Intelligent management method and system for bank precious metal inventory

Abstract

The application provides a kind of bank noble metal inventory intelligent management method and system, related to noble metal inventory management technical field, by radio frequency identification equipment to the radio frequency tag of noble metal is identified, obtains noble metal basic information, noble metal position information;With noble metal basic information, noble metal position information constructs collaborative update database;Obtain the current record data of collaborative update database;Obtain inventory statistical requirements, according to inventory statistical requirements, based on noble metal basic information in current record data, noble metal position information carries out noble metal inventory statistics.Solve the technical problems that the management workload of gold vault heavy metal is huge, there is error probability by manual processing, and the timeliness of management cannot be guaranteed.Achieve the intelligent processing of noble metal warehouse, real-time master in-out warehouse information, convenient operation and flexible inventory statistics, can be carried out according to the requirements of inventory statistics, improve the technical effect of inventory management efficiency.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of precious metal inventory management, and particularly relates to a bank precious metal inventory intelligent management method and system. BACKGROUND

[0002] With the development of new technologies such as mobile payment, the cash management amount of the vault is reduced, and the precious metal business has become the main problem of the current vault management. The precious metal specifications are various, and the inventory varieties increase year by year. At the same time, the inventory enters the warehouse frequently, and the inventory quantity is up to tens of thousands. The number of in-and-out warehouse is up to hundreds of thousands per month. The inventory needs to be counted every day, and the in-and-out warehouse also needs to be updated and managed synchronously. The workload of manual inspection and identification is large, and there is also a situation that the inventory management is wrong. SUMMARY

[0003] In order to solve the above problems, the present application provides a bank precious metal inventory intelligent management method and system, which solves the technical problems that the precious metal management workload of the existing technology is huge, the error probability exists when the manual processing is carried out, and the timeliness of management cannot be guaranteed. The technical effects of intelligent processing of the precious metal inventory, real-time mastering of the in-and-out warehouse information, convenient operation, flexible inventory statistics, inventory statistics according to requirements, and improvement of the inventory management efficiency are achieved.

[0004] In view of the above problems, the present application provides a bank precious metal inventory intelligent management method and system.

[0005] On the one hand, the present application provides a bank precious metal inventory intelligent management method, which comprises: the method is applied to a precious metal intelligent management system, the system comprises a radio frequency identification device, and the method comprises: identifying the radio frequency tag of the precious metal through the radio frequency identification device to obtain the precious metal basic information and the precious metal position information; constructing a collaborative update database by using the precious metal basic information and the precious metal position information, the collaborative update database and the radio frequency tag establish a collaborative relationship, and the collaborative update database is updated according to the precious metal position information identified by the radio frequency tag; extracting the current record data of the collaborative update database; obtaining inventory statistical requirements, and performing precious metal inventory statistics based on the precious metal basic information and the precious metal position information in the current record data according to the inventory statistical requirements.

[0006] Preferably, the system further comprises an image acquisition device, and the method comprises: acquiring an image of the access person by the image acquisition device to obtain user image information; performing identity recognition on the user image information to obtain identity recognition information, and determining a user permission level according to the identity recognition information; obtaining a user task request and determining whether the user task request matches the user permission level; when the matching is successful, determining matching noble metal information according to the user task request, determining a matching radio frequency tag based on the matching noble metal information; according to the matching of the matching radio frequency tag and the noble metal basic information, when the matching is successful, sending the noble metal position information to the access person.

[0007] Preferably, the method further comprises: obtaining noble metal processing information, wherein the noble metal processing information comprises processing time; obtaining database update information based on the processing time according to the cooperative updating database; performing one-by-one matching according to the noble metal processing information and the database update information to obtain a matching result, and generating operation audit information according to the matching result.

[0008] Preferably, the method further comprises: setting an inventory time; generating an inventory instruction based on the inventory time, wherein the inventory instruction is used to start the radio frequency identification device to identify the radio frequency tag of the noble metal to obtain inventory information.

