A method for managing a digital motor vehicle driver file

Abstract

The application provides a kind of digitized motor vehicle driver file management method, which can integrate off-site transfer driver license related business data, make data easy to manage, improve the data retrieval efficiency in the region.The application extracts driver information, business type and business handling time and other information when sending off-site transfer driver license related business data, and when receiving data storage, the receiving place stores and manages each driver's driver license related data through driver file search number, realizes the electronic image data management of driver's whole life cycle, and the receiving place associates data with driver according to <driver file search number, business type code + business handling time + storage address>.Based on the data stored in the method in the application, the data transferred from different areas for the same driver can be searched according to driver, business type and business handling time.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of information processing, in particular to a digital motor vehicle driver file management method. BACKGROUND

[0002] With the continuous development of the economy and society, the number of motor vehicles and drivers continues to grow rapidly, and the demand for motor vehicle registration, driver's license management and vehicle-related business handling also grows rapidly. At the same time, with the advancement of urbanization, the range and speed of personnel flow are also increasing. In order to efficiently and conveniently manage driver information, it is necessary to establish a full life cycle image file at the driver's license issuing location. This requirement results in the need to move the driver's license related information with the personnel between regions. In the prior art, the driver's license related business data of the same person is stored separately according to the business flow, rather than according to the personnel, and when the personnel moves between regions multiple times, the data in multiple regions is stored according to the original business flow. In the current intelligent traffic management, real-time data retrieval for drivers is often required, and the existing data storage method results in the need to retrieve and analyze the data of a driver, and the driver's license related business data can only be retrieved from the business type, resulting in low retrieval efficiency. At the same time, data stored by business type only can cause difficulties in managing the overall data in the region, and a large number of such retrieval tasks are stacked together, resulting in low retrieval efficiency. SUMMARY

[0003] In order to solve the problem of difficulty in managing the overall data and low retrieval efficiency caused by the large number of transferred driver's license related business data in the prior art, the present application provides a digital motor vehicle driver file management method which can integrate the transferred driver's license related business data, making the data easy to manage and improving the data retrieval efficiency in the region.

[0004] The technical solution of the present application is as follows: a digital motor vehicle driver file management method, characterized in that it comprises the following steps:

[0005] S1: receiving the business application of the customer and confirming the business type;

[0006] The business type includes: new license application business, existing license transaction handling business, and transfer business;

[0007] The new license application business is a business of applying for a driver's license by an applicant who has not obtained a driver's license;

[0008] The existing license transaction handling business is a business of applying for a driver's license related business other than the transfer business by a driver who already has a driver's license;

[0009] The inter-regional transfer service is a service for drivers who already have a driver's license to transfer the associated business data of their driver's license from other regions to the local area.

[0010] S2: If it is a new certificate application, then the new certificate application process will be executed;

[0011] If the document transaction is already processed, then the document transaction processing procedure will be executed immediately.

[0012] Otherwise, proceed to step S3;

[0013] S3: The management department at the transfer-out location generates transfer-out data based on the driver's license-related business information of the driver handling the business; if there are paper documents in the historical transaction records, the transfer-out location will produce image data according to the business information requirements.

[0014] The transferred data includes: an overview of the image data description of the transferring location, a flow description, and a compressed image data package of unstructured image data;

[0015] The overview information of the image data from the originating location includes: all serial numbers, driver's license numbers, data name codes and data quantities included in each transaction, and a marker indicating whether the data transmission is a packet transmission.

[0016] The transaction description information includes: driver information, service name, and service processing time corresponding to each transaction number;

[0017] S4: Check the size of the exported data and compare the file size with a preset file size threshold;

[0018] When the value exceeds the preset file size threshold, proceed to step S5;

[0019] Otherwise, proceed to step S6;

[0020] S5: Group the exported data;

[0021] After grouping, the exchanged data packets are obtained;

[0022] The first set of exchanged data packets includes packet data text description information; the information in the packet data text description information includes: all serial numbers, driver's license numbers, all file quantities and sizes, and description information of the data image data in this packet;

[0023] The last data packet contains the end of the data to be exchanged and a description of the image data in this packet.

