Metering box asset state information management monitoring system

Abstract

The invention provides a metering box asset state information management monitoring system, which comprises a management server and a mobile information terminal, and is characterized in that the management server comprises a metering box ex-warehouse management module and an abnormity monitoring module; the metering box ex-warehouse management module is used for acquiring the ex-warehouse demand of the metering box, performing ex-warehouse auxiliary decision making according to the ex-warehouse demand of the metering box and inventory information in a marketing 2.0 system, and displaying a decision making result; the server is also used for acquiring and storing ex-warehouse information sent by the mobile information terminal in real time; the anomaly monitoring module is used for acquiring inventory information and ex-warehouse information recorded in a marketing 2.0 system and metering box filing information recorded in a metering box filing platform in real time, performing anomaly monitoring on metering box asset state information by using a built-in algorithm model, and displaying corresponding anomaly data; and the mobile information terminal is used for receiving the metering box ex-warehouse strategy, executing metering box ex-warehouse operation, generating ex-warehouse information and sending the ex-warehouse information to the metering box ex-warehouse management module.

Description

Technical Field

[0001] The present invention relates to the technical field of asset information management, and more specifically to a meter box asset status information management and monitoring system. Background Art

[0002] At present, there are a large number of meter boxes in operation within the management scope of the power supply company, and the asset status information is currently managed mainly by the Marketing 2.0 system and the meter box filing platform. Among them, the Marketing 2.0 system can count the number of meter boxes in operation and inventory, and change the asset status information of the meter box from "inventory" to "operation" through the work order flow of the Marketing 2.0 system; the meter box filing platform can take photos of the asset number of the nameplate of the meter box in operation on site, the appearance of the box, and the asset number of the electric energy meter installed inside the box, and upload them to the platform to complete the on-site filing of the meter box.

[0003] When the power supply company conducts inventory counting of inventory meter boxes, it uses the inventory meter boxes of the Marketing 2.0 system as ledger data, scans and collects asset number information of the meter boxes stored in the third-level warehouse of each power supply station, and compares it with the ledger data. However, with the continuous increase in the number of meter boxes, the existing meter box inventory counting method has exposed many problems in asset status monitoring, information recording and tracing, resulting in frequent abnormal situations such as inconsistency between asset accounts and cards, long-term backlogs, and inventory shortages and surpluses.

[0004] Through analysis, it was found that the reasons leading to long-term backlogs, inventory shortages, inventory surpluses and other problems are as follows: 1. Existing management systems, such as the Marketing 2.0 system, have a significant lag in updating the asset status of meter boxes. The system cannot track the specific usage of meter boxes after they leave the warehouse in real time, resulting in untimely updates of asset status information. In addition, there is a lack of effective monitoring mechanism for long-term unused or abnormal status of meter boxes after they leave the warehouse, making it difficult for power supply companies to discover and deal with these problems in a timely manner.

[0005] 2. There are problems with irregular and missing information records in the process of meter boxes’ delivery, installation, and circulation. The Marketing 2.0 system and meter box filing platform rely on manual operations to record this information, which is prone to errors or omissions. At the same time, due to the lack of on-site installation photos and asset numbers for some meter boxes, as well as incomplete delivery records, it is difficult to trace the specific whereabouts and status changes of the meter boxes when abnormal situations such as inventory shortages and surpluses occur.

[0006] 3. Work order circulation is an important part of meter box asset management, but the existing system has management confusion in this regard. On the one hand, the phenomenon of false work orders often occurs, that is, in order to respond to inspections or project settlements, work orders are only circulated in the system without actually installing or replacing the meter boxes, resulting in inventory quantities that do not match the actual quantity. On the other hand, some installed meter boxes have not had work orders circulated in the system in a timely manner, causing the asset status to be displayed as "inventory" for a long time, causing management confusion.

[0007] 4. In addition, the relevant technology also proposed a solution to install a monitoring device inside the meter box, but this solution has problems such as high cost, large workload, and the need for regular inspection and maintenance, which makes it difficult to meet the requirements of low-cost monitoring. In addition, these monitoring devices can often only achieve local or single-function monitoring, and cannot achieve overall monitoring and management of the meter box asset status information, nor can they fully utilize the data resources in the existing Marketing 2.0 and meter box filing platform, resulting in functional limitations. Summary of the invention

[0008] In view of the problems existing in the prior art, the purpose of the present invention is to provide a meter box asset status information management and monitoring system, which can realize regular monitoring of the meter box asset status information while establishing the meter box outbound record information, timely discover abnormal information on the asset status of the meter box that has been outbound, and send the information to the meter asset management personnel, so as to realize standardized management of the meter box assets.

