KR20200103265A - Management system of road driving test for providing black box video - Google Patents

Abstract

The present invention relates to a management system of a road driving test capable of providing a black box video which automatically provides a black box video for a corresponding applicant by a test management application of a local server when a complaint about manual scoring of a road driving test is made to drastically resolve a conventional problem where complaint processing work is performed by personnel which results in excessive use of personnel and time consumption, and allows a management mode application which is a test management application installed in the local server to periodically use a preset assignment algorithm to analyze a test reception situation, test availability of a tester, and vehicle information to automatically assign an applicant, a tester, a vehicle, and a test order to maximize work efficiency and reduce unnecessary work by personnel and time consumption.

Description

Management system of road driving test for providing black box video}

The present invention relates to a road driving test management system capable of providing a black box image, and in detail, an image of a black box taken during a road driving test is automatically transmitted to the central management server and stored. A black box video that can increase the efficiency and convenience of operation by extracting the corresponding image and providing it to the local server, enabling quick and accurate response to civil complaints, and providing information related to road driving tests to candidates, examiners and observers. It relates to a road driving test management system that can be provided.

The driver's license test is a qualification test to verify the driving ability of a person who intends to drive a vehicle, and the level of compliance with traffic laws and order consciousness, and is classified into a department test, a skill test, and a road driving test according to the type of subject. It is classified into type, type 2, and training license, and according to vehicle size, it is classified into large license, ordinary license, special license, small license, and motor vehicle license.

In particular, the road driving test is a test for the examiner to give a score according to the candidate's actual driving on the road course to finally determine whether or not the candidate is issued a driver's license. At this time, the test taker, examiner, and observer accompany the road driving test, and the examiner grants pass or fail at the site depending on the driving degree of the test taker, and generally, the test is conducted in order of 3 students per exam department.

In addition, the scoring method of the road driving test consists of 1) the automatic scoring method and 2) the manual scoring method.

At this time, 1) the automatic scoring method is a method of automatically performing deductions for not wearing a seat belt, neutralizing the gear, and opening the vehicle door before starting, using various sensors and detection means installed in the vehicle, and 2) the manual scoring method is a speed, indicator light. , Traffic signal, lane change, U-turn position, etc., is a method in which the examiner manually performs deductions.

In these road driving tests, candidates usually accept the results of the automatic scoring method, but complaints are frequently filed for the results of the manual scoring method, and when filing a complaint about the manual scoring method, The examiner or the test manager resolves the complaint by copying the image stored in the black box installed in the vehicle to a removable memory (USB), and then connecting the copied removable memory to a separate computer to play the image.

However, since this method of resolving civil complaints causes considerable time consumption, the civil complaint processing process is not only complicated, but also has the disadvantage of increasing unnecessary time and manpower consumption, and in practice, managers in the field have unnecessary time due to complaints against the manual scoring method. It is a common occurrence that consumes.

In other words, there is an urgent need to provide a quick and simple process for handling civil complaints for the manual scoring method in the road driving test.

On the other hand, in the conventional road test, when the application form is received from the candidate through the information desk, the candidates wait at a separate waiting area, the liberal arts center, and on their turn, board the vehicle with the examiner and the observer. It operates in a way that tests are conducted. At this time, if the candidate fails the road driving test, he or she will visit the information desk again and take the test again.

However, these conventional road driving tests failed to provide information on the progress of the road driving test, the vehicle number to be boarded, and the order of visit to the pending test taker, so the candidate was blindly waiting without knowing the current progress at all. Therefore, there is a problem that the convenience of the candidate is significantly lowered.

In addition, the conventional road driving test has a disadvantage that work efficiency is significantly lowered because the examiner must move to the waiting place when the road driving test is completed, call the next candidate and observer, and then move back to the vehicle with them.

In addition, the conventional road driving test has a disadvantage that, when the test tube completes the road driving test, the examiner separately notes the pass or not and then provides the memorized pass or not, thus reducing work efficiency and increasing unnecessary time consumption.

In other words, there is an urgent need for research on a road driving test management system to increase the efficiency of the road driving test and to improve the convenience of the participants.

