JP2009294935A - Support system for input of violation status, information processing apparatus, program, and support method for input of violation status - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To quickly and accurately input a variety of information about control in controlling parking. <P>SOLUTION: When photographing a vehicle using a mobile terminal device 10000, a policeman or attendant obtains information such as the vehicle number from a license plate having an IC tag 10019, and inputs this information to the mobile terminal device 10000. The policeman or attendant at the same time obtains information about the photographed position of the illegally parked vehicle, and thereby searches a database 10003 in which position information retained in the mobile terminal device 10000 is associated with violation statuses for violation status information corresponding to the position information, and displays this information. The policeman or attendant inputs a violation status by selecting the violation status information extracted and displayed. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a violation mode input support system, an information processing device, a program, and a violation mode input support method, and in particular, a violation mode input support system and an information processing device that support the input of a violation mode in a control operation of a parking violation vehicle. , A program, and a violation mode input support method.

  According to the Road Traffic Law, which came into effect on June 1, 2006, in addition to charging the driver for "foul money" in the conventional parking violation control, it is newly registered in the registration card of the neglected vehicle It was also stipulated that the owner was charged for a “breach”. This new parking violation mode is referred to as “left parking violation”.

  When registering information related to neglected parking violations in a system provided in a police station, it is necessary to input the vehicle number of the parked vehicle that is the subject of control, vehicle information such as the vehicle type, and the violation mode of neglected parking violations. About this violation mode, a different mode can be taken according to the situation of various scenes, such as a violation check date, a parking place, and a road sign.

  In addition, police officers and observers who crack down on illegal parking violations must check the status of the vehicle number, vehicle type, violation confirmation date, parking location, road signs, etc. It is necessary to issue a confirmation mark conforming to the violation mode by judging it visually and inputting it to the portable terminal device to be carried on site.

As a method for assisting in inputting such confirmed vehicle information or the like to the mobile terminal device, there is a method of reading a license plate by wireless communication as described in Patent Document 1, for example. In this technology, by attaching a license plate carrying information such as a vehicle number to the vehicle, the information on the license plate is read by a mobile phone having a communication function, and transmitted to the center storing the vehicle information. It is said that vehicle inquiry can be carried out.
JP 2007-86858 A

  According to the method proposed in Patent Document 1, it is considered possible to input the vehicle information of the violating vehicle such as the vehicle number and the vehicle type without error when the parked parked vehicle is controlled. It is necessary for the monitoring staff to make a decision based on the situation at the site. For this reason, when an inexperienced supervisor or the like conducts the control, there is a problem that an erroneous violation mode may be recognized by overlooking an on-site element that affects the determination of the violation mode.

  One object of the present invention is to solve the above-mentioned problem, and a police officer or a monitor who conducts a parking violation control operation determines an appropriate violation mode together with vehicle information such as a vehicle number and a vehicle type of the vehicle to be controlled. It is providing the violation mode input support system, information processing apparatus, program, and violation mode input support method which support inputting.

  In order to achieve the above and other objects, a violation mode input support system according to an aspect of the present invention is a parked vehicle targeting a vehicle including an IC tag storing vehicle identification information for identifying each vehicle. Is a system that supports the input of violations of laws and regulations applicable to the parked vehicle, and is the coordinate data that defines the zones where the parked vehicle constitutes a violation of the applicable laws and regulations. Section information database in which data and section identification information for identifying each section are stored in association with each other, and violation mode information specified for a section corresponding to each record stored in the section information database Is stored in association with the storage unit for storing the violation mode information database, and the vehicle identification information from the IC tag attached to the control target vehicle An IC tag information acquisition function to be obtained, a position information acquisition function for acquiring position information indicating its current position by receiving a signal from a GPS satellite and performing arithmetic processing thereof, a function for acquiring a current time, The own position information acquired by the position information acquisition function is compared with the section coordinate data recorded in the section information database, and the own position information is specified by the section coordinate data recorded in the section information database. If it is determined that it is included in the area to be searched, the violation mode information database is searched by the block identification information associated with the block coordinate data, and the violation mode information associated with the block identification information is obtained. A function of extracting and displaying, a function of accepting a user's selection of the extracted violation mode information, and the IC tag information A function for storing the vehicle identification information of the control target vehicle obtained by the obtaining function, the violation mode information for which the selection has been accepted, and the current date and time information obtained by the function for obtaining the current time in association with each other; A first information processing apparatus comprising: a control unit that executes vehicle identification information, violation mode information that has received the selection, and a function of transmitting current date and time information to the second information processing apparatus; and parking A storage unit for storing a control information database for storing information related to vehicle control; and vehicle identification information, the selected violation mode information, and current date and time information transmitted from the first information processing apparatus, and And a control unit that executes a function to be registered in the control information database.

  According to the violation mode input support system according to one aspect of the present invention, a police officer or a monitor who performs a parking violation control operation determines an appropriate violation mode together with vehicle information such as a vehicle number and a vehicle type of a vehicle to be controlled. To help you type.

  Hereinafter, a violation mode input support system according to an embodiment of the present invention will be described. FIG. 1 is an overall configuration diagram of a violation mode input support system 1 (hereinafter referred to as “the present system 1”) according to an embodiment of the present invention.

  The system 1 includes a mobile terminal device 10000, a printer 10013, a server 10030 provided in each police station (hereinafter abbreviated as “police station server”), and a server 10040 provided in each police headquarters as components constituting the system 1. (Hereinafter abbreviated as “headquarter server”). The printer 10013 is an online printer that can be connected to the mobile terminal device 10000 wirelessly or by wire, and is used for outputting a mark or the like from the mobile terminal device 10000 as described later.

  The respective mobile terminal devices 10000 and the police station server 10030 and the respective police station servers 10030 and the headquarter server 10040 are communicably connected through closed communication networks 10050 and 10051, respectively. It is not excluded to connect via a general-purpose communication network such as the Internet under the condition that appropriate communication security is ensured.

  An IC tag storing vehicle number data, which is identification code data for identifying individual vehicles, on the license plate of the vehicle subject to parking violation control using the system 1 or other vehicle parts instead thereof 10020 is attached.

  In addition, a parking ticket issuing machine 10011 and a parking meter 10012 are provided as devices for realizing parking violation control using the system 1 at a parking meter installation location. In this case, an IC tag 10019 storing unique identification code data is attached to the parking ticket issued from the parking ticket issuing machine 10011.

Next, the respective devices included in the system 1 will be described sequentially.
The portable terminal device 10000 is a computer carried by a police officer or a monitoring person (user) who performs a violation control business by the system 1, has a communication function with the communication network 10050, and is a relatively small size suitable for carrying. Any computer (for example, a mobile computer, a personal digital assistant terminal (PDA), etc.) can be used.