[0024] Other groups exchange data packets containing descriptive information about the imagery data in this packet;

[0025] performing step S7;

[0026] S6: write the sending text description information into the transfer-out place image data description overview information;

[0027] The sending text description information includes: the end of the current data to be exchanged and the image data description information of the current package data. Step S7 is performed.

[0028] S7: The transfer-out place sends the transfer-out data to the receiving place.

[0029] S8: After the receiving place receives the transfer-out data, the receiving place merges all the packet data to obtain the complete transfer-out data.

[0030] Obtain the transfer-out place image data description overview information and the packet data text description information in the image data compression package.

[0031] S9: According to the transfer-out place image data description overview information, read and parse all the serial numbers and driver license numbers. According to the serial numbers, driver license numbers, and packet data text description information, read the unstructured image data corresponding to each serial number from the image data compression package.

[0032] S10: Obtain the serial number description information from the transfer-out data, and read the driver information corresponding to each serial number.

[0033] S11: Obtain the driver file data search number corresponding to the driver according to the driver information.

[0034] If the driver file data search number is found, step S12 is implemented.

[0035] Otherwise, a unique driver file data search number is established for the driver, and then step S12 is implemented.

[0036] S12: Store the unstructured image data corresponding to each serial number to obtain an image data storage address.

[0037] S13: Associate the image data storage address with the driver file data search number according to <driver file data search number, business type + business handling time + image data storage address>.

[0038] S14: When the data of the driver is transferred out, all the business data associated with the driver are found according to the driver file data search number, and are uniformly made into the transfer-out data.

[0039] Further features include:

[0040] The new certificate application business includes the following steps:

[0041] a1: enter the information of the applicant, collect the image information, and save all data as pre-collection data;

[0042] a2: generating business serial information according to the pre-collection data according to the driver's business;

[0043] a3: after the applicant passes the driver test, a unique driver file search number is established for the applicant;

[0044] a4: store the driver's license information and the business serial information, and simultaneously associate the storage address with the driver file search number according to <driver file search number, business type code + business handling time + image data storage address>;

[0045] The existing certificate transaction handling business includes the following steps:

[0046] b1: obtaining the driver file search number corresponding to the driver according to the driver information;

[0047] If the driver file search number can be found, step b2 is implemented;

[0048] Otherwise, after a unique driver file search number is established for the driver, step b2 is implemented;

[0049] b2: collecting business-related data according to the specific business content handled by the driver, and forming business serial information

[0050] b3: storing the business-related data and the business serial information, and simultaneously associating the storage address with the driver file search number according to <driver file search number, business type code + business handling time + image data storage address>;

[0051] In step S7, when the transfer-out place sends the transfer-out data to the receiving place, the transfer-out data generates compressed data packets through the Snappy algorithm and sends them to the receiving place through the RPC interface.

[0052] The application provides a digital motor vehicle driver file management method, which extracts driver information, service type and service handling time and the like information when sending the driver license associated service data of the driver license transfer in other places, stores the data by using the driver file search number to store and manage the driver license associated data of each driver when the receiving place stores the data, realizes the electronic image data management of the whole life cycle of the driver, and makes the driver license management data capable of being managed based on the service type and the driver, and reduces the management difficulty; the receiving place associates the data with the driver according to the driver file search number, the service type code, the service handling time and the storage address, and compared with the storage mode of the prior art which only stores according to the service type, the data stored based on the method of the application supports searching the data of the same driver transferred from different regions according to the driver, the service type and the service handling time, and improves the data search efficiency in the region. BRIEF DESCRIPTION OF DRAWINGS

[0053] Figure 1 System structure embodiment for realizing the digital motor vehicle driver file management method in the application;

[0054] Figure 2 Structure schematic diagram of the transferred data;

[0055] Figure 3 Structure schematic diagram of the exchange data packet of the transferred data;

[0056] Figure 4 Embodiment of the data packet based on the RPC interface. DETAILED DESCRIPTION

[0057] As shown in the accompanying drawings, Figure 1 the application comprises a digital motor vehicle driver file management method, which comprises the following steps:

[0058] S1: receiving the service application of the customer, and confirming the service type;

[0059] The service type comprises the new license application service, the existing license transaction handling service and the license transfer service in other places.