[0009] In order to achieve the above object, the present invention is implemented through the following technical solutions: A meter box asset status information management and monitoring system, comprising: a management server and a mobile information terminal, wherein the management server is respectively connected with the mobile information terminal, a marketing 2.0 system, and a meter box file building platform through network data; The management server includes a meter box outbound management module and an abnormality monitoring module; The meter box outbound management module is used to obtain the meter box outbound demand, make auxiliary decisions on outbound delivery based on the meter box outbound demand and the inventory information in the Marketing 2.0 system, and display the decision results; it is also used to obtain the outbound delivery information sent by the mobile information terminal in real time and store it; The abnormality monitoring module is used to obtain the inventory information recorded in the Marketing 2.0 system, the outbound information stored in the meter box outbound management module, and the meter box filing information recorded in the meter box filing platform in real time, and use the built-in algorithm model to perform abnormal monitoring of the meter box asset status information; when the meter box asset status information is detected to be abnormal, the corresponding abnormal data is displayed; The mobile information terminal is used to receive the meter box outbound strategy imported by the staff according to the decision results, execute the meter box outbound operation according to the meter box outbound strategy, and generate outbound information and send it to the meter box outbound management module.

[0010] Furthermore, the meter box outbound management module includes an auxiliary decision-making unit and a meter box smart account unit; The auxiliary decision unit is used to obtain the meter box outbound type, outbound quantity and outbound decision type, obtain the meter box inventory information recorded in the Marketing 2.0 system, and sort the meter box inventory information according to the outbound decision type. The basic sorting result displays the meter box inventory information that meets the meter box outbound demand as the decision result; The meter box intelligent ledger unit is used to automatically update the built-in meter box outbound ledger according to the outbound information sent by the mobile information terminal.

[0011] Furthermore, the types of outbound decisions include first-in-first-out decision, quantity-first decision and mixed decision; The execution process of the first-in-first-out decision includes: Obtain all meter box inventory information from the data center of the Marketing 2.0 system, and sort the meter box inventory information in ascending order according to the storage time; Based on the sorted meter box inventory information, the meter box outbound information that meets the outbound type and outbound quantity of the meter box is screened out and displayed as the decision result; The execution process of the quantity priority decision includes: Obtain all meter box inventory information from the data center of the Marketing 2.0 system, and sort the meter box inventory information in ascending order according to the inventory quantity; Filter out the meter box outbound information that meets the outbound type and outbound quantity of the meter box, and display it as the decision result; The execution process of the hybrid decision includes: Obtain all meter box inventory information from the data center of the Marketing 2.0 system, and sort the meter box inventory information in ascending order according to the storage time; Based on the sorted meter box inventory information, the meter box inventory information is sorted in ascending order according to the inventory quantity; The meter box outbound information that meets the outbound type and outbound quantity of the meter box is filtered out and displayed as the decision result.

[0012] Furthermore, the real-time acquisition of inventory information recorded in the marketing 2.0 system, the outbound information stored in the meter box outbound management module, and the meter box file information recorded in the meter box file platform, and the use of the built-in algorithm model to perform abnormal monitoring of the meter box asset status information, includes: Obtain information of the meter box to be tested; Check whether the meter box filing platform records the meter box filing information corresponding to the meter box information to be tested; if so, it is determined that the meter box to be tested has been installed on site; if not, it is determined that the meter box to be tested has not been installed on site; If the meter box to be tested has been installed on site, check whether there is meter box outbound account information corresponding to the meter box information to be tested in the meter box outbound account; If it exists, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in the operating state, the asset status information of the meter box to be tested is normal; if the status information is in the non-operating state, determine whether the work order circulation time of the meter box information with detection in the Marketing 2.0 system exceeds the preset warning time limit; if so, it is determined that the asset status information of the meter box to be tested has an abnormality of not being circulated beyond the time limit; if so, it is determined that the asset status information of the meter box to be tested is normal; If it does not exist, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in an operating state, it is determined that the asset status information of the meter box to be tested has the abnormality of no record when it is shipped out; if the status information is in a non-operating state, it is determined that the asset status information of the meter box to be tested has the abnormality of no record when it is shipped out and the work order has not been circulated.

