delivery management software module checks the area under their responsibility, and calibrates the information of the corresponding garbage collection points in their responsible area based on the calibration information uploaded through the inspection terminal through which they logged in. It also collects information reflecting the residents' garbage classification and corresponding photo materials based on the information collected through the inspection terminal through which they logged in, as a supplement to the information of the garbage collection points in their responsible area.

8. The intelligent management system for household waste classification according to claim 7 is characterized in that: The operation terminal also includes a supervision terminal for use by government supervisors; When the classified delivery management software module determines that there are many abnormal situations in a certain area, it promptly reminds government regulators through the supervision terminal to strengthen the management and supervision of the area.

9. The intelligent management system for household waste classification according to claim 8 is characterized in that: The operation terminal also includes a resident terminal for ordinary residents to use; The software system also includes a display management software module, which pushes different display interfaces according to the identity of the logged-in user. The removal terminal displays the removal tasks, removal routes, and garbage collection point information. The supervision terminal displays garbage classification and processing statistics, real-time monitoring data, and cost analysis charts. The resident terminal displays garbage classification knowledge and the results of the community's garbage classification work.

10. The intelligent management system for household waste classification according to claim 1 is characterized in that: The garbage collection point is also provided with an AI camera module for identifying the category of garbage. The AI ​​camera module is arranged in the smart garbage can or next to the smart garbage can. The classified disposal management software module also identifies and guides the residents' disposal behavior by acquiring the image information collected by the AI ​​camera module, and provides voice and picture prompts through the voice and / or display devices configured by the AI ​​camera module.

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