[0060] The new license application service is the service of applying for the driver license by the applicant who has not obtained the driver license.

[0061] The existing license transaction handling service is the service of applying for the driver license associated service except the license transfer service in other places by the driver who has the driver license.

[0062] The license transfer service in other places is the service of transferring the driver license associated service data in other regions into the local by the driver who has the driver license.

[0063] The digital motor vehicle driver file management method of the application is constructed in the existing comprehensive service platform of the traffic management department, and the management of the motor vehicle driver file is realized based on the hardware configuration and existing functions of the comprehensive service platform. Figure 1 As shown in the figure, the traffic management department realizes data transmission and sharing between each network through the comprehensive service platforms arranged in the Internet, social service network and intranet respectively; accesses the high-speed scanner through the terminal device management software to collect image data when the business is accepted; accesses the electronic signature board through the terminal device management software to combine the electronic signature and the document electronic generation to generate the business application form and the test score sheet; associates the driver image data with the driver transfer, historical flow information; realizes the imaging of the historical flow information paper data through the terminal device management software accessing the scanner; realizes the permission authentication, data tamper-proofing and encryption watermarking when the image data is consulted based on the existing authorization authentication technology; realizes the storage of the driver file data through the existing image data storage technology.

[0064] The new certificate application business includes the following steps:

[0065] a1: enters the information of the applicant, collects the image information, and saves all the data as pre-collection data;

[0066] The pre-entry information is collected through the window of the Internet, the applicant signs through the handwritten signature board after reading and confirming the declaration information, the system automatically generates an electronic application form, and the high-speed scanner is used to collect the image data of the identity card, the on-site photo and the driving license photo according to the configured image data types.

[0067] a2: generates the business flow information according to the business of the driver for the pre-collection data;

[0068] When the business is handled, the business flow information is generated for the pre-entry information collection, and the electronic application form, the identity card, the on-site photo and the driving license photo are associated. For the direct application business in the traffic management business hall, the applicant signs through the handwritten signature board after reading and confirming the declaration information, the system automatically generates an electronic application form, and the image data is collected according to the configured image data types. The collected data is stored according to the image data management mode.

[0069] a3: after the applicant passes the driver test, a unique driver file data retrieval number is established for the applicant;

[0070] a4: stores the driver license information and the business flow information, and associates the storage address with the driver file data retrieval number according to <driver file data retrieval number, business type code + business handling time + image data storage address>.

[0071] After the examinee completes the examination in the examination room, the examinee confirms the examination results, the examiner and the examinee separately sign the handwritten signature plate, the system automatically generates an electronic score sheet, the electronic score sheet is exchanged to the intranet through data transmission management, is associated with the flow sheet, and is stored according to the image data management mode in the system.

[0072] The existing certificate transaction handling service includes the following steps:

[0073] b1: obtaining the driver's corresponding driver file data search number according to the driver information;

[0074] If the driver's file data search number is found, step b2 is implemented;

[0075] Otherwise, a unique driver file data search number is established for the driver, and then step b2 is implemented;

[0076] b2: collecting business-related data according to the specific business content handled by the driver, and forming business flow information;

[0077] When handling business through the intranet and traffic management business window, the applicant reads and confirms the declaration information and signs through the handwritten signature plate, the system automatically generates an electronic application form, and collects image data according to the configured image data types. For the doubts existing in the business handling process, part of the driver's file data can be confirmed through the image data management function. Through the Internet comprehensive service platform and the 12123 mobile phone APP, after the business application is successfully handled, the business flow image data is generated according to the applicant's submission of certificate photos and real person authentication photos.

[0078] b3: storing the business-related data and the business flow information, and simultaneously associating the storage address with the driver's file data search number according to <driver's file data search number, business type code + business handling time + image data storage address>.