[0013] Furthermore, the real-time acquisition of inventory information recorded in the marketing 2.0 system, the outbound information stored in the meter box outbound management module, and the meter box file creation information recorded in the meter box file creation platform, and the use of the built-in algorithm model to perform abnormal monitoring of the meter box asset status information, also includes: If the meter box to be tested has not been installed on site, check whether there is meter box outbound account information corresponding to the meter box information to be tested in the meter box outbound account; If it exists, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in the operating state, it is determined that the asset status information of the meter box to be tested has an abnormality that the installation site has not been archived; if the status information is in the non-operating state, it is determined that the asset status information of the meter box to be tested has an abnormality that the meter box has not been installed on site after leaving the warehouse; If it does not exist, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in an operating state, it is determined that the asset status information of the meter box to be tested has an abnormality in the virtual marketing system work order; if the status information is in a non-operating state, the asset status information of the meter box to be tested is normal.

[0014] Furthermore, the mobile information terminal comprises: The face recognition module is used to collect and identify the face information of the staff who are carrying out the outbound delivery, so as to confirm whether the staff has the outbound delivery operation authority; after confirmation, the outbound delivery operation authority is issued to the staff by displaying the outbound delivery record page; The code scanning module is used to record the information of the outbound metering box by scanning the RFID tag or barcode on the metering box; The data entry module is used to enter the outbound meter box information on the outbound record page and send it to the meter box outbound management module through the wireless network.

[0015] Furthermore, the mobile information terminal further includes: The RFID search module is used to use RFID technology to search and locate the specific storage location of the metering box to be shipped out.

[0016] Furthermore, the mobile information terminal adopts an intranet RFID handheld device.

[0017] Compared with the prior art, the beneficial effect of the present invention lies in: the present invention provides a meter box asset status information management and monitoring system, by developing a meter box outbound management module and an abnormality monitoring module in a management server, and performing abnormal monitoring of the meter box asset status information through a built-in algorithm model. While establishing the meter box outbound record information, regular monitoring of the meter box asset status information is achieved, and abnormal asset status information of the meter box that has been outbound is discovered in time, and the information is sent to the meter asset management personnel, thereby achieving standardized management of meter box assets.

[0018] This system uses an algorithm model to automatically determine whether the asset status of all meter boxes entering the warehouse within a specified time is abnormal. It displays 6 meter boxes with abnormal status, such as those that have not been circulated at the installation site within the time limit, those that have no outbound ledgers, those that have not been filed at the installation site, and those that have been falsely processed in Marketing 2.0. This eliminates the manual work of checking each one in the Marketing 2.0 system and the meter box filing module, and eliminates the need to install monitoring devices in the meter boxes, thereby increasing the scope and efficiency of abnormal monitoring and reducing the cost of monitoring.

[0019] The present invention fully exploits the data value of the existing marketing 2.0 system and the meter box filing platform, analyzes the acquired data through the abnormal monitoring module, and clarifies the meter boxes with abnormal asset information status. It is low-cost and effective, and is suitable for power supply company managers to carry out comprehensive monitoring work in a short period of time. After clarifying the abnormal problems, the asset management level of the meter box can be quickly improved by formulating assessment management methods.

[0020] It can be seen that compared with the prior art, the present invention has outstanding substantive features and significant progress, and the beneficial effects of its implementation are also obvious. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on the provided drawings without paying creative work.

[0022] Figure 1 It is a system principle diagram of a specific implementation mode of the present invention.

[0023] Figure 2 It is a schematic diagram of the auxiliary decision-making process of a specific implementation method of the present invention.

[0024] Figure 3 It is a schematic diagram of the abnormal monitoring process of the asset status information of the meter box according to a specific implementation mode of the present invention. DETAILED DESCRIPTION

[0025] The specific implementation of the present invention is described below with reference to the accompanying drawings.

[0026] like Figure 1 As shown, the present invention discloses a meter box asset status information management and monitoring system, including: a management server 1 and a mobile information terminal 2, the management server 1 is respectively connected to the mobile information terminal 2, the marketing 2.0 system 3, and the meter box filing platform 4 through network data.

[0027] Among them, the marketing 2.0 system 3 can count the number of meter boxes in operation and inventory, and change the meter box asset status information from "inventory" to "operation" through the circulation of the marketing 2.0 system work order. The meter box filing platform 4 is mainly used for on-site filing of meter boxes and records the filing information of meter boxes.

[0028] Specifically, the management server 1 includes a meter box outbound management module 5 and an abnormality monitoring module 6 .

[0029] The meter box outbound management module 5 is used to obtain the meter box outbound demand, make auxiliary decisions on outbound delivery based on the meter box outbound demand and the inventory information in the marketing 2.0 system 3, and display the decision results; it is also used to obtain the outbound information sent by the mobile information terminal 2 in real time and store it.