  As shown in FIG. 1, the portable terminal device 10000 includes an input unit 10001, a data processing unit 10002, a code database (hereinafter abbreviated as “code DB”) 10003, a storage device 10004, a control unit 10005, a photographing function unit 10006, A GPS function unit 10007, a clock function unit 10008, an IC tag reader / writer 10009, a communication control unit 10010, and a display unit 10021 are provided.

  The input unit 10001 is provided for inputting various data to the mobile terminal device 10000, and is, for example, a small keyboard, a touch screen operated with a pen stylus, or the like.

  The data processing unit 10002 has a function of a database management system (DBMS) that manages data writing, searching, and data reading in a code DB 10003 described later. Data is also exchanged with a communication control unit 10010 described later. In addition, each program stored in the storage device 10004 is executed by the control unit 10005 in order to realize the function of the mobile terminal device 10000.

  The code DB 10003 is a database that stores a plurality of tables related to the partition information database described later and a plurality of tables related to the violation mode information database, and is stored in the storage device 10004 described later.

  The storage device 10004 is a storage device such as a hard disk drive device, and records a program for realizing each function of the mobile terminal device 10000 described here, acquired information data, and the like.

  The control unit 10005 is a block that controls the operation of the entire mobile terminal device 10000, and although not shown, stores a CPU that performs arithmetic processing, various programs executed by the mobile terminal device 10000, data to be processed, and the like. It has a configuration as a general arithmetic processing unit including a memory such as a RAM and a ROM, and an input / output interface unit that manages data exchange with other functional blocks. Each program stored in the storage device 10004 is expanded in the memory of the control unit 10005 and processed by the CPU.

  The imaging function unit 10006 is a functional block that acquires image data of a vehicle to be controlled, and an appropriate compression conversion process (for example, conversion into JPEG format data) for an imaging device such as a CCD element and the image data acquired thereby. Peripheral circuits for performing the above are provided as necessary.

  The GPS function unit 10007 is a functional block that acquires position information of the mobile terminal device 10000 by GPS (Global Positioning System), an antenna and a reception unit that receive signals from GPS satellites, and the received GPS data. A data processing unit that performs processing and matching processing with map data is included.

  The clock function unit 10008 is a functional block that holds current time information as the mobile terminal device 10000, and the system clock generated and used by the control unit 10005 or time data acquired by the GPS function unit 10007 from GPS data. Use to hold current time information.

  The IC tag reader / writer 10009 is vehicle number information that is unique to the number plate recorded on the IC tag attached to the license plate or the like of the vehicle to be controlled, that is, information unique to the vehicle to which the number plate or the like is attached. To get. The IC tag reader / writer 10009 includes an antenna for performing data communication with the IC tag 10020, and a signal processing unit that converts the vehicle number information data signal received by the antenna into a format that can be processed by the CPU in the control unit 10005. Including.

  The communication control unit 10010 has a function of communicating with an external device, and a parking ticket issuing machine described later by an appropriate communication means such as another communication control unit such as a police station server 10030 described later or a wireless LAN through a communication network 10050. 10011, a parking meter 10012, or a communication interface unit that performs data communication with the printer 10013.

  The display unit 10021 includes a display device that displays the data processing result in the data processing unit 10002, and includes an appropriate display device including, for example, a liquid crystal display and a drive circuit necessary for displaying the liquid crystal display.

  Next, a program for realizing each function of the mobile terminal device 10000 will be described. Each program is stored in the storage device 10004, for example, and is read into the memory of the control unit 10005, for example, and executed by the CPU as necessary, thereby realizing the function of each program.

  In the present embodiment, description will be made assuming that functional blocks realized by executing these programs are implemented in the data processing unit 10002. Although not shown in the present embodiment, these programs are a vehicle image acquisition program, an IC tag information acquisition program, a GPS position information acquisition program, a database management program, a display program, a print processing program, a data storage program, and data transmission. A program, a data receiving program, and a start program for controlling the start of each program.

  The vehicle image acquisition program has a function of controlling the imaging function unit 10006 and acquiring image data of the control target vehicle through the imaging device of the imaging function unit 10006.

  The IC tag information acquisition program has a function of acquiring vehicle information from the IC tag 10020 by the IC tag reader / writer 10009, and issuing information from the IC tag 10019 attached to the parking ticket, and storing them in the storage device 10004.

  The GPS position information acquisition program has a function of acquiring position information of a parked vehicle by the GPS function unit 10007 and storing it in the storage device 10004.

  The database management program has a function of collating the vehicle information and the position information with each table (described later) of the code DB 10003 and extracting a corresponding violation mode candidate. Specifically, a violation mode selection program and a violation mode candidate extraction program are included.

  The violation mode selection program makes it possible to select a major category, a middle category, and a minor category of violation mode candidates on a violation mode candidate selection screen 18000 described later on a violation mode candidate selection screen 18000 described later.

  The violation mode candidate extraction program has a function of collating the vehicle information and the position information with each table of the code DB 10003 and extracting a corresponding violation mode candidate. In this embodiment, the violation mode candidate extraction program determines whether or not the target vehicle is a stolen vehicle based on the vehicle number acquired from the IC tag 10020 attached to the target license plate. Includes a stolen car confirmation program for carving.

The display program has a function of displaying the extracted violation mode candidates in a list format on the display unit.
The print processing program has a function of acquiring selection input information of a violation mode, creating print information of a confirmation mark corresponding to the corresponding violation mode, and transmitting it to the printer 10013.

  The data storage program has a function of storing the selected violation mode information and the processing log in the storage device 10004 and terminating the processing.

  The data transmission program has a function of transmitting information stored in the storage device 10004 to a police station server 10030 installed in each police station.

  The data receiving program has a function of receiving information of the code DB 10014 from the police station server 10030 and storing it in its own code DB 10003.

  In addition to the above, in this embodiment, a parking meter processing program, a parking ticket processing program, a violation mode selection program, and a violation mode candidate extraction program are stored in the storage device 10004, and the data processing unit 10002 has functions according to each program. It is comprised so that it may be implement | achieved as each functional block.

  The parking meter processing program has a function of controlling data communication processing with the parking meter and displaying a parking meter communication screen described later on the display unit 10021 of the portable terminal device 10000. The parking meter processing program has a function of acquiring the parking start time information stored from the sensing table 10027 of the parking meter 10012 from the clock function unit 10008 and calculating the excess time based on the current time.

  The parking ticket processing program controls data communication with the parking ticket issuer 10011 and has a function of displaying a parking ticket communication screen (to be described later) on the display unit 10021 of the mobile terminal device 10000. In addition, the parking ticket processing program has a function of obtaining the current time from the clock function unit 10008 from the issuance information stored from the issuance table 10022 of the parking ticket issuing machine 10011 and calculating the excess time based on the current time.

