Equipment acceptance management method and equipment of battery swap station, and medium

Abstract

The embodiment of the invention discloses an equipment acceptance management method and equipment for a battery swap station, and a medium, is applied to an equipment acceptance management system comprising a multi-level menu module, relates to the technical field of battery swap management, and solves the problems of low manual acceptance efficiency and high error rate in the prior art. The method comprises the following steps: acquiring equipment delivery data corresponding to goods receiving equipment to be accepted from an equipment delivery list in an equipment acceptance management system; calling an acceptance warehousing interface of an equipment acceptance management system, so as to determine equipment arrival data corresponding to the to-be-accepted arrival equipment based on the acceptance warehousing interface; and carrying out comparison acceptance on the equipment delivery data and the equipment arrival data of the to-be-accepted arrival equipment based on a preset acceptance rule, and warehousing the to-be-accepted arrival equipment based on an acceptance result.

Description

[0001] This application claims priority based on the invention patent application titled "A Method, Device, and Medium for Equipment Acceptance Management in a Battery Swap Station" with the application number 202311867316.6, which was filed with the China National Intellectual Property Administration on December 29, 2023. This application incorporates the entire text of the above-mentioned Chinese patent application by reference. Technical Field

[0002] This specification relates to the technical field of battery swap management, and particularly to a method, device, and medium for equipment acceptance management in a battery swap station. Background Art

[0003] With the popularization of electric vehicles and the growth of market demand, battery swap stations, as a fast and convenient charging method, have gradually emerged and received extensive attention. A battery swap station is a charging facility based on battery technology and services, which can replace the electric vehicle battery in a short time, thus solving problems such as long battery charging time and limited driving range. In a battery swap station, the acceptance and warehousing of equipment refer to the need to accept the equipment after it is transported to the battery swap station and store it in the warehouse. The purpose of the acceptance is to confirm whether the quality and quantity of the equipment meet the requirements of the procurement contract. It usually includes appearance inspection, function testing, inspection of the integrity of accessories, etc. Equipment that passes the acceptance will be warehoused and become the assets of the battery swap station. Therefore, acceptance and warehousing are important business processes that can ensure the quality and quantity of battery swap station equipment are consistent with the procurement contract and provide reliable data support for equipment management.

[0004] The existing methods for the acceptance and warehousing of equipment in battery swap stations generally use manual labor for in-station acceptance of equipment. Personnel will conduct appearance inspection, function testing, identification verification, etc. on the equipment to ensure that the equipment meets the requirements and installation standards. Scanning code acceptance: Use a scanning device to accept the equipment. For example, use a QR code scanner to scan the QR code on the equipment to obtain relevant information about the equipment and compare and verify it with the data in the system. Manual acceptance requires personnel to participate, so it may be affected by human factors such as personnel negligence and fatigue, which are prone to errors or omissions. In addition, manual acceptance usually takes more time and human resources, especially in large-scale in-station acceptance of equipment, which may lead to low acceptance efficiency. Summary of the Invention

[0005] To solve the above technical problems, one or more embodiments of this specification provide a method, device, and medium for equipment acceptance management in a battery swap station.

[0006] One or more embodiments of this specification adopt the following technical solutions:

[0007] On the one hand, a device acceptance management method for a battery swapping station is provided, which is applied to a device acceptance management system. The method includes: obtaining device shipping data corresponding to the devices to be received and inspected from the device shipping list in the device acceptance management system; calling the acceptance and warehousing interface of the device acceptance management system to determine device arrival data corresponding to the devices to be received and inspected based on the acceptance and warehousing interface; comparing and accepting the device shipping data and the device arrival data of the devices to be received and inspected based on preset acceptance rules, so as to warehouse the devices to be received and inspected based on the acceptance result.

[0008] In the embodiments of this specification, through the device acceptance management system, device shipping data and device arrival data are automatically obtained, and the acceptance and warehousing interface is called for automated comparison and acceptance, greatly reducing manual operations and interventions, improving the efficiency and accuracy of the acceptance process. Moreover, errors and omissions caused by human factors are reduced, ensuring the consistency and accuracy of device shipping data and arrival data. By conducting acceptance based on preset acceptance rules, the standardization and consistency of the acceptance process are ensured, avoiding subjective differences among different personnel or at different time points during the acceptance process, and improving the standardization and controllability of management. In addition, this process can achieve real-time monitoring of device arrival and acceptance situations. Once data inconsistencies or failed acceptance are found, feedback and processing can be carried out immediately to correct problems in a timely manner, avoiding delays and impacts on subsequent work, and also enhancing the traceability and transparency of the work.

[0009] In a feasible embodiment, the device acceptance management system includes a shipping management module and an acceptance and warehousing module. The method further includes: calling the shipping order list interface corresponding to the shipping management module to perform shipping data verification on the devices to be shipped and inspected for acceptance based on the shipping order list interface; in the case where the shipping data verification passes, updating the device shipping data corresponding to the devices to be shipped and inspected for acceptance to the acceptance and warehousing module.

[0010] This specification introduces the shipping management module and the acceptance and warehousing module. The shipping management module can perform shipping data verification on the devices to be shipped and inspected for acceptance, ensuring the accuracy and integrity of device shipping data, avoiding acceptance problems caused by data errors or omissions, and thus guaranteeing the consistency of data throughout the acceptance process. Moreover, the data interaction and update between the shipping management module and the acceptance and warehousing module make the entire acceptance process more collaborative and smooth. This helps reduce bottlenecks and delays in the process, improving the efficiency and response speed of the overall process. In addition, by recording the entire process of shipping data verification and update in the system, the transparency and traceability of the work are enhanced. This helps monitor, analyze, and improve the process subsequently, improving the standardization and controllability of overall management.

[0011] The embodiments of this specification also provide a method for equipment acceptance management of a battery swapping station. The method includes: obtaining the menu structure and hierarchy of the equipment acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the equipment acceptance management system; wherein, the added acceptance management module includes: second-level menus corresponding to a delivery management module and a receipt and warehousing module; calling the request information of the delivery order list interface corresponding to the delivery management module to perform equipment delivery data verification based on the request information, and updating the equipment delivery data of the receipt and warehousing module based on the verification result; calling the request information of the receipt and warehousing interface of the receipt and warehousing module to determine the equipment arrival data of the current battery swapping station; comparing and accepting the equipment delivery data and the equipment arrival data based on preset acceptance rules to perform warehousing based on the acceptance result.

[0012] This specification adds an acceptance management module to the first-level menu module of the equipment acceptance management system. Furthermore, based on the delivery management module and the receipt and warehousing module within the added acceptance management module, it facilitates users to understand the delivery situation, realizes timely querying of acceptance records for equipment-related data for receipt and warehousing and traceability. Through the verification of equipment delivery data, the accuracy and integrity of the data can be ensured, preventing incorrect or non-compliant data from entering the receipt and warehousing module. According to the verification result, the equipment delivery data of the receipt and warehousing module is updated. This helps to ensure the timeliness and accuracy of equipment delivery data, guaranteeing the smooth progress of subsequent acceptance and warehousing work. Through the automated verification and update process, manual operations can be reduced and the error rate can be decreased, improving the efficiency and accuracy of data management. And by performing acceptance based on preset acceptance rules, it can ensure that the equipment meeting the project requirements is accurately warehoused, thus effectively controlling the equipment quality and improving the accuracy and efficiency of acceptance.

[0013] In a feasible embodiment, before invoking the shipping order list interface corresponding to the shipping management module, the method further includes: obtaining the menu structure and hierarchy of the equipment acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the equipment acceptance management system; wherein, the acceptance management module includes: second-level menus corresponding to the shipping management module and the acceptance into warehouse module; preferably, obtaining the menu structure and hierarchy of the equipment acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the equipment acceptance management system specifically includes: obtaining the menu structure of the equipment acceptance management system and the hierarchy corresponding to each menu structure; based on the menu structure and the hierarchy corresponding to each menu structure, determining the function menus of the equipment acceptance management system and the positions of each function menu; if it is determined based on the function menus that the acceptance management module exists (i.e., the acceptance management module is newly added), then changing the position of the newly added acceptance management module to obtain the acceptance management module in the first-level menu module; if it is determined based on the function menus that the acceptance management module does not exist, then updating the menu navigation of the equipment acceptance management system so as to deploy the acceptance management unit in the first-level menu of the equipment acceptance management system.

[0014] In a feasible embodiment, obtaining the menu structure and hierarchy of the equipment acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the equipment acceptance management system specifically includes: obtaining the menu structure of the equipment acceptance management system and the hierarchy corresponding to each menu structure; based on the menu structure and the hierarchy corresponding to each menu structure, determining the function menus of the equipment acceptance management system and the positions of each function menu; if it is determined based on the function menus that the newly added acceptance management module exists, then changing the position of the newly added acceptance management module to obtain the newly added acceptance management module in the first-level menu module; if it is determined based on the function menus that the newly added acceptance management module does not exist, then updating the menu navigation of the equipment acceptance management system so as to deploy the newly added acceptance management unit in the first-level menu of the equipment acceptance management system.

[0015] This specification is adjusted and optimized according to the menu structure and hierarchy of the equipment acceptance management system, and can clearly display the position of equipment acceptance management in the swap station scenario, providing a more convenient and intuitive menu navigation to support the operations and requirements of users in equipment acceptance management work. By first checking and updating the menu structure and hierarchy of the equipment acceptance management system and then adding the acceptance management module, not only the scalability and flexibility of the system are enhanced, but also the user experience is optimized, the clarity of the system structure is improved, and the permission management and system upgrade and maintenance are facilitated.