[0030] In a specific implementation, the meter box outbound management module 5 includes an auxiliary decision-making unit 51 and a meter box smart ledger unit 52 .

[0031] The auxiliary decision unit 51 is used to obtain the meter box outbound type, outbound quantity and outbound decision type, obtain the meter box inventory information recorded in the marketing 2.0 system 3, and sort the meter box inventory information according to the outbound decision type. The basic sorting result shows the meter box inventory information that meets the meter box outbound demand as the decision result. Among them, the outbound decision type includes first-in-first-out decision, quantity priority decision and mixed decision. Among the above three types of outbound decision, the mixed decision is a decision that takes into account both first-in-first-out and quantity priority. It can also be called a "first-in-first-out + quantity priority" decision.

[0032] Based on the above three different types of outbound decision, the corresponding execution process is as follows: 1. Execution process of first-in, first-out decision: First, obtain all meter box inventory information from the data center of Marketing 2.0 System 3, and sort the meter box inventory information in ascending order according to the warehousing time; then, based on the sorted meter box inventory information, filter out the meter box outbound information that meets the outbound type and outbound quantity of the meter box, and display it as the decision result.

[0033] 2. Execution process of quantity priority decision: First, obtain all meter box inventory information from the data center of Marketing 2.0 System 3, and sort the meter box inventory information in ascending order according to the inventory quantity; then filter out the meter box outbound information that meets the outbound type and outbound quantity of the meter box, and display it as the decision result.

[0034] 3. Execution process of hybrid decision: First, obtain all meter box inventory information from the data center of the marketing 2.0 system, and sort the meter box inventory information in ascending order according to the warehousing time; then, based on the sorted meter box inventory information, sort the meter box inventory information in ascending order according to the inventory quantity; finally, filter out the meter box outbound information that meets the outbound type and outbound quantity of the meter box, and display it as the decision result.

[0035] As an example, the auxiliary decision unit 51 is specifically used to execute an auxiliary decision process. Figure 2 The auxiliary decision-making process is as follows: When the staff receives the demand for the use of the meter box on site, they first clarify the type and total quantity of the meter box required, and then log in to the management server 1 to enter the auxiliary decision unit 51 of the meter box outbound management module 5 to start outbound management, enter the required type and total quantity, and enter the auxiliary decision. At this time, select the outbound decision type. According to different outbound decision types, the auxiliary decision unit 51 will display the meter box details, storage age and storage location that meet the requirements and meet the "first in first out" or "quantity priority" or "first in first out + quantity priority" decision requirements.

[0036] Among them, after selecting "First-in, First-out decision", the auxiliary decision unit 51 obtains the entry time of all inventory meter boxes from the marketing 2.0 system 3 data center and automatically sorts them, and gives priority to displaying the meter boxes that meet the type requirements and have an early entry time; after selecting "Quantity priority decision", the auxiliary decision unit 51 gives priority to displaying the meter boxes that meet the type requirements and have a small inventory quantity; after selecting "First-in, First-out + quantity priority decision", the auxiliary decision unit 51 gives priority to displaying the meter boxes that have an early entry time and a small inventory quantity, so as to meet the diversified needs of staff in outbound delivery.

[0037] In addition, after the decision results are generated, the corresponding data will be automatically exported for use by warehouse personnel as a reference for scientific warehouse delivery, thus avoiding long-term backlogs in the warehouse.

[0038] The meter box intelligent ledger unit 52 is used to automatically update the built-in meter box outbound ledger according to the outbound information sent by the mobile information terminal 2.

[0039] In order to solve the problem of low efficiency and missing information in manually making paper or electronic ledgers after the meter box is shipped out, the meter box outbound management module 5 is configured with a smart ledger function. As an example, the meter box smart ledger unit 52 can use a meter box smart ledger APP, and the outbound personnel can directly log in to the APP to automatically generate a standardized meter box outbound ledger at the same time as the outbound.

[0040] In addition, it should be noted that the meter box smart ledger APP has an operation warning time limit reminder function. When the meter box is shipped out of the warehouse, due to various factors, the power supply time will be later than the shipping time. The shipping personnel can set a warning time based on reasonable predictions. When the shipping time of the meter box that has been shipped out reaches the operation warning time limit (that is, the number of warning days), the meter box smart ledger APP will automatically query the asset status information of the meter box in the marketing 2.0 system 3 to determine whether it is in the "operation" state. When the query result is not in the "operation" state, the meter box smart ledger APP automatically sends a message to remind the staff to carry out the marketing 2.0 system 3 work order circulation work to avoid long-term delays in system circulation.

