Traceable garbage treatment method and system

Abstract

The invention relates to the technical field of intelligent garbage treatment, and discloses a traceable garbage treatment method and system. The traceable garbage treatment method is applied to the garbage delivery electronic equipment, and specifically comprises the following steps that S101, a garbage delivery request sent by a user terminal is received, and the storage request carries a to-be-stored garbage category image, the garbage category request storage time and the required storage position of the garbage category; and S102, obtaining a garbage category image of the garbage category, and inputting the garbage category image into a preset image content analysis model. According to the invention, a user classifies different garbage and puts the garbage into the corresponding garbage bags, identification and garbage storage determination of different temporary storage units are completed when the garbage is put, and state confirmation of garbage treatment is completed by using identifiable codes on the temporary storage units in post-treatment, so that traceable garbage treatment is realized.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent garbage treatment, and in particular to a traceable garbage treatment method and system. Background Art

[0002] As the scarcity of resources becomes increasingly serious, renewable energy recycling projects are increasingly valued by society. Garbage classification is one of the prerequisites for renewable energy recycling, a reform of the traditional way of garbage collection and disposal, and a scientific management method for effective garbage disposal. Faced with the increasing garbage output and deteriorating environmental conditions, how to maximize the utilization of garbage resources, reduce the amount of garbage disposal, and improve the quality of the living environment through intelligent garbage classification management is one of the urgent issues that all countries in the world are currently concerned about. In order to better protect the environment, it is necessary to classify and manage various types of garbage.

[0003] The application publication number is CN11 3213018A, and the application publication date is 2021.08.06. A traceable and contactless garbage classification control system with networked communication includes: a local control system, which is a local mechanical equipment and system directly applied to the garbage bin, and is used for traceable and radar-contactless classification management of garbage, an Internet of Things communication platform, which is a transfer station for system data, and is used for transfer and transmission of data information within the local control system, and a big data platform, which receives all data on garbage classification in the local control system, and can also interact with third-party systems.

[0004] At present, it is only possible to track and trace the garbage before classification and storage. After the classification and storage is completed, the garbage disposal will no longer be tracked. As a result, when classification errors or improper problems occur during the subsequent garbage disposal, the source of the classified garbage cannot be traced, which increases the difficulty of garbage disposal. Summary of the invention

[0005] The purpose of the present invention is to provide a traceable garbage disposal method and system, which completes the identification and garbage storage determination of different temporary storage units when the garbage is put into the garbage disposal, and in the later processing, the identifiable code on the temporary storage unit is used to complete the garbage disposal status confirmation, thereby realizing traceable garbage disposal, aiming to solve the problems in the prior art.

[0006] The present invention is implemented as follows: a traceable garbage disposal method is applied to garbage delivery electronic equipment, specifically comprising the following steps:

[0007] S101: receiving a junk delivery request sent by a user terminal, wherein the storage request carries an image of a junk category to be stored, a requested storage time of the junk category, and a required storage location of the junk category;

[0008] S102: Obtain a junk category image of the junk category, and input the junk category image into a preset image content analysis model;

[0009] S103: Obtaining an image content recognition result output by the image content analysis model based on the junk category image, and obtaining component information of junk delivered in the junk category image from the image content recognition result;

[0010] S104: Obtaining the composition information of the delivered garbage of the garbage category image, the requested storage time of the garbage category, and the required storage location of the garbage category, and determining whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image, and completing the delivery of the garbage to the temporary storage unit after confirming that they are consistent;

[0011] S105: Monitor the current status of the temporary storage unit, which includes the status of garbage outbound, processing and completion of processing of the temporary storage unit, and complete the data import of the current status. After the import is completed, perform integration processing and store it in the data platform to complete traceable garbage processing.

[0012] Further, in S101, the receiving a junk delivery request sent by a user terminal includes:

[0013] Receiving a delivery request sent by a user terminal through an external physical button, wherein the delivery request is used to request to establish a connection with the garbage delivery electronic device;

[0014] Detecting whether the current identity information of the user terminal is the identity information person preset by the regional category;

[0015] If the current identity information of the user terminal is the identity information person preset by the area class, a connection is made with the user terminal according to the delivery request, and subsequent junk image recognition is performed.