[0009] Preferably, the method further comprises: obtaining query request information; performing sending user tracking based on the query request information to determine request sending user information; determining a user permission level according to the request sending user information; and determining open data of a query database according to the user permission level and the query request information.

[0010] Preferably, the system further comprises a cabinet door magnetic stripe inductor, and the method further comprises: inducting a cabinet door opening operation by the cabinet door magnetic stripe inductor to obtain an operation time; performing identity recognition on an operator by the image acquisition device based on the operation time to obtain operator identity information; recording the operator identity information and the operation time to generate cabinet door operation record information; when the cabinet door magnetic stripe inductor obtains closing information, recording a closing time and generating an automatic inventory instruction.

[0011] Preferably, the method further comprises: obtaining temporary permission information; obtaining empowerment user information according to the temporary permission information; determining a subordinate relationship according to the empowerment user information and the identity recognition information; sending verification information to the empowerment user when the subordinate relationship meets a preset empowerment requirement; confirming temporary permission based on reply information of the verification information; determining whether the user task request meets a temporary permission use category, and generating a temporary operation instruction according to the user task request and the temporary permission when the determination is met.

[0012] Preferably, inventory calling information is obtained, calling coordinate information is determined according to the inventory calling information, and the collaborative update database is updated and a calling mark is generated according to the inventory calling information and the calling coordinate information; the identity information of the delivery personnel is obtained; the delivery position information is determined based on the identification of the radio frequency tag; the position recognition information is determined according to the coincidence degree recognition of the calling coordinate information and the delivery position information; the delivery personnel identification information is obtained, and the delivery personnel identification information is identified according to the delivery personnel identification information and the delivery personnel identity information; when the delivery personnel identification information matches the delivery personnel identity information, the identity recognition information is obtained; when the position recognition information and the identity recognition information are both met, the unboxing information is obtained, and the unboxing information includes radio frequency tag matching information.

[0013] In another aspect, the application provides an intelligent management system for bank precious metal inventory, comprising: a radio frequency identification module, the radio frequency identification module is used for identifying the radio frequency tag of the precious metal through the radio frequency identification device, and obtaining the precious metal basic information and the precious metal position information; a data collaboration module, the data collaboration module is used for constructing a collaborative update database by using the precious metal basic information and the precious metal position information, the collaborative update database establishes a collaborative relationship with the radio frequency tag, and the collaborative update database is updated according to the precious metal position information identified by the radio frequency tag; a record data acquisition module, the record data acquisition module is used for extracting the current record data of the collaborative update database; an inventory statistical module, the inventory statistical module is used for obtaining inventory statistical requirements, and performing precious metal inventory statistics based on the precious metal basic information and the precious metal position information in the current record data according to the inventory statistical requirements.

[0014] The technical solutions provided in the application have at least the following technical effects:

[0015] This application provides an intelligent management method and system for bank precious metal inventory. It utilizes RFID devices to identify RFID tags on precious metals, obtaining basic information and location information. A collaborative update database is constructed using this information, and this database establishes a collaborative relationship with the RFID tags. The database is updated based on the location information identified by the RFID tags. Current record data is extracted from the database. Inventory statistics requirements are obtained, and precious metal inventory statistics are performed based on the basic and location information in the current record data. This achieves intelligent processing of precious metal inventory, real-time monitoring of inbound and outbound information, convenient operation, and flexible inventory statistics, improving inventory management efficiency. It solves the technical problems of existing technologies where the workload of managing heavy metals in vaults is enormous, manual processing carries a high probability of error, and management timeliness cannot be guaranteed. Attached Figure Description

[0016] Figure 1 This is a flowchart illustrating an intelligent management method for bank precious metal inventory according to an embodiment of this application;

[0017] Figure 2 This is a schematic diagram of the user task request processing process in an intelligent management method for bank precious metal inventory according to an embodiment of this application;

[0018] Figure 3 This is a flowchart illustrating the generation of automatic inventory instructions in an intelligent management method for bank precious metal inventory according to an embodiment of this application.

