CN116132969A - SIM card management system and method - Google Patents
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Abstract
The invention provides a SIM card management system, which comprises a marketing system, a metering system, a communication platform, a management system, self-service equipment and a user APP, wherein the management system is responsible for card file management, approval data and flow management, self-service equipment file management, user system and user login verification of the butt joint of the marketing system, terminal management of the butt joint of the metering system, card charge and card activation cancellation and deactivation of the communication platform, and service support is provided for the self-service equipment and the user APP. The invention also provides a SIM card management method. The beneficial effects of the invention are as follows: and managing the full life cycle of the SIM card so as to improve the management efficiency.
Description
Technical Field
The invention relates to a low-voltage power asset management system, in particular to a SIM card management system and a method.
Background
With the comprehensive promotion of the construction of a digital power grid, the total coverage of a metering automatic acquisition terminal is increased by tens of thousands of meters each year, the functions of remote meter reading, power quality monitoring, line loss analysis and the like of the terminal are in interactive network communication with a master station, and a SIM card is a vital component in a remote network communication module. Because the SIM card is small in size, easy to damage and lose, and the management is lost, the SIM card is very chaotic to manage, the management difficulty is high, and the use ratio of the SIM card is low.
Therefore, how to better manage the SIM is a technical problem to be solved by those skilled in the art.
Disclosure of Invention
In order to solve the problems in the prior art, the invention provides a SIM card management system and a SIM card management method, which are used for managing the whole life cycle of a SIM card, and comprise various business flow links of application, approval, acceptance, loss reporting, deactivation, card replacement, scrapping and the like, so as to achieve the purpose of standard management and improve the management efficiency.
The invention provides a SIM card management system, which comprises a marketing system, a metering system, a communication platform, a management system, self-service equipment and a user APP, wherein,
the management system is responsible for card file management, approval data and flow management, self-service equipment file management, user system and user login verification of the interface with the marketing system, terminal management of the interface with the metering system, card charge and card activation cancellation and deactivation of the interface with the communication platform, and service support for the self-service equipment and the user APP;
the marketing system is responsible for interfacing user information with the management system, user login verification and approver relationship information;
the metering system is responsible for binding and unbinding a SIM card of the docking terminal with the management system, monitoring the flow and information of the position;
the management system calls a communication platform interface to realize the functions of flow charge inquiry, flow package setting and activation/deactivation/cancellation of the SIM card;
the user APP realizes the functions of SIM card application, site terminal binding/unbinding of SIM card, SIM card charge inquiry and approval processing based on the management system;
the self-service device is used for realizing user login, card warehouse entry, card application, card receiving, card binding/unbinding, card recovery, card cancellation and processing approval.
As a further improvement of the invention, the management system comprises a card archive management unit, an approval data flow management unit, a self-service equipment management unit, a user login verification unit, a flow/early warning information pushing unit, an intelligent package management unit, an OCR card information identification service unit and a yolo front and back identification service unit; the management system monitors the flow of the SIM card in the idle state through the communication platform, if the flow of the idle card exceeds the limit, the idle card is judged to be private, and alarm information is generated and pushed to the manager; for the received SIM card, the management system package continuously monitors the SIM card flow through the service of the communication platform, generates abnormal alarm information when the card is abnormal, highlights and pushes the alarm card abnormal information to the manager and the receiving person, the card which is received and not put into operation (the unbound terminal is the idle card) is automatically deactivated in the first preset time, the card which is not used for the flow in the second preset time is logged out, the alarm information is pushed to the manager and the receiving person before the card is logged out or logged out, the terminal acquires the position information based on the SIM card base station positioning technology for the SIM card in the bound terminal state, periodically reports the position information to the management system, the management system compares the terminal file installation position, generates the abnormal alarm information to highlight in the management platform interface if the position is not matched, and pushes the alarm card abnormal information to the manager and the receiving person.
As a further improvement of the invention, the marketing system and the metering system interact data with the management system through the Ethernet; the self-service equipment comprises a power module responsible for integral power supply and dormancy awakening, a scanning module responsible for integral communication support, a scanning module responsible for certificate authentication, a control module, a video acquisition module, a display module, a printing module and a warehousing module, wherein the scanning module supports two-dimensional codes and RFID (radio frequency identification) identification, the control module is responsible for SIM card transmission, ex-warehouse control and warehousing control, the video acquisition module is responsible for biological identification, personnel evidence unification verification, shooting evidence taking and safety monitoring, the display module is responsible for displaying information to facilitate man-machine interaction, voice prompt is carried out according to a business process, the printing module is responsible for printing bills, and the warehousing module is responsible for warehousing the recovered cards again or newly clamping the recovered cards.