  Next, the police station server 10030 will be described. The police station server 10030 includes a code DB 10014 and a management database 10033. The police station server 10030 includes a control unit 10031, an input unit 10032, a communication control unit 10015, and a data processing unit 10033, which are other normal server functions, and these functions correspond to those of the mobile terminal device 10000. I will leave it to the explanation about the function of the part and omit here.

  The code data DB 10014 is a database that stores parent information of the code DB 10003 provided in the mobile terminal device 10000.

  The management database 10033 has a function of storing information related to parking parking control acquired from a plurality of portable terminal devices 10000.

  Next, the headquarter server 10040 will be described. The headquarters server 10040 installed in each police headquarters includes a code DB 10017 and a master database (hereinafter referred to as “master DB”) 10043. The headquarter server 10040 includes a control unit 10040, an input unit 10042, a communication control unit 10016, and a data processing unit 10044, which are functions of a normal server, and these functions are corresponding parts of the mobile terminal device 10000. Will be omitted here.

  Next, the code DBs 10003, 10014, and 10019 will be described. FIG. 2 shows an example of a data table included in the code DBs 10003, 10014, and 10019 in this embodiment. In this embodiment, the data of the code DB 10017 stored in the headquarter server 10040 is transmitted to the code DB 10014 of each police station server 10030 and the code DB 10003 of each mobile terminal device 10000. Are the same.

  The code DBs 10003, 10014, and 10001 in this embodiment are a stolen vehicle information table 1003, a section coordinate information table 1004, a section violation mode information table 1005, a violation mode information table 1006, a surrounding installation information table 1007, and a section installation information table 1008. , And the installed object violation mode information table 1009.

  First, the stolen vehicle information table 1003 will be described. FIG. 10 shows a data example of the stolen vehicle information table 1003. The stolen vehicle information table 1003 records a vehicle number that is a unique number assigned to a vehicle to be controlled, that is, a number described on a license plate of the vehicle. In the present embodiment, the vehicle number is the land transportation branch office name data 1003-1, classification number 1003-3 (classification of ordinary passenger car, small passenger car, etc.), usage number 1003-3 (one hiragana character defined for each classification number). , And stored in a form divided into serial numbers 1003-4. In addition to the vehicle number information, information indicating the vehicle type may be added as necessary.

  Next, the section coordinate information table 1004 will be described. FIG. 6 shows a data example of the section coordinate information table 1004. The section coordinate information table 1004 includes a principle rectangular area surrounded by four position coordinates of a start point and end point (X1, X2) on the X axis, and a start point and end point (Y1, Y2) on the Y axis. The range of the division which becomes a condition unit of parking control is shown, and a unique division code 1004-1 is recorded in association with each range. The data processing unit 10002 of the mobile terminal device 10000 collates the section coordinate information table 1004 with the X coordinate and Y coordinate acquired by the GPS function unit 10007, and determines which section the parking position corresponds to.

  Next, the section violation mode information table 1005 will be described. FIG. 5 shows a data example of the section violation mode information table 1005. This table is a link table showing the association between the partition coordinate information table 1004 and the violation mode information table 1006 described later, and stores the partition mode 1005-1 and the corresponding violation mode code 1005-2.

  Next, the violation mode information table 1006 will be described. FIG. 7 shows a data example of the violation mode information table 1006. The violation mode information table 1006 stores a major category 1006-2, a middle category 1006-3, and a minor category 1006-4 of one violation mode in association with the violation mode code 1006-1. The violation classification major classification 1006-2, middle classification 1006-3, and minor classification 1006-4 are, for example, as shown in FIG. It describes in more detail whether the violation was made in such a manner.

  Next, the peripheral installation object information table 1007 will be described. FIG. 9 shows an example of data in the surrounding installation information table 1007. The surrounding installed object information table 1007 relates to the classification of neglected parking in the violation mode information table 1006, and is treated as “installation” handled under the Road Traffic Act or the local regulations that affect the number of violations and the amount of fines. The code 1007-1 of "thing" and the name 1007-2 of the installation thing are matched and stored.

  Next, the section installation information table 1008 will be described. FIG. 8 shows a data example of the section installation information table 1008. The division installation information table 1008 corresponds to the division code 1008-1 and the installation code 1008-2 in order to indicate in which division each installation recorded in the peripheral installation information table 1007 is installed. It is a link table that is recorded.

  Next, the installed object violation mode information table 1009 will be described. FIG. 11 shows a data example of the installed object violation mode information table 1009. The installation violation mode information table 1009 is a link table that records the installation code 1009-1 and the same violation mode code 1009-2 recorded in the violation mode information table 1006 in association with each other.

  Next, the parking ticket issuing machine 10011 and the parking meter 10012 will be described. The parking ticket issuing machine 10011 includes a issuing table 10022 that stores the time 10022-2 at which the parking ticket is issued in association with the ID number 10022-1 of the IC tag that has issued the parking ticket as a configuration according to the present embodiment. Although not shown in the figure, a set of functions for issuing a parking ticket with an IC tag 10019 and a communication function for transmitting information in response to a transmission request from the mobile terminal device 10000 are provided. Note that an ID assigned to the IC tag 10019 may be determined by adopting a number system that can be distinguished from each other.

  Similarly, the parking meter 10012 has a configuration according to this embodiment in which the date 10032-2 and the time 10023-3 when it is detected that the vehicle is positioned at the parking position, that is, the parking is started, are serial numbers 10023-, respectively. In addition to a sensing table 10027 for storing 1 in association with each other, a normal function set as a parking meter and a communication function for transmitting information in response to a transmission request from the mobile terminal device 10000 are provided.

  FIG. 3 shows an example of data in the sensing table 10027. Here, a vehicle detection date (parking start date) 10023-2 and a vehicle detection time (parking start time) 10023-3 are stored in association with the identification number (counter) 10023-1, which is a serial number. FIG. 4 shows an example of data in the issue table 10022. Here, the issuance time 10022-2 is stored in association with the ID number 10022-1 of the IC tag 10019 attached to the parking ticket.

  Next, the neglected parking violation pattern handled in this embodiment will be briefly described. FIG. 12 to FIG. 15 show schematic diagrams of examples of illegal parking violation patterns. FIG. 12 shows an example of a spot where parking is left in a general parking violation area (here, on a pedestrian crossing 1013). FIG. 13 is an example of a site where the parking meter 2013 is left parked for a long time. FIG. 14 is an example of a site where parking is left overdue in a time-lending parking lot managed by the parking ticket issuer 3013 for a long time. FIG. 15 is an example in which an installation around the vehicle affects the violation mode, and here is an example of a scene where parking is left in the vicinity of the fire hydrant 4013.

  Next, the flow of processing during enforcement by the violation mode input support system 1 according to the present embodiment will be described. FIGS. 16 and 17 are flowcharts showing the flow of processing at the time of the control.