[0019] Figure 4 This is a schematic diagram of the structure of an intelligent management system for bank precious metal inventory according to an embodiment of this application. Detailed Implementation

[0020] This application provides an intelligent management method and system for bank precious metal inventory, which solves the technical problems of the huge workload of managing heavy metals in vaults in the prior art, the probability of error in manual processing, and the inability to guarantee the timeliness of management.

[0021] The present invention will now be described in detail with reference to specific embodiments.

[0022] Example 1

[0023] like Figure 1 As shown in the figure, this application provides an intelligent management method for bank precious metal inventory. The method is applied to a precious metal intelligent management system, which includes a radio frequency identification (RFID) device. The method includes:

[0024] S10: Identify the radio frequency tag of the precious metal by the radio frequency identification device, and obtain the precious metal basic information and the precious metal location information.

[0025] Specifically, by installing a customized RFID tag on the precious metal in the vault, it should be understood that RFID is the abbreviation of Radio Frequency Identification, which is a non-contact data communication between the reader and the tag to achieve the purpose of identifying the target. The radio frequency identification device, i.e. the reader, can read and write the radio frequency tag, and can non-contact identify the tag. By installing a radio frequency tag on the precious metal, the precious metal can be identified. The radio frequency tag is recyclable, and the content can be read and written by the reader. The written content, such as tag code, precious metal specification, type, and other basic information, can also be written according to the needs of inventory management, such as storage time, storage user, etc., to facilitate the identification and processing of corresponding data of the precious metal, such as storage time, storage user, etc., for identifying and further managing the precious metal.

[0026] Optionally, the precious metal location information can be associated with the setting position of the identified radio frequency identification device. By setting corresponding radio frequency identification devices in different areas, the location of the precious metal can be determined according to the identification device number. At the same time, the location of the precious metal can also be positioned by combining the location and the identification radio frequency distance direction.

[0027] S20: Construct a collaborative update database using the precious metal basic information and the precious metal location information, and establish a collaborative relationship between the collaborative update database and the radio frequency tag. Update the collaborative update database according to the precious metal location information identified by the radio frequency tag.

[0028] Specifically, the collaborative update database establishes a collaborative relationship with the identification data of the radio frequency tag by the radio frequency identification device. When the radio frequency identification device identifies the radio frequency tag and obtains the identification result, the collaborative update database is updated synchronously. When the precious metal is taken out, the precious metal location information is emptied or marked. According to the situation or the mark, the out-of-stock information of the precious metal can be determined. When there is new storage, the radio frequency tag will be increased, and the location information of the precious metal will be determined by the identification of the increased radio frequency tag to update and add the database. The increase of the inventory is determined by the display content in the increased radio frequency tag and the location information.

[0029] After the radio frequency identification device identifies the radio frequency tag and obtains the identification result, the identification result is connected with the collaborative update database, and the identification result is synchronized to the collaborative update database. According to the unique code corresponding to the identified radio frequency tag and the tag code in the collaborative update database, the data is updated after matching the tag code.

[0030] S30: Extract the current record data of the collaborative update database.

[0031] S40: Obtain inventory statistical requirements, and perform precious metal inventory statistics based on the precious metal basic information and the precious metal position information in the current record data according to the inventory statistical requirements.

[0032] Specifically, when inventory statistics are needed, the current record data in the collaborative update database is extracted to obtain the current inventory information. In addition, inventory statistics can also be performed according to a selected area and specific range requirements, such as selecting the storage time, outputting the inventory that meets the storage time requirement from the collaborative update database according to the storage time, or determining the inventory amount of precious metals in a position area according to the position information of the precious metals. The intelligent processing of precious metal inventory is realized, the in-out storage information is mastered in real time, the operation is convenient, the inventory statistics is flexible, the inventory statistics can be performed according to requirements, and the technical effect of improving the inventory management efficiency is achieved. The technical problems that the precious metal management workload in the existing technology is huge, the error probability exists when the management is performed manually, and the timeliness of the management cannot be guaranteed are solved.