The present invention is to solve such a problem, and the problem of the present invention is to automatically provide a black box image for the candidate in the test management application of the local server when filing a complaint for the manual scoring of the road driving test. It is to provide a road driving test management system capable of providing a black box image that can dramatically solve the problem that civil complaints are processed by manpower and unnecessary time and manpower consumption occur.

In addition, another problem of the present invention is that the management mode application, which is a test management application installed on the local server, analyzes the status of test reception, test availability and vehicle information by using a preset allocation algorithm for each cycle. It is to provide a road driving test management system capable of maximizing work efficiency by automatically assigning the test sequence, as well as providing a black box image that can reduce unnecessary manpower consumption and time consumption.

The solution means of the present invention for solving the above problem is a central management server; A black box installed in a vehicle to acquire an image by photographing during a road driving test, and supporting short-range communication; A test tube terminal equipped with a short-range communication module while possessed by the test tube, and installed with a test mode application for providing a management service of a road driving test; It is installed in each license test center and includes local servers on which a management mode application is installed, and the test mode application is executed at the request of the examiner when the road driving test is completed, and the short-range communication module of the test tube terminal is activated. An image processing unit connected to a black box to receive an image photographed from the black box; Further comprising a control unit for transmitting the image received by the image processing unit to the management mode application of the local server of the license test site, wherein the management mode application transmits the image received from the test mode application to the central management server, The central management server stores the image transmitted from the management mode application.

In addition, in the present invention, the test mode application is executed according to the request of the examiner when a complaint is filed from the candidate, and includes a civil complaint processing unit that receives the civil complaint information from the examiner and generates civil complaint request data including the entered civil complaint content, The control unit transmits the civil petition request data generated by the civil petition processing unit to the management mode application of the local server of the corresponding license testing center, and the management mode application transmits the civil petition request data received from the test mode application to the central management server. And the central management server, when receiving the civil petition request data from the management mode application, searches the stored images, extracts the image of the candidate who filed the complaint, and transmits the extracted image to the corresponding management mode application, and the management It is preferable that the mode application displays the image transmitted from the central management server on the monitor of the local server.

In addition, in the present invention, the management mode application may include an examination reception unit receiving an application form; A candidate information generation unit for generating candidate information, which is information related to the candidate, based on the application form received through the test reception unit; A test result information generation unit for generating test result information including a type of license test based on the application form received through the test reception unit; A test reception status information generation unit for generating and updating test reception status information based on the application form received through the test reception unit; The test sequence, test taker, and examiner by analyzing the candidate information, the test reception status information, the information of the examiners of the corresponding licensed test center registered in advance, and the vehicle information of the corresponding license test center registered at each preset period And a schedule information generation unit that generates schedule information assigned to an observer, and the management mode application transmits the generated schedule information to information monitors installed at the corresponding license test site when schedule information is generated by the schedule information generation unit. , The guide monitors display schedule information transmitted from the management mode application, and the test mode application includes a start button for receiving the start of the road driving test, an end button for receiving the end of the road driving test, a deduction score, and An interface providing unit that displays a test-related interface, which is a graphic user interface, in which a first input box to receive content, a second input box to receive final scoring points, and a third input box to receive pass or not are displayed on the monitor of the test tube terminal. ; It is driven when the start button of the test-related interface is clicked to generate start information including the current test order, candidate, and test start, and then transmits the generated start information to the management mode application, and the end button When is clicked, the start/end information is generated to generate end information including the current test order, candidates, scoring information, pass information, and the content that the test has ended, and then transmit the generated end information to the management mode application. A part, and the interface providing unit of the test mode application further provides a test re-reception interface, and the test re-reception interface accesses the management mode application to inquire about test reception status information and then retrieves the searched test reception status information. It includes an exhibition field to be displayed and an input field for inputting an available date and time of the test from the dropped test taker, and the test mode application includes the test taker input through the input field of the test re-reception interface, the test possible date and time zone. Further comprising a re-reception request unit for generating the reception data and then transmitting the generated re-reception data to the management mode application, wherein the test reception status information generation unit of the management mode application is the re-reception data received from the test mode application It is desirable to re-submit at the road driving test site through the test tube terminal by updating the test reception status information to be reflected.