[0016] Further, detecting whether the current identity information of the user terminal is the identity information person preset by the regional category includes:

[0017] Receiving a delivery request sent by an external physical button, obtaining a current user's facial image, obtaining a face to be recognized from the user's facial image, and passing the face to be recognized to a face recognition model;

[0018] Determining whether the face to be recognized is a preset face by using the face recognition model;

[0019] When the face recognition model determines that the face to be recognized is the preset face, it connects with the user terminal according to the delivery request and performs subsequent junk image recognition.

[0020] Furthermore, receiving a delivery request sent by an external physical button, the current user's facial image is obtained, including:

[0021] If a delivery request is received from an external physical button, the camera is started;

[0022] capturing, by the camera, an image of a user facing the external physical button;

[0023] The face to be recognized is obtained from the user image, and the face to be recognized is passed to the face recognition model.

[0024] Further, in S104, the component information of the delivered garbage of the garbage category image, the requested storage time of the garbage category, and the required storage location of the garbage category are obtained, and it is determined whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image, including:

[0025] Identify the component information of the delivered garbage in the garbage category image, obtain the storage time of the delivered garbage according to the component information, identify the requested storage time of the garbage category, and determine the available storage time of the currently delivered garbage;

[0026] The garbage storage location is determined according to the allowed residence time of the delivered garbage, and then the storage location required for the garbage category is obtained. If the storage location required for the garbage category is inconsistent with the garbage storage location, the garbage storage location data is modified to ensure that the storage location required for the garbage category is consistent with the garbage storage location.

[0027] Further, in S105, the current state of the temporary storage unit is monitored, and the current state includes the state of the temporary storage unit's garbage outbound, processing, and completion of processing, including:

[0028] A recognizable code is provided on the temporary storage unit, and the dynamic state of the garbage stored in the temporary storage unit is realized through the recognizable code;

[0029] The temporary storage unit needs to perform status identification when entering and leaving the station to determine the dynamics of the stored garbage. When the temporary storage unit that identifies the stored garbage re-identifies entering the station after leaving the station, it is determined that the garbage stored in the current temporary storage unit has been processed, the monitoring status is terminated, and the dynamic monitoring of the newly stored garbage is restarted.

[0030] Further, in S105, after the import is completed, integration processing is performed and stored in the data platform to complete traceable garbage processing, including:

[0031] Import the acquired stored dynamic information of junk data, encrypt the imported data, and send it to the data platform for storage after encryption;

[0032] When the garbage delivery electronic device retrieves the stored dynamic garbage information, it first sends a retrieval signal to the data platform. The data platform completes the data retrieval, decrypts the data after retrieval, and then sends it to the garbage delivery electronic device for output and display.

[0033] Compared with the prior art, the traceable garbage disposal method and system provided by the present invention has the following beneficial effects:

[0034] 1. By identifying the processed garbage and user terminals, the information of the person delivering the garbage is determined, and the garbage is identified using images, and classified into recyclable garbage, kitchen waste, hazardous waste, and other garbage. In actual use, the user classifies different garbage and puts them into corresponding garbage bags. When the garbage is delivered, the identification and garbage storage of different temporary storage units are completed. In the later processing, the identifiable code on the temporary storage unit is used to complete the status confirmation of garbage processing, thereby realizing traceable garbage processing;

[0035] 2. Clustering and grouping are performed through users in different communities, and avatars are preset for all personnel in the area. This makes it easier to determine the user terminal that placed the garbage during use, which is convenient for later tracing. For users who cannot be identified, on-site sampling is required to complete the identification. Garbage classification is completed through algorithm recognition and user selection. Finally, the final classification is completed through big data recognition, which improves the accuracy of garbage classification. The garbage category image further corrects and confirms the information, thereby improving the traceability of erroneous garbage delivery.

[0036] A traceable garbage disposal system is applied to the above-mentioned garbage disposal method, and the garbage disposal system comprises:

[0037] A startup module, used for receiving a junk delivery request sent by a user terminal;

[0038] A generation module, used to obtain the composition information of the delivered garbage, the requested storage time of the garbage category, and the required storage location of the garbage category of the garbage category image, and determine whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image;

[0039] A processing module, used to monitor the status of garbage outgoing, processing and completion of processing of the temporary storage unit and complete the acquisition of data;

[0040] A termination module is used to determine that the temporary storage unit of the stored garbage has been re-identified after leaving the station, and then determine that the garbage stored in the current temporary storage unit has been processed and terminate the monitoring state;

[0041] Import module, used to process the acquired garbage status data, including encryption and decryption to complete storage and retrieval;

[0042] A data platform for storing encrypted garbage state data.