[0033] Further, as shown in Figure 2 The system further includes an image acquisition device, and the method includes: S501: acquiring the image of the access personnel through the image acquisition device to obtain user image information; S502: performing identity recognition on the user image information to obtain identity recognition information, and determining the user permission level according to the identity recognition information; S503: obtaining a user task request and determining whether the user task request matches the user permission level; S504: when the matching is successful, determining the matching precious metal information according to the user task request, and determining the matching radio frequency tag based on the matching precious metal information; S505: matching the matching radio frequency tag with the precious metal basic information, and when the matching is successful, sending the precious metal position information to the access personnel.

[0034] Specifically, an identity recognition library is constructed, the image of the user entering the vault is acquired through the image acquisition device, the user image information is matched and recognized with the users in the identity recognition library to determine the identity information of the user, the corresponding permission level is determined according to the identity recognition information, different permission levels have different operation contents, the permission of the user is matched with the permission of the user task request according to the user permission level, and the user can process when the permission of the user matches the permission of the user task request. The task content in the user task request is also matched, and the corresponding operation is performed according to the task content. The user task request is the request content of the user for the vault operation, such as query, storage, and withdrawal. The user task request is connected with the bank request system, the request at the counter or on the network can be synchronized, and the request can be easily checked.

[0035] Meanwhile, the application has the function of matching and guiding the precious metal positions according to the content of the user task request. According to the warehouse-out requirement in the user task request, the precious metal basic information is matched according to the specifications, the precious metal basic information meeting the operation requirement is found, the position is pushed according to the corresponding relationship between the precious metal basic information and the precious metal position information, and the warehouse-out processing is quickly performed by the staff. Similarly, for the warehouse-in processing, the position can also be guided according to the warehouse-in position matched in the task sheet in the user task request, the warehouse-out position information in the collaborative update database is matched according to the collaborative update database, and further, the classification recommendation of the specifications can be performed on the basis of the warehouse-out, the precious metals with the same specifications are stored in different areas, the precious metals with the same specifications or the same attributes are placed in different areas according to the specifications and the position information of the adjacent precious metals, and the management is facilitated.

[0036] Further, the method further comprises: S601: obtaining precious metal processing information, the precious metal processing information comprising processing time; S602: obtaining database update information based on the processing time according to the collaborative update database; and S603: matching one by one according to the precious metal processing information and the database update information to obtain a matching result, and generating operation audit information according to the matching result.

[0037] Specifically, in order to ensure the effect of the inventory, the application embodiment performs statistics according to the precious metal processing information, that is, the request processing time of the warehouse-in and warehouse-out, and performs item-by-item matching according to the request processing record in the request management system and the record in the collaborative update database, so as to realize the checking effect of the inventory and the request processing, and ensure the accuracy of the inventory and the safety of the request processing.

[0038] Further, the method further comprises: S701: setting an inventory time; and S702: generating an inventory instruction based on the inventory time, the inventory instruction being used to start the radio frequency identification device to identify the radio frequency tag of the precious metal to obtain inventory information.

[0039] Specifically, the inventory time can be randomly set for the inventory operation, or can be set for the timing inventory. The inventory time can be set according to the inventory requirements of each user, and can be a single time, multiple times, or interval time requirements, etc. The automatic inventory is performed according to the set inventory time, the radio frequency identification device arranged in the safe management cabinet is started to automatically identify the radio frequency tag of the precious metal installed in the cabinet, the identification result is obtained, the inventory information is determined according to the identification result for feedback, the inventory report is generated, and the inventory situation is mastered.

[0040] Further, the method further comprises: S801: obtaining query request information; S802: determining a request sending user information based on the sending user tracking based on the query request information; S803: determining a user permission level based on the request sending user information; and S804: determining open data of a query database based on the user permission level and the query request information.