In addition, in the present invention, the test result information further includes scoring information and pass information, and the management mode application includes the received scoring information and pass information when the test result information generation unit receives termination information from the test mode application. It is desirable to update the test result information so that is reflected.

In addition, in the present invention, the management mode application analyzes and utilizes the schedule information and the start information and end information transmitted from the test mode application, and the current application information including the number of the current order, the candidate, the observer and vehicle information, and the next Further comprising a current test information / next test information generation unit for generating the next test information including the number of the sequence, test taker, observer and vehicle information, the current test information / next test information generation unit generated current test information and next test It is preferable to transmit information to the guide monitors and the test mode application.

According to the present invention having the above problems and solutions, when a complaint is filed for manual scoring of a road driving test, the test management application of the local server automatically provides a black box image for the candidate, so that the conventional civil complaint processing work is It is possible to solve the problem of unnecessary time and manpower consumption.

In addition, according to the present invention, the management mode application, which is a test management application installed on the local server, analyzes the test reception status, test availability of the test tube, and vehicle information by using a preset allocation algorithm for each cycle. Not only can the efficiency of work be maximized by automatically allocating the values, it is also possible to reduce unnecessary manpower consumption and time consumption.

1 is a block diagram showing a road driving test management system according to an embodiment of the present invention.
2 is a flowchart for explaining a civil complaint processing process in the present invention.
3 is a block diagram showing the test management application of 1.
4 is a block diagram illustrating an interface providing unit of FIG. 3.
5 is a block diagram illustrating an image processing unit of FIG. 4.
6 is a block diagram illustrating a civil petition processing unit of FIG. 4.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a block diagram showing a road driving test management system according to an embodiment of the present invention.

In relation to the road driving test, the road driving test management system 1 according to an embodiment of the present invention automatically extracts and provides the black box image of the candidate when a complaint is filed for manual scoring. At the same time as reducing the time consumption, 2) it improves the convenience of the participant of candidates, examiners, and observers by providing services such as receiving application forms, allocating (matching) candidates, examiners and vehicles, and providing progress information. At the same time, it is a system to increase work efficiency.

In addition, as shown in Fig. 1, the road driving test management system 1 includes a central management server 2 and a local server 3-1, on which the test management application 7 is installed, ..., (3- N) consists of test tube terminals 5 on which the test management application 7 is installed, black boxes 9 installed on a road test vehicle, a communication network 10, and a local area network 20.

At this time, the test management application 7 is installed on each of the local servers 3-1, ..., (3-N) and test tube terminals 5.

The communication network 10 provides a data movement path between the local server 3-1, ..., (3-N), the central management server 2 and the test tube terminal 5, and in detail It may be composed of a wired/wireless network network such as a wide area network (WAN), a mobile communication network, and a long term evolution (LTE).

The local area network 20 provides a data movement path between the test tube terminal 5 and the black box 9, and in detail, may be configured with Bluetooth, Wi-Fi, or the like.

The black box 9 is a device that is installed in a vehicle for road driving test to acquire an image by photographing the outside or the inside of the vehicle, and a short-range communication module (not shown) that supports connection with the local area communication network 20 is installed. When the driving test is completed, the captured image is transmitted to the test tube terminal 5 at the request of the test mode application 730 of the test tube terminal 5. At this time, when the test mode application 730 of the test tube terminal 5 receives the image from the black box 9 connected to the local area network 20, the test result information of the candidate is inputted from the test tube and corresponds to the received image. It transmits to the local server 3, and the local server 3 transmits the transmitted image and test result information to the central management server 2.

In addition, the image captured by the black box 9 displays the vehicle speed and the operation status of indicator lights.

Since the black box 9 is a technology commonly used in vehicle systems, detailed descriptions will be omitted.

The central management server 2 is a server that comprehensively manages driver's license tests including road driving tests.

In addition, the central management server 5 comprehensively manages and stores information on each license test center of the local servers 3-1, ..., and (3-N) and examiner information of each license test center.

In addition, when the central management server 5 receives candidate information, test result information, and test reception status information from local servers 3-1, ..., (3-N), the received data is integrated and stored and Manage. At this time, the test result information includes the candidate's license test type, test date, scoring information, and pass information, and the scoring information includes the test taker's score for the road driving test, deductions, and deductions.