  First, in FIG. 16, when a police officer or a monitor finds an abandoned parked vehicle, the portable terminal device 10000 is activated (step 5011). After activation, the activation program stored in the data processing unit 10002 of the mobile terminal device 10000 first starts up the vehicle image acquisition program.

  The vehicle image acquisition program starts the photographing function unit 10006 and first displays a vehicle number reading screen 15000 illustrated in FIG. 18 on the display unit 10021. Here, a portion indicated by reference numeral 15001 is an image taken by the camera of the photographing function unit 10006, and a photographing button 15002 and a button 15003 for proceeding to the next operation are displayed at the bottom of the image. The vehicle image acquisition program acquires the click information of the shooting button 15002, and takes a license plate image of the unattended vehicle by the shooting function unit 10006 and stores it in the storage device 10004 (step 5012).

  Next, the activation program acquires the click information of the button 15003 for moving to the next operation, and shifts the processing to the IC tag information acquisition program stored in the data processing unit 10002. The IC tag information acquisition program activates the IC tag reader / writer 10009 connected to the portable terminal device 10000, and stores the vehicle number (and the vehicle number of the abandoned vehicle stored in the IC tag 10020 of the license plate attached to the target neglected vehicle. If applicable, the vehicle type data is acquired and stored in the storage device 10004 (step 5013).

  The activation program is one of programs that extract a violation mode candidate in the data processing unit 10002 in response to the notification that the storage of the information recorded in the IC tag 10020 has been normally completed from the IC tag information acquisition program. A certain stolen vehicle confirmation program is activated, and the stored vehicle number is collated with the information in the stolen vehicle information table 1003 shown in FIG. 10 (step 5014).

  When there is such information, that is, when it corresponds to a stolen car (step 5015), the stolen car confirmation program displays a stolen car corresponding warning screen 16000 illustrated in FIG. 19 (step 5016). In this example of the stolen vehicle warning screen 16000, a message box 16001 having a “Yes” / “No” button is displayed so as to be superimposed on the image captured by the camera in FIG. wait. The police officer or the observer determines whether to give priority to the control process as a stolen vehicle or to give priority to the control as an abandoned parking.

  When the click information of the “No” button 16002 in FIG. 19 is acquired (step 5017), the stolen vehicle confirmation program sends termination instruction information to the activation program, and the activation program ends the processing of the portable terminal device 10000 (step 5018). . When the click information of the “Yes” button 16004 in FIG. 19 is acquired (step 5017), the stolen vehicle confirmation program sends the next instruction information to the activation program, and the activation program executes the GPS information acquisition program in the data processing unit 10002. to start.

  The GPS information acquisition program activates the GPS function unit 10007, and displays the violation place address input screen 17000 illustrated in FIG. 20 on the display unit 10021 of the mobile terminal device 10000 (step 5035). The GPS information acquisition program acquires the click information of the current location acquisition button 17002 on this screen, acquires the geographic coordinate information (XY axis information) of the current location by the GPS function unit 10007, and stores it in the storage device 10004 (step 5019). ).

  At this time, if map data corresponding to a table or block in which position coordinates are associated with addresses is recorded in the code DB 10003 in advance, the violation place address 17001 in FIG. 20 and the map 17005 corresponding thereto are automatically acquired and displayed. The violation location address 17001 can be automatically stored in the storage device 10004. When the table is not provided, the address information is input by the person who performs the control work through the input unit 10001 of the portable terminal device 10000 through key-in or the like and stored in the storage device 10004.

  When the GPS information acquisition program acquires the click information of the “Previous” button 17004 in FIG. 20, the instruction information for returning to the pre-processing is sent to the activation program, and the activation program returns to the pre-processing screen. When the GPS information acquisition program acquires the click information of the “Next” button 17003 in FIG. 20, it sends instruction information to proceed to the next process to the activation program, and the activation program extracts the violation mode candidate that is the program for the next process. The data processing unit 10002 starts one violation mode candidate collation program.

  The violation mode candidate collation program first collates the geographic coordinate information (XY axis information) of the current location acquired by the GPS position information acquisition program and stored in the storage device 10004 with the block coordinate table 1004 shown in FIG. A section code 1004-1 corresponding to the current position coordinates of the vehicle is acquired. Next, the violation mode candidate collation program collates the acquired block code 1004-1 with the block violation mode information table 1005 shown in FIG. 5, and acquires the corresponding violation mode code 1005-2.

  Next, the violation mode candidate collation program collates the acquired violation mode code 1005-2 with the violation mode information table 1006 shown in FIG. 7 and corresponds to the violation mode information corresponding to the major classification 1006-2, middle classification 1006-3, The small classification 1006-4 is acquired (step 5030). Here, the result of collation with the section violation mode information table 1005 is not necessarily one, and a plurality of violation mode codes 1005-2 may correspond to one section code 1005-1. On the other hand, there is a one-to-one correspondence between the violation mode code 1006-1 and the violation mode information that is a set of the major category 1006-2, middle category 1006-3, and minor category 1006-4.

  Next, the violation mode candidate collation program collates the acquired section code 1004-1 with the section installation object information table 1008 shown in FIG. 8, and acquires the corresponding installation code 1008-2. Next, the violation mode candidate collation program collates the acquired installation code 1008-2 with the peripheral installation information table 1007 shown in FIG. 9, and the installation name data 1007, which is information on installations existing in the vicinity. -2 is acquired (step 5050). As in the case of the correspondence here, the collation result with the section installation information table 1008 is not necessarily one, and a plurality of installation codes 1008-2 may correspond to one section code 1008-1. On the other hand, there is a one-to-one correspondence between the installation code 1007-1 and the installation name data 1007-2, which is peripheral installation information. This process is continued in FIG.

  Referring to FIG. 17, when it is determined that there is no installation object in the above process, that is, when there is neither parking meter 2013 nor parking ticket issuer 3013 around the target vehicle (step 5021), the violation mode candidate collation program uses the prescribed parking It is determined that the parking is on the road rather than the place ("Leave parking (parking prohibited)"), and the major classification 1006-2, middle classification 1006-3, and minor classification 1006- are violation mode information acquired in the process of Step 5030. 4 is stored in the storage device 10004, and control is transferred to the activation program.

  The startup program starts the violation mode selection program that displays the extracted violation mode candidates stored in the data processing unit 10002 on the display unit 10021 and acquires selection input information, and displays the violation mode candidate selection screen 18000 in FIG. The large classification column 18001 and the middle classification column 18002 are displayed, and the selection of the violation mode is awaited (step 5031). Since this processing is common to the case where there is an installation, it will be described later.

  Hereinafter, a process when it is determined that there is an installation object in the process of Step 5050 will be described. If the violation mode candidate collation program determines that there is installation information (installation code 1008-2) in the corresponding section code 1008-1 (step 5021), is the installation code 1008-2 a parking meter 2013? It is confirmed whether or not (step 5022).