[0041] The abnormality monitoring module 6 is used to obtain in real time the inventory information recorded in the marketing 2.0 system 3, the outbound information stored in the meter box outbound management module 5, and the meter box filing information recorded in the meter box filing platform 4, and use the built-in algorithm model to perform abnormal monitoring of the meter box asset status information; when the meter box asset status information is detected to be abnormal, the corresponding abnormal data is displayed.

[0042] In a specific implementation, the abnormal monitoring module 6 uses the built-in algorithm model to judge the data of the three platforms as the basis for the algorithm model, in which the system operation warning time limit is exceeded and included in the outbound ledger. Using this abnormal monitoring function, after the meter box in the third-level warehouse of the power supply station is outbound, the abnormal status information of the six types of assets in the meter box can be regularly monitored. Among the three platform data, the data of the meter box filing platform 4 is used to determine whether it is installed on site; the meter box outbound ledger is used to determine whether it is outbound and whether it exceeds the system operation limit; the data of the marketing 2.0 system 3 is used to determine whether the corresponding system work order is circulated.

[0043] The abnormal monitoring module 6 is used to execute an abnormal monitoring process of the meter box asset status information, such as Figure 3 As shown in the figure, the abnormal monitoring process of the meter box asset status information is as follows: 1. Obtain the information of the meter box to be tested.

[0044] 2. Check whether the meter box filing platform has recorded the meter box filing information corresponding to the meter box information to be tested; if so, it is determined that the meter box to be tested has been installed on site; if not, it is determined that the meter box to be tested has not been installed on site.

[0045] 3. If the meter box to be tested has been installed on site, check whether there is meter box outbound ledger information corresponding to the meter box information to be tested in the meter box outbound ledger.

[0046] If it exists, continue to query the status information of the meter box to be tested recorded in the marketing 2.0 system; if the status information is an operating status, the asset status information of the meter box to be tested is normal; if the status information is a non-operating status, determine whether the work order circulation time of the meter box information with inspection in the marketing 2.0 system exceeds the preset warning time limit; if so, it is determined that the asset status information of the meter box to be tested has an abnormality of not being circulated within the time limit; if so, it is determined that the asset status information of the meter box to be tested is normal.

[0047] If it does not exist, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in an operating state, it is determined that the asset status information of the meter box to be tested has the abnormality of no record when it is shipped out; if the status information is in a non-operating state, it is determined that the asset status information of the meter box to be tested has the abnormality of no record when it is shipped out and the work order has not been circulated.

[0048] 4. If the meter box to be tested has not been installed on site, check whether there is meter box outbound ledger information corresponding to the meter box information to be tested in the meter box outbound ledger.

[0049] If it exists, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in an operating state, it is determined that the asset status information of the meter box to be tested has the abnormality that the file has not been created at the installation site; if the status information is in a non-operating state, it is determined that the asset status information of the meter box to be tested has the abnormality that it has not been installed at the site after leaving the warehouse.

[0050] If it does not exist, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in an operating state, it is determined that the asset status information of the meter box to be tested has an abnormality in the virtual marketing system work order; if the status information is in a non-operating state, the asset status information of the meter box to be tested is normal.

[0051] The mobile information terminal 2 is used to receive the meter box outbound strategy imported by the staff according to the decision result, execute the meter box outbound operation according to the meter box outbound strategy, and generate outbound information and send it to the meter box outbound management module 5.

[0052] In a specific implementation, the mobile information terminal 2 can be an intranet RFID handheld device. The mobile information terminal 2 includes: a face recognition module 21, a code scanning module 22, a data entry module 23 and an RFID search module 24.

[0053] The face recognition module 21 is used to collect and identify the face information of the staff who are carrying out the outbound delivery, so as to confirm whether the staff has the outbound delivery operation authority; after confirmation, the outbound delivery operation authority is issued to the staff by displaying the outbound delivery record page.

[0054] The code scanning module 22 is used to record the information of the outbound metering box by scanning the RFID tag or barcode on the metering box.

[0055] The data entry module 23 is used to enter the outbound meter box information on the outbound record page and send it to the meter box outbound management module 5 through the wireless network.

[0056] The RFID search module 24 is used to use RFID technology to search and locate the specific storage location of the metering box to be shipped out.