In addition, when the central management server 5 receives an image matched with test result information from the local servers 3-1, ..., (3-N), the transmitted image is stored in the database server.

Local servers (3-1), ..., (3-N) are servers installed in each license test site.

In addition, each of the local servers (3-1), ..., (3-N) stores information about the examiner of the relevant license testing center, information about whether the examiner can test, and vehicle information. At this time, the examiner information is defined as information on each of the examiners registered in the licensed testing center, and the information on whether or not the examiner can test is defined as information on the examiners capable of testing the road driving test at the corresponding cycle.

In addition, a test management application 7 is installed in each of the local servers 3-1, ..., and (3-N). At this time, the test management application installed on the local server 3 is referred to as a management mode application 710.

When the management mode application 710 receives the image matched with the test result information from the test mode application 730 of the test tube terminal 5, the management mode application 710 transmits the received image and data to the central management server 2.

In addition, when the management mode application 710 receives civil petition request data from the test mode application 730 of the test tube terminal 5, it transmits the received civil petition request data to the central management server 2.

In addition, when the management mode application 710 receives the image according to the civil complaint request from the central management server 2, the candidate who filed the complaint by displaying the transmitted image on the monitor can be manually scored through the evidence image provided by the local server. It becomes possible to perform monitoring.

In addition, the management mode application 710 periodically transmits candidate information, test result information, and test reception information to the central management server 2.

In addition, the management mode application 710 generates and updates information on the status of test reception of the corresponding license test center.

In addition, the management mode application 710 generates schedule information by periodically analyzing test-related information, test availability information, and vehicle information using a preset allocation algorithm. At this time, it is preferable that the schedule information includes the test order, candidate, examiner, observer, and vehicle information, and the period is made on a daily basis.

In addition, the management mode application 710 transmits the generated schedule information to the test management application 7 of the test tube terminal 5.

In addition, the management mode application 710 receives the start information including the contents and the test procedure from the test tube terminal 5 when each road driving test starts.

In addition, when each road driving test is completed, the management mode application 710 receives ending information including scoring information, pass information, and test order of the candidate from the test management application 7 of the examiner terminal 5, The scoring information and pass information of the received termination information are transmitted to the central management server 2.

In addition, the management mode application 710 includes current test information including the number of the current sequence, test taker, examiner, observer, vehicle information according to the schedule information, and the next including the number of the next sequence, test taker, examiner, observer, vehicle information Examination information is transmitted to the test management application 7 of the guide monitors (not shown) and test tube terminals 5 installed in Sageeng.

At this time, the management mode application 710 generates the current test information and the next test information according to the start information and the end information transmitted from the test tube terminal 5, and each time the current test information and the next test information are generated, the guide monitors are used. Transmit them.

The test tube terminals 5 are digital devices possessed by the test tube for the road driving test, and support connection with the communication network 10 and the local area network 20 such as a tablet PC, notebook, smart phone, PDA, etc. Specifically, it is preferably a tablet PC.

In addition, the test management application 7 is installed in the test tube terminals 5. At this time, the test management application installed in the test tube terminal 5 is referred to as a test mode application 730.

When the test mode application 730 receives information that the road driving test is completed from the test tube, it activates the short-range communication module of the test tube terminal 5 to connect to the black box 9 to receive an image from the black box 9 , The test result information is matched with the received image and transmitted to the corresponding local server 3.

In addition, the test mode application 730 generates civil complaint request data including the entered civil complaint information when receiving the civil complaint content according to the request of the examiner when a complaint of the candidate is filed, and then it is applied to the corresponding local server 3 Transfer to.

In addition, the test mode application 730 is one of a schedule interface, which is a graphic user interface (GUI) in which schedule information transmitted from the test management application 710 of the local server 3 is displayed, and a list of schedule information. When is selected (clicked), the detailed information interface, which is a graphic user interface that displays detailed information related to the test, and the test-related interface, which is a graphic user interface that displays the current test information and next test information transmitted from the management mode application 710. Provides.

At this time, the test-related interface includes a start button (icon) for receiving the start of the road test from the examiner, an end button (icon) for receiving the end of the road driving test from the examiner, and the number of deductions and deductions. It includes a first input field, a second input field for receiving a final score, and a third input field for receiving a final pass or not.