The invention also provides a SIM card management method based on the SIM card management system, which comprises the following steps:
s1, warehousing;
s2, applying for;
s3, approval;
s4, capturing a card and performing flow monitoring;
s5, binding the terminal;
s6, recycling.
As a further improvement of the present invention, step S5 includes binding the terminal and performing SIM card intelligent package management, and the flow is as follows:
s501, binding a terminal;
s502, acquiring the number of terminal files, the number of tasks, the historical traffic usage and the traffic usage peak value;
s503, generating a recommended package according to the data;
s504, a recommended package is set for the terminal;
s505, judging whether the binding is unbinding, if not, returning to step S502, if the binding is unbinding,
the next step is entered.
As a further improvement of the present invention, step S501 includes the following binding procedure:
s5011, a field person logs in a mobile phone APP, and a binding terminal function is selected from a received SIM card;
s5012, inputting a terminal code or scanning a terminal bar code;
s5013, submitting the card information and the terminal information to a background, and generating a binding record by the background, and verifying that the state is equal;
s5014, loading the card into a terminal by field personnel, and forwarding the card to a background system through a metering system after the terminal recognizes the SIM card;
s5015, the background system changes the record into successful binding, and if the terminal binds other SIM cards at the moment, the previous SIM card is automatically unbound and an unbound record is generated.
As a further improvement of the present invention, step S4 includes the following collar card flow:
s401, enabling a field person to log in through an account or a card swiping through self-service equipment of a business hall;
s402, selecting a card capturing function on the self-service equipment;
s403, the system inquires the available card information and displays the card information to field personnel for confirmation;
s404, shooting and evidence obtaining are carried out after the field personnel confirm that the person is correct, and face recognition is carried out;
s405, identifying automatic card discharging through self-service equipment;
s406, printing a receipt after the card is discharged, and prompting a user to take the card.
As a further improvement of the present invention, in the card discharging process of step S405, if a card is discharged abnormally, the following card discharging abnormal processing flow is performed:
s4051, card discharging abnormality;
s4052, judging an abnormal condition, if the SIM card is blocked, returning the card to the recovery box, and if the card information cannot be read, entering the next step;
s4053, judging whether the card is reversely arranged, if so, returning the card to the recovery box, if not, judging that the card is bad, and arranging the card into the bad box.
As a further improvement of the present invention, in step S4053, it is determined whether the card is in the reverse flow or not as follows:
s40531, the identification module reads the card;
s40532, judging whether the card can be identified, if so, normally outputting the card, and if not, entering the next step;
s40533, photographing the card;
s40533, recognizing the front and back by using a yolo algorithm;
s40534, judging whether the card is reversely arranged, if so, putting the card into a recovery box, and if not, putting the card into a bad card box.
As a further improvement of the present invention, the yolo algorithm adopted in step S40533 includes the following data training procedure;
s405331, preparing a picture of the front side and the back side of the SIM card;
s405332, drawing and injecting frames by using labelimg software, wherein the front side is marked as the front side, and the back side is marked as the back side;
s405333, dividing the marked data signals into a training set, a testing set and a verification set;
s405334, operating yolov5 code training data;
s405335, obtaining a training result;
s405336, testing training results.
The invention also provides a SIM card management system, which comprises a readable storage medium, wherein the readable storage medium stores execution instructions, and the execution instructions are used for realizing the method according to any one of the above methods when being executed by a processor.
The beneficial effects of the invention are as follows: the full life cycle of the SIM card is managed, the utilization rate of the SIM card is improved, the operation is more used, the management difficulty is reduced, the management is easy, and the efficiency is high.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required for the description of the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and other solutions may be obtained according to these drawings without inventive effort for a person skilled in the art.
Fig. 1 is a physical structure topology diagram of a SIM card management system of the present invention.
Fig. 2 is a functional block diagram of a SIM card management system according to the present invention.
Fig. 3 is a flowchart of a SIM card life cycle management method according to the present invention.
Fig. 4 is a flow chart of a SIM card smart package management method of the present invention.
Fig. 5 is a flowchart of a card-out exception handling process of a SIM card management method of the present invention.