[0016] In a feasible embodiment, the menu navigation of the device acceptance management system is updated so as to deploy the newly added acceptance management unit in the first-level menu of the device acceptance management system. Specifically, it includes:

[0017] According to the menu navigation of the device acceptance management system, determine the positions of each first-level menu. Based on the positions of each first-level menu and the sorting rules of the menu navigation, determine the deployment position of the newly added acceptance management unit, so as to update the menu navigation based on the deployment position to obtain the updated menu navigation; based on the functions of the newly added acceptance management unit, perform microservice splitting on the newly added acceptance management unit to obtain multiple microservice units to be deployed; determine the types of each microservice unit to be deployed, so as to determine the corresponding maintenance personnel for design based on the types and obtain the storage paths of each microservice unit to be deployed; connect the storage paths of each microservice unit to be deployed with the deployment positions in the updated menu navigation, so as to deploy the newly added acceptance management unit in the first-level menu of the device acceptance management system.

[0018] In this specification, by updating the menu navigation, users can quickly determine the deployment position of the acceptance management unit based on the sorting rules, avoiding the development cost brought to technicians by manual analysis and improving the operation efficiency and convenience of subsequent deployment for users. By performing microservice splitting on the newly added acceptance management unit based on its functions to obtain multiple microservice units to be deployed, service units with different functions can be separated, facilitating subsequent maintenance and upgrade work, and at the same time improving the flexibility and scalability of the system. By connecting the storage paths of the microservice units to be deployed with the deployment positions of the updated menu navigation, the newly added acceptance management unit is successfully deployed in the first-level menu of the device acceptance management system, realizing the effective deployment and use of functions.

[0019] In a feasible embodiment, the shipping order list interface corresponding to the shipping management module is called to perform shipping data verification on the shipping devices to be inspected based on the shipping order list interface. Specifically, it includes: calling the shipping order list interface corresponding to the shipping management module to initiate an import shipping order request through the shipping list interface; verifying whether the request information corresponding to the import shipping order request is normal; where the request information includes: request object (i.e., request data object), request shipping order name (i.e., request data name); if so, obtaining the current device shipping data corresponding to the request information, and performing format rendering on the current device shipping data to obtain the device shipping data to be verified; determining the items to be verified based on the request object and the request shipping name, and verifying the device shipping data to be verified based on the items to be verified; preferably, verifying the device shipping data to be verified based on the items to be verified specifically includes: determining the new shipping order data corresponding to the device shipping data to be verified according to the device box numbers corresponding to the data in the device shipping data to be verified; for the new shipping data, performing a fuzzy comparison with the national standard table according to the arrival city by the entered name to obtain a first verification result, and determining a second verification result based on the comparison between the device model value and the model dictionary table; if it is determined that both the first verification result and the second verification result are passed, synchronously updating the new shipping data to the device shipping data in the acceptance and warehousing module.

[0020] In this specification, the automated verification process is more efficient than manual verification and can quickly complete the verification of a large amount of data. This not only shortens the verification time but also reduces the burden on staff. The verification process can determine the items to be verified based on the request object and the request shipping order name, thus supporting flexible verification rules. This helps to meet the verification requirements in different business scenarios and improve the adaptability and flexibility of the system. The new shipping data after verification can be synchronously updated to the device shipping data in the acceptance and warehousing module, thereby optimizing the acceptance and warehousing process. This helps to ensure the accuracy of data during acceptance and warehousing, improve the warehousing efficiency, and reduce subsequent problems caused by inconsistent data. By comparing with the national standard table, the accuracy of the arrival city can be ensured, and the second verification result is determined based on the comparison between the device model value and the model dictionary table, thereby ensuring the accuracy of the device model. By superimposing and determining the first verification result and the second verification result, the automated verification of the new shipping data is realized, thus ensuring both the accuracy of the new shipping data and improving the verification efficiency.

[0021] In a feasible embodiment, the shipping order list interface request information corresponding to the shipping management module is called to verify the device shipping data based on the request information, and the device shipping data of the acceptance warehousing module is updated based on the verification result. Specifically, it includes: verifying whether the shipping order list interface request information corresponding to the shipping management module is normal; wherein, the shipping order list interface request information includes: a request data object and a request data name; if so, the items to be verified are determined based on the request data object and the request data name, and the initial verification list form is obtained by formatting and rendering the verification list form according to the items to be verified and the shipping order list interface request information; the shipping order data is imported and verified based on the items to be verified in the initial verification list form to obtain a verification result, so as to update the device shipping data of the acceptance warehousing module according to the verification result.

[0022] In this specification, by verifying the shipping order list interface request information of the shipping management module, the correctness of the request data object and the request data name can be ensured, preventing the problem of data leakage caused by incorrect interface request information, and improving the data security of the acceptance process. Updating the device shipping data of the acceptance warehousing module according to the verification result can synchronize the data, help ensure the accuracy and integrity of the shipping data, avoid the problem that the subsequent warehousing acceptance is affected due to asynchronous data update, improve the reliability of the acceptance, and ensure the smooth progress of the subsequent acceptance and warehousing work.

[0023] In a feasible embodiment, the shipping order data is imported and verified based on the items to be verified in the initial verification list form to obtain a verification result, so as to update the device shipping data of the acceptance warehousing module according to the verification result. Specifically, it includes: determining the newly added shipping order data in the shipping order data according to the device box numbers corresponding to the data in the imported shipping order data; for the newly added shipping data, a first verification result is obtained by performing a fuzzy comparison with the national standard table according to the arrival city and a second verification result is determined by comparing the device model value with the model dictionary table; if it is determined that both the first verification result and the second verification result pass, the newly added shipping data is synchronously updated to the device shipping data of the acceptance warehousing module.

[0024] In this specification, by comparing with the national standard table, the accuracy of the arrival city can be ensured, and the second verification result is determined by comparing the device model value with the model dictionary table, thereby ensuring the accuracy of the device model. By superimposing and determining the first verification result and the second verification result, the automatic verification of the newly added shipping data is realized, which not only ensures the accuracy of the newly added shipping data but also improves the verification efficiency.

[0025] In a feasible embodiment, the acceptance warehousing interface of the device acceptance management system is called to determine the device arrival data corresponding to the device to be received and warehoused based on the acceptance warehousing interface. Specifically, it includes: calling the acceptance warehousing interface request information of the acceptance warehousing module to determine whether the acceptance warehousing interface request information is normal; wherein, the acceptance warehousing interface request information includes an acceptance status, an acceptance object, and an acceptance name; if it is normal, the format of the acceptance list (i.e., the acceptance list table) is rendered based on the acceptance warehousing interface request information to obtain an initial acceptance list (i.e., the initial acceptance list table); according to the acceptance status in the operation column of the initial acceptance list, the corresponding operation is triggered to perform acceptance warehousing, and the device arrival data of the current swapping station is determined.

[0026] In a feasible embodiment, the acceptance warehousing interface request information of the acceptance warehousing module is called to determine the device arrival data of the current swapping station based on the acceptance warehousing interface request information. Specifically, it includes:

[0027] Calling the acceptance warehousing interface request information of the acceptance warehousing module to determine whether the acceptance warehousing interface request information is normal; wherein, the acceptance warehousing interface request information includes an acceptance status, an acceptance object, and an acceptance name; if it is normal, the format of the acceptance list table is rendered based on the acceptance warehousing interface request information to obtain an initial acceptance list table; according to the acceptance status in the operation column of the initial acceptance list table, the corresponding operation is triggered to perform acceptance warehousing, and the device arrival data of the current swapping station is determined.

[0028] Based on the acceptance warehousing interface request information, this specification renders the format of the acceptance list table, and can automatically generate an initial acceptance list table. This helps to improve the efficiency and accuracy of data management. By automatically generating the initial acceptance list table and performing acceptance warehousing through the operation column, the device arrival data of the current swapping station is determined, which can reduce manual operations and reduce the error rate, and improve the efficiency and accuracy of data management.

[0029] In a feasible embodiment, according to the acceptance status of the operation column in the initial acceptance list, corresponding operations are triggered to conduct acceptance and warehousing, and the equipment arrival data of the current battery swapping station is determined, specifically including: based on the acceptance status data of each acceptance subtask in the initial acceptance list, determining the acceptance subtasks that have not been completed from each acceptance subtask; based on the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed in the initial acceptance list, triggering corresponding operations to conduct acceptance and warehousing; after completing the acceptance and warehousing of all the acceptance subtasks, obtaining the equipment arrival data of the equipment to be received and warehoused based on the acceptance data of each acceptance subtask; preferably, the triggering corresponding operations to conduct acceptance and warehousing based on the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed in the initial acceptance list includes: triggering corresponding operations to conduct acceptance and warehousing for the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed currently in the initial acceptance list to obtain the current acceptance data; updating the acceptance status data based on the current acceptance data, and conducting detailed acceptance based on the updated acceptance status data; obtaining the fields returned by the preset acceptance details interface, and determining whether all acceptance tasks have been completed based on the fields; in the case of determining that not all acceptance tasks have been completed, determining the remaining acceptance subtasks that have not been completed according to the updated acceptance status data; repeating the above steps to conduct acceptance and warehousing for the remaining acceptance subtasks that have not been completed; preferably, the triggering corresponding operations to conduct acceptance and warehousing based on the acceptance status of each operation column corresponding to the acceptance subtasks in the initial acceptance list includes: if it is determined that the acceptance status of the site change operation column corresponding to the acceptance subtask is not completed, triggering a site change pop-up window to obtain allocation information based on monitoring the site change pop-up window, and calling the corresponding interface to update the equipment arrival data of the current battery swapping station based on the allocation information; if it is determined that the acceptance status of the site allocation operation column in the initial acceptance list table is not completed, triggering an allocate site pop-up window to obtain allocation information based on monitoring the allocate site pop-up window, and calling the corresponding interface to update the equipment arrival data of the current battery swapping station based on the allocation information; if it is determined that the acceptance status of the label printing operation column in the initial acceptance list table is not completed, triggering an optional printing list to update the equipment arrival data of the current battery swapping station based on the optional printing list.