In addition, when the start button is input (clicked) by the examiner through the test-related interface, the test mode application 730 generates start information including the current sequence and the content that the test has started, and the generated start information is applied to the management mode. It sends to 710.

In addition, when the end button is input (clicked) by the examiner through the test-related interface, the test mode application 730 generates end information including test order, scoring information and pass information of the candidate, and generated end information Is transmitted to the management mode application 710.

In addition, when the road driving test is completed, the test mode application 730 searches the test reception status stored in the local server 3 to display the searched test reception status information, and the date and time available for the test from the dropped candidate. Provides a test re-reception interface that is a graphic user interface in which an input field for inputting is displayed.

In addition, when the test mode application 730 receives the test from the dropout candidate through the test re-reception interface, it transmits the reception information including the available date and time of the test to the management mode application 710 of the local server 3.

2 is a flowchart for explaining a civil complaint processing process in the present invention.

In the civil petition processing process (S1) of the present invention, as shown in FIG. 2, a road driving test is performed and an image acquisition step (S10) in which a black box performs photographing to acquire an image, and a test in which the road driving test is terminated. The end step (S20), the test management application 730 receives an image from the black box 9 through the local area network 20, the image receiving step (S30), and the test management application 730 is the image receiving step ( The first image transmission step (S40) of matching the test result information with the image received by S30 and transmitting it to the central management server 2 through the local server 3, the image received by the central management server 2 The storage step of storing (S50) and the test management application 730 determine the complaint according to whether or not the civil complaint is received from the examiner, and proceed to the next step (S60) when it is determined that the complaint has been filed, but the complaint is made. The determination step (S60), which terminates when it is determined that it has not been lost, and the test management application 730 proceeds when it is determined that a civil complaint has been filed by the determination step (S60), and the civil complaint request data including the entered civil complaint information is sent to the local server. (3) Through the civil petition request step (S70) transmitted to the central management server (2), and the central management server (2) extracts the video of the candidate according to the contents of the civil petition received through the civil petition request step (S70). It consists of an image extraction step (S80) and a second image transmission step (S90) in which the central management server 2 transmits the image extracted by the image extraction step (S80) to the corresponding local server (3).

3 is a block diagram showing the test management application of 1.

As shown in FIG. 3, the test management application 7 includes a control unit 70, a memory 71, a data input/output unit 72, a mode selection unit 73, a management mode driving unit 710, and a test mode driving unit. It consists of 730.

The control unit 70 is an O.S (Operating System) of the test management application 7 and manages and controls the control targets 71, 72, 73, 710, and 730.

In addition, the control unit 70 drives the management mode driving unit 710 when a management mode is selected by the user through the mode selection unit 73, and drives the test mode driving unit 730 when the test mode is selected by the user.

The previously manufactured graphic user interfaces are stored in the memory 71.

The data input/output unit 72 inputs and outputs data to and from an installed terminal (local server or test tube terminal).

The mode selection unit 73 receives a selection from the user whether to operate in a management mode or a test mode. At this time, the management mode is defined as a mode operated when installed in the local server 3, and the test mode is defined as a mode operated when installed in the test tube terminal 5 of the test tube, and when the initial mode selection is made, It operates in the selected mode until there is a mode setting of.

When the management mode driver 710 is installed in the local server 3, it is driven when the user selects to operate in the management mode.

In addition, the management mode driving unit 710 transmits an image matched with the test result information from the test management application 730 or transmits civil petition request data, and transmits the received image or data to the central management server 2.

In addition, the management mode driving unit 710 includes an examination reception unit 711, a candidate information generation unit 712, a test result information generation unit 713, an examination reception status information generation unit 714, a schedule information generation unit 715, It consists of a current gaze information/next gaze information generation unit 716 and an image display unit 717.

The test receptionist 711 receives a road driving test from the user. At this time, the test reception unit 711 inputs the reception information to the test taker information generation unit 712, the test result information generation unit 713, and the test reception status information generation unit 714 when the received candidate is the first application.

In addition, the test reception unit 711 inputs the reception information to the test result information generation unit 713 if the received candidate is re-application.