Fig. 6 is a flow chart of a SIM card application approval process of a SIM card management method of the present invention.
Fig. 7 is a SIM reception flowchart of a SIM card management method according to the present invention.
Fig. 8 is a flow chart of a SIM card binding terminal of a SIM card management method of the present invention.
Fig. 9 is a flow chart of the anti-card identification correction of a SIM card management method of the present invention.
Fig. 10 is a yolov5 data training flow chart of a SIM card management method of the present invention.
Detailed Description
It should be noted that, without conflict, the embodiments of the present invention and features of the embodiments may be combined with each other.
In the description of the present invention, it should be understood that the terms "center", "longitudinal", "lateral", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", etc. indicate orientations or positional relationships based on the drawings, are merely for convenience in describing the present invention and simplifying the description, and do not indicate or imply that the devices or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and thus should not be construed as limiting the scope of the present invention. Furthermore, the terms "first," "second," and the like, are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defining "a first", "a second", etc. may explicitly or implicitly include one or more such feature. In the description of the present invention, unless otherwise indicated, the meaning of "a plurality" is two or more.
In the description of the present invention, it should be noted that, unless explicitly specified and limited otherwise, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be either fixedly connected, detachably connected, or integrally connected, for example; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the above terms in the present invention can be understood by those of ordinary skill in the art in a specific case.
The invention is further described with reference to the following description of the drawings and detailed description.
As shown in fig. 1 to 2, a SIM card management system relates to an intelligent centralized SIM card self-service management system, and mainly includes a marketing system, a metering system, a communication platform, a management system, self-service equipment and a user APP.
The management system is responsible for card file management, approval data and flow management, self-service equipment file management, user system and user login verification of the user system in butt joint with the marketing system, terminal management of the metering system in butt joint, card charge and card activation cancellation and deactivation of the communication platform in butt joint, and service support is provided for the self-service equipment and the user APP.
The marketing system is responsible for interfacing user information, user login verification and approver relation information with the management system, the management system and marketing are communicated to realize user information synchronization and approval flow relation synchronization, and user login verification of the self-service terminal is realized through an interface.
The metering system is responsible for binding and unbinding a SIM card of the docking terminal with the management system, monitoring the flow and information of the position.
And the management system calls a communication platform interface to realize the functions of flow charge inquiry, flow package setting and activation/deactivation/cancellation of the SIM card.
The user APP realizes the functions of SIM card application, site terminal binding/unbinding of SIM card, SIM card charge inquiry and approval processing based on the management system.
The self-service device is used for realizing user login, card warehouse entry, card application, card receiving, card binding/unbinding, card recovery, card cancellation and processing approval.
The self-service equipment comprises a hardware aspect and a software aspect, wherein the hardware aspect mainly comprises a power module, a control module, a display module, a network communication module, a SIM card read-write module, a video acquisition module, a printing module and a scanning module. The power module is responsible for the functions of integral power supply, dormancy wakeup and the like; the network communication module is responsible for overall communication support and comprises a wireless communication module, an optical fiber module, a support module for 5G/4G/2G, optical fibers, ethernet, wireless WIFI and other modes of communication; the scanning module supports two-dimensional codes and RFID identification and is responsible for authentication of certificates. The control module is responsible for SIM card transmission, delivery control and warehousing control; the video acquisition module is responsible for biological identification, personnel evidence integration verification, photographing evidence collection and safety monitoring; the display module is responsible for displaying information to facilitate human-computer interaction and carrying out voice prompt according to the service flow. The printing module is responsible for printing the bill. The warehousing module is responsible for re-warehousing the recovered cards or warehousing new cards. The software aspect supports user login, card warehouse entry, card application, card receiving, card binding/unbinding, card recycling, card cancellation and approval processing.
The public card private monitoring can be realized through the management system, and traffic waste is caused under the condition that the public card private is available for the led SIM card. In order to solve the problem, the invention provides a set of monitoring system, for the SIM card of the bound terminal, the terminal reports the positioning information of the SIM card base station and the SIM card information to the management system through the network intermittently, if the system continuously does not receive the reported information within a certain time, the system judges that the state of the SIM card is abnormal and generates abnormal alarm information, the abnormal alarm information is highlighted on a system platform and is pushed to an administrator through APP or short message; and for the SIM card of the unbound terminal, the system inquires the card flow state at regular time through the communication platform, if the single-day flow of the card is abnormal, the card state is judged to be abnormal, abnormal alarm information is generated, and the abnormal alarm information is pushed to an administrator through the APP or the short message.