[0030] By identifying the subtasks that have not been completed for acceptance, this specification can clearly determine the acceptance work that still needs to be carried out, thus helping to reasonably arrange resources and time and ensuring the orderly progress of the acceptance work. According to the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed for acceptance, corresponding operations are automatically triggered based on the acceptance status, avoiding the cumbersome steps of manual search and manual triggering of the process, and improving the efficiency of the acceptance work. By summarizing the acceptance data of all acceptance subtasks, the integrity and accuracy of the equipment arrival data can be ensured. In addition, by gradually processing each acceptance subtask that has not been completed for acceptance and updating the acceptance status based on the current acceptance data, it can be ensured that all acceptance subtasks are comprehensively and meticulously processed, avoiding omissions and oversights. After each acceptance subtask is completed, the acceptance status data is updated based on the current acceptance data, and detailed acceptance is carried out based on the updated data. This real-time update mechanism keeps the acceptance progress and status always up-to-date, facilitating the management and relevant personnel to dynamically monitor the progress of the acceptance work. By obtaining the fields returned by the preset acceptance details interface and automatically determining whether all acceptance tasks are completed based on these fields, the efficiency of the acceptance work can be greatly improved. In the case of determining that not all acceptance tasks have been completed, the remaining acceptance subtasks that have not been completed for acceptance are determined according to the updated acceptance status data, and the above steps are repeated. This loop execution mechanism ensures that all acceptance tasks are thoroughly completed, improves the quality and reliability of the acceptance work, and each step of the operation has clear records and feedback, enhancing the transparency of the acceptance work. In addition, by setting specific trigger conditions and operation processes for each operation column, refined processing of the acceptance subtasks can be achieved. This helps to ensure that each operation is correctly executed, thereby improving the accuracy of the acceptance work. When the acceptance status of the operation column corresponding to the acceptance subtask is not completed, a corresponding pop-up window or selectable list is automatically triggered, reducing the steps of manual search and manual triggering, improving the efficiency of the acceptance work, and shortening the acceptance cycle. After each operation is triggered and the data is updated, the next operation is carried out based on the latest acceptance status and data, which ensures the consistency and accuracy of the data throughout the acceptance process, avoiding data chaos and errors.

[0031] In a feasible embodiment, according to the acceptance status in the operation column of the initial acceptance list form, corresponding operations are triggered for acceptance into the warehouse to determine the equipment arrival data of the current battery swapping station, specifically including: if it is determined that the acceptance status in the operation column of the initial acceptance list form corresponds to site change, a site change pop-up window is triggered to obtain allocation information based on monitoring the site change pop-up window, and a corresponding interface is called based on the allocation information to update the equipment arrival data of the current battery swapping station; if it is determined that the acceptance status in the operation column of the initial acceptance list form corresponds to site allocation, a site allocation pop-up window is triggered to obtain allocation information based on monitoring the site allocation pop-up window, and a corresponding interface is called based on the allocation information to update the equipment arrival data of the current battery swapping station; if it is determined that the acceptance status in the operation column of the initial acceptance list form corresponds to label printing, an optional printing list is triggered to update the equipment arrival data of the current battery swapping station based on the optional printing list; if it is determined that the acceptance status in the operation column of the initial acceptance list form corresponds to detailed acceptance, the fields returned by the preset acceptance details interface are obtained, and the equipment arrival data of the current battery swapping station is determined based on the fields.

[0032] In this specification, by triggering the site change pop-up window, it is convenient for users to perform site change operations on the equipment whose acceptance status in the operation column corresponds to site change, which helps to improve the flexibility and accuracy of site allocation. By triggering the site allocation pop-up window, it is convenient for users to perform site allocation operations on the equipment whose acceptance status in the operation column corresponds to site allocation, improving the efficiency and accuracy of site allocation. By triggering the optional printing list, it is convenient for users to perform label printing operations on the equipment whose acceptance status in the operation column corresponds to label printing. This helps to simplify the label printing process, improve efficiency and ensure accurate label printing.

[0033] In a feasible embodiment, the equipment shipment data and the equipment arrival data are compared and accepted based on preset acceptance rules, and acceptance into the warehouse is performed based on the acceptance results, specifically including: determining the current battery swapping station corresponding to the equipment arrival data, and determining the acceptance items corresponding to the detailed acceptance according to the purchase contract corresponding to the equipment to be warehoused and the basic situation of the current battery swapping station, and integrating the acceptance rules corresponding to each acceptance item to obtain the preset acceptance rules; comparing the equipment shipment data and the equipment arrival data based on the preset acceptance rules to determine the acceptance results corresponding to each acceptance item; wherein, the acceptance results include: compliant items and non-compliant items; determining whether the non-compliant items are necessary acceptance rules, and if not, determining that the acceptance is qualified, and then warehousing the acceptance results and the corresponding equipment arrival data.

[0034] This specification integrates the acceptance rules corresponding to each acceptance item to form preset acceptance rules, realizing the standardization of the acceptance process. This ensures that each acceptance follows the same standards and procedures, improving the consistency and reliability of acceptance. By comparing the equipment shipment data with the equipment arrival data based on the preset acceptance rules, compliant and non-compliant items can be accurately identified. This comparison method helps quickly locate problems and reduce the likelihood of misjudgment and omission. By determining whether the non-compliant items are necessary acceptance rules, different acceptance situations can be flexibly handled. For non-necessary acceptance rule non-compliant items, they can be selectively ignored without affecting the overall acceptance result, thus improving the flexibility and practicality of acceptance. After passing the acceptance, storing the acceptance result together with the corresponding equipment arrival data ensures the accuracy and integrity of the stored data.

[0035] In a feasible embodiment, the equipment shipment data and the equipment arrival data are compared and accepted based on the preset acceptance rules for storage based on the acceptance result. Specifically, it includes: determining the corresponding acceptance items according to the purchase contract corresponding to the equipment to be stored and the basic situation of the swap station, and integrating the acceptance rules corresponding to each acceptance item as the preset acceptance rules; comparing the equipment shipment data and the equipment arrival data item by item based on the preset acceptance rules to obtain the acceptance result; where the acceptance result includes compliant items and non-compliant items; determining whether the non-compliant items are necessary acceptance rules, and if not, determining that the acceptance is qualified, and then storing the acceptance result together with the corresponding equipment arrival data.

[0036] This specification is based on preset acceptance rules. According to the purchase contract corresponding to the equipment to be stored and the basic situation of the swap station, the corresponding acceptance items are determined, and the acceptance rules for each item are integrated to form preset acceptance rules. This helps ensure that the acceptance work for different equipment can be carried out according to consistent standards. By comparing the equipment shipment data and the equipment arrival data item by item, the acceptance result can be obtained. Through the automated comparison process, the accuracy and efficiency of acceptance can be improved, reducing manual operations and errors. Associating the acceptance result with the corresponding equipment arrival data ensures that the equipment passing the acceptance can be accurately stored, providing reliable data support for equipment management and operation.

[0037] On the other hand, the embodiments of this specification provide an equipment acceptance management device for a swap station. The device includes:

[0038] At least one processor; and,

[0039] A memory communicatively connected to the at least one processor; where,

[0040] The memory stores instructions executable by the at least one processor. The instructions are executed by the at least one processor to enable the at least one processor to: execute the equipment acceptance management method of any one of the above-mentioned battery swapping stations.

[0041] Finally, an embodiment of this specification provides a non-volatile computer storage medium storing computer-executable instructions, and the computer-executable instructions are configured to: execute the equipment acceptance management method of any one of the above-mentioned battery swapping stations.

[0042] At least one of the technical solutions adopted in the embodiments of this specification can achieve the following beneficial effects:

[0043] An acceptance management module is added to the first-level menu module of the equipment acceptance management system. Then, based on the delivery management module and the acceptance and warehousing module in the newly added acceptance management module, it is convenient for users to understand the delivery situation, and realizes timely querying of acceptance records for equipment-related data for acceptance into the warehouse and traceability. By verifying the equipment delivery data, the accuracy and integrity of the data can be ensured, preventing incorrect or non-compliant data from entering the acceptance and warehousing module. According to the verification results, the equipment delivery data in the acceptance and warehousing module is updated. This helps to ensure the timeliness and accuracy of the equipment delivery data, and guarantees the smooth progress of subsequent acceptance and warehousing work. Through the automated verification and update process, manual operations can be reduced and the error rate can be decreased, improving the efficiency and accuracy of data management. And by performing acceptance according to the preset acceptance rules, it can be ensured that the equipment meeting the project requirements is accurately warehoused, thus effectively controlling the equipment quality and improving the accuracy and efficiency of acceptance. Through the equipment acceptance management system, the equipment delivery data and the equipment arrival data are automatically obtained, and the acceptance and warehousing interface is called for automated comparison and acceptance, greatly reducing manual operations and interventions, and improving the efficiency and accuracy of the acceptance process. Moreover, errors and omissions caused by human factors are reduced, ensuring the consistency and accuracy of the equipment delivery data and the arrival data. By performing acceptance according to the preset acceptance rules, the standardization and consistency of the acceptance process are ensured, avoiding subjective differences among different personnel or at different time points during the acceptance process, and improving the standardization and controllability of management. In addition, this process can realize real-time monitoring of equipment arrival and acceptance situations. Once data inconsistencies or acceptance failures are found, feedback and processing can be carried out immediately, correcting problems in a timely manner, avoiding delays and affecting subsequent work, and also enhancing the traceability and transparency of the work. Description of the Drawings

[0044] To more clearly illustrate the technical solutions in the embodiments of this specification or the prior art, the following will briefly introduce the accompanying drawings required for the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only some embodiments recorded in this specification. For those of ordinary skill in the art, without creative efforts, other accompanying drawings can also be obtained based on these drawings. In the accompanying drawings:

[0045] Figure 1 It is a schematic flow chart of a method for equipment acceptance management of a battery swapping station provided by an embodiment of this specification;

[0046] Figure 2 It is another schematic flow chart of a method for equipment acceptance management of a battery swapping station provided by an embodiment of this specification;

[0047] Figure 3 It is a schematic flow chart of the execution process of a shipping management module provided by an embodiment of this specification;

[0048] Figure 4 It is a schematic flow chart of the execution process of an acceptance and warehousing module provided by an embodiment of this specification;

[0049] Figure 5 It is a schematic flow chart of equipment for equipment acceptance management of a battery swapping station provided by an embodiment of this specification;

[0050] Figure 6 It is a schematic structural diagram of a non-volatile storage medium provided by an embodiment of this specification. Detailed implementation manners

[0051] The embodiments of this specification provide a method, equipment, and medium for equipment acceptance management of a battery swapping station.