[0057] Based on the functional architecture of the above-mentioned mobile information terminal 2. When in use, after clarifying the scope of the outbound metering box, the staff will transfer the exported data to the intranet RFID handheld handheld device, arrive at the third-level warehouse where the metering box is stored, and use the RFID search function to find the storage location of the metering box to be outbound. After that, use the intranet RFID handheld handheld device to log in to the metering box smart ledger APP, collect and identify the facial information of the outbound person, and enter the outbound record page after confirming that the facial collection and recognition is complete. The staff scans the outbound metering box continuously, and clicks the "Read Complete" button after scanning the code to enter the "Complete Ledger" editing page. At this time, the time of collection and the information of the outbound person have been automatically formed. The staff will fill in the information of the user, the purpose of use, the installation location, and the operation warning time limit. The APP has a key field verification function. When the information is not filled in, it prompts that it cannot be saved. After filling in as required, the outbound metering box information and other outbound ledger data are saved to the intranet RFID handheld handheld device, and transmitted to the metering box outbound management module 5 through the data line to synchronize the metering box outbound ledger to ensure data security.

[0058] As an example, the algorithm model adopted by the abnormality monitoring module 6 specifically adopts the algorithm model table shown in Table 1 below.

[0059] Table 1: Algorithm model table

[0060] As can be seen from Table 1, the abnormal monitoring module 6 can use the algorithm model to implement the following abnormal monitoring process of the meter box asset status information: After entering the abnormal monitoring module 6, the staff will query and display the details of all meter boxes received by the third-level warehouse of the power supply team during this period by selecting the query time range, and first query in the meter box filing platform.

[0061] If the meter box has file information, it means that the meter box has been installed on site; if there is no file information, the meter box has not been installed on site. The details are as follows: 1. After the meter box is installed on site, continue to check whether its outbound ledger information exists. (1) If there is outbound ledger information, continue to determine whether it is "operating" in the Marketing 2.0 system. If it is in the "operating" state, it means normal operation; if it is in the "non-operating" state, further determine whether the work order flow in the Marketing 2.0 system exceeds the pre-set warning time limit. If it exceeds, the abnormal result is: it has not been circulated within the time limit; if it has not exceeded, it has not been circulated within a reasonable time limit, which is not abnormal. (2) If there is no outbound ledger information, determine whether it is "operating" in the Marketing 2.0 system. If it is in the "operating" state, the abnormal result is: there is no outbound ledger; if it is in the "non-operating" state, the abnormal result is: there is no outbound ledger and the work order has not been circulated.

[0062] 2. If the meter box is not installed on site, continue to check whether its outbound ledger information exists. (1) If the outbound ledger information exists, continue to determine whether it is "operating" in the Marketing 2.0 system. If it is in the "operating" state, the abnormal result is: no file is created at the installation site; if it is in the "non-operating" state, the abnormal result is: it was not installed on site after delivery. (2) If the outbound ledger information does not exist, continue to determine whether it is "operating" in the Marketing 2.0 system. If it is in the "operating" state, the abnormal result is: a false marketing system work order; if it is in the "non-operating" state, it indicates normal inventory.

[0063] In addition, in order to better illustrate the implementation logic of various functions of this system, the following examples are used to illustrate the use of this system: When the power supply team is carrying out the meter box delivery, the staff first clarifies the type and quantity of the meter box to be delivered. By logging into the management server 1, using the auxiliary decision unit 51 of the meter box delivery management module 5, select one of the three decision modes of "first in, first out" or "quantity priority" or "first in, first out + quantity priority". After that, the data that meets the requirements is automatically displayed and exported, and the staff transmits the exported data to the intranet RFID handheld device.

[0064] When the staff arrives at the location where the meter boxes are stored, they can use the search function of the RFID handheld device to quickly find the storage location of the meter boxes given by the auxiliary decision-making. After that, they use the "Smart Outbound Ledger APP" of the intranet RFID handheld device to complete facial recognition and meter box asset code scanning and collection.

[0065] After confirming "Reading Completed", enter the "Complete Ledger" editing page, complete the user information, usage purpose, installation location, and operation warning time limit information on the intranet RFID handheld device and save it on the handheld device, and transmit it to the meter box outbound management module 5 of the management server 1 via the data cable.

[0066] In addition, the abnormal monitoring module 6 in the management server 1 can be logged in in real time, and the query time range can be selected to determine the details of all meter boxes received by the third-level warehouse of the power supply class. After that, the system automatically calculates and queries the information and warning time limit in the data center of the meter box filing platform, the marketing 2.0 system, and the marketing 2.0 system. The query results are input into the algorithm model, and the details of the abnormal state meter boxes are automatically displayed, and the abnormal data are exported. After obtaining the abnormal data, the power supply company management personnel urge each power supply class to make rectifications. After the rectification is completed, the abnormal monitoring can be used for multiple inquiries.