Abnormal card monitoring can be realized through the management system, and for the received SIM card, the cost can be normally deducted after activation, and if the SIM card is not used for a long time, the fund can be wasted. According to the invention, the SIM card flow is continuously monitored through the service of the communication platform, when the card is abnormal, abnormal alarm information is generated, the abnormal alarm information is highlighted on the interface of the management platform, and the abnormal alarm information of the card is pushed to an administrator and a leader, the card which is in the state of being in the led-in state and has no use flow for 2 months is automatically deactivated, the card which is in the state of being in the 3 months and has no use flow is logged off, and the alarm information is pushed to the administrator and the leader before being deactivated or logged off. And for the SIM card of the bound terminal state, the terminal acquires the position information based on the SIM card base station positioning technology, the position information is reported to the system at regular time, the system compares the installation position of the terminal file, if the position is not matched, abnormal alarm information is generated and highlighted on a management platform interface, and the abnormal information of the reminding card is pushed to an administrator and a leader.
The invention provides a SIM card management system, which is mainly used for managing low-voltage power assets and is a large-data and deep-learning SIM card management system.
The invention provides a SIM card management system, which mainly comprises three parts of an intelligent centralized SIM card self-service management device, a user field APP and a SIM card management service platform, wherein the intelligent centralized SIM card self-service management device, the user field APP and the SIM card management service platform are integrally formed by adopting artificial intelligent technologies such as intelligent identification equipment, mechanical transmission control and the like, and combining advanced technologies such as big data analysis, information synchronization and the like of the management service platform, and meanwhile, by adopting a flow and visual management means, all business links such as SIM card opening in demand (department), use (unit) and management and the like form data sharing, and the functions such as SIM card application, approval, acquisition, activation, field binding/unbinding terminal, deactivation, loss reporting, inventory inquiry, flow inquiry, file synchronization, intelligent pin card and the like are integrated, so that management and control of all business states of the SIM card life cycle are realized, and the problems such as SIM card management confusion, abnormal buckle fee, public card private use and the like at present are solved, and the following benefits are brought:
1. improving SIM card utilization rate
In the past, SIM cards are purchased and distributed to each manager, and each worker needs to find out the manager to get the manager when getting the manager, and the management confusion is realized in this way: the card is not used until the number of cards is enough, the number of cards is lost or damaged, the abnormal cards are normally deducted, and the state of the cards can not be tracked. The system greatly improves the reuse rate of the SIM card by means of data analysis, SIM card use state flow direction monitoring, service unbinding, card recycling and the like.
2. Convenience operation
The field staff can realize the common operations of terminal field card changing, card binding, charge inquiry, card moving direction inquiry and the like only by carrying a mobile phone or a mobile operation terminal provided with the system APP.
3. Safety is improved
The operations of applying for SIM, scrapping SIM card and the like are required to be applied for in the management system, the leading SIM card can be led to the self-service SIM card service equipment after the leading SIM card passes the approval, and the leading process can be entered only after the identity card/work card is brushed and the human face living body detection passes the leading SIM card, so that the leading SIM card is prevented from being impoved. The self-service equipment has the functions of box opening alarm, illegal network breaking alarm, whistle alarm, smoke alarm and the like.
4. Self-service
The invention provides a set of SIM card self-service equipment, which completes each business process by adopting a self-service warehouse entry, self-service receiving and self-service recovery mode without opening a box, has the function of automatically correcting abnormality in the process, and can complete each operation process according to system words and voice guidance.
The SIM card management method provided by the invention adopts a flow management SIM card, and in order to ensure the safety and convenient management of assets, a SIM card management system adopts a flow management mode, adopts artificial intelligent technologies such as intelligent identification equipment, mechanical transmission control and the like, combines advanced technologies such as big data analysis, information synchronization and the like of a management service platform, and adopts a flow and visual management means to realize the data sharing of all business links such as the SIM card on demand (department), use (unit), management and the like, and manages the whole life cycle of the SIM card, including business flow links such as application, approval, acquisition, loss reporting, deactivation, card replacement, scrapping and the like, so as to achieve the purpose of standard management. The operation of leading, reporting loss and scrapping and the like involving asset security requires submitting an application at an approval system, the system automatically distributes multi-level approvers according to roles of users, and after all approvers pass the approval according to sequence, the system pushes approval passing information to a user APP, and meanwhile generates operation guidance and navigation information to guide the users to self-service equipment of a business hall to finish operation according to the guidance. Each business operation in the process has operation records, so that the SIM state card can be tracked, the occurrence of problems can be traced, and the data analysis is more accurate.