[0043] Specifically, the processing module includes an analysis layer and a processing layer, the analysis layer realizes analysis and processing of current garbage status data, and the processing layer completes processing of current garbage status data;

[0044] The analysis layer includes:

[0045] A tracking unit, used for tracking the current garbage status to obtain tracking data;

[0046] A logic confirmation unit is used to screen and confirm the status of the acquired tracking data to determine the current status of the garbage being executed;

[0047] A collection unit is used to collect the tracking data and the current garbage execution status to determine the current garbage processing status;

[0048] The processing layer includes:

[0049] The execution unit is used to summarize the current garbage processing process status data obtained by the analysis layer and complete the information import processing after summarizing.

[0050] Specifically, the import module includes:

[0051] A receiving unit, used for receiving data obtained during the current garbage processing process;

[0052] An encryption unit, used for encrypting data obtained during the current garbage processing process;

[0053] The decryption unit is used to decrypt the encrypted data in the data platform when it is retrieved. BRIEF DESCRIPTION OF THE DRAWINGS

[0054] Figure 1 A schematic flow chart of a traceable garbage disposal method proposed by the present invention;

[0055] Figure 2 A schematic block diagram of the process of receiving a garbage delivery request sent by a user terminal in a traceable garbage disposal method proposed by the present invention;

[0056] Figure 3 This is a schematic diagram of the structure of a traceable garbage disposal system proposed by the present invention;

[0057] Figure 4 This is a schematic diagram of the structure of a processing module in a traceable garbage processing system proposed by the present invention;

[0058] Figure 5 This is a schematic diagram of the structure of an import module in a traceable garbage disposal system proposed by the present invention. DETAILED DESCRIPTION

[0059] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0060] The implementation of the present invention is described in detail below in conjunction with specific embodiments.

[0061] The same or similar numbers in the drawings of this embodiment correspond to the same or similar parts; in the description of the present invention, it should be understood that if the terms "upper", "lower", "left", "right" and the like indicate directions or positional relationships based on the directions or positional relationships shown in the drawings, it is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction. Therefore, the terms describing the positional relationship in the drawings are only used for illustrative purposes and cannot be understood as limitations on the present invention. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0062] Reference Figure 1-2 As shown, a traceable garbage disposal method is applied to garbage delivery electronic devices, specifically comprising the following steps:

[0063] S101: receiving a junk delivery request sent by a user terminal, the storage request carrying an image of a junk category to be stored, a requested storage time of the junk category, and a required storage location of the junk category;

[0064] The step of receiving a junk delivery request sent by a user terminal includes:

[0065] Receiving a delivery request sent by a user terminal through an external physical button, the delivery request is used to request to establish a connection with a garbage delivery electronic device;

[0066] Detect whether the current identity information of the user terminal is the identity information person preset by the regional category;

[0067] If the current identity information of the user terminal is the identity information person preset by the regional class, the user terminal is connected according to the delivery request and subsequent junk image recognition is performed;

[0068] S102: Obtain a junk category image of a junk category, and input the junk category image into a preset image content analysis model;

[0069] S103: Obtaining an image content recognition result output by the image content analysis model based on the junk category image, and obtaining component information of junk delivered in the junk category image from the image content recognition result;

[0070] S104: Obtaining the composition information of the delivered garbage, the requested storage time of the garbage category, and the required storage location of the garbage category from the garbage category image, and determining whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image, and completing the delivery of the garbage to the temporary storage unit after confirming that they are consistent;

[0071] The step of obtaining the composition information of the delivered garbage of the garbage category image, the requested storage time of the garbage category, and the required storage location of the garbage category, and determining whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image includes:

[0072] Identify the composition information of the delivered garbage in the garbage category image, obtain the storage time of the delivered garbage according to the composition information, identify the requested storage time of the garbage category, and determine the available storage time of the currently delivered garbage;

[0073] The garbage storage location is determined based on the allowed residence time of the delivered garbage, and then the storage location required for the garbage category is obtained. If the storage location required for the garbage category is inconsistent with the garbage storage location, the garbage storage location data is modified to ensure that the storage location required for the garbage category is consistent with the garbage storage location.