[0052] To enable those skilled in the art to better understand the technical solutions in this specification, the following will clearly and completely describe the technical solutions in the embodiments of this specification in conjunction with the accompanying drawings in the embodiments of this specification. Obviously, the described embodiments are only some embodiments of this specification, rather than all embodiments. Based on the embodiments of this specification, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of this specification.

[0053] The embodiments of this specification provide a method for equipment acceptance management of a battery swapping station, as Figure 1 shown. The method specifically includes the following steps S101 - S103:

[0054] S101: Obtain the equipment shipping data corresponding to the equipment to be received and inspected from the equipment shipping list in the equipment acceptance management system.

[0055] Device shipment data usually directly comes from the shipment records of device suppliers or manufacturers. In the device acceptance management system, device shipment data is usually closely associated with subsequent acceptance processes. Obtaining the device shipment data corresponding to the devices to be received for acceptance helps to compare and accept them against the device arrival data subsequently, and achieve the acceptance and warehousing of the devices. In one or more embodiments of this specification, in order to solve the problem that there is a lack of acceptance and warehousing business scenarios for the devices in the battery swapping station, that is, it is difficult to support the acceptance and warehousing process through the acceptance management module, and thus it is difficult to precipitate the corresponding devices, the device acceptance management system includes a shipment management module and an acceptance and warehousing module. The method further includes:

[0056] Call the shipment list interface corresponding to the shipment management module, so as to perform shipment data verification on the devices to be shipped for acceptance through the shipment list interface. Only when the shipment data verification passes, update the device shipment data corresponding to the devices to be shipped for acceptance to the acceptance and warehousing module. This process ensures that before the acceptance of the devices in the battery swapping station, their shipment data has undergone strict verification and confirmation, thereby improving the accuracy and efficiency of acceptance. At the same time, by updating the shipment data to the acceptance and warehousing module, it also provides the necessary information support for subsequent acceptance and warehousing processes.

[0057] Furthermore, in one or more embodiments of this specification, before calling the shipment list interface corresponding to the shipment management module, the method further includes:

[0058] First, obtain the menu structure and hierarchy of the device acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the device acceptance management system; among them, it should be noted that the acceptance management module includes: the second-level menus corresponding to the shipment management module and the acceptance and warehousing module. Obtaining the menu structure of the device acceptance management system and the hierarchy corresponding to each menu structure can ensure that the menu structure is clear and reasonable, and the hierarchy is clear, enabling users to quickly locate and access the required function modules based on the menu structure and the hierarchy corresponding to each menu structure. After determining the function menus of the device acceptance management system and the positions of each function menu, when the acceptance management module does not exist in the device acceptance management system, it can be added, so as to achieve the purpose of supporting the acceptance and warehousing process of the device acceptance management system.

[0059] Preferably, obtaining the menu structure and hierarchy of the device acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the device acceptance management system specifically includes the following process:

[0060] By obtaining the menu structure of the equipment acceptance management system and the corresponding levels of each menu structure, it can be ensured that the menu structure is clear and reasonable, the levels are clear, enabling users to quickly locate and access the required function modules based on the menu structure and the corresponding levels of each menu structure, thereby determining the function menus of the equipment acceptance management system and the positions of each function menu.

[0061] If it is determined based on the function menu that there is an acceptance management module, then the position of the acceptance management module is changed to obtain a newly added acceptance management module in the first-level menu module. Based on this method, the importance and independence of this function can be more prominent, facilitating users to directly access and use for management operations. If it is determined according to the function menu that there is no acceptance management module, by updating the menu navigation, the newly added acceptance management module is deployed in the first-level menu, which can improve the visibility and accessibility of this function module for users, thereby enabling. Adjusting and optimizing according to the menu structure and levels of the equipment acceptance management system can clearly show the position of equipment acceptance management in the swap station scenario, providing a more convenient and intuitive menu navigation to support the operations and requirements of users in equipment acceptance management work.

[0062] In a feasible embodiment, in order to achieve the rapid deployment of the newly added acceptance management module, first, according to the menu navigation of the equipment acceptance management system, the positions of each first-level menu are determined. Thus, based on the positions of each first-level menu and the sorting rules of the menu navigation, the deployment position of the acceptance management unit that needs to be newly added can be determined, facilitating the update of the menu navigation according to the deployment position to obtain the updated menu navigation. By updating the menu navigation, users can quickly determine the deployment position of the acceptance management unit based on the sorting rules, avoiding the development cost brought by manual analysis to technicians and improving the operation efficiency and convenience of subsequent deployment for users. By micro-service splitting the newly added acceptance management unit based on functions, multiple micro-service units to be deployed are obtained, which can isolate service units with different functions, facilitating subsequent maintenance and upgrade work, and at the same time improving the flexibility and scalability of the system. After determining the types of micro-service units to be deployed, in order to avoid the problem of low deployment efficiency when a single maintenance person performs the deployment, by determining the types of service units to be deployed, the corresponding maintenance personnel are determined for design, thereby obtaining the storage paths of each micro-service unit to be deployed. By connecting the storage paths of the micro-service units to be deployed with the deployment positions of the updated menu navigation, the newly added acceptance management unit is successfully deployed in the first-level menu of the equipment acceptance management system, realizing the effective deployment and use of the function.

[0063] Furthermore, in order to synchronize the delivery information of suppliers to the battery swapping station, so that the battery swapping station can verify the arriving equipment through the delivery information, avoid economic losses caused by unqualified equipment quality or inoperable equipment, and safeguard the consumption rights and interests of users. In a feasible embodiment, the delivery order list interface corresponding to the above delivery management module is used to perform delivery data verification on the equipment to be inspected for delivery based on the delivery order list interface. The specific process is as follows:

[0064] Call the delivery order list interface corresponding to the delivery management module to initiate an import delivery order request through the delivery list interface. Then verify whether the request information corresponding to the import delivery order request is normal; among them, it should be noted that the request information includes: the request object and the name of the requested delivery order. If the request information is normal, then obtain the current equipment delivery data corresponding to the request information, and perform format rendering on the current equipment delivery data to obtain the equipment delivery data to be verified. Determine the items to be verified according to the request object and the requested delivery name, and verify the equipment delivery data to be verified based on the items to be verified. In this process, through the delivery order list interface, the delivery information of suppliers can be synchronized to the battery swapping station in real time or near real time, ensuring that the battery swapping station can obtain the latest delivery data, avoiding the problem that the subsequent warehousing inspection is affected due to asynchronous data updates, improving the reliability of the inspection, and ensuring the smooth progress of subsequent inspection and warehousing work. After the delivery data is imported, the system first verifies the normality of the request information, which includes key information such as the request object and the name of the requested delivery order. This step helps to avoid verification failures due to incorrect or incomplete information.

[0065] Preferably, in a specific feasible embodiment, verifying the equipment delivery data to be verified based on the items to be verified specifically includes:

[0066] According to the equipment box numbers corresponding to the data in the imported delivery order data, the newly added delivery order data can be determined. Then, for the newly added delivery data, perform a fuzzy comparison with the national standard table according to the entered name based on the arrival city to obtain the first verification result. That is, by comparing with the national standard table, the accuracy of the arrival city can be ensured. In addition, determine the second verification result based on the comparison between the equipment model value and the model dictionary table to ensure the accuracy of the equipment model. If it is determined that both the first verification result and the second verification result are passed, then synchronously update the newly added delivery data to the equipment delivery data in the warehousing inspection module. By superimposing and determining the first verification result and the second verification result, the automatic verification of the newly added delivery data is realized, which not only ensures the accuracy of the newly added delivery data but also improves the verification efficiency. As Figure 3As can be seen from the process of the shipping management module shown, the newly added shipping management module has a new shipping list page, which supports city filtering, header setting, and adds a function for importing shipping orders. After importing the shipping order, the shipping order data is newly added with the equipment box number as the unique ID. For data with the same box number, the corresponding shipping order data is directly changed. If the verification of mandatory fields fails, this piece of data is not added or changed. For the changed data, the shipping information in the acceptance warehousing module is synchronously updated.

[0067] S102: Invoke the acceptance warehousing interface of the equipment acceptance management system to determine the equipment arrival data corresponding to the equipment to be received and arrived based on the acceptance warehousing interface.