The candidate information generation unit 712 generates candidate information based on the application form entered through the test reception unit 711. At this time, the candidate information includes personal information such as the candidate's name, address, and contact information.

At this time, the controller 70 stores the candidate information generated by the candidate information generator 712 in the memory 71.

The test result information generation unit 713 generates test result information based on the application form entered through the test reception unit 711. At this time, the test result information includes the type of license test that the candidate applied for, the date of each test, pass or not, and scoring information.

In addition, the test result information generation unit 713 updates the test result information of the candidate by using the scoring information and pass information transmitted from the test mode application, which is the test management application 7 operating as the test mode driving unit 730. .

At this time, the control unit 70 stores the test result information generated by the test result information generation unit 713 in the memory 71.

The test reception status information generation unit 714 generates test reception status information including information on the available date and time of the test, and the available date and time of the test that have already been received according to the test reception input through the test reception unit 711. And update.

In addition, when the re-reception data is received from the test mode application 730, the test-reception status information generation unit 714 updates the test-reception status information so that the received re-reception data is reflected.

At this time, the control unit 70 stores the test reception status information generated and updated by the test reception status information generation unit 714 in the memory 71.

The schedule information generation unit 715 periodically analyzes test reception status information, test availability information, and preset vehicle information using a preset allocation algorithm to generate schedule information. At this time, it is preferable that the schedule information includes the test order, candidate, examiner, observer, and vehicle information, and the period is made on a daily basis.

At this time, the control unit 70 stores the schedule information generated by the schedule information generation unit 715 in the memory 71.

That is, the present invention is configured to match (allocate) candidates, examiners, observers, vehicle information, and test order automatically at each cycle by the schedule information generation unit 715, so that unnecessary time is consumed as assignments are made through manpower. It is possible to dramatically solve the problem that becomes.

The current test information/next test information generation unit 716 analyzes and utilizes the start and end information and schedule information transmitted from the test mode application 730 to obtain the number of the current order, test taker, examiner, observer, vehicle information. The next test information including the current test information and the number of the next sequence, test taker, examiner, observer, and vehicle information is generated.

At this time, when the current test information and the next test information are generated by the current test information/next test information generation unit 716, the control unit 70 provides the current test information generated by the guide monitors (not shown) and the test mode application 730. Transmit information and next test information.

When the image display unit 717 receives an image for a civil petition request from the central management server 2 to the corresponding local server 3, it is driven and displays the received image on the monitor of the local server 3.

The test mode driving unit 730 is driven when a test mode is selected from the user through the mode selection unit 73.

In addition, the test mode driving unit 730 includes an interface providing unit 731, a search and inquiry unit 732, a start/end information generation unit 733, a re-submission request unit 734, an image processing unit 735, a civil complaint processing unit. It consists of (736).

4 is a block diagram illustrating an interface providing unit of FIG. 3.

The interface providing unit 731 provides pre-made graphic user interfaces.

In addition, as shown in FIG. 4, the interface providing unit 731 includes a schedule interface 7311, a detailed information interface 7312, a test related interface 7313, a test re-reception interface 7314, and other interfaces 7315. Provides.

Schedule information transmitted from the test management application 710 is displayed on the schedule interface 7311.

The detailed information interface 7312 provides schedule information when any one of the lists is clicked, and detailed information related to the clicked list is displayed.

In the test-related interface 7313, a start button (icon) for receiving the start of the road test from the examiner, an end button (icon) for receiving the end of the road driving test from the examiner, and the number of deductions and deductions are input. It includes a first input box for receiving, a second input box for receiving a final score, and a third input box for receiving a final pass or not.

At this time, when the start button or the end button is clicked by the user (tester) through the test-related interface 7313, the start/end information generation unit 733 is driven.

The test re-reception interface 7314 is provided when a failed test taker requests re-application at the site, and an exhibition section in which information on the test application status inquired through the search and inquiry unit 732 is displayed, and the test from the dropped test taker is possible. Includes an input box for entering the date and time.

At this time, when re-application is requested through the test re-reception interface 7314, the re-submission request unit 734 manages the re-reception data including the candidate, the available date and time of the test, entered through the test re-reception interface 7314 It is transmitted to the mode application 710.