  When it is determined that the installed object is the parking meter 2013, the violation mode candidate collation program transmits information to that effect to the activation program, and the activation program activates the parking meter processing program in the data processing unit 10002. The parking meter processing program displays a parking meter communication screen as shown in FIG. 22 on the display unit 10021 of the portable terminal device 10000, and displays a message display 19001 indicating that a parking meter exists (step 5035).

  The parking meter processing program acquires click information of the information acquisition communication button 19005 on the parking meter communication screen 19000 in FIG. 22, and starts communication with the parking meter 10012 (step 5023). The parking meter processing program stores information on the last record in the sensing table 10027 included in the parking meter 10012, that is, a parking start date 10023-2 that is a sensing date of a currently parked vehicle, and a parking start time 10027- that is a sensing time. 3 and get.

  Next, the parking meter processing program obtains the current time data from the clock function unit 10008, calculates the parking time up to the present from the information of the parking start date and the start time, and sets the parking available time set in the program in advance. The excess time is calculated by subtraction and stored in the storage device 10004 of the mobile terminal device 10000 (step 5024). The parking meter processing program displays information on the current time and the stored excess time in the excess time display column 19002 of the parking meter communication screen 19000 in FIG. 22, and waits for an instruction for the next process.

  When the parking meter processing program obtains the click information of the “next” button 19004, the information indicating that the process proceeds to the next processing is transmitted to the activation program, and the activation program restarts the violation mode candidate collation program in the data processing unit 10002. The process proceeds to step 5031.

  If it is determined in step 5022 that the installed object is not the parking meter 10012, the violation mode candidate collation program next determines whether the installed object is the parking ticket issuing machine 10011 (step 5025). When the installed object is the parking ticket issuing machine 10011, the violation mode candidate collation program transmits information to that effect to the activation program, and the activation program activates the parking ticket processing program in the data processing unit 10002. The parking ticket processing program displays a parking ticket communication screen 20000 as shown in FIG. 23 on the display unit 10021 of the mobile terminal device 10000, and displays a message display 20001 indicating that the parking ticket issuing machine 10011 is present ( Step 5034).

  The parking ticket processing program activates the IC tag reader / writer 10009 of the portable terminal device 10000, acquires information recorded in the IC tag 10020 of the parking ticket, and stores the IC tag ID (vehicle number data) stored in the IC tag 10019. Is acquired and stored in the storage device 10004 (step 5027). Next, the parking ticket processing program acquires click information of the information acquisition communication button 2004 on the parking ticket communication screen of FIG. 23, and starts communication with the parking ticket issuer 10011 (step 5028).

  The parking ticket processing program acquires record information corresponding to the stored IC tag ID (vehicle number) 10022-1 in the issuing table 10022 provided in the parking ticket issuing machine 10011, that is, the ticket issuing time 10022-2. Next, the parking ticket processing program obtains the current time data from the clock function unit 10008, calculates the parking time up to the present from the information of the ticket issue time 10022-2, and sets the parking available time set in advance in the program. The excess time is calculated by subtraction and stored in the storage device 10004 of the mobile terminal device 10000 (step 5029). The parking ticket processing program displays information on the current time and the stored excess time in the excess time display field 20002 of the parking ticket communication screen 20000 in FIG. 23, and waits for an instruction for the next process.

  When the parking ticket processing program obtains the “next” button click information, it sends information to the start program to the effect that it proceeds to the next processing, and the start program restarts the violation mode candidate collation program in the data processing unit 10002, The process proceeds to 5031.

  If it is determined in step 5025 that the installed object is not the parking ticket issuing machine 10011, the violation mode candidate collation program confirms that the installed object exists on the peripheral installed object confirmation screen 21000 illustrated in FIG. Message 21001 is displayed, a “confirm” button 21002 and an “unconfirmed” button 21005 are displayed, and input is awaited. This message is displayed in combination with a fixed sentence prepared in advance and stored in the storage device 10004 and the like, and the name of the installation information (installation name data 1007-2) acquired in the process of step 5050.

  When a police officer or a monitor who carries the mobile terminal device 10000 confirms that there is an installation indicated in this message, a “confirm” button 21002 is clicked. A button 21005 is clicked. When the violation mode candidate collation program obtains the click information on the “confirm” button 21002, the installation code 1007-1 and the information in the installation violation mode information table 1009 shown in FIG. And the violation mode code is checked against the violation mode information table 1006 shown in FIG. 7 to obtain corresponding violation mode information (major category 1006-2, middle category 1006-3, minor category 1006-4), In addition to the violation mode information created in the process of step 5030, an instruction for the next process is awaited (step 5026).

  When the violation mode candidate collation program acquires the click information of the “next” button 21003, the control is transferred to the activation program and the processing of step 5031 is performed. When the violation mode candidate collation program acquires the click information of the “unconfirmed” button 21005, it waits for an instruction for the next process without performing the additional process.

  After the extraction of the violation mode to be displayed on the screen by the above processing is completed, the activation program starts the violation mode selection program in the data processing unit 10002, and the violation mode candidate selection screen 18000 in FIG. A large classification list of the corresponding information is displayed in the large classification column 18001, and the selection of the large classification is awaited. When the violation mode selection program acquires the selection input of the major classification, it displays the middle classification 1006-3 corresponding to the major classification 1006-2 selected from the extracted and stored violation mode information, and selects the middle classification 1006-3. wait. Similarly, the violation mode selection program acquires selection information up to the minor classification 1006-4 (step 5031).

  When the violation mode selection program acquires selection information up to the minor classification 1006-4 and acquires click information of the “next” button 18003 on the violation mode candidate selection screen 18000 of FIG. 21, the selected violation mode information is stored in the storage device. Information stored in 10004 is transmitted to the activation program to proceed to the next process, and control is transferred.

  The start program starts the print processing program in the data processing unit 10002, the selected violation mode information, the vehicle information stored in the storage device 10004 in step 5013, the address information and the clock stored in the storage device 10004 in step 5019. The date and time information acquired from the function unit 10008 is created as a mark information by giving a mark number, and transmitted to the printer 10013 to execute a mark printing process (step 5032). In response to the output completion instruction of the print processing program, the activation program associates the information stored in the storage device 10004 with the mark information and the processing log, and stores it in the storage device 10004 as a record of this control, and all programs after storage And the processing in the portable terminal device 10000 is terminated (step 5033).

  The control record information stored in the storage device 10004 of the mobile terminal device 10000 here is that the police officer / monitorer connects the mobile terminal device 10000 and each police station server 10030 via the communication network 10050, and the management DB 10033 of each police station server 10030 is connected. Send to and store. Furthermore, the information stored in the management DB 10033 of the police station server 10030 of each police station is accessed by the respective police station servers 10030 periodically through the communication network 10051 to the headquarters server 10040 of the police headquarters, to the master DB10043 of the headquarters server 10040. Store.