[0068] In a feasible embodiment, by calling the request information of the acceptance warehousing interface of the acceptance warehousing module, it can be judged whether the acceptance status, acceptance object, acceptance name, etc. meet the requirements to ensure the normality of the interface request information. Then, based on the acceptance warehousing interface request information, format rendering is performed on the acceptance list table, and an initial acceptance list table can be automatically generated. This helps improve the efficiency and accuracy of data management. Then, according to the acceptance status in the operation column of the initial acceptance list table, the corresponding operation is triggered for acceptance warehousing. Through this process, the equipment arrival data of the current swapping station can be determined, including the equipment that has been confirmed to be accepted into the warehouse and the equipment to be accepted into the warehouse. Through the acceptance warehousing operation, it can be ensured that the equipment arrival data is correctly recorded and updated. This helps ensure the accuracy and integrity of the equipment arrival data and provides reliable data support for subsequent equipment management and operation. Finally, by automatically generating the initial acceptance list table and performing acceptance warehousing through the operation column, the equipment arrival data of the current swapping station can be determined, which can reduce manual operations and the error rate and improve the efficiency and accuracy of data management.

[0069] Furthermore, in one or more embodiments of this specification, according to the acceptance status in the operation column of the initial acceptance list, the corresponding operation is triggered for acceptance warehousing to determine the equipment arrival data of the current swapping station. The specific process includes the following:

[0070] First, based on the acceptance status data of each acceptance subtask in the initial acceptance list, identify the acceptance subtasks that have not been completed from each acceptance subtask. By identifying the uncompleted acceptance subtasks, the acceptance work that still needs to be carried out can be clearly determined, and thus, based on the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed in the initial acceptance list, the corresponding operations are triggered to conduct acceptance into the warehouse. According to the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed, the corresponding operations are automatically triggered based on the acceptance status, avoiding the cumbersome steps of manual search and manual triggering process, and improving the efficiency of the acceptance work. After the acceptance into the warehouse of all the acceptance subtasks is completed, the acceptance data of each acceptance subtask is summarized to obtain the equipment arrival data of the equipment to be received for acceptance, ensuring the integrity of the equipment arrival data. For example, in a certain scenario, assume that a battery swapping station is conducting the arrival acceptance work of new equipment. The initial acceptance list of this battery swapping station contains multiple acceptance subtasks, each subtask corresponding to a specific equipment or equipment component, and each subtask has an operation column for recording the acceptance status of the subtask, such as "to be accepted", "being accepted", "accepted", etc. The initial acceptance list may contain the acceptance status of each subtask. If it is identified that a subtask has not been completed for acceptance, the corresponding acceptance process will be triggered. After all subtasks are completed and accepted into the warehouse, the system summarizes based on the acceptance data of these subtasks.

[0071] Preferably, in a feasible embodiment, based on the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed in the initial acceptance list, triggering the corresponding operations to conduct acceptance into the warehouse includes:

[0072] To ensure that all acceptance subtasks can be properly processed, corresponding operations will be triggered based on the acceptance status of each operation column corresponding to the acceptance subtasks that are currently not completed in the initial acceptance list to conduct acceptance and warehousing, and the current acceptance data will be obtained. Then, the acceptance status data will be updated based on the current acceptance data, and thus detailed acceptance will be carried out according to the updated acceptance status data. Then, by obtaining the fields returned by the preset acceptance details interface and automatically determining whether all acceptance tasks are completed based on these fields, the efficiency of the acceptance work can be greatly improved. In the case of determining that not all acceptance tasks are completed, the remaining acceptance subtasks that are not completed will be determined based on the updated acceptance status data, and the above steps will be repeated. This loop execution mechanism ensures that all acceptance tasks are thoroughly completed, improves the quality and reliability of the acceptance work, and each step of the operation has clear records and feedback, enhancing the transparency of the acceptance work. In addition, by setting specific trigger conditions and operation processes for each operation column, refined processing of the acceptance subtasks can be achieved. This helps to ensure that each operation is correctly executed, thereby improving the accuracy of the acceptance work. And in the above process, by gradually processing each acceptance subtask that is not completed and updating the acceptance status based on the current acceptance data, it can be ensured that all acceptance subtasks are comprehensively and meticulously processed, avoiding omissions and oversights.

[0073] Preferably, triggering corresponding operations to conduct acceptance and warehousing based on the acceptance status of each operation column corresponding to the acceptance subtasks in the initial acceptance list includes the following process:

[0074] If it is determined that the acceptance status of the site change operation column corresponding to the acceptance subtask is not completed, the site change pop-up window can be automatically triggered, so as to monitor the site change pop-up window to obtain the allocation information, and call the corresponding interface to update the equipment arrival data of the current swapping station based on the allocation information. Similarly, if the acceptance status of the site allocation operation column in the initial acceptance list table is not completed, the site allocation pop-up window will be automatically triggered, so as to obtain the allocation information by monitoring the site allocation pop-up window, and call the corresponding interface to update the equipment arrival data of the current swapping station based on the allocation information. And if it is determined that the acceptance status of the label printing operation column in the initial acceptance list table is not completed, the optional printing list will be automatically triggered to update the equipment arrival data of the current swapping station based on the optional printing list. Based on the above, it can be known that in each embodiment of the present specification, after each operation is triggered and the data is updated, the next operation will be carried out based on the latest acceptance status and data, which ensures the consistency and accuracy of the data throughout the acceptance process.

[0075] S103: Compare and accept the equipment shipment data and the equipment arrival data of the equipment to be accepted and warehoused based on the preset acceptance rules, so as to warehouse the equipment to be accepted and warehoused based on the acceptance result.

[0076] In a feasible embodiment, the device shipping data and the device arrival data are compared and accepted based on preset acceptance rules, and warehousing is performed based on the acceptance result, specifically including:

[0077] Determine the current swapping station corresponding to the device arrival data. According to the purchase contract corresponding to the device to be warehoused and the basic situation of the swapping station, determine the acceptance items corresponding to the detailed acceptance, and integrate the acceptance rules of each item to form the preset acceptance rules. This helps to ensure that the acceptance work for different devices can be carried out according to consistent standards. Then, based on the preset acceptance rules, compare the device shipping data and the device arrival data item by item to obtain the acceptance result. Through the automated comparison process, the accuracy and efficiency of acceptance can be improved, and manual operations and errors can be reduced. Among them, it should be noted that the acceptance result includes: compliant items and non-compliant items. By distinguishing between compliant and non-compliant items, the acceptance situation of the device can be understood more precisely, and the non-compliant problems can be processed in a timely manner. Determine whether the non-compliant items are necessary acceptance rules. If they are not necessary rules, it can be determined that the device passes the acceptance. This helps to quickly perform the warehousing operation for qualified devices and improve work efficiency. Associate the acceptance result with the corresponding device arrival data to ensure that the devices passing the acceptance can be accurately warehoused, providing reliable data support for device management and operation.

[0078] For example, in an actual scenario, assume that the device to be warehoused is a batch of batteries purchased under a contract with a battery supplier and is to be warehoused in a certain swapping station. According to the purchase contract and the basic situation of the swapping station, the following acceptance items and acceptance rules can be determined as the preset acceptance rules: "Capacity requirement: The capacity of the battery must meet the numerical range specified in the contract. Appearance inspection: Check whether there are damages, deformations, stains, etc. on the battery appearance. Function test: Test whether the charging and discharging functions of the battery are normal. Safety inspection: Check whether there are safety problems such as leakage and overheating of the battery. Based on these preset acceptance rules, compare the device shipping data and the device arrival data item by item to obtain the acceptance result. For example, assume that there are 100 batteries in the shipping list, but only 95 batteries in the arrival list. Then these 5 batteries are non-compliant items. Next, determine whether these non-compliant items are necessary acceptance rules. For example, if 1 damaged battery is found during the appearance inspection, but this does not affect its capacity and function, then it can be determined that this is not a necessary acceptance rule, and the acceptance result can be determined as qualified. Then, perform the warehousing operation on the acceptance result and the corresponding device arrival data. By presetting the acceptance rules, comparing the device shipping data and the device arrival data item by item, and judging whether the acceptance is qualified according to the necessary acceptance rules, it can be ensured that the devices with compliant items are accurately warehoused. In this way, the device quality can be effectively controlled, and the accuracy and efficiency of acceptance can be improved.

[0079] Such as Figure 4As shown, for the acceptance and warehousing module, click on the specific acceptance form to enter from acceptance and warehousing. When entering for the first time, there is no relevant acceptance situation. The warehoused components display all the core components of this model, and all are selected by default. After submission, all the selected components are entered into the warehousing ledger. For the documents that have been accepted, the acceptance report and information are displayed. When there are still components in the corresponding series that have not been accepted, the acceptance and warehousing button is displayed. Clicking it shows the remaining unaccepted components for selection for acceptance. After the mobile end is added in the subsequent version, the scanned and uploaded records can also be reminded. Through the acceptance and warehousing, the ledger device data is updated synchronously. That is, after the corresponding device is accepted and warehoused, the device information is updated: the device is associated with the site channel number, associated site number, province, city, region, address, asset ownership, device type, factory date, device name, asset number, and picture. Then, the corresponding device data in the swap station ledger is synchronously displayed, and the actual device model category of the swap station is synchronously updated.

[0080] The embodiment of the present specification provides another method for device acceptance management of a swap station, as Figure 2 shown, the method specifically includes the following steps S201 - S204:

[0081] S201: Obtain the menu structure and hierarchy of the device acceptance management system to determine whether to add an acceptance management module in the first - level menu module of the device acceptance management system; wherein, the added acceptance management module includes: the secondary menus corresponding to the shipping management module and the acceptance and warehousing module.