The other interface 7315 provides other information necessary for the test progress service or receives data from the user.

The search and inquiry unit 732 is driven when the test re-reception interface 7314 is provided, and searches the memory 71 of the management mode application 710 to inquire pre-stored test admission status information.

In addition, the test reception status information inquired by the search and inquiry unit 732 is displayed through the exhibition column of the test re-reception interface 7314 and displayed on the monitor of the test tube terminal.

The start/end information generation unit 733 is driven when a start button of the test-related interface 7313 is input (clicked), and generates start information including a current sequence and a test start.

In addition, the start/end information generation unit 733 transmits the generated start information to the management mode application 710.

In addition, the start/end information generation unit 733 is driven when the end button of the test-related interface 7313 is input (clicked), and the test sequence entered through the first, second, and third input fields of the test-related interface 7313 , It generates end information including scoring information and pass information.

In addition, the start/end information generation unit 733 transmits the generated end information to the management mode application 710.

The re-submission request unit 734 proceeds when re-submission is requested through the test re-submission interface 7314, and re-submission data including the candidate, the available date and time of the test input through the test re-submission interface 7314 Create

In addition, the re-reception request unit 734 transmits the generated re-reception data to the management mode application 710.

5 is a block diagram illustrating an image processing unit of FIG. 4.

When the road driving test is finished, the image processing unit 735 is driven at the request of the examiner.

In addition, the image processing unit 735 includes a short-range communication activation module 7351, a connection module 7352, an image receiving module 753, and a matching module 7352, as shown in FIG. 5.

The short-range communication activation module 7351 is driven at the request of the test tube to activate the short-range communication module of the test tube terminal 5.

The connection module 7352 connects the black box 9 connected to the local area network 20 by the local area communication module activated by the local area communication activation module 7351.

The image receiving module 753 receives an image from the black box 9 connected by the connection module 7352 through the local area network 20.

The matching module 7354 matches the test result information of the candidate with the image received by the image receiving module 753.

At this time, the image matched with the test result information by the matching module 7354 is transmitted to the local server 3 through the test tube terminal 5 under the control of the controller 70.

6 is a block diagram illustrating a civil petition processing unit of FIG. 4.

The civil petition processing unit 736 includes a civil petition content input module 7331 and a civil petition request data generating module 7362.

When a civil complaint of a candidate is filed, the civil complaint input module 7331 is driven at the request of the examiner and receives the contents of the complaint from the examiner.

The civil petition request data generation module 7362 generates civil petition request data including the contents of the civil petition input through the civil petition content input module 7331.

At this time, the civil petition request data generated by the civil petition request data generation module 7362 is transmitted to the corresponding local server 3 through the test tube terminal 5 under the control of the controller 70.

The road driving test management system 1, which is an embodiment of the present invention configured as described above, automatically provides a black box image for the candidate in the test management application of the local server when a complaint is filed for manual scoring of the road driving test. It is possible to dramatically solve the problem that the conventional civil complaint processing work is performed by manpower, and unnecessary time and manpower consumption occur.

In addition, the road driving test management system 1 of the present invention uses a test management mode application 710, which is a test management application 7 installed on the local server 3, by using a preset allocation algorithm for each cycle. By analyzing test availability and vehicle information and automatically assigning candidates, examiners, vehicles, and test sequences, it is possible to maximize work efficiency and reduce unnecessary manpower consumption and time consumption.

1: Road test management system 2: Central management server 3: Local server
5: test tube terminal 7: test management application
9: Black box 10: Communication network 20: Local area network
70: control unit 71: memory
72 data input/output unit 73: mode selection unit 710: management mode driving unit
711: application reception unit 712: candidate information generation unit
713: test result information generation unit 714: test reception status information generation unit
715: schedule information generation unit 716: current test information / next test information generation unit
717: image display unit 730: test mode driving unit
731: interface providing unit 732: search and inquiry unit
733: Start/end information generation unit 734: Re-submission request unit
735: image processing unit 736: civil complaint processing unit
7351: near field communication activation module 7352: connection module 7353: image receiving module
7354: matching module 7361: civil complaint input module
7362: Civil request data generation module

Claims (5)