[0079] S2: if it is a new certificate application business, execute the new certificate application process;

[0080] If it is an existing certificate transaction handling service, execute the existing certificate transaction handling process;

[0081] Otherwise, execute step S3 for the out-of-area transfer business.

[0082] For handling the out-of-area transfer business of the driver's license, the transfer-out place realizes the image of the paper data through the image of the paper data, the image data is exchanged from the original driver's license issuing place to the driver's license transfer-in place, the business flow information is associated with the image data of the original driver's license issuing place, and is stored according to the image data management mode, which includes the following steps.

[0083] S3: The transfer-out management department generates transfer-out data based on the driving license related business data of the driver handling the business; if there is paper data in the historical flow, the transfer-out department makes image data according to the business data requirements;

[0084] As shown in Figure 2 , the transfer-out data includes: transfer-out image data description overview information, flow description information, and image data compression package of unstructured image data;

[0085] The transfer-out image data description overview information includes: all flow numbers, driver license numbers, data name codes and data quantities contained in each business flow, and a flag indicating whether the current transmission data is a grouped transmission;

[0086] The flow description information includes: the driver information corresponding to each flow number, the business name, and the business handling time;

[0087] S4: Check the size of the transfer-out data, compare the file size with the preset file size threshold;

[0088] When it is greater than the preset file size threshold, step S5 is performed;

[0089] Otherwise, step S6 is performed.

[0090] Generally, if the transfer-out data is small, it can be sent in sequence to achieve data transmission. However, in actual work, there are often multiple business flows for a driver, such as driving license application, full-time learning examination, and other business data that need to participate in the examination, and each flow affects more data collection, resulting in that when the driver needs to transfer out data, if all data is made into a data package and sent at once, because all sending tasks are executed in parallel in actual work, it will cause network congestion at the transfer-out or receiving end. In this method, according to the actual situation of the network and the number of daily parallel business, the file size threshold is set to control the size of the data package. In this embodiment, the file size threshold is set to 10M, i.e. the maximum size of the data package sent each time is not more than 10M, to ensure that the entire system will not be blocked due to too large data.

[0091] S5: Grouping the transfer-out data;

[0092] As shown in Figure 3 , after grouping, the exchange data package of the transfer-out data is obtained;

[0093] Suppose there are N groups of data packages, then: the first group of exchange data packages is set with grouping data text description information; the information in the grouping data text description information includes: all flow numbers, driver license numbers, all file quantities and capacities, and the data image data description information of the current transfer-out data;

[0094] The last group (Nth group) of data packets contains the end of the data to be exchanged and a description of the image data in this packet;

[0095] Other groups (2~N) exchange data packets contain descriptive information about the image data in this packet;

[0096] Proceed to step S7.

[0097] S6: Write the text description information for sending to the image data description overview information of the transfer-out location;

[0098] The text description information to be sent includes: the end of the data to be exchanged this time and the description information of the data image data in this packet, and then proceed to step S7.

[0099] S7: The sending location sends the outgoing data to the receiving location;

[0100] When the sending location sends forwarded data to the receiving location, the forwarded data is compressed into a data packet using the Snappy algorithm and then sent to the receiving location via the RPC interface. The structure of the data packet sent via the RPC interface is shown in the attached diagram. Figure 4 The data structure for requesting information when sending is referenced in TmriHeader.

[0101] S8: After receiving the outgoing data, the receiving location merges all the packet data to obtain the complete outgoing data;

[0102] Obtain an overview of the image data from the originating location and text descriptions of the grouped data within the compressed image data package.

[0103] S9: Based on the overview information of the image data description of the transfer location, read and parse all the serial numbers. Based on the serial number and the group data text description information, read the unstructured image data corresponding to each serial number from the image data compressed package.

[0104] When the receiving end reads the end information of the current data exchange from the data packet, it indicates that the current data exchange is complete. The serial number and image data are parsed from each data packet and compared with the overview information in the first packet to verify data integrity. For complete data, the serial number, transaction details, and transaction time are read from the data packet, and the image data is stored in the database.