[0082] In order to solve the problem that the swap - station equipment lacks the acceptance - and - warehousing business scenario, that is, it is difficult to support the acceptance - and - warehousing process through the acceptance management module, and thus it is difficult to precipitate the corresponding equipment. In a feasible embodiment, the menu structure and hierarchy of the device acceptance management system can be designed and adjusted according to actual needs. For example, based on the menu structure and hierarchy of the device acceptance management system, it is determined that its first - level menu module includes: "Equipment Management, Maintenance Management, Scrap Management". At this time, it is determined that an acceptance management module needs to be added to the first - level menu module in the device acceptance management system, so that the supplier can manage the shipping orders, including operations such as creating, editing, and deleting shipping orders. At the same time, the swap - station operators can query the shipping records, which is convenient for users to understand the shipping situation. For the acceptance management of equipment, operations such as visual inspection of equipment, function testing, and inspection of the integrity of accessories are carried out, and the acceptance results are recorded, which facilitates the timely query of acceptance records for acceptance and warehousing and traceability. It should be noted that the added acceptance management module includes: the secondary menus corresponding to the shipping management module and the acceptance and warehousing module, so as to realize the full - process management of the shipping process and the acceptance - and - warehousing process based on the functions of the secondary menus.

[0083] In a feasible embodiment, the menu structure and hierarchy of the device acceptance management system are obtained to determine whether to add an acceptance management module to the first-level menu module of the device acceptance management system. Specifically, it includes:

[0084] By obtaining the menu structure of the device acceptance management system and the hierarchy corresponding to each menu structure, it can ensure that the menu structure is clear and reasonable, and the hierarchy is clear, enabling users to quickly locate and access the required function modules based on the menu structure and the hierarchy corresponding to each menu structure, thereby determining the function menu of the device acceptance management system and the location of each function menu. If it is determined according to the function menu that there is an acceptance management module to be added, then the location of the acceptance management module to be added is changed to obtain the acceptance management module added in the first-level menu module. Based on this method, the importance and independence of this function can be more prominent, facilitating users to directly access and use for management operations. If it is determined according to the function menu that there is no such acceptance management module to be added, by updating the menu navigation, the added acceptance management module is deployed in the first-level menu, which can improve the visibility and accessibility of this function module for users, and then make... Adjusting and optimizing according to the menu structure and hierarchy of the device acceptance management system can clearly show the location of device acceptance management in the swap station scenario, provide a more convenient and intuitive menu navigation to support the operations and requirements of users in the work of device acceptance management.

[0085] Furthermore, in a feasible embodiment, in order to achieve the rapid deployment of the acceptance management module to be added, first, according to the menu navigation of the device acceptance management system, the locations of each first-level menu are determined. Thus, based on the locations of each first-level menu and the sorting rules of the menu navigation, the deployment location of the acceptance management unit to be added can be determined, facilitating the update of the menu navigation according to the deployment location to obtain the updated menu navigation. By updating the menu navigation, users can quickly determine the deployment location of the acceptance management unit based on the sorting rules, avoiding the development cost brought by manual analysis to technicians and improving the operation efficiency and convenience of subsequent deployment for users. By micro-service splitting the acceptance management unit to be added based on functions, multiple micro-services to be deployed are obtained, and service units with different functions can be separated, facilitating subsequent maintenance and upgrade work, and at the same time improving the flexibility and scalability of the system. After determining the type of the micro-service unit to be deployed, in order to avoid the problem of low deployment efficiency when a single maintenance person conducts the deployment, by determining the type of the micro-service unit to be deployed, the corresponding maintenance person is determined for design, thereby obtaining the storage paths of each micro-service unit to be deployed. By connecting the storage paths of the micro-service units to be deployed with the deployment locations of the updated menu navigation, the added acceptance management unit is successfully deployed in the first-level menu of the device acceptance management system, realizing the effective deployment and use of the function.

[0086] S202: Invoke the shipping order list interface request information corresponding to the shipping management module to verify the device shipping data based on the request information, and update the device shipping data of the acceptance and warehousing module based on the verification result.

[0087] In order to synchronize the shipping information of the supplier to the battery swapping station, so that the battery swapping station can verify the arriving devices through the shipping information, avoid economic losses caused by problems such as unqualified device quality or inoperable devices, and safeguard the consumption rights and interests of users. In a feasible embodiment of this specification, the shipping order list interface request information corresponding to the shipping management module is invoked. By invoking the shipping order list interface request information of the shipping management module, relevant data on device shipping can be obtained. By verifying these data, the accuracy and integrity of the data can be ensured, preventing incorrect or non-compliant data from entering the acceptance and warehousing module. According to the verification result, the device shipping data of the acceptance and warehousing module is updated. This helps to ensure the timeliness and accuracy of the device shipping data, and guarantees the smooth progress of subsequent acceptance and warehousing work. Through the automated verification and update process, manual operations can be reduced and the error rate can be decreased, improving the efficiency and accuracy of data management. And through the synchronous update method, the consistency of data among modules in the device acceptance management system is ensured, avoiding the problem that subsequent warehousing acceptance is affected due to asynchronous data updates, and improving the reliability of acceptance.

[0088] In a specific feasible embodiment, by verifying the shipping order list interface request information of the shipping management module, the correctness of the request data object and request data name can be ensured, preventing data leakage problems caused by incorrect interface request information, and improving the data security of the acceptance process. Among them, it should be noted that the shipping order list interface request information includes: request data object, request data name. If it is confirmed through verification that the shipping list interface request information is normal, then the items to be verified are determined according to the request data object and request data name, and based on these items and the shipping order list interface request information for format rendering, an initial verification list table can be generated. After importing the shipping order data, verification is performed according to the items to be verified in the initial verification list table, which can automate the verification process, reduce manual operations, improve efficiency and reduce errors. Then, according to the verification result, the device shipping data of the acceptance and warehousing module is updated, which can achieve data synchronization, help to ensure the accuracy and integrity of the shipping data, avoid the problem that subsequent warehousing acceptance is affected due to asynchronous data updates, improve the reliability of acceptance, and guarantee the smooth progress of subsequent acceptance and warehousing work.

[0089] Further, in a feasible embodiment, for the process of importing the shipping order data and performing verification based on the items to be verified in the initial verification list table to obtain the verification result, and then updating the device shipping data of the acceptance warehousing module according to the verification result, it can be specifically implemented in the following manner:

[0090] According to the device box numbers corresponding to the data in the imported shipping order data, the newly added shipping order data can be determined. Then, for the newly added shipping data, a first verification result is obtained by performing a fuzzy comparison with the national standard table based on the arrival city according to the entered name, that is, by comparing with the national standard table, the accuracy of the arrival city can be ensured. In addition, a second verification result is determined by comparing the device model value with the model dictionary table, so as to ensure the accuracy of the device model. If it is determined that both the first verification result and the second verification result are passed, then the newly added shipping data is synchronously updated to the device shipping data in the acceptance warehousing module. By superimposing the determination of the first verification result and the second verification result, the automatic verification of the newly added shipping data is realized, which not only ensures the accuracy of the newly added shipping data but also improves the verification efficiency. As Figure 3 shown in the shipping management module process, the newly added shipping management module's newly added shipping list page supports city screening, header setting, and adds a shipping order import function. After importing the shipping order, new shipping order data is added according to the device box number as the unique ID. For data with the same box number, the corresponding shipping order data is directly changed. If the verification of the required items fails, this piece of data is not added or changed. For the changed data, the shipping information in the acceptance warehousing module is synchronously updated.

[0091] S203: Invoke the acceptance warehousing interface request information of the acceptance warehousing module to determine the device arrival data of the current swapping station based on the acceptance warehousing interface request information.

[0092] In a feasible embodiment, by invoking the information of the acceptance and warehousing interface of the acceptance and warehousing module, it is possible to determine whether the acceptance status, acceptance object, acceptance name, etc. meet the requirements, ensuring the normality of the interface request information. Then, based on the information of the acceptance and warehousing interface request, format rendering is performed on the acceptance list table, and an initial acceptance list table can be automatically generated. This helps to improve the efficiency and accuracy of data management. Then, according to the acceptance status in the operation column of the initial acceptance list table, corresponding operations are triggered for acceptance and warehousing. Through this process, the equipment arrival data of the current swapping station can be determined, including the equipment that has been confirmed to be accepted and warehoused and the equipment to be accepted and warehoused. Through the acceptance and warehousing operation, it can be ensured that the equipment arrival data is correctly recorded and updated. This helps to ensure the accuracy and integrity of the equipment arrival data, providing reliable data support for subsequent equipment management and operation. Finally, by automatically generating the initial acceptance list table and performing acceptance and warehousing through the operation column, the equipment arrival data of the current swapping station can be determined, which can reduce manual operations and reduce the error rate, improving the efficiency and accuracy of data management.

[0093] Further, in one or more embodiments of the present specification, as Figure 4 shown, if it is determined that the acceptance status in the operation column of the initial acceptance list table corresponds to a site change, then a site change pop-up window is triggered, so as to monitor the site change pop-up window to obtain allocation information, and the corresponding interface is called based on the allocation information to update the equipment arrival data of the current swapping station. By triggering the site change pop-up window, it is convenient for users to perform site change operations on the equipment whose acceptance status in the operation column corresponds to a site change, which helps to improve the flexibility and accuracy of site allocation. If it is determined that the acceptance status in the operation column of the initial acceptance list table corresponds to a site allocation, then an allocate site pop-up window is triggered, so as to obtain allocation information according to monitoring the allocate site pop-up window, and the corresponding interface is called based on the allocation information to update the equipment arrival data of the current swapping station. By triggering the allocate site pop-up window, it is convenient for users to perform site allocation operations on the equipment whose acceptance status in the operation column corresponds to a site allocation. This helps to improve the efficiency and accuracy of site allocation, ensuring that the equipment is correctly allocated to the corresponding site.