[0041] Specifically, each inventory record can be stored for easy query. In addition to inventory record and inventory query, the current collaborative update database can also be queried. Different query contents correspond to different user permission levels. Data with privacy or high security level can be only opened to users with high permission level. Conversely, basic data can be opened to users with low permission level. When a user sends a query request information, the user identity of the sending request is tracked and identified, such as a login account, or a response level password, a U shield, etc. The permission level is matched and confirmed according to the user identity information, and the database is opened according to the query requirement in the query request information. For those who do not meet the level, part of the database can be opened, and those who do not meet the permission requirement can be locked.

[0042] Further, as shown in Figure 3 The system further comprises a cabinet door magnetic stripe inductor, and the method further comprises:

[0043] S901: sensing the cabinet door opening operation through the cabinet door magnetic stripe inductor to obtain an operation time; S902: identifying the operator based on the operation time through the image acquisition device to obtain operator identity information; S903: recording the operator identity information and the operation time to generate cabinet door operation record information; and S904: when the cabinet door magnetic stripe inductor obtains closing information, recording the closing time and generating an automatic inventory instruction.

[0044] Specifically, the cabinet door is also provided with a magnetic stripe. The opening and closing state of the cabinet door is identified through the magnetic stripe inductor. When the cabinet door is opened, the state of the cabinet door is determined through the magnetic stripe inductor, and the opening time and the personnel information of the person opening the cabinet are recorded. When the cabinet door is closed, the closing time is also recorded. At the same time, when the cabinet door is closed, an automatic inventory instruction is automatically started to perform automatic inventory, ensuring the effective management and safety of precious metals. When the inventory changes, the user task request is obtained, the request content is matched, and if the matching is successful, the record is made, and if the matching is not successful, the warning information is sent.

[0045] Further, the method further comprises: S1001: obtaining temporary permission information; S1002: obtaining empowerment user information according to the temporary permission information; S1003: determining a subordinate relationship according to the empowerment user information and the identity recognition information; S1004: when the subordinate relationship meets a preset empowerment requirement, sending verification information to an empowerment user; S1005: confirming temporary permission based on reply information of the verification information; S1006: judging whether the user task request meets a temporary permission use category, and when meeting, generating a temporary operation instruction according to the user task request and the temporary permission.

[0046] Specifically, the embodiment of the application further provides temporary permission, which facilitates normal work. When a subordinate needs to process a high-level request when a manager is not on duty, the manager can assign temporary permission. The subordinate verifies by holding the manager's assignment information or password, such as a U disk, a system-generated temporary permission password, and the temporary permission password is one-time. The empowerment user information is the manager. The identity relationship between the empowerment user information and the user of the temporary permission is determined to be a subordinate relationship. After confirming the subordinate relationship, the manager is verified by sending verification information to the manager's account or password device, and whether the verification is passed is confirmed by reply information. In addition, the attributes of the user task request corresponding to the operation of the temporary permission are analyzed and confirmed. The user task request is only open to a security level that meets the security requirements. The temporary permission is not open to a high security level, such as a certain amount of precious metal out-of-stock operation and data change. The safety of the operation is ensured, and the normal work is ensured to be carried out.

[0047] Further, the method further comprises: obtaining inventory calling information, determining calling coordinate information according to the inventory calling information, and updating the collaborative update database according to the inventory calling information and the calling coordinate information and generating calling marks; obtaining delivery personnel identity information; identifying the delivery personnel identity information based on the radio frequency tag to determine delivery location information; performing coincidence degree recognition according to the calling coordinate information and the delivery location information to determine location recognition information; obtaining delivery personnel recognition information, and identifying the delivery personnel recognition information and the delivery personnel identity information; when the delivery personnel recognition information matches the delivery personnel identity information, obtaining identity recognition information; when the location recognition information and the identity recognition information both meet, obtaining unboxing information, and the unboxing information comprises radio frequency tag matching information.