  Next, from the code DB 10017 (which stores the master data of the code DB 10014 provided in the police station server 10030) provided in the headquarter server 10040 installed in each police headquarters, the police station server 10030 of each police station. Processing for distributing data to the code DB 10014 will be described. FIG. 25 is a flowchart of processing for distributing data from the headquarter server 10040 to the code DB 10014 of each police station server 10030.

  The code information input in the headquarter server 10040 is acquired from the section violation mode information registration screen 600 shown in FIG. 26 and the surrounding installation information registration screen 900 shown in FIG. ), The headquarter server 10040 distributes the information of the code DB 10017 updated by the data processing unit 10042 to the police station servers 10030 through the communication network 10051 (step 7013). The data processing unit 10033 of each police station server 10030 replaces the information of the distributed code DB 10017 with the information of the code DB 10014 and stores the information.

  Note that transmission of the control information from each police station server 10030 to the headquarter server 10040 is the same as the processing illustrated in FIG. 25, and only the transmission source and the transmission destination are reversed. Further, the stored data is completely replaced between the code DBs 10017 and 10014, but the control record information stored in the management DB 10033 of each police station server 10030 is additionally registered in the master DB 10043 of the headquarter server 10040 of the police headquarters.

  Next, the new / update registration process of the section violation mode information will be described. FIG. 26 shows an example of a screen for registering new / updated section violation mode information. The registration screen 600 adds a central address 6002 of the map, a map 6001, a section 6009 for associating a violation mode, a section code 6003, a list of violation modes 6004, a list of violation modes 6006 to be associated with a section, and a violation mode associated with a section. It includes a button 6008, a button 6005 to be deleted, and a button 6007 for registering a violation mode associated with a section.

  This process is realized, for example, by executing, in the data processing unit 10002, a section violation mode information registration processing program stored in the storage device 10004 of the mobile terminal device 10000. With this program, for example, a partition 6009 registered in the mobile terminal device 10000 can be read from the code DB 10017, and violation mode information data related thereto can be changed. Alternatively, the map information is displayed on the display unit 10021 of the mobile terminal device 10000 based on the current position of the mobile terminal device 10000 acquired by the GPS location information acquisition program, and the target is displayed via the touch screen interface provided in the display unit 10021. It is also possible to input the section 6009 and associate the related table with each other to generate violation mode information corresponding to the new section 6009.

  FIG. 27 shows an example of a screen for registering new / updated peripheral installation information in the mobile terminal device 10000. 26, the registration screen 900 includes a map center address 9002, a map 9001, a section 9009 for associating a violation mode, a section code 9003, a list of peripheral installations 9004, a list of peripheral installations 9006 to be associated with the sections, A button 9008 for adding a peripheral installation object associated with the section, a button 9005 for deleting, and a button 9007 for registering the peripheral installation object associated with the section are configured.

  This processing is realized, for example, by executing the peripheral installation information update registration processing program stored in the storage device 10004 of the mobile terminal device 10000 in the data processing unit 10002. With this program, for example, the section 6009 registered in the mobile terminal device 10000 can be read from the code DB 10017, and the installation information data related thereto can be changed. Alternatively, the map information is displayed on the display unit 10021 of the mobile terminal device 10000 based on the current position of the mobile terminal device 10000 acquired by the GPS location information acquisition program, and the target is displayed via the touch screen interface provided in the display unit 10021. It is also possible to input the section 9009 and further associate the related table to generate installation information corresponding to the new section 9009.

  Next, processing for distributing data from the police station server 10030 of each police station to the mobile terminal device 10000 will be described. FIG. 28 is a flowchart of processing for distributing data from each police station server 10030 to the mobile terminal device 10000. The mobile terminal device 10000 and the police station server 10030 are connected via the closed communication network 10050 or directly, and communication is started (step 8012). The term “direct connection” is intended to include the general connection through a wired or wireless communication link without using other communication elements.

  The information of the code DB 10014 provided in the police station server 10030 is distributed to the mobile terminal device 10000, and the data processing unit 10010 of the mobile terminal device 10000 receives this and replaces the information of the code DB 10014 distributed to the information of the code DB 10003. (Step 8013). As described above, the identity of data stored in the code DB 10017 included in the headquarters server 10040 of the police headquarters serving as a master, the code DB 10014 included in the police station server 10030 of each police station, and the code DB 10003 included in each mobile terminal device 10000 Is preserved.

  Note that the transmission of the control information from the mobile terminal device 10000 to the police station server 10030 of the police station is the same as the processing of FIG. 28, and only the transmission source and the transmission destination are reversed. In the data transmission / reception of the code DB, it is a replacement process of all stored data, but the control record information stored in the storage device 10004 of the mobile terminal device 10000 is additionally registered in the management DB 10033 of each police station server 10030.

  Next, a flow of data registration and data transmission processing of the sensing table 10027 which is a parking record in the parking meter 10012 will be described with reference to FIG. Here, the parking meter 10012 is the same level as a simple terminal device, in other words, a control unit, a communication control unit, a data processing unit, a storage device, and a clock function unit equivalent to those provided in a general so-called mobile PC. It is assumed that it is equipped.

  When the parking meter 10012 senses parking of the vehicle (step 12012), it acquires date and time information from the clock function section of its own device, and creates a record by assigning a new number 10023-1 to the sensing table 10023 of FIG. The vehicle detection date 10023-2 and the vehicle detection time 10023-3 are stored in association with each other (step 12013). The vehicle detection program and the table information addition program may be stored in the storage device of the parking meter 10012 and executed by the data processing unit.

  The vehicle sensing function may employ a method of sensing the weight of the vehicle or a method of reading data from the IC tag 10020 on the license plate. In the case of weight detection, vehicle detection is performed when the weight becomes zero after parking and the weight is felt again. For example, a weight sensor connected to the parking meter 10012 is installed, and when the front wheel or rear wheel of the parked vehicle is stepped over, parking is started, and when the rear wheel or front wheel is stepped over again, parking is ended. A method such as determination can be taken. In the case of IC tag detection, IC tag information is periodically received, and vehicle detection is performed when tag information different from the previous time is received. After the data is stored, the parking meter 10012 enters a standby state.

  When the parking meter 11003 receives a data distribution request from the portable terminal device 10000 (12014), the data processing unit searches the latest record in the sensing table 10023 and stores the vehicle sensing time stored in the record with respect to the portable terminal device 10000. 10023-1 is transmitted (step 12015). Here, the storage device of the parking meter 10012 can store a program for performing the above-described series of processing, but the data processing unit of the portable terminal device 10000 is provided with an information search / extraction program for the sensing table 10027, and the portable terminal device. Only a program that receives a distribution request from 10,000 and transmits all information in the sensing table 10025 may be stored. If there is no distribution request from the mobile terminal device 10000, the parking meter 11003 continues in a standby state (step 12016).