[0105] S10: Obtain the serial number description information from the transfer data and read the driver information corresponding to each serial number.

[0106] S11: Obtain the driver's file retrieval number corresponding to the driver's information;

[0107] If the driver's file retrieval number can be found, proceed to step S12.

[0108] Otherwise, a unique driver profile search number is established for the driver, and step S12 is implemented.

[0109] S12: The unstructured image data corresponding to each serial number is stored to obtain an image data storage address.

[0110] S13: The image data storage address is associated with the driver profile search number according to <driver profile search number, business type code + business handling time + image data storage address>.

[0111] S14: When the driver's data is exported, all business data associated with the driver according to the driver profile search number is found and unified into export data.

[0112] For example, driver D in place A has the following driving license business data in place A:

[0113] T1 time business 1; (paper data)

[0114] T2 time business 2; (electronic image data)

[0115] T3 time business 3; (electronic image data)

[0116] At this time, driver D handles the driving license import business and transfers to place B.

[0117] In this embodiment, the export place is place A and the import place is place B.

[0118] When driver D handles business in place B, identity card data, on-site photos and other image data are collected synchronously, and a driver profile and a driver profile search number are created.

[0119] Place A first completes the image collection of the T1 time business paper data according to the export business handling requirements, and then reads all three business serial numbers and image data, and transfers the image data to place B, and constructs a complete driver profile according to the driver profile search number.

[0120] After transferring to place B, business data may be increased due to some reasons in place B:

[0121] T4 time business 4; (electronic image data)

[0122] If driver D transfers its driver profile to place C again, place B as the export place will construct the driver profile and export place data according to the above process.

[0123] The driving person file based on the method can conveniently manage all related information of a driving person and provide fast and accurate query. The driving person file based on the method can establish a digital file of the whole life cycle of the driving license by associating the driving license of the driving person and the business flow, is compatible with the existing image data management mode in various places, provides a unified collection function, and realizes unified management of the image data. The method not only realizes the collection of the image data during the business handling, but also realizes convenient access and safe management of the image data of the whole life cycle of the driving license, improves the modernization level of the file management, realizes information resource sharing, improves the work efficiency of the driving person information management business, and accelerates the construction of the informationization of the vehicle management.

[0124] When providing the query service, the driving person file retrieval number is taken as an index to find the business data of various types and various times handled by the driving person.

[0125] For example, the in-hand business of the driving person needs to be queried.

[0126] The query demand is proposed through the ID card, the file number, and the license core number from the service platform of the Internet, the internal network, and the social service network, the associated driving person file retrieval number is searched, the business flow number in the state of being in progress associated with the driving person file retrieval number is found, the image data is queried according to the business flow number and the image data serial number, the encrypted watermark is generated according to the current user information, and the query result and the associated image data are given.

[0127] For example, the driving license of the driving person needs to be queried.

[0128] The query demand is proposed through the driving license from the service platform of the Internet, the internal network, and the social service network, the associated driving person file retrieval number is searched according to the driving license number, the encrypted watermark is embedded according to the current user, the department where the user is located, the location, and the access time, and the query result and the associated image data are given.