[0048] Specifically, when the call of noble metal in each row needs to change the inventory, the number of calls and the call coordinate information in the inventory call information are used to change the collaborative update database in real time. The inventory call information is the request information for calling the noble metal inventory, which includes the variety of noble metal call, the quantity requirement, the name and location information of the calling bank, and the real-time update of the noble metal inventory according to the execution operation process of the inventory call information. The collaborative update database is updated in real time after the change of the noble metal inventory is identified in real time by the radio frequency tag. When the inventory is called, the collaborative update database is updated in real time according to the noble metal movement operation monitored by the radio frequency tag.

[0049] In order to ensure the safety of the noble metal in the mobile calling process, the real-time monitoring of the inventory in the mobile calling process is carried out, the real-time tracking of the mobile noble metal inventory is carried out by using the radio frequency tag, the calling position is positioned according to the address of the calling bank in the inventory calling information, and the calling position is positioned according to the calling bank. The coordinate information of the calling bank is determined according to the coordinate position of the calling bank. For the calling bank with large range, the positioning coordinate is at the noble metal inventory cabinet, that is, when the noble metal inventory cabinet of the calling bank can be reached, the unlocking operation of the noble metal inventory can be started. The position of the noble metal reaching is identified and positioned by using the radio frequency tag. The position information is obtained according to the position of the noble metal identified by the radio frequency tag. When the calling coordinate information coincides with the delivery position information, the position verification requirement is obtained. At the same time, in order to ensure the safety of the noble metal inventory, in addition to the position verification, the identity verification is also needed. The subject of the identity verification is the delivery personnel in the mobile process of the noble metal. It can be a unique delivery personnel or a combination of multiple delivery personnel. For the unique delivery personnel, the noble metal calling inventory can be unlocked after the biological characteristics such as face and fingerprint of the personnel are verified. For the combination of multiple personnel, the biological characteristics or the combination of biological characteristics of multiple personnel can be used for verification. For example, the characteristics of the combination of delivery personnel, the fingerprint of a delivery personnel, the face of b delivery personnel and the verification code, or the fingerprint and face of ab verification personnel are verified at the same time. The combination of the above-mentioned multiple biological characteristics and password is included. In order to ensure the safety of the verification, the unlocking can be obtained only after the identity authentication is passed. When the position identification information and the identity identification information are satisfied, the opening box information is obtained. The opening box information includes the radio frequency tag information, and the noble metal management cabinet corresponding to the code matched with the radio frequency tag information is opened, so as to ensure the safety of the calling noble metal inventory. At the same time, the corresponding inventory calling information is generated according to the process of calling the noble metal and the verification result, and the cooperative update database is updated in real time, so as to ensure the comprehensiveness of the noble metal inventory management. Each inventory change state and data is reliably managed, and favorable data support is provided for subsequent inventory checking and new checking.

[0050] Embodiment two

[0051] Based on the same inventive concept as the intelligent management method of the noble metal inventory of the bank in the foregoing embodiment, the embodiment of the present application provides an intelligent management system of the noble metal inventory of the bank, as shown in Figure 4 The system comprises:

[0052] The radio frequency identification module is used for identifying the radio frequency tag of the noble metal by the radio frequency identification device, obtaining the noble metal basic information and the noble metal position information.

[0053] A data coordination module is configured to construct a cooperative updating database by using the precious metal basic information and the precious metal position information, and to establish a cooperative relationship between the cooperative updating database and the radio frequency tag, and to update the cooperative updating database according to the precious metal position information identified by the radio frequency tag;

[0054] A record data acquisition module is configured to extract current record data of the cooperative updating database;

[0055] An inventory statistical module is configured to obtain an inventory statistical requirement, and to perform precious metal inventory statistics based on the precious metal basic information and the precious metal position information in the current record data according to the inventory statistical requirement.