[0067] It can be seen that the present invention discloses a meter box asset status information management and monitoring system, which can realize regular monitoring of the meter box asset status information while establishing the meter box outbound record information, timely discover abnormal information on the asset status of the meter box that has been outbound, and send the information to the meter asset management personnel, so as to realize standardized management of the meter box assets.

[0068] Those skilled in the art can clearly understand that the technology in the embodiments of the present invention can be implemented by means of software plus a necessary general hardware platform. Based on this understanding, the technical solution in the embodiments of the present invention is essentially or the part that contributes to the prior art can be embodied in the form of a software product, and the computer software product is stored in a storage medium such as a U disk, a mobile hard disk, a read-only memory (ROM, Read-Only Memory), a random access memory (RAM, Random Access Memory), a disk or an optical disk, etc., which can store program codes, including several instructions to enable a computer terminal (which can be a personal computer, a server, or a second terminal, a network terminal, etc.) to perform all or part of the steps of the method described in each embodiment of the present invention. The same and similar parts between the various embodiments in this specification can be referred to each other. In particular, for the terminal embodiment, since it is basically similar to the method embodiment, the description is relatively simple, and the relevant parts can be referred to the description in the method embodiment.

[0069] In the several embodiments provided by the present invention, it should be understood that the disclosed systems, systems and methods can be implemented in other ways. For example, the system embodiments described above are only schematic. For example, the division of the units is only a logical function division. There may be other division methods in actual implementation, such as multiple units or components can be combined or integrated into another system, or some features can be ignored or not executed. Another point is that the mutual coupling or direct coupling or communication connection shown or discussed can be through some interfaces, indirect coupling or communication connection of systems or units, which can be electrical, mechanical or other forms.

[0070] The units described as separate components may or may not be physically separated, and the components shown as units may or may not be physical units, that is, they may be located in one place or distributed on multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.

[0071] In addition, each functional module in each embodiment of the present invention may be integrated into one processing unit, or each module may exist physically separately, or two or more modules may be integrated into one unit.

[0072] Similarly, each processing unit in each embodiment of the present invention may be integrated into one functional module, or each processing unit may exist physically, or two or more processing units may be integrated into one functional module.

[0073] The present invention will be further described with reference to the accompanying drawings and specific embodiments. It should be understood that these embodiments are only used to illustrate the present invention and are not intended to limit the scope of the present invention. In addition, it should be understood that after reading the content taught by the present invention, those skilled in the art may make various changes or modifications to the present invention, and these equivalent forms also fall within the scope limited by the application.

Claims

1. A meter box asset status information management and monitoring system, characterized in that: include: Management server and mobile information terminal. The management server is connected with the mobile information terminal, marketing 2.0 system and meter box filing platform through network data; The management server includes a meter box outbound management module and an abnormality monitoring module; The meter box outbound management module is used to obtain the meter box outbound demand, make auxiliary decisions on outbound delivery based on the meter box outbound demand and the inventory information in the Marketing 2.0 system, and display the decision results; it is also used to obtain the outbound delivery information sent by the mobile information terminal in real time and store it; The abnormality monitoring module is used to obtain the inventory information recorded in the Marketing 2.0 system, the outbound information stored in the meter box outbound management module, and the meter box filing information recorded in the meter box filing platform in real time, and use the built-in algorithm model to perform abnormal monitoring of the meter box asset status information; when the meter box asset status information is detected to be abnormal, the corresponding abnormal data is displayed; The mobile information terminal is used to receive the meter box outbound strategy imported by the staff according to the decision results, execute the meter box outbound operation according to the meter box outbound strategy, and generate outbound information and send it to the meter box outbound management module.

2. The meter box asset status information management and monitoring system according to claim 1 is characterized in that: The meter box outbound management module includes an auxiliary decision-making unit and a meter box smart account unit; The auxiliary decision unit is used to obtain the meter box outbound type, outbound quantity and outbound decision type, obtain the meter box inventory information recorded in the Marketing 2.0 system, and sort the meter box inventory information according to the outbound decision type. The basic sorting result displays the meter box inventory information that meets the meter box outbound demand as the decision result; The meter box intelligent ledger unit is used to automatically update the built-in meter box outbound ledger according to the outbound information sent by the mobile information terminal.