[0074] S105: Monitor the current status of the temporary storage unit, including the status of the temporary storage unit's garbage outbound, processing, and completion of processing, and complete the data import of the current status. After the import is completed, perform integration processing and store it in the data platform to complete traceable garbage processing;

[0075] The current state of the temporary storage unit is monitored, and the current state includes the state of the temporary storage unit's garbage outbound, processing, and completion of processing, including:

[0076] A recognizable code is provided on the temporary storage unit, and the dynamic state of the garbage stored in the temporary storage unit is realized through the recognizable code;

[0077] The temporary storage unit needs to perform status recognition when entering and exiting the station to determine the dynamics of the stored garbage. When the temporary storage unit that recognizes the stored garbage re-recognizes entering the station after exiting the station, it is determined that the garbage stored in the current temporary storage unit has been processed, the monitoring status is terminated, and the dynamic monitoring of the newly stored garbage is restarted; by identifying the processed garbage and the user terminal, the information of the delivered person is determined, the garbage is identified using images, and classified into recyclable garbage, kitchen waste, hazardous waste, and other garbage. In actual use, the user classifies different garbage and puts it into corresponding garbage bags. When the garbage is delivered, the identification and garbage storage of different temporary storage units are determined. In the later processing, the identifiable code on the temporary storage unit is used to complete the status confirmation of garbage disposal, thereby realizing traceable garbage disposal.

[0078] In this embodiment, detecting whether the current identity information of the user terminal is the identity information person preset by the area class includes:

[0079] Upon receiving a delivery request sent by an external physical button, the current user's facial image is obtained, the face to be recognized is obtained from the user's facial image, and the face to be recognized is passed to the face recognition model;

[0080] Determine whether the face to be recognized is a preset face through a face recognition model;

[0081] When the face recognition model determines that the face to be recognized is a preset face, it connects to the user terminal according to the delivery request and performs subsequent garbage image recognition. Clustering and grouping are performed through users in different communities, and avatars are preset for all personnel in the area. This makes it easier to determine the user terminal that has placed the garbage during use, which is convenient for later tracing. For users who cannot be recognized, on-site sampling is required to complete the identification. Garbage classification is completed through algorithm recognition and user selection. Finally, the final classification is completed through big data recognition, which improves the accuracy of garbage classification. The garbage category image further corrects and confirms the information, thereby improving the traceability of erroneous garbage delivery.

[0082] In this embodiment, receiving a delivery request sent by an external physical button, obtaining the current user's facial image includes:

[0083] If a delivery request is received from an external physical button, the camera is started;

[0084] Capturing a user image facing the external physical buttons through a camera;

[0085] Get the face to be recognized from the user image and pass it to the face recognition model.

[0086] In this embodiment, after the import is completed, integration processing is performed and stored in the data platform to complete traceable garbage processing, including:

[0087] Import the acquired stored dynamic information of junk data, encrypt the imported data, and send it to the data platform for storage after encryption;

[0088] When the garbage delivery electronic device retrieves the stored dynamic information of garbage, it first sends a retrieval signal to the data platform. The data platform completes the data retrieval, decrypts the data, and then sends it to the garbage delivery electronic device for output and display, thereby ensuring the confidentiality and readability of the acquired data.

[0089] The technical solution performs clustering and grouping through users in different communities, and presets avatars for all personnel in the area, so that it is easy to determine the user terminal of the garbage when using it, which is convenient for later tracing. For users who cannot be identified, on-site sampling is required to complete identification. Garbage classification is completed by algorithm identification and user selection in both directions. Finally, the final classification is completed through big data identification, which improves the accuracy of garbage classification. The garbage category image further corrects and confirms the information, thereby improving the traceability of erroneous garbage delivery. When the garbage is delivered, the image is used to identify the garbage and classify it into recyclable garbage, kitchen waste, hazardous waste, and other garbage. In actual use, the user classifies different garbage and puts it into the corresponding garbage bag. When the garbage is placed, the identification and garbage storage determination of different temporary storage units are completed. In the later processing, the identifiable code on the temporary storage unit is used to complete the status confirmation of garbage disposal, thereby realizing traceable garbage disposal. The termination module is to identify the temporary storage unit where the stored garbage is stored after exiting the station again, and then determine that the garbage stored in the current temporary storage unit has completed the processing, execute the monitoring status termination, and restart the dynamic monitoring of the newly stored garbage.