Claims

1. A method for managing digital motor vehicle driver files, characterized in that, It includes the following steps: S1: Receive customer service requests and confirm the service type; The business types include: new certificate application, existing certificate transaction processing, and inter-regional transfer. The new license application service refers to the service for applicants who have never obtained a driver's license to apply for a driver's license. The aforementioned existing document-related services refer to applications from drivers who already possess a driver's license for driver's license-related services, excluding inter-regional transfer services. The inter-regional transfer service is a service for drivers who already have a driver's license to transfer the associated business data of their driver's license from other regions to the local area. S2: If it is a new certificate application, then the new certificate application process will be executed; If the document transaction is already processed, then the document transaction processing procedure will be executed immediately. Otherwise, proceed to step S3; S3: The management department at the transfer-out location generates transfer-out data based on the driver's license-related business information of the driver handling the business; if there are paper documents of the historical transaction records, the transfer-out location will produce image data according to the business document requirements. The transferred data includes: an overview of the image data description of the transferring location, a flow description, and a compressed image data package of unstructured image data; The overview information of the image data from the originating location includes: all serial numbers, driver's license numbers, data name codes and data quantities included in each transaction, and a marker indicating whether the data transmission is a packet transmission. The transaction description information includes: driver information, service name, and service processing time corresponding to each transaction number; S4: Check the size of the exported data and compare the file size with a preset file size threshold; When the value exceeds the preset file size threshold, proceed to step S5; Otherwise, proceed to step S6; S5: Group the exported data; After grouping, the exchanged data packets are obtained; The first set of exchanged data packets includes packet data text description information; the information in the packet data text description information includes: all serial numbers, driver's license numbers, all file quantities and sizes, and description information of the data image data in this packet; The last data packet contains information about the end of the data exchange and a description of the image data in this packet. Other groups exchange data packets containing descriptive information about the imagery data in this packet; Execute step S7; S6: Write the text description information for transmission into the image data description overview information of the originating location; The text description information to be sent includes: the end information of the data to be exchanged this time and the description information of the data image data of this packet. Execute step S7. S7: The sending location sends the outgoing data to the receiving location; S8: After receiving the outgoing data, the receiving location merges all packet data to obtain the complete outgoing data; Obtain the overview information of the image data of the originating location and the text description information of the grouped data in the image data compressed package; S9: Based on the overview information of the image data description of the transfer location, all the serial numbers and driver's license numbers are obtained by reading and parsing. Based on the serial number, driver's license number and the grouped data text description information, the unstructured image data corresponding to each serial number is read from the image data compressed package. S10: Obtain the serial number description information from the transfer data, and read the driver information corresponding to each serial number; S11: Obtain the driver's file retrieval number corresponding to the driver based on the driver information; If the driver's file retrieval number can be found, proceed to step S12; Otherwise, after establishing a unique driver file retrieval number for the driver, proceed to step S12; S12: Store the unstructured image data corresponding to each serial number to obtain the image data storage address; S13: Establish an association between the image data storage address and the driver's file data retrieval number according to <driver's file data retrieval number, business type + business processing time + image data storage address>; S14: When transferring driver data, find all business data associated with the driver according to the driver file information retrieval number, and uniformly create the transferred data. When sending driver's license related business data transferred to other locations, driver information, business type, and business processing time are extracted. When the receiving location stores the data, the driver's license related data of each driver is stored and managed through the driver's file information retrieval number, realizing the management of electronic image data of the driver throughout the entire life cycle.

2. The method for managing digital motor vehicle driver files according to claim 1, characterized in that: The new certificate application process includes the following steps: a1: Enter the applicant's information, collect image information, and save all data as pre-collected data; a2: Generate business flow information from the pre-collected data according to the driver's business; a3: After the applicant passes the driver's license test, a unique driver's file retrieval number will be created for the applicant; a4: Store the driver's license information and the business transaction information, and at the same time, establish a connection between the storage address and the driver's file information retrieval number, according to <driver's file information retrieval number, business type code + business processing time + image data storage address>.

3. The method for managing digital motor vehicle driver files according to claim 1, characterized in that: The existing document-related business processing includes the following steps: b1: Obtain the driver's file retrieval number corresponding to the driver based on the driver information; If the driver's file retrieval number can be found, proceed to step b2; Otherwise, after establishing a unique driver file retrieval number for the driver, proceed to step b2; b2: Based on the specific business transactions handled by the driver, collect relevant business data and generate business transaction log information; b3: Store business-related data and business transaction information, and establish a connection between the storage address and the driver's file information retrieval number, according to <driver's file information retrieval number, business type code + business processing time + image data storage address>.

4. The method for managing digital motor vehicle driver files according to claim 1, characterized in that: In step S7, when the sending location sends the outgoing data to the receiving location, the outgoing data generates a compressed data packet using the Snappy algorithm and sends it to the receiving location via the RPC interface.

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