Central management server;
A black box installed in a vehicle to acquire an image by photographing during a road driving test, and supporting short-range communication;
A test tube terminal equipped with a short-range communication module while possessed by the test tube, and installed with a test mode application for providing a management service of a road driving test;
It is installed in each license test center, and includes local servers on which management mode applications are installed,
The test mode application
An image processing unit which is executed upon completion of the road driving test according to the request of the examiner, and connects to the black box by activating the short-range communication module of the test tube terminal to receive an image photographed from the black box;
Further comprising a control unit for transmitting the image received by the image processing unit to the management mode application of the local server of the license test site,
The management mode application transmits the image transmitted from the test mode application to the central management server,
The central management server is a road driving test management system, characterized in that for storing the image transmitted from the management mode application. The method of claim 1, wherein the test mode application
It is executed at the request of the examiner when a complaint is filed by the candidate, and includes a complaint processing unit that receives the contents of the complaint from the examiner and generates civil complaint request data including the entered complaint details,
The control unit transmits the civil petition request data generated by the civil petition processing unit to the management mode application of the local server of the corresponding license testing center,
The management mode application transmits the civil petition request data transmitted from the test mode application to the central management server,
The central management server
When the civil petition request data is received from the management mode application, the stored images are searched to extract the image of the candidate who filed the complaint, and then the extracted image is transmitted to the corresponding management mode application,
The management mode application is a road driving test management system, characterized in that to display the image transmitted from the central management server on the monitor of the local server. The method of claim 2, wherein the management mode application
Application department receiving application form;
A candidate information generation unit for generating candidate information, which is information related to the candidate, based on the application form received through the test reception unit;
A test result information generation unit for generating test result information including a type of license test based on the application form received through the test reception unit;
A test reception status information generation unit for generating and updating test reception status information based on the application form received through the test reception unit;
The test sequence, test taker, and examiner by analyzing the test taker information, the test reception status information, the information of the testers of the corresponding licensed test center registered in advance, and the vehicle information of the corresponding licensed test center registered at each preset period. And a schedule information generation unit that generates schedule information to which observers are assigned,
When the schedule information is generated by the schedule information generation unit, the management mode application transmits the generated schedule information to guide monitors installed at the corresponding license test site, and the guide monitors display the schedule information received from the management mode application. and,
The test mode application
A start button for inputting the start of the road driving test, an end button for inputting the end of the road driving test, a first input box for inputting the number of deducted points and details, a second input box for inputting the final score, and whether or not to pass. An interface providing unit for displaying a test-related interface, which is a graphic user interface in which a third input field received is displayed, on a monitor of the test tube terminal;
It is driven when the start button of the test-related interface is clicked to generate start information including the current test order, candidate, and test start, and then transmits the generated start information to the management mode application, and the end button When is clicked, the start/end information is generated to generate end information including the current test order, candidates, scoring information, pass information, and the content that the test has ended, and then transmit the generated end information to the management mode application. Includes wealth,
The interface providing unit of the test mode application further provides a test re-reception interface,
The test re-reception interface includes an exhibition column for displaying the information on the status of the examination, which was searched after accessing the management mode application and inquiring the information on the status of the examination, and an input box for inputting the date and time available for the test from the dropped candidate. ,
The test mode application
Further comprising a re-registration request unit for generating re-reception data including the candidate, the test possible date and time zone input through the input field of the re-reception interface and transmitting the generated re-reception data to the management mode application,
The test reception status information generation unit of the management mode application
Road driving test management system, characterized in that the re-reception is made at the road driving test site through the test tube terminal by updating the test reception status information to reflect the re-reception data transmitted from the test mode application. The method of claim 3, wherein the test result information further includes scoring information and pass information,
The management mode application
When the test result information generation unit receives termination information from the test mode application, the test result information is updated to reflect the transmitted scoring information and pass information. The method of claim 4, wherein the management mode application
The schedule information, and the start information and end information transmitted from the test mode application are analyzed and utilized to include the number of the current sequence, the candidate, the observer and the vehicle information, and the number of the next order, the candidate, the observer and the vehicle Further comprising a current test information / next test information generation unit for generating the next test information including information,
The current test information/next test information generation unit transmits the generated current test information and the next test information to the guide monitors and the test mode application.

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