Method, system and computer-readable medium for sampling power waste materials

Abstract

The present invention relates to the technical field of big data processing of electric power materials, and in particular to a method, system and computer-readable medium for sampling electric power waste materials. It is applied to data management and retrospective query of electric power waste materials. It includes original data, local cache and cloud server; the original data is divided into record forms, photographs and recorded videos of electric power waste materials; the original data is stored locally, and the local storage is used as a backup for archival data storage. The local storage only uses data entry storage, and sampling and retrospective personnel have no right to enter storage processing. Therefore, real-time and multiple sampling and retrospective inspections will not damage the original archival data.

Description

Technical Field

[0001] The present invention relates to the technical field of power material big data processing, in particular to a method, system and computer-readable medium for sampling power waste materials, which are applied to power waste material data management and retrospective query. Background Art

[0002] Electric power waste materials refer to fixed assets, engineering materials, raw materials, and spare parts that are eliminated due to technological progress, expiration of service life, or sudden accidents, and cannot be repaired or have been idle for a long time. After these waste materials are dismantled, a large number of raw materials and parts can be reused in the construction and production of power equipment to improve the efficiency of recycling. At the same time, due to their special nature and importance, they need to be properly managed and handled. In the recycling of electric power waste materials, the situation before and after the material dismantling is generally recorded through record forms, taking pictures, recording videos, etc. The above records are generally kept separately to facilitate retrospective inquiries into the electric power waste material processing process.

[0003] However, the actual sampling and retrospective query records found that the record forms, pictures, and videos are often distinguished according to the collection date and notes of the sampling situation. Electric power waste materials are divided into wires, parts, shells, waste materials, etc. according to the different disassembly classifications. When a large number of waste materials are processed in batches, a large number of forms, pictures, and videos will be generated. When retrospective inquiries are made, they can often only be queried by date and notes of the sampling situation, and the records are manually compared. If the remark name is repeated or wrong, the retrospective query of the sampling will be wrong and take a lot of time. After the data is stored for a period of time, a large amount of data will be formed, and the difficulty of retrospective sampling will be further increased. The existing forms, pictures, and videos are all saved separately without forming data associations, which is time-consuming, labor-intensive, and difficult to trace back. At the same time, any error in the form, picture, or video in the manual query will cause an error in the sampling retrospective query, resulting in chaos in the management of electric power waste materials.

[0004] A digital audit method and device for power waste materials based on information fusion is disclosed in the prior art, with the publication (announcement) number: CN110721808A. By classifying typical power equipment and linking its corresponding auxiliary power equipment, it is convenient to audit typical power equipment of a single category and its auxiliary power equipment in the subsequent audit process, and firstly conduct a reasonable audit of scrapping according to the operating years of each power equipment, so that the scrapped power equipment can be preliminarily obtained, and then the information of the scrapped power equipment is compared with the recorded information to obtain the power equipment that needs to be audited in the audit process. The present invention analyzes the scrapped power equipment in each type of power equipment, determines the power equipment that needs to be audited, realizes the accurate audit of multiple types of power equipment, timely grasps the status of the current power equipment, and can perform effective risk assessment according to the status of the current power equipment. The above-mentioned public technology only evaluates the status of the current power equipment, and cannot meet the traceability and control of power waste materials. Therefore, a method for sampling power waste materials is urgently needed to solve practical application problems.

[0005] In addition, the above-mentioned random inspection and retrospective queries are all called for inquiries on the original document data of record forms, pictures taken, and videos recorded. Misoperations such as copying and pasting, moving and deleting during the retrospective query operation seriously affect the security of the original documents. Careless operation or management will cause irreparable losses to the original records. Summary of the invention

[0006] The present invention solves the existing technical problems and adopts the following technical solutions: The power waste material sampling inspection system includes raw data, local cache, and cloud server; the raw data is divided into record forms, pictures, and videos of power waste materials; the local cache is used to receive the raw data for local storage; the cloud server is used to query the archived data in the local cache; the raw data is stored in the local cache, and the local cache is accessed and queried through the cloud server. The raw data is entered with date and remarks. The authentication module is connected to the cloud server through a browser, and the authentication module stores user identity authentication information. The user authenticates the encrypted information through the authentication module and logs in to the cloud server after confirming the identity.

[0007] There are multiple local caches, each of which stores a form record, a captured image, or a recorded video in the original data.

[0008] The beneficial effects of the present invention are as follows: the original data is divided into record forms, pictures, and videos of waste power materials; the original data is stored locally, and the local storage is used as a backup for archival data storage. The local storage only uses data entry storage, and the sampling and tracing back personnel have no right to enter the storage and processing. Therefore, real-time and multiple sampling and tracing back will not damage the original archival data. Each local cache saves one of the record forms, pictures, or videos in the original data. The above storage method is classified and stored, which reduces the data retrieval and classification links in the data call, and different local caches extract corresponding types of data. The server load is greatly reduced, especially when storing massive amounts of waste power material data, the advantages of separate caching are obvious, and the local cache response and operation time efficiency are significantly improved. The storage space occupied by the video in the record form, pictures, and recorded videos is relatively large, and generally only the storage space of the recorded video storage device needs to be increased to meet the needs. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 It is a schematic diagram of the electric power waste material sampling inspection system of the present invention. DETAILED DESCRIPTION

[0010] The power waste material sampling inspection system includes raw data, local cache, and cloud server; the raw data is divided into record forms, pictures, and videos of power waste materials; the local cache is used to receive the raw data for local storage; the cloud server is used to query the archived data in the local cache; the raw data is stored in the local cache, and the local cache is accessed and queried through the cloud server. The raw data is entered with date and remarks. The authentication module is connected to the cloud server through a browser, and the authentication module stores user identity authentication information. The user authenticates the encrypted information through the authentication module and logs in to the cloud server after confirming the identity.