[0094] In addition, in a feasible embodiment, if it is determined that the acceptance status in the operation column of the initial acceptance list table corresponds to label printing, then an optional printing list can be triggered, so as to update the equipment arrival data of the current swapping station according to the optional printing list. By triggering the optional printing list, it is convenient for users to perform label printing operations on the equipment whose acceptance status in the operation column corresponds to label printing. This helps to simplify the label printing process, improve efficiency and ensure accurate label printing. If it is determined that the acceptance status in the operation column of the initial acceptance list table corresponds to a detailed acceptance, then the fields returned by the preset acceptance details interface are obtained, so as to determine the equipment arrival data of the current swapping station according to the returned fields.

[0095] S204: Compare and accept the device shipping data and the device arrival data based on the preset acceptance rules, and perform warehousing based on the acceptance results.

[0096] In a feasible embodiment, comparing and accepting the device shipping data and the device arrival data based on the preset acceptance rules, and performing warehousing based on the acceptance results specifically includes:

[0097] According to the purchase contract corresponding to the device to be warehoused and the basic situation of the swapping station, determine the corresponding acceptance items, and integrate the acceptance rules of each item to form the preset acceptance rules. This helps to ensure that the acceptance work for different devices can be carried out according to consistent standards. Based on the preset acceptance rules, compare the device shipping data and the device arrival data item by item to obtain the acceptance results. Through the automated comparison process, the accuracy and efficiency of acceptance can be improved, and manual operations and errors can be reduced. Among them, it should be noted that the acceptance results include: compliant items and non-compliant items. By distinguishing between compliant and non-compliant items, the acceptance situation of the device can be understood more precisely, and the non-compliant problems can be processed in a timely manner. Determine whether the non-compliant item is a necessary acceptance rule. If it is not a necessary rule, it can be determined that the device passes the acceptance. This helps to quickly perform the warehousing operation for qualified devices and improve work efficiency. Associate the acceptance results with the corresponding device arrival data to ensure that the qualified devices can be accurately warehoused, providing reliable data support for device management and operation.

[0098] For example, in an actual scenario, assume that the equipment to be warehoused is a procurement contract signed with a batch of battery suppliers and is to be warehoused in a certain battery swapping station. Based on the procurement contract and the basic situation of the battery swapping station, the following acceptance items and acceptance rules can be determined as preset acceptance rules: "Capacity requirement: The capacity of the battery must meet the numerical range specified in the contract. Appearance inspection: Check whether the appearance of the battery is damaged, deformed, stained, etc. Function test: Test whether the charging and discharging functions of the battery are normal. Safety inspection: Check whether the battery has safety problems such as leakage and overheating. Based on these preset acceptance rules, the equipment shipping data and equipment arrival data are compared item by item to obtain the acceptance result. For example, assume that there are 100 batteries in the shipping list, but only 95 batteries in the arrival list. Then these 5 batteries do not meet the requirements. Next, determine whether these non-compliant items are necessary acceptance rules. For example, if 1 damaged battery is found during the appearance inspection, but this does not affect its capacity and function, then it can be determined that this is not a necessary acceptance rule, and the acceptance result can be determined as qualified. Then, the acceptance result is used for the warehousing operation of the corresponding equipment arrival data. By presetting acceptance rules, comparing the equipment shipping data and equipment arrival data item by item, and judging whether the acceptance is qualified according to the necessary acceptance rules, it can be ensured that the equipment that meets the requirements is accurately warehoused. In this way, the equipment quality can be effectively controlled, and the accuracy and efficiency of acceptance can be improved.

[0099] As Figure 4 shown, for the acceptance warehousing module, click on the specific acceptance form to enter from the acceptance warehousing. When entering for the first time, there is no relevant acceptance situation. The warehousing components display all the core components of this model, and all are selected by default. After submission, all the selected components are entered into the warehousing ledger. For the documents that have been accepted, the acceptance report and information are displayed. When there are still components in the corresponding series that have not been accepted, the acceptance warehousing button is displayed. Click to display the remaining unaccepted components for selection for acceptance. After adding the mobile terminal in the subsequent version, the scanned and uploaded records can also be reminded. Through the acceptance warehousing, the ledger equipment data is updated synchronously. That is, after the corresponding equipment is accepted and warehoused, the equipment information is updated: the equipment is associated with the site channel number, associated site number, province, city, region, address, asset ownership, equipment type, factory date, equipment name, asset number, and picture. Then, the corresponding equipment data in the battery swapping station ledger is synchronously displayed, and the actual equipment model category in the battery swapping station is synchronously updated.

[0100] In addition, the embodiment of this specification also provides a device for equipment acceptance management based on a battery swapping station, as Figure 5 shown, a device for equipment acceptance management based on a battery swapping station, the device includes:

[0101] At least one processor; and,

[0102] A memory communicatively connected to the at least one processor; wherein,

[0103] The memory stores instructions executable by the at least one processor, and the instructions are executed by the at least one processor to enable the at least one processor to:

[0104] Obtain the menu structure and hierarchy of the device acceptance management system to determine whether an acceptance management module is added to the first-level menu module of the device acceptance management system; wherein, the added acceptance management module includes: second-level menus corresponding to the shipping management module and the acceptance into warehouse module;

[0105] Invoke the shipping order list interface request information corresponding to the shipping management module to perform device shipping data verification based on the request information, and update the device shipping data of the acceptance into warehouse module based on the verification result;

[0106] Invoke the acceptance into warehouse interface request information of the acceptance into warehouse module to determine the device arrival data of the current swap station based on the acceptance into warehouse interface request information;

[0107] Compare and accept the device shipping data and the device arrival data based on preset acceptance rules, and perform warehousing based on the acceptance result.

[0108] Finally, the embodiments of the present specification also provide a non-volatile storage medium, such as Figure 6 shown, a non-volatile storage medium stores computer-executable instructions, and the computer-executable instructions can:

[0109] Obtain the menu structure and hierarchy of the device acceptance management system to determine whether an acceptance management module is added to the first-level menu module of the device acceptance management system; wherein, the added acceptance management module includes: second-level menus corresponding to the shipping management module and the acceptance into warehouse module;

[0110] Invoke the shipping order list interface request information corresponding to the shipping management module to perform device shipping data verification based on the request information, and update the device shipping data of the acceptance into warehouse module based on the verification result;

[0111] Invoke the acceptance into warehouse interface request information of the acceptance into warehouse module to determine the device arrival data of the current swap station based on the acceptance into warehouse interface request information;

[0112] Compare and accept the device shipping data and the device arrival data based on preset acceptance rules, and perform warehousing based on the acceptance result.

[0113] Those skilled in the art should understand that the embodiments of this specification can be provided as a method, a device, or a computer program product. Therefore, the embodiments of this specification can take the form of an all-hardware embodiment, an all-software embodiment, or an embodiment combining software and hardware aspects. Moreover, the embodiments of this specification can take the form of a computer program product implemented on one or more computer-usable storage media (including but not limited to disk memory, CD-ROM, optical memory, etc.) that contain computer-usable program code.

[0114] This specification is described with reference to the flowcharts and / or block diagrams of methods, devices (systems), and computer program products according to the embodiments of this specification. It should be understood that each flow and / or block in the flowchart and / or block diagram, as well as the combination of flows and / or blocks in the flowchart and / or block diagram, can be implemented by computer program instructions. These computer program instructions can be provided to the processor of a general-purpose computer, a special-purpose computer, an embedded processor, or other programmable data processing devices to generate a machine, such that the instructions executed by the processor of the computer or other programmable data processing devices generate means for implementing the functions specified in Figure 1 one flow or multiple flows and / or blocks Figure 1 one block or multiple blocks.

[0115] These computer program instructions can also be stored in a computer-readable memory that can direct a computer or other programmable data processing devices to work in a specific manner, such that the instructions stored in the computer-readable memory generate a manufactured article including instruction means that implement the functions specified in Figure 1 one flow or multiple flows and / or blocks Figure 1 one block or multiple blocks.

[0116] These computer program instructions can also be loaded onto a computer or other programmable data processing devices, such that a series of operation steps are executed on the computer or other programmable devices to generate a computer-implemented process, and thus the instructions executed on the computer or other programmable devices provide steps for implementing the functions specified in Figure 1 one flow or multiple flows and / or blocks Figure 1 one block or multiple blocks.

[0117] In a typical configuration, a computing device includes one or more processors (CPUs), an input / output interface, a network interface, and a memory. The memory may include non-permanent memory in the form of computer-readable media, random access memory (RAM), and / or non-volatile memory such as read-only memory (ROM) or flash RAM. The memory is an example of computer-readable media.

[0118] Computer readable media include permanent and non-permanent, removable and non-removable media that can be implemented by any method or technology to store information. Information can be computer readable instructions, data structures, program modules or other data. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static random access memory (SRAM), dynamic random access memory (DRAM), other types of random access memory (RAM), read-only memory (ROM), electrically erasable programmable read-only memory (EEPROM), flash memory or other memory technology, compact disk read-only memory (CD-ROM), digital versatile disk (DVD) or other optical storage, magnetic cassettes, magnetic tape magnetic disk storage or other magnetic storage devices or any other non-transmission media that can be used to store information that can be accessed by a computing device. As defined herein, computer readable media does not include temporary computer readable media (transitory media), such as modulated data signals and carrier waves.

[0119] It should also be noted that the terms "include", "comprises" or any other variations thereof are intended to cover non-exclusive inclusion, so that a process, method, commodity or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, commodity or device. In the absence of more restrictions, the elements defined by the sentence "comprises a ..." do not exclude the existence of other identical elements in the process, method, commodity or device including the elements.

[0120] This specification may be described in the general context of computer-executable instructions executed by a computer, such as program modules. Generally, program modules include routines, programs, objects, components, data structures, etc. that perform specific tasks or implement specific abstract data types. This specification may also be practiced in distributed computing environments where tasks are performed by remote processing devices connected through a communication network. In a distributed computing environment, program modules may be located in local and remote computer storage media, including storage devices.