  Next, the flow of data registration and data transmission processing of the issuance table 10022 which is a record of parking in the parking ticket issuing machine 10011 will be described with reference to FIG. Here, the parking ticket issuing machine 10011 has a control unit, a communication control unit, a data processing unit, a storage device, and the same level as a simple terminal device, in other words, equivalent to a general so-called mobile PC. A clock function unit is provided.

  When the parking ticket issuing machine 10011 issues a parking ticket 10019 with an IC tag by a user's operation (step 14012), the parking ticket issuing machine 10011 obtains date / time information from the clock function unit of the own device and associates it with the ID 10022-1 of the IC tag 10019. The parking ticket issuance time 10022-2 is stored in a new record of the issuance table 10022 (step 14013). This table information addition program is executed by the data processing unit of the parking ticket issuing machine 10011.

  After the data is stored, the parking ticket issuing machine 10011 enters a standby state. When the information data distribution request and the ID of the IC tag 10019 are received from the portable terminal device 10000 that acquired the information of the IC tag 10019 attached to the parking ticket (step 14014), the parking ticket issuing machine 10011 uses the ID as a key. The ticket issuing table 10022 is searched for, and the ticket issuing time 10022-2 corresponding to the ID 10022-1 of the IC tag is transmitted to the mobile terminal device 10000 (step 14015).

  The data processing unit of the parking ticket issuing machine 10011 can store a program for performing the above-described series of processing. However, the data processing unit of the portable terminal device 10000 has an information search / extraction program for the issuing table 10022, and the parking ticket The issuing machine 10011 may store only a program that receives a distribution request from the mobile terminal device 10000 and transmits all information in the issuing table 10022. If there is no distribution request from the mobile terminal device 10000, the parking ticket issuing machine 10011 continues the standby state (step 14016).

  As described above in detail, according to the present embodiment, a police officer or a monitor who conducts a parking violation control operation determines an appropriate violation mode together with vehicle information such as a vehicle number and a vehicle type of a vehicle to be controlled. Can help you to type. In particular, not only does it prevent the problem of correctly entering vehicle attribute information and charging non-owned vehicle owners for non-compliance, but it also depends on the type of unaccompanied vehicle, date and time of confirmation of violation, parking location, road sign, etc. It is possible to prevent a problem that a wrong amount of breach is charged to the owner of the abandoned vehicle when the determined violation mode is erroneously input. In addition, it is possible to detect violations with a simple method and output a confirmation mark corresponding to the correct violation mode for parking meters installed in parking lots and parking lots that have increased in recent years.

  The first information processing apparatus includes a stolen vehicle database that stores vehicle identification information of a stolen vehicle in the storage unit, and the control unit stores the stolen vehicle database using the acquired vehicle identification information as a key. And a function of displaying the determination result on the display unit when it is determined that there is data matching the vehicle identification information in the stolen vehicle database based on the search result. The stolen vehicle can be easily identified from the vehicle to be controlled.

  In the first information processing apparatus, the control unit transmits / receives information to / from a parking meter having a function of transmitting parking start time data of a parked vehicle to the first information processing apparatus, and from the parking meter. The function of acquiring the parking start time data, the function of calculating the parking excess time from the current time data of itself, the parking start time data, and the parking available time data stored in advance, and the calculated excess time If the function to be displayed on the display unit is further executed, it is possible to quickly and properly carry out the parking violation control at the place where the parking meter is installed.

  In the first information processing apparatus, the control unit transmits / receives information to / from a parking ticket issuing machine that issues a parking ticket including an IC tag, and the parking ticket stored in the IC tag included in the parking ticket. A function for acquiring parking ticket identification information for identifying the parking ticket, a function for acquiring issuance time data associated with the acquired parking ticket identification information from the parking ticket issuing machine, own current time data, If it is further assumed that the function of calculating the parking excess time from the issuance time data and the pre-stored parking available time data and the function of displaying the calculated excess time on the display unit are executed, the parking ticket Promptly and appropriately control parking violations at the place where the machine is installed Can Hodokosuru.

  The control unit further has a function of acquiring image data of a parked vehicle, a function of acquiring address data corresponding to a parking position of the parked vehicle, image data of the parked vehicle, and information on the selected violation mode. , If the function to print a confirmation mark about violations of the parked vehicle from the current time data and the address data, issuing a confirmation mark accompanying the parking violation control business, It can be done quickly and without error.

1 is an overall configuration diagram of a violation mode input support system according to an embodiment of the present invention. It is a figure which shows the example of a table contained in code DB10033. It is a figure which shows the example of data of the sensing table 10027. It is a figure which shows the example of data of the issuing table 10022. It is a figure which shows the example of data of the division violation aspect information table 1005. It is a figure which shows the example of data of the division coordinate information table 1004. It is a figure which shows the example of data of the violation mode information table 1006. It is a figure which shows the example of data of the division installation thing information table 1008. It is a figure which shows the example of data of the surrounding installation information table 1007. It is a figure which shows the example of data of a stolen vehicle information table 1003. It is a figure which shows the data example of the installation thing violation aspect information table 1009. FIG. It is a schematic diagram which shows the neglected parking situation of a general parking violation area. It is a schematic diagram which shows the neglected parking situation of a parking meter installation place. It is a schematic diagram which shows the abandonment parking condition of a parking ticket issue machine installation place. It is a schematic diagram which shows the neglected parking situation when there is an installation object. It is the flowchart 1 which shows the process at the time of the control by the violation mode input assistance system of this embodiment. It is the flowchart 2 which shows the process at the time of the control by the violation mode input assistance system of this embodiment. It is a figure which shows the example of the imaging | photography screen of the portable terminal device 10000. FIG. It is a figure which shows the example of a stolen vehicle applicable warning screen of the portable terminal device 10000. FIG. It is a figure which shows the example of the violation place address input screen of the portable terminal device 10000. FIG. It is a figure which shows the example of the selection screen of the violation aspect of the portable terminal device 10000. FIG. It is a figure which shows the example of the parking meter communication screen of the portable terminal device 10000. FIG. It is a figure which shows the example of the parking ticket issuing machine communication screen of the portable terminal device 10000. FIG. It is a figure which shows the example of the surrounding installation thing confirmation screen of the portable terminal device 10000. FIG. It is a flowchart which shows the code DB delivery process from the headquarters server 10040 to each police station server 10030. It is a figure which shows the example of the registration screen of the division violation aspect information of the portable terminal device 10000. FIG. It is a figure which shows the example of the registration screen of the periphery installation thing information of the portable terminal device 10000. FIG. It is a flowchart which shows the code DB delivery process from the police station server 10030 to the portable terminal device 10000. FIG. 10 is a flowchart showing a flow of processing in a parking meter 10012. 10 is a flowchart showing a flow of processing in a parking ticket issuing machine 10011.