[0090] Reference Figure 3-5As shown, a traceable garbage disposal system is applied to the above-mentioned garbage disposal method, and the garbage disposal system includes: a startup module, which is used to receive a garbage delivery request sent by a user terminal; a generation module, which is used to obtain the composition information of the delivered garbage of the garbage category image, the requested storage time of the garbage category, and the required storage location of the garbage category, and determine whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image; a processing module, which is used to monitor the status of the garbage outgoing, processing and completion of processing of the temporary storage unit and complete the acquisition of data; a termination module, which is used to determine that the temporary storage unit of the stored garbage re-identifies the entry after the outgoing, and then determines that the garbage stored in the current temporary storage unit has completed the processing , the monitoring status is terminated; the import module is used to process the acquired garbage status data, including encryption and decryption to complete storage and retrieval; the data platform is used to store the encrypted garbage status data, identify the processed garbage and the user terminal, determine the information of the person delivering the garbage, use the image to identify the garbage, and classify it into recyclable garbage, kitchen waste, hazardous waste, and other garbage. In actual use, the user classifies different garbage and puts it into the corresponding garbage bags, completes the identification and garbage storage determination of different temporary storage units when the garbage is delivered, and uses the identifiable code on the temporary storage unit to complete the garbage disposal status confirmation in the later processing, thereby realizing traceable garbage disposal.

[0091] In this embodiment, the processing module includes an analysis layer and a processing layer. The analysis layer implements analysis and processing of the current garbage status data, and the processing layer completes processing of the current garbage status data.

[0092] The analysis layer includes: a tracking unit, which is used to track the current garbage status to obtain tracking data; a logic confirmation unit, which is used to screen and confirm the status of the obtained tracking data to determine the current garbage execution status; a collection unit, which is used to collect the tracking data and the current garbage execution status to determine the current garbage processing process status;

[0093] The processing layer includes: an execution unit, which is used to summarize the current garbage processing process status data obtained by the analysis layer, and complete the information import processing after summarizing.

[0094] In this embodiment, the import module includes: a receiving unit for receiving data obtained during the current garbage processing; an encryption unit for encrypting data obtained during the current garbage processing; a decryption unit for decrypting the encrypted data in the data platform when it is retrieved, clustering and grouping are performed through users in different communities, and avatars are preset for all personnel in the area, so that it is convenient to determine the user terminal that has placed the garbage during use, which is convenient for later tracing. For users who cannot be identified, on-site sampling is required to complete the identification. Garbage classification is completed in both directions through algorithm recognition and user selection, and finally the final classification is completed through big data recognition, which improves the accuracy of garbage classification, and the garbage category image further corrects and confirms the information, thereby improving the traceability of erroneous garbage delivery.

[0095] In this embodiment, the entire operation process can be controlled by a computer, and with the addition of a PLC, etc., automated operation control can be achieved. In each operation link, sensors can be set up to provide signal feedback to achieve sequential execution of steps. These are all common knowledge of current automated control and will not be described in detail in this embodiment.

[0096] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A traceable garbage disposal method, characterized in that: Applied to garbage delivery electronic equipment, specifically including the following steps: S101: receiving a junk delivery request sent by a user terminal, wherein the storage request carries an image of a junk category to be stored, a requested storage time of the junk category, and a required storage location of the junk category; S102: Obtain a junk category image of the junk category, and input the junk category image into a preset image content analysis model; S103: Obtaining an image content recognition result output by the image content analysis model based on the junk category image, and obtaining component information of junk delivered in the junk category image from the image content recognition result; S104: Obtaining the composition information of the delivered garbage of the garbage category image, the requested storage time of the garbage category, and the required storage location of the garbage category, and determining whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image, and completing the delivery of the garbage to the temporary storage unit after confirming that they are consistent; S105: Monitor the current status of the temporary storage unit, which includes the status of garbage outbound, processing and completion of processing of the temporary storage unit, and complete the data import of the current status. After the import is completed, perform integration processing and store it in the data platform to complete traceable garbage processing.

2. A traceable garbage disposal method as claimed in claim 1, characterized in that: In S101, the receiving of a junk delivery request sent by a user terminal includes: Receiving a delivery request sent by a user terminal through an external physical button, wherein the delivery request is used to request to establish a connection with the garbage delivery electronic device; Detecting whether the current identity information of the user terminal is the identity information person preset by the regional category; If the current identity information of the user terminal is the identity information person preset by the area class, a connection is made with the user terminal according to the delivery request, and subsequent junk image recognition is performed.