[0011] There are multiple local caches, each of which stores a form record, a captured image, or a recorded video in the original data.

[0012] The sampling method of the power waste material sampling system includes the following steps S1. Classification local cache storage Local cache storage of data classification for record forms, pictures and videos of power waste materials; S2. Establish mapping data Record forms, take pictures, and record videos to establish mapping relationships. The mapping relationships are matched to form mapping call task data. The mapping call tasks are saved as SQL databases, and the SQL databases are saved to the cloud server. S3. Establish query data flow The local cache is connected to the cloud server data, and the cloud server is used to query the records in the local cache, take pictures, and record videos through mapping call tasks.

[0013] S4. Mapping data modification Randomly check the record forms, take pictures, and record videos that establish mapping relationships in the local cache; modify the SQL database when the mapping call task data is wrong, and replace and save the modified mapping call task data.

[0014] A computer-readable medium for random inspection of power waste materials; storing and recording forms, photographs, and video mapping relationships, and checking the original data with mapping relationships one by one. Example

[0015] The technology of this application is used to realize real-time sampling of the dismantling process of waste power materials, realize production park monitoring and equipment monitoring; meet application scenarios such as real-time production data upload, daily production order completion rate, per capita dismantling capacity, energy consumption, etc. Establish full-process management of the dismantling of waste power materials. Record forms, take pictures, and record videos in real time and throughout the process of waste material warehousing, material circulation, production scheduling, material online auction, and material outbound management; realize transparent, real-time, traceable, and intelligent management and control. Improve the operating efficiency of the entire park and save management costs. Realize sampling and monitoring of the entire process of people, vehicles, goods, loading and unloading positions, and security, and combine charts and videos to achieve convenient management.

[0016] The innovative technical points of this application are as follows: 1. Classification and preservation of original data - original data is divided into record forms, pictures and videos of power waste materials; original data is stored locally, and local storage is used as a backup for archival data storage. Local storage only uses data entry storage, and sampling and tracing personnel have no right to enter storage and processing. Therefore, real-time and multiple sampling and tracing will not damage the original archival data.

[0017] 2. Separate caching of the same type of original data - Based on the principle of computer storage, under normal circumstances, record forms, pictures and recorded videos are mixed and loaded into the storage device. When the storage device is fully loaded, a new storage device is added. In addition to the above-mentioned conventional storage method, the present application saves one of the record forms, pictures or recorded videos in each local cache. The above-mentioned storage method is classified and stored, which reduces the data retrieval and classification links in data calls, and different local caches extract corresponding types of data. The server load is greatly reduced, especially when storing massive amounts of waste power material data, the advantages of separate caching are obvious, and the local cache response and operation time efficiency are significantly improved. The storage space occupied by the video in the record form, picture taking and recorded video is relatively large, and generally only the storage space of the recorded video storage device needs to be increased to meet the needs.

[0018] 3. Query and modify through mapping relationships - query the records of forms, pictures and videos in the original data through mapping relationships. When corresponding errors occur in the records of forms, pictures and videos, the SQL database of the task can be mapped and called through the cloud server. The SQL database can be modified and replaced and saved to the cloud server. The original data in the local cache will not be processed. Only the mapping call task will be revised to ensure the safety of the original data. The query record mapping relationship can be adjusted in real time.

[0019] 4. Authentication and encryption - The authentication module is connected to the cloud server through the browser. The authentication module stores the user's identity authentication information. The user authenticates the encrypted information through the authentication module and logs into the cloud server after confirming the identity. The above method ensures the identity authentication of the sampling personnel, and through the authentication module, the operation authority is attached, and the designated personnel record and modify the incorrect mapping relationship, so as to facilitate the orderly sampling of power waste materials.

Claims

1. The power waste material sampling system is characterized by Including original data, local cache, and cloud server; The original data is divided into record forms, pictures and videos of power waste materials; A local cache, which is used to receive the original data for local storage; Cloud servers, used to query locally cached archived data; The original data is stored in the local cache and can be accessed and queried through the cloud server.

2. The power waste material sampling inspection system according to claim 1 is characterized in that The original data entry date and remarks.

3. The power waste material sampling inspection system according to claim 1 is characterized in that The authentication module is connected to the cloud server through a browser, the authentication module stores user identity authentication information, the user authenticates the encrypted information through the authentication module, and logs in to the cloud server after confirming the identity.

4. The power waste material sampling inspection system according to claim 1 is characterized in that There are multiple local caches, each of which stores a form record, a captured picture, or a recorded video in the original data.

5. The sampling inspection method of the power waste material sampling inspection system according to any one of claims 1 to 4, characterized in that The following steps are included S1. Classification local cache storage Local cache storage of data classification for record forms, pictures and videos of power waste materials; S2. Establish mapping data Record forms, take pictures, and record videos to establish mapping relationships. The mapping relationships are matched to form mapping call task data. The mapping call tasks are saved as SQL databases, and the SQL databases are saved to the cloud server. S3. Establish query data flow The local cache is connected to the cloud server data, and the cloud server is used to query the records in the local cache, take pictures, and record videos through mapping call tasks.

6. The sampling inspection method of the power waste material sampling inspection system according to claim 5 is characterized in that The following steps are also included: S4. Mapping data modification Randomly check the record forms, take pictures, and record videos that establish mapping relationships in the local cache; modify the SQL database when the mapping call task data is wrong, and replace and save the modified mapping call task data.

7. A computer-readable medium for sampling power waste materials; characterized in that Store the mapping relationships between record forms, captured pictures, and recorded videos, and check the original data with mapping relationships one by one.

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