As shown in fig. 3, the invention adopts a flow mode to manage the SIM card, and manages the full life cycle of the SIM card through the SIM card management system so as to achieve the aim of standard management, wherein the life cycle of the SIM card is shown in fig. 3 and comprises warehousing, application, approval, receiving, loss reporting, deactivation, card replacement and rejection.
The operation (claim, logout) related to the asset security requires submitting an application at an approval system, the system automatically distributes multi-level approvers according to the roles of the users, and when all the approvers pass the approval in sequence, the system pushes the approval passing information to the user APP, and meanwhile generates operation guidance and navigation information to guide the users to the self-service equipment of the business hall to finish the operation according to the guidance.
The management system makes quantity limitation on the applied SIM cards, the quantity of the SIM cards under the personal name cannot exceed 50, and the management system intelligently judges whether the quantity exceeds the limitation or not during application.
The background of the SIM card management system monitors the flow of the SIM card in the idle state through the communication platform service, and if the flow of the idle card exceeds the limit, the SIM card management system determines that the public card is private and generates alarm information at the same time and pushes the alarm information to an administrator.
The system monitors and manages the SIM card which is not used for a long time, automatically deactivates the card without flow for 2 months in the activated state, and cancels the card without flow for 3 months, and pushes reminding information to the manager and the card-capturing person before the card is deactivated or cancelled.
The intelligent package management flow of the SIM card is as follows in FIG. 4:
1. binding a terminal;
2. acquiring the number of terminal files, the number of tasks, the historical flow consumption and the flow use peak value;
3. generating a recommended package according to the data;
4. and setting recommended packages for the terminal.
Because the electricity consumption condition is different in each place, the demand of some terminals for the flow is also different, thus the waste that some terminal month flow packages are not used up is generated, some terminal month flow packages are not enough, and if the same packages are uniformly adopted, the following problems are caused: terminals with excessive usage cannot normally communicate with the master station, and the terminals with excessive traffic waste traffic package funds. As shown in FIG. 4, in order to solve the above problems, the management system intelligently calculates the flow of the next month through a deep learning algorithm based on the data of the number of the district user files, the number of the terminal tasks, the peak value of the historical flow, the historical usage amount and the like, and sets the flow packages in advance, so that the economic benefit is greatly improved and the waste is reduced.
The process flow of the card-out exception of the collar card is as shown in fig. 5:
1. abnormal card discharging;
2. under abnormal conditions, the SIM card is blocked and retreated to the recovery box;
3. if the card information is not read, judging whether the card is reversely arranged, if so, returning the recovery box, and if not, putting the bad card box.
Fig. 6 shows a process of applying and approving a SIM card:
1. the field staff initiates application to the background system on the APP.
2. The backend system submits the staff id as a parameter to a top level approval list of the marketing acquisition staff.
3. The background system creates approval data and pushes information to an approver.
4. The approver processes the approval at the APP and pushes the approval to the next approver after passing through.
5. If the next approver does not exist, the approval is completed, approval completion information is pushed to the applicant, operation guidance and navigation information are generated, and the user is guided to the business hall self-service equipment to guide the card according to the guidance.
The SIM card receiving flow is as shown in fig. 7:
1. the on-site personnel log in to the business hall self-service equipment through an account number or a card swiping.
2. And selecting a card capturing function on the self-service machine.
3. The system inquires the available card information of personnel and displays the card information to the field personnel for confirmation.
4. And (3) after the field personnel confirms that the person is correct, shooting and evidence obtaining are carried out, and the face recognition is carried out, so that whether the system shoots and logs in the user through the face recognition to confirm whether the system operates.
5. The identification automatically goes out of the card through the self-service equipment.
6. And (3) finishing the printing of the receipt by card discharging, prompting the user to take the card, and realizing the adoption of the unattended card capturing.
The binding procedure of the SIM card is as shown in fig. 8:
1. the field personnel log in the mobile phone APP, and select and bind the terminal function in the received SIM card.
2. Inputting terminal codes or scanning terminal bar codes.
3. And submitting the card information and the terminal information to the background, and generating a binding record by the background, and verifying the state of the binding record.