[0121] Each embodiment in this specification is described in a progressive manner, and the same or similar parts between the embodiments can be referred to each other, and each embodiment focuses on the differences from other embodiments. In particular, for the device, equipment, and non-volatile computer storage medium embodiments, since they are basically similar to the method embodiments, the description is relatively simple, and the relevant parts can be referred to the partial description of the method embodiment.

[0122] The foregoing describes specific embodiments of the present specification. Other embodiments are within the scope of the appended claims. In some cases, the acts or steps recited in the claims may be performed in a different order than in the embodiments and still achieve the desired result. Additionally, the processes depicted in the figures do not necessarily require the particular order shown or sequential order to achieve the desired result. In certain implementations, multitasking and parallel processing are also possible or may be advantageous.

[0123] The foregoing is only one or more embodiments of the present specification and is not intended to limit the present specification. For those skilled in the art, various modifications and variations can be made to one or more embodiments of the present specification. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of one or more embodiments of the present specification shall be included within the scope of the claims of the present specification.

Claims

1. A device acceptance management method for a battery swapping station, characterized in that Applied to a device acceptance management system, the method includes: Obtain the device shipping data corresponding to the devices to be received and accepted from the device shipping list in the device acceptance management system; Call the acceptance and warehousing interface of the device acceptance management system to determine the device arrival data corresponding to the devices to be received and accepted based on the acceptance and warehousing interface; Compare and accept the device shipping data and the device arrival data of the devices to be received and accepted based on a preset acceptance rule, and warehouse the devices to be received and accepted based on the acceptance result.

2. The equipment acceptance management method of a battery swapping station according to claim 1, characterized in that, The device acceptance management system includes a shipping management module and an acceptance and warehousing module, and the method further includes: Call the shipping order list interface corresponding to the shipping management module to verify the shipping data of the devices to be shipped and accepted based on the shipping order list interface; Update the device shipping data corresponding to the devices to be shipped and accepted to the acceptance and warehousing module when the shipping data verification passes.

3. The equipment acceptance management method of a battery swapping station according to claim 2, wherein, Before calling the shipping order list interface corresponding to the shipping management module, the method further includes: Obtain the menu structure and hierarchy of the device acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the device acceptance management system; wherein, the acceptance management module includes: the second-level menus corresponding to the shipping management module and the acceptance and warehousing module; Preferably, obtaining the menu structure and hierarchy of the device acceptance management system to determine whether to add an acceptance management module to the first-level menu module of the device acceptance management system specifically includes: Obtain the menu structure of the device acceptance management system and the hierarchy corresponding to each menu structure; Based on the menu structure and the hierarchy corresponding to each menu structure, determine the function menus of the device acceptance management system and the positions of each function menu; If it is determined based on the function menu that the acceptance management module exists, change the position of the newly added acceptance management module to obtain the acceptance management module in the first-level menu module; If it is determined based on the function menu that the acceptance management module does not exist, update the menu navigation of the device acceptance management system so as to deploy the acceptance management unit in the first-level menu of the device acceptance management system.

4. The equipment acceptance management method of a power exchange station according to claim 3, characterized in that, Updating the menu navigation of the device acceptance management system so as to deploy the acceptance management unit in the first-level menu of the device acceptance management system specifically includes: According to the menu navigation of the device acceptance management system, determine the positions of each first-level menu, and based on the positions of each first-level menu and the sorting rule of the menu navigation, determine the deployment position of the newly added acceptance management unit, and update the menu navigation based on the deployment position to obtain the updated menu navigation; Based on the function of the newly added acceptance management unit, perform microservice splitting on the newly added acceptance management unit to obtain multiple microservice units to be deployed; Determine the types of each microservice unit to be deployed, and based on the types, determine the corresponding maintenance personnel for design to obtain the storage paths of each microservice unit to be deployed; Connect the storage path of each micro service unit to be deployed with the deployment location in the updated menu navigation, so as to deploy the newly added acceptance management unit in the first-level menu of the device acceptance management system.

5. The equipment acceptance management method of a battery swapping station according to claim 2, wherein Call the delivery order list interface corresponding to the delivery management module to perform delivery data verification on the devices to be accepted for delivery based on the delivery order list interface. Specifically, it includes: Call the delivery order list interface corresponding to the delivery management module to initiate an import delivery order request through the delivery list interface; Verify whether the request information corresponding to the import delivery order request is normal; where the request information includes: request object, request delivery order name; If so, obtain the current device delivery data corresponding to the request information, and perform format rendering on the current device delivery data to obtain the device delivery data to be verified; Determine the items to be verified based on the request object and the request delivery name, and verify the device delivery data to be verified based on the items to be verified; Preferably, verifying the device delivery data to be verified based on the items to be verified specifically includes: Determine the newly added delivery order data corresponding to the device delivery data to be verified according to the device box numbers corresponding to the data in the device delivery data to be verified; Perform fuzzy comparison on the newly added delivery data with the national standard table according to the arrival city by the entered name to obtain the first verification result, and determine the second verification result by comparing with the model dictionary table based on the device model value; If it is determined that both the first verification result and the second verification result pass, synchronously update the newly added delivery data to the device delivery data in the acceptance into warehouse module.

6. The equipment acceptance management method of a battery swapping station according to claim 1, characterized in that, Call the acceptance into warehouse interface of the device acceptance management system to determine the device arrival data corresponding to the devices to be accepted for arrival based on the acceptance into warehouse interface. Specifically, it includes: Call the request information of the acceptance into warehouse interface of the acceptance into warehouse module to determine whether the request information of the acceptance into warehouse interface is normal; where the request information of the acceptance into warehouse interface includes acceptance status, acceptance object, acceptance name; If it is normal, perform format rendering on the acceptance list based on the request information of the acceptance into warehouse interface to obtain the initial acceptance list; Trigger corresponding operations for acceptance into warehouse according to the acceptance status in the operation column of the initial acceptance list, and determine the device arrival data of the current swap station.

7. The equipment acceptance management method of a power exchange station according to claim 6, characterized in that, Trigger corresponding operations for acceptance into warehouse according to the acceptance status in the operation column of the initial acceptance list, and determine the device arrival data of the current swap station. Specifically, it includes: Determine the acceptance subtasks that have not been completed from the acceptance subtasks based on the acceptance status data of each acceptance subtask in the initial acceptance list; Trigger corresponding operations for acceptance into warehouse based on the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed in the initial acceptance list; After completing the acceptance into warehouse of all the acceptance subtasks, obtain the device arrival data of the devices to be accepted for arrival based on the acceptance data of each acceptance subtask; Preferably, triggering corresponding operations for acceptance and warehousing based on the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed in the initial acceptance list includes: Triggering corresponding operations for acceptance and warehousing based on the acceptance status of each operation column corresponding to the acceptance subtasks that have not been completed in the initial acceptance list currently, to obtain current acceptance data; Updating the acceptance status data based on the current acceptance data, and performing detailed acceptance based on the updated acceptance status data; Obtaining the fields returned by the preset acceptance details interface, and determining whether all acceptance tasks have been completed based on the fields; In the case of determining that not all acceptance tasks have been completed, determining the remaining acceptance subtasks that have not been completed based on the updated acceptance status data; Repeating the above steps to perform acceptance and warehousing on the remaining acceptance subtasks that have not been completed; Preferably, triggering corresponding operations for acceptance and warehousing based on the acceptance status of each operation column corresponding to the acceptance subtasks in the initial acceptance list includes: If it is determined that the acceptance status of the site change operation column corresponding to the acceptance subtask is not completed, triggering a site change pop-up window to obtain allocation information based on monitoring the site change pop-up window, and calling the corresponding interface to update the equipment arrival data of the current swapping station based on the allocation information; If it is determined that the acceptance status of the site allocation operation column in the initial acceptance list table is not completed, triggering an allocation site pop-up window to obtain allocation information based on monitoring the allocation site pop-up window, and calling the corresponding interface to update the equipment arrival data of the current swapping station based on the allocation information; If it is determined that the acceptance status of the label printing operation column in the initial acceptance list table is not completed, triggering an optional printing list to update the equipment arrival data of the current swapping station based on the optional printing list.

8. The equipment acceptance management method of a power exchange station according to claim 7, characterized in that, Comparing and accepting the equipment shipping data and the equipment arrival data based on the preset acceptance rules, and performing warehousing based on the acceptance result, specifically including: Determining the current swapping station corresponding to the equipment arrival data, to determine the acceptance items corresponding to the detailed acceptance according to the purchase contract corresponding to the equipment to be warehoused and the basic situation of the current swapping station, and integrating the acceptance rules corresponding to each acceptance item to obtain the preset acceptance rules; Comparing the equipment shipping data and the equipment arrival data based on the preset acceptance rules, and determining the acceptance results corresponding to each acceptance item; wherein, the acceptance results include: compliant items and non-compliant items; Determining whether the non-compliant items are necessary acceptance rules, and if not, determining that the acceptance is qualified, and then warehousing the acceptance result and the corresponding equipment arrival data.

9. An equipment acceptance management device for a battery swapping station, characterized in that, The equipment includes: At least one processor; and, A memory communicatively connected to the at least one processor; wherein, The memory stores instructions executable by the at least one processor, and when the instructions are executed by the at least one processor, the at least one processor is enabled to: execute the equipment acceptance management method of the swapping station according to any one of claims 1-8 above.

10. A non-volatile storage medium stores computer-executable instructions, characterized in that, The computer-executable instructions can: execute the equipment acceptance management method of the battery swapping station according to any one of claims 1-8 above.

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