3. The meter box asset status information management and monitoring system according to claim 2 is characterized in that: The types of outbound decisions include first-in-first-out decision, quantity-first decision and mixed decision; The execution process of the first-in-first-out decision includes: Obtain all meter box inventory information from the data center of the Marketing 2.0 system, and sort the meter box inventory information in ascending order according to the storage time; Based on the sorted meter box inventory information, the meter box outbound information that meets the outbound type and outbound quantity of the meter box is screened out and displayed as the decision result; The execution process of the quantity priority decision includes: Obtain all meter box inventory information from the data center of the Marketing 2.0 system, and sort the meter box inventory information in ascending order according to the inventory quantity; Filter out the meter box outbound information that meets the outbound type and outbound quantity of the meter box, and display it as the decision result; The execution process of the hybrid decision includes: Obtain all meter box inventory information from the data center of the Marketing 2.0 system, and sort the meter box inventory information in ascending order according to the storage time; Based on the sorted meter box inventory information, the meter box inventory information is sorted in ascending order according to the inventory quantity; The meter box outbound information that meets the outbound type and outbound quantity of the meter box is filtered out and displayed as the decision result.

4. The meter box asset status information management and monitoring system according to claim 3 is characterized in that: The real-time acquisition of inventory information recorded in the marketing 2.0 system, the outbound information stored in the meter box outbound management module, and the meter box file creation information recorded in the meter box file creation platform, and the use of the built-in algorithm model to perform abnormal monitoring of the meter box asset status information, includes: Obtain information of the meter box to be tested; Check whether the meter box filing platform records the meter box filing information corresponding to the meter box information to be tested; if so, it is determined that the meter box to be tested has been installed on site; if not, it is determined that the meter box to be tested has not been installed on site; If the meter box to be tested has been installed on site, check whether there is meter box outbound account information corresponding to the meter box information to be tested in the meter box outbound account; If it exists, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in the operating state, the asset status information of the meter box to be tested is normal; if the status information is in the non-operating state, determine whether the work order circulation time of the meter box information with detection in the Marketing 2.0 system exceeds the preset warning time limit; if so, it is determined that the asset status information of the meter box to be tested has an abnormality of not being circulated beyond the time limit; if so, it is determined that the asset status information of the meter box to be tested is normal; If it does not exist, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in an operating state, it is determined that the asset status information of the meter box to be tested has the abnormality of no record when it is shipped out; if the status information is in a non-operating state, it is determined that the asset status information of the meter box to be tested has the abnormality of no record when it is shipped out and the work order has not been circulated.

5. The meter box asset status information management and monitoring system according to claim 4 is characterized in that: The real-time acquisition of inventory information recorded in the marketing 2.0 system, the outbound information stored in the meter box outbound management module, and the meter box file creation information recorded in the meter box file creation platform, and the use of the built-in algorithm model to perform abnormal monitoring of the meter box asset status information, also includes: If the meter box to be tested has not been installed on site, check whether there is meter box outbound account information corresponding to the meter box information to be tested in the meter box outbound account; If it exists, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in the operating state, it is determined that the asset status information of the meter box to be tested has an abnormality that the installation site has not been archived; if the status information is in the non-operating state, it is determined that the asset status information of the meter box to be tested has an abnormality that the meter box has not been installed on site after leaving the warehouse; If it does not exist, continue to query the status information of the meter box to be tested recorded in the Marketing 2.0 system; if the status information is in an operating state, it is determined that the asset status information of the meter box to be tested has an abnormality in the virtual marketing system work order; if the status information is in a non-operating state, the asset status information of the meter box to be tested is normal.

6. The meter box asset status information management and monitoring system according to claim 1 is characterized in that: The mobile information terminal comprises: The face recognition module is used to collect and identify the face information of the staff who are carrying out the outbound delivery, so as to confirm whether the staff has the outbound delivery operation authority; after confirmation, the outbound delivery operation authority is issued to the staff by displaying the outbound delivery record page; The code scanning module is used to record the information of the outbound metering box by scanning the RFID tag or barcode on the metering box; The data entry module is used to enter the outbound meter box information on the outbound record page and send it to the meter box outbound management module through the wireless network.

7. The meter box asset status information management and monitoring system according to claim 6 is characterized in that: The mobile information terminal further includes: The RFID search module is used to use RFID technology to search and locate the specific storage location of the metering box to be shipped out.

8. The meter box asset status information management and monitoring system according to claim 6 is characterized in that: The mobile information terminal adopts an intranet RFID handheld device.

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