4. The field personnel loads the card into the terminal, and the terminal recognizes the SIM card and forwards the SIM card to the background system through the metering station.
5. The background system changes the record into successful binding, and if the terminal binds other SIM cards at the moment, the previous SIM card is automatically unbound and an unbound record is generated.
As shown in fig. 9, the present invention provides a set of anti-card recognition and correction procedures to improve automation:
1. a camera and a light supplementing lamp are arranged in the SIM card self-service equipment;
2. if the SIM card information cannot be read by the SIM card identification module in the card issuing process, the SIM card identification module may be the anti-card or damaged, and the anti-card identification program is started to carry out identification judgment.
3. The front and back face recognition adopts a yolov5 target detection algorithm, wherein the flow of the training recognition data set is shown in fig. 10.
4. The program firstly turns on the light supplementing lamp and photographs the card, then the yoloV5 target detection algorithm is adopted to process the image so as to distinguish the front and the back, if the card is reversely assembled, the card is sent to the recovery box, otherwise, the card is judged to be damaged and the card is sent to the bad card box.
The abnormal card issuing occurs in the card issuing process, and is mainly characterized in that the card issuing device is blocked, the card is provided with information which cannot be read by the card reading module, and the card is damaged, and the card information cannot be read by the card reading module. In the case of the above situation, the administrator needs to be informed by the card-capturing person, and the administrator An Paiyun can open the case to be maintained on site, so that the efficiency is low and the manpower resource is wasted. The invention provides a scheme for automatically correcting card discharging abnormality, which adopts a back push rod to push the card out of the machine to a recovery box for re-warehouse for card discharging device clamping, and enables a card-reversing identification process to be processed for an unrecognized card system. The identification process of the bad card of the anti-card comprises the following steps: when the card which cannot be identified is displayed, the internal light supplementing lamp is turned on, the internal camera collects the card image and transmits the card image to the system, the system distinguishes the front side and the back side through a yoloV5 (object detection) algorithm, if the card is reversely assembled, the card is sent to the recovery box, and otherwise, the card is judged to be damaged and is sent to the bad card box.
The foregoing is a further detailed description of the invention in connection with the preferred embodiments, and it is not intended that the invention be limited to the specific embodiments described. It will be apparent to those skilled in the art that several simple deductions or substitutions may be made without departing from the spirit of the invention, and these should be considered to be within the scope of the invention.
Claims (10)
1. A SIM card management system, characterized by: comprises a marketing system, a metering system, a communication platform, a management system, self-service equipment and a user APP, wherein,
the management system is responsible for card file management, approval data and flow management, self-service equipment file management, user system and user login verification of the interface with the marketing system, terminal management of the interface with the metering system, card charge and card activation cancellation and deactivation of the interface with the communication platform, and service support for the self-service equipment and the user APP;
the marketing system is responsible for interfacing user information with the management system, user login verification and approver relationship information;
the metering system is responsible for binding and unbinding a SIM card of the docking terminal with the management system, monitoring the flow and information of the position;
the management system calls a communication platform interface to realize the functions of flow charge inquiry, flow package setting and activation/deactivation/cancellation of the SIM card;
the user APP realizes the functions of SIM card application, site terminal binding/unbinding of SIM card, SIM card charge inquiry and approval processing based on the management system;
the self-service device is used for realizing user login, card warehouse entry, card application, card receiving, card binding/unbinding, card recovery, card cancellation and processing approval.
2. The SIM card management system of claim 1, wherein: the management system comprises a card file management unit, an approval data flow management unit, a self-service equipment management unit, a user login verification unit, a flow/early warning information pushing unit, an intelligent package management unit, an OCR card information identification service unit and a yolo front and back identification service unit; the management system monitors the flow of the SIM card in the idle state through the communication platform, if the flow of the idle card exceeds the limit, the idle card is judged to be private, and alarm information is generated and pushed to the manager; for the received SIM card, the management system package continuously monitors the SIM card flow through the service of the communication platform, generates abnormal alarm information when the card is abnormal, highlights and displays the abnormal alarm information on a management platform interface, pushes the abnormal alarm information to an administrator and a receiver, automatically deactivates the card without using the flow in the first preset time in the received state, pushes the alarm information to the administrator and the receiver before the card without using the flow in the second preset time is deactivated or is logged off, acquires the position information on the basis of the SIM card base station positioning technology for the SIM card in the bound terminal state, periodically reports the position information to the management system, compares the terminal file installation position, generates the abnormal alarm information to highlight on the management platform interface if the position is not matched, and pushes the abnormal alarm information to the administrator and the receiver.