[0056] Further, the system further comprises:

[0057] An image acquisition unit is configured to acquire user image information by acquiring images of the access personnel through an image acquisition device;

[0058] An identity recognition unit is configured to perform identity recognition on the user image information, to obtain identity recognition information, and to determine a user permission level according to the identity recognition information;

[0059] A permission matching unit is configured to obtain a user task request, and to determine whether the user task request matches the user permission level;

[0060] A precious metal matching unit is configured to determine matching precious metal information according to the user task request when the matching is successful, and to determine a matching radio frequency tag based on the matching precious metal information;

[0061] A position guiding unit is configured to match the matching radio frequency tag with the precious metal basic information, and to send the precious metal position information to the access personnel when the matching is successful.

[0062] Further, the system further comprises:

[0063] An operation time acquisition unit is configured to obtain precious metal processing information, wherein the precious metal processing information comprises processing time;

[0064] An updating information extraction unit is configured to obtain database updating information based on the processing time according to the cooperative updating database;

[0065] An item-by-item auditing unit is configured to match the precious metal processing information and the database update information one by one to obtain a matching result, and generate operation auditing information according to the matching result.

[0066] Further, the system further comprises:

[0067] A timing setting unit is configured to set an inventory time;

[0068] A timing inventory unit is configured to generate an inventory instruction based on the inventory time, and the inventory instruction is configured to start the radio frequency identification device to identify the radio frequency tag of the precious metal to obtain inventory information.

[0069] Further, the system further comprises:

[0070] A query request unit is configured to obtain query request information;

[0071] A request user identification unit is configured to send user tracking based on the query request information to determine request sending user information;

[0072] A query level determination unit is configured to determine user authority according to the request sending user information to obtain the user authority level;

[0073] A matching open database unit is configured to determine query database open data according to the user authority level and the query request information.

[0074] Further, the system further comprises:

[0075] A door opening induction unit is configured to induce the cabinet door opening operation through a cabinet door magnetic strip inductor to obtain an operation time;

[0076] A door opening identity recording unit is configured to identify the operator based on the operation time through the image acquisition device to obtain operator identity information;

[0077] A cabinet door operation recording unit is configured to record the operator identity information and the operation time to generate cabinet door operation record information;

[0078] An automatic inventory unit is configured to record the closing time when the cabinet door magnetic strip inductor obtains the closing information, and generate an automatic inventory instruction.

[0079] Further, the system further comprises:

[0080] a temporary permission unit, configured to obtain temporary permission information;

[0081] an empowerment query unit, configured to obtain empowerment user information according to the temporary permission information;

[0082] an empowerment relationship confirmation unit, configured to determine a subordinate relationship according to the empowerment user information and the identity information;

[0083] a verification information sending unit, configured to send verification information to an empowerment user when the subordinate relationship meets a preset empowerment requirement;

[0084] a temporary permission confirmation unit, configured to confirm temporary permission based on reply information of the verification information;

[0085] a temporary operation processing unit, configured to determine whether the user task request meets a temporary permission use range, and generate a temporary operation instruction according to the user task request and the temporary permission when the temporary permission use range is met.

[0086] Further, the system further comprises:

[0087] a call obtaining unit, configured to obtain inventory call information, determine call coordinate information according to the inventory call information, and update the collaborative update database and generate a call mark according to the inventory call information and the call coordinate information;

[0088] an escort personnel information obtaining unit, configured to obtain escort personnel identity information;

[0089] an escort location identification unit, configured to determine escort location information based on the radio frequency tag;

[0090] a location verification unit, configured to determine location identification information according to coincidence degree identification of the call coordinate information and the escort location information;

[0091] an identity verification unit, configured to obtain escort personnel identification information, and identify the escort personnel identification information and the escort personnel identity information, and obtain identity identification information when the escort personnel identification information and the escort personnel identity information match;

[0092] a call authentication unit, configured to obtain unboxing information when the location identification information and the identity identification information are both met, the unboxing information comprising radio frequency tag matching information.

[0093] The bank precious metal inventory intelligent management system provided by the embodiment of the application can implement any process of the embodiment two. Please refer to the detailed content of the embodiment two, which will not be repeated here.

[0094] The specification and drawings are merely exemplary of the present application, various modifications and combinations can be made thereto without departing from the spirit and scope of the application. These modifications and variations of the present application are intended to be within the scope of the claims of the present application and their equivalents, and the present application is intended to include all such modifications and variations.