Explanation of symbols

1 Violation mode input support system 1003 Theft vehicle information table (theft vehicle database)
1004 Zone coordinate information table (zone information database)
1005 Division violation mode information table (violation mode information database)
1006 Violation state information table (violation state information database)
1007 Peripheral Installed Object Information Table 1008 Section Installed Object Information Table 1009 Installed Object Violation Aspect Information Table 10000 Mobile Terminal Device (First Information Processing Device)
10001 Input unit 10002 Data processing unit 10003, 10014, 10017 Code DB
10004 Storage device (storage unit)
10005 Control unit 10006 Imaging function unit 10007 GPS function unit (location information acquisition function unit)
10008 Clock function unit 10009 IC tag reader / writer (IC tag information acquisition function unit)
10010 Communication control unit 10011 Parking ticket issuing machine 10012 Parking meter 10013 Printer 10019 IC tag (attached to parking ticket)
10020 IC tag (with license plate attached)
10021 Display unit 10022 Issuing table 10023 Sensing table 10030 Police station server (second information processing apparatus)
10040 headquarters server 10050, 10051 communication network

Claims (8)

A system that supports the input of a violation of laws and regulations corresponding to a parked vehicle when controlling a parked vehicle targeting a vehicle equipped with an IC tag storing vehicle identification information for identifying the vehicle individually,
A block information database in which block coordinate data, which is coordinate data that defines a block in which a parked vehicle constitutes a violation of applicable laws, is stored in association with block identification information for identifying each block. And a violation mode information database in which violation mode information defined for the zone corresponding to each record stored in the zone information database is stored in association with each other,
An IC tag information acquisition function for acquiring vehicle identification information from an IC tag attached to a vehicle subject to control;
A position information acquisition function for acquiring position information indicating its current position by receiving a signal from a GPS satellite and processing it;
The ability to get the current time,
The own position information acquired by the position information acquisition function is compared with the section coordinate data recorded in the section information database, and the position information of the own is determined by the section coordinate data recorded in the section information database. When it is determined that it is included in the specified area, the violation mode information database is searched by using the block identification information associated with the block coordinate data, and the violation mode information associated with the block identification information. A function to extract and display
A function of accepting a user's selection for the extracted violation mode information;
A function of storing the vehicle identification information of the control target vehicle obtained by the IC tag information acquisition function, the violation mode information that has received the selection, and the current date and time information acquired by the function of acquiring the current time in association with each other; ,
A controller that executes the function of transmitting the stored vehicle identification information, the violation mode information that has received the selection, and the current date and time information to a second information processing device;
A first information processing apparatus comprising:
A storage unit for storing a control information database for storing information related to parking vehicle control;
A control unit that executes a function of receiving vehicle identification information, the selected violation mode information, and current date and time information transmitted from the first information processing apparatus and registering them in the enforcement information database. A second information processing apparatus;
A violation mode input support system comprising: The first information processing apparatus includes:
The storage unit includes a stolen vehicle database that stores vehicle identification information about the stolen vehicle,
When the control unit determines that there is data that matches the vehicle identification information in the stolen vehicle database according to the function of searching the stolen vehicle database using the acquired vehicle identification information as a key, and the search result, The violation mode input support system according to claim 1, wherein a function of displaying the determination result on a display unit is executed. In the first information processing apparatus, the control unit includes:
A parking meter having a function of transmitting parking start time data of a parked vehicle to the first information processing apparatus, and a function of transmitting and receiving information;
A function of acquiring the parking start time data from the parking meter;
A function of calculating the parking excess time from own current time data, the parking start time data, and pre-stored parking available time data;
A function of displaying the calculated excess time on the display unit;
The violation mode input support system according to claim 1 or 2, characterized in that In the first information processing apparatus, the control unit
A function for transmitting / receiving information to / from a parking ticket issuing machine that issues a parking ticket with an IC tag;
A function of acquiring parking ticket identification information for identifying the parking ticket stored in an IC tag included in the parking ticket;
A function of acquiring issuance time data associated with the acquired parking ticket identification information from the parking ticket issuing machine;
A function of calculating the parking excess time from the current time data of itself, the issuance time data, and the parking time data stored in advance;
A function of displaying the calculated excess time on the display unit, and
The violation mode input support system according to claim 1 or 2, characterized in that Used in a system that supports the input of violations of laws and regulations applicable to a parked vehicle when a parked vehicle is controlled for a vehicle equipped with an IC tag storing vehicle identification information for identifying the individual vehicle. A first information processing apparatus,
A block information database in which block coordinate data, which is coordinate data that defines a block in which a parked vehicle constitutes a violation of applicable laws, is stored in association with block identification information for identifying each block. And a violation mode information database in which violation mode information defined for the zone corresponding to each record stored in the zone information database is stored in association with each other,
An IC tag information acquisition function for acquiring vehicle identification information from an IC tag attached to a vehicle subject to control;
A position information acquisition function for acquiring position information indicating its current position by receiving a signal from a GPS satellite and processing it;
The ability to get the current time,
The own position information acquired by the position information acquisition function is compared with the section coordinate data recorded in the section information database, and the position information of the own is determined by the section coordinate data recorded in the section information database. When it is determined that it is included in the specified area, the violation mode information database is searched by using the block identification information associated with the block coordinate data, and the violation mode information associated with the block identification information. A function to extract and display
A function of accepting a user's selection for the extracted violation mode information;
A function of storing the vehicle identification information of the control target vehicle obtained by the IC tag information acquisition function, the violation mode information that has received the selection, and the current date and time information acquired by the function of acquiring the current time in association with each other; ,
A controller that executes the function of transmitting the stored vehicle identification information, the violation mode information that has received the selection, and the current date and time information to a second information processing device;
An information processing apparatus characterized by that.   The control unit further acquires a function of acquiring image data of a parked vehicle, a function of acquiring address data corresponding to a parking position of the parked vehicle, image data of the parked vehicle, and information on the selected violation mode. The first information processing apparatus according to claim 5, wherein a function of printing a confirmation mark about a violation of the parked vehicle from the current time data and the address data is executed. Used in a system that supports the input of violations of laws and regulations applicable to a parked vehicle when a parked vehicle is controlled for a vehicle equipped with an IC tag storing vehicle identification information for identifying the individual vehicle. A first information processing apparatus,
A block information database in which block coordinate data, which is coordinate data that defines a block in which a parked vehicle constitutes a violation of applicable laws, is stored in association with block identification information for identifying each block. And a violation mode information database in which violation mode information defined for the zone corresponding to each record stored in the zone information database is stored in association with each other. In the information processing device of
Obtaining vehicle identification information from an