3. The SIM card management system of claim 1, wherein: the marketing system and the metering system interact data with the management system through the Ethernet; the self-service equipment comprises a power module responsible for integral power supply and dormancy awakening, a scanning module responsible for integral communication support, a scanning module responsible for certificate authentication, a control module, a video acquisition module, a display module, a printing module and a warehousing module, wherein the scanning module supports two-dimensional codes and RFID (radio frequency identification) identification, the control module is responsible for SIM card transmission, ex-warehouse control and warehousing control, the video acquisition module is responsible for biological identification, personnel evidence unification verification, shooting evidence taking and safety monitoring, the display module is responsible for displaying information to facilitate man-machine interaction, voice prompt is carried out according to a business process, the printing module is responsible for printing bills, and the warehousing module is responsible for warehousing the recovered cards again or newly clamping the recovered cards.
4. A SIM card management method based on the SIM card management system of any one of claims 1 to 3, comprising the following steps:
s1, warehousing;
s2, applying for;
s3, approval;
s4, capturing a card and performing flow monitoring;
s5, binding the terminal;
s6, recycling.
5. The SIM card management method of claim 4, wherein: step S5 comprises binding the terminal and performing intelligent package management of the SIM card, wherein the process is as follows:
s501, binding a terminal;
s502, acquiring the number of terminal files, the number of tasks, the historical traffic usage and the traffic usage peak value;
s503, generating a recommended package according to the data;
s504, a recommended package is set for the terminal;
s505, judging whether the binding is unbinding, if not, returning to the step S502, and if so, entering the next step.
6. The SIM card management method of claim 5, wherein: step S501 includes the following binding procedure:
s5011, a field person logs in a mobile phone APP, and a binding terminal function is selected from a received SIM card;
s5012, inputting a terminal code or scanning a terminal bar code;
s5013, submitting the card information and the terminal information to a background, and generating a binding record by the background, and verifying that the state is equal;
s5014, loading the card into a terminal by field personnel, and forwarding the card to a background system through a metering system after the terminal recognizes the SIM card;
s5015, the background system changes the record into successful binding, and if the terminal binds other SIM cards at the moment, the previous SIM card is automatically unbound and an unbound record is generated.
7. The SIM card management method of claim 4, wherein: step S4 comprises the following collar card flow:
s401, enabling a field person to log in through an account or a card swiping through self-service equipment of a business hall;
s402, selecting a card capturing function on the self-service equipment;
s403, the system inquires the available card information and displays the card information to field personnel for confirmation;
s404, shooting and evidence obtaining are carried out after the field personnel confirm that the person is correct, and face recognition is carried out;
s405, identifying automatic card discharging through self-service equipment;
s406, printing a receipt after the card is discharged, and prompting a user to take the card.
8. The SIM card management method of claim 7, wherein: in the card discharging process of step S405, if a card is discharged abnormally, the following card discharging abnormal processing flow is performed:
s4051, card discharging abnormality;
s4052, judging an abnormal condition, if the SIM card is blocked, returning the card to the recovery box, and if the card information cannot be read, entering the next step;
s4053, judging whether the card is reversely arranged, if so, returning the card to the recovery box, if not, judging that the card is bad, and arranging the card into the bad box.
9. The SIM card management method of claim 8, wherein: in step S4053, it is determined whether the card is in the following reverse flow process:
s40531, the identification module reads the card;
s40532, judging whether the card can be identified, if so, normally outputting the card, and if not, entering the next step;
s40533, photographing the card;
s40533, recognizing the front and back by using a yolo algorithm;
s40534, judging whether the card is reversely arranged, if so, putting the card into a recovery box, and if not, putting the card into a bad card box;
the yolo algorithm adopted in step S40533 includes the following data training procedure;
s405331, preparing a picture of the front side and the back side of the SIM card;
s405332, drawing and injecting frames by using labelimg software, wherein the front side is marked as the front side, and the back side is marked as the back side;
s405333, dividing the marked data signals into a training set, a testing set and a verification set;
s405334, operating yolov5 code training data;
s405335, obtaining a training result;
s405336, testing training results.
10. A SIM card management system, characterized by: comprising a readable storage medium having stored therein execution instructions which, when executed by a processor, are adapted to carry out the method of any one of claims 4 to 9.
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