Claims

1. A method for intelligent management of bank precious metal inventory, characterized in that, The method is applied to a precious metal intelligent management system, the system including a radio frequency identification device, and the method includes: By using radio frequency identification (RFID) equipment to identify the RFID tags of precious metals, basic information and location information of the precious metals can be obtained. A collaborative update database is constructed using the basic information of the precious metal and the location information of the precious metal. The collaborative update database establishes a collaborative relationship with the radio frequency tag. The collaborative update database is updated according to the location information of the precious metal identified by the radio frequency tag. Extract the current record data from the collaborative update database; Obtain inventory statistics requirements, and perform precious metal inventory statistics based on the basic precious metal information and the location information of the precious metals in the current recorded data, according to the inventory statistics requirements; The system also includes an image acquisition device, and the method includes: Image acquisition devices are used to capture images of people accessing the site, thus obtaining user image information. The user image information is used to perform identity recognition to obtain identity recognition information, and the user's permission level is determined based on the identity recognition information; Obtain the user task request and determine whether the user task request matches the user's permission level; When a match is successful, the matching precious metal information is determined according to the user task request, and the matching radio frequency tag is determined based on the matching precious metal information. Based on the matching of the RFID tag with the basic information of the precious metal, when the matching is successful, the location information of the precious metal is sent to the personnel accessing it. The method further includes: Obtain precious metal processing information, including processing time; Based on the collaborative database update, database update information is obtained based on the processing time; The precious metal processing information and the database update information are matched one by one to obtain the matching results, and operation review information is generated based on the matching results.

2. The method as described in claim 1, characterized in that, The method further includes: Set the inventory count time; An inventory command is generated based on the inventory time. The inventory command is used to activate the radio frequency identification device to identify the radio frequency tag of the precious metal and obtain inventory information.

3. The method as described in claim 1, characterized in that, The method further includes: Obtain query request information; Based on the query request information, the sending user is tracked to determine the requesting user information; Based on the request, user information is sent to determine user permissions, and the user permission level is obtained. Based on the user's permission level and the query request information, determine the open data in the query database.

4. The method as described in claim 1, characterized in that, The system also includes a cabinet door magnetic strip sensor, and the method further includes: The cabinet door opening operation is detected by a magnetic strip sensor on the cabinet door to obtain the operation time. Based on the operation time, the operator's identity information is obtained by using the image acquisition device to identify the operator. Record the operator's identity information and the operation time to generate cabinet door operation record information; When the magnetic strip sensor on the cabinet door receives information that the door is closed, it records the closing time and generates an automatic inventory command.

5. The method as described in claim 1, characterized in that, The method further includes: Obtain temporary access information; Based on the temporary permission information, obtain the authorized user information; The relationship between the authorized user information and the identity recognition information is determined to obtain the subordinate relationship; When the subordinate relationship meets the preset authorization requirements, a verification message is sent to the authorized user. Based on the response information provided by the verification information, confirm the temporary permissions; Determine whether the user task request falls within the scope of temporary permission usage. If it does, generate a temporary operation instruction based on the user task request and the temporary permission.

6. An intelligent management system for bank precious metal inventory, characterized in that, The system is used to perform the method according to any one of claims 1-5, the system comprising: The radio frequency identification (RFID) module is used to identify the radio frequency tags of precious metals through RFID equipment to obtain basic information and location information of the precious metals. A data collaboration module is used to construct a collaborative update database using the basic information of the precious metal and the location information of the precious metal. The collaborative update database establishes a collaborative relationship with the radio frequency tag and updates the collaborative update database according to the location information of the precious metal identified by the radio frequency tag. A data acquisition module is used to extract the current record data of the collaborative update database; The inventory statistics module is used to obtain inventory statistics requirements and perform precious metal inventory statistics based on the basic information of precious metals in the current recorded data and the location information of precious metals.

Images