3. A traceable garbage disposal method as claimed in claim 2, characterized in that: Detecting whether the current identity information of the user terminal is the identity information person preset by the regional category includes: Receiving a delivery request sent by an external physical button, obtaining a current user's facial image, obtaining a face to be recognized from the user's facial image, and passing the face to be recognized to a face recognition model; Determining whether the face to be recognized is a preset face by using the face recognition model; When the face recognition model determines that the face to be recognized is the preset face, it connects with the user terminal according to the delivery request and performs subsequent junk image recognition.

4. A traceable garbage disposal method as claimed in claim 3, characterized in that: Receiving the delivery request sent by the external physical button, the current user's facial image is obtained, including: If a delivery request is received from an external physical button, the camera is started; capturing, by the camera, an image of a user facing the external physical button; The face to be recognized is obtained from the user image, and the face to be recognized is passed to the face recognition model.

5. A traceable garbage disposal method as claimed in claim 4, characterized in that: In S104, the component information of the delivered garbage of the garbage category image, the requested storage time of the garbage category, and the required storage location of the garbage category are obtained, and it is determined whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image, including: Identify the component information of the delivered garbage in the garbage category image, obtain the storage time of the delivered garbage according to the component information, identify the requested storage time of the garbage category, and determine the available storage time of the currently delivered garbage; The garbage storage location is determined according to the allowed residence time of the delivered garbage, and then the storage location required for the garbage category is obtained. If the storage location required for the garbage category is inconsistent with the garbage storage location, the garbage storage location data is modified to ensure that the storage location required for the garbage category is consistent with the garbage storage location.

6. A traceable garbage disposal method as claimed in claim 5, characterized in that: In S105, the current state of the temporary storage unit is monitored, and the current state includes the state of the temporary storage unit's garbage outbound, processing, and completion of processing, including: A recognizable code is provided on the temporary storage unit, and the dynamic state of the garbage stored in the temporary storage unit is realized through the recognizable code; The temporary storage unit needs to perform status identification when entering and leaving the station to determine the dynamics of the stored garbage. When the temporary storage unit that identifies the stored garbage re-identifies entering the station after leaving the station, it is determined that the garbage stored in the current temporary storage unit has been processed, the monitoring status is terminated, and the dynamic monitoring of the newly stored garbage is restarted.

7. A traceable garbage disposal method as claimed in claim 6, characterized in that: In S105, after the import is completed, the data is integrated and stored in the data platform to complete the traceable waste processing, including: Import the acquired stored dynamic information of junk data, encrypt the imported data, and send it to the data platform for storage after encryption; When the garbage delivery electronic device retrieves the stored dynamic garbage information, it first sends a retrieval signal to the data platform. The data platform completes the data retrieval, decrypts the data after retrieval, and then sends it to the garbage delivery electronic device for output and display.

8. A traceable garbage disposal system, characterized in that: The garbage disposal method according to any one of claims 1 to 7, wherein the garbage disposal system comprises: A startup module, used for receiving a junk delivery request sent by a user terminal; A generation module, used to obtain the composition information of the delivered garbage, the requested storage time of the garbage category, and the required storage location of the garbage category of the garbage category image, and determine whether the delivery location of the delivered garbage is consistent with the required storage location of the garbage category according to the garbage category image; A processing module, used to monitor the status of garbage outgoing, processing and completion of processing of the temporary storage unit and complete the acquisition of data; A termination module is used to determine that the temporary storage unit of the stored garbage has been re-identified after leaving the station, and then determine that the garbage stored in the current temporary storage unit has been processed and terminate the monitoring state; Import module, used to process the acquired garbage status data, including encryption and decryption to complete storage and retrieval; A data platform for storing encrypted garbage state data.

9. A traceable garbage disposal system as claimed in claim 8, characterized in that: The processing module includes an analysis layer and a processing layer, wherein the analysis layer realizes analysis and processing of current garbage status data, and the processing layer completes processing of current garbage status data; The analysis layer includes: A tracking unit, used for tracking the current garbage status to obtain tracking data; A logic confirmation unit is used to screen and confirm the status of the acquired tracking data to determine the current status of the garbage being executed; A collection unit is used to collect the tracking data and the current garbage execution status to determine the current garbage processing status; The processing layer includes: The execution unit is used to summarize the current garbage processing process status data obtained by the analysis layer and complete the information import processing after summarizing.

10. A traceable garbage disposal system as claimed in claim 9, characterized in that: The import module includes: A receiving unit, used for receiving data obtained during the current garbage processing process; An encryption unit, used for encrypting data obtained during the current garbage processing process; The decryption unit is used to decrypt the encrypted data in the data platform when it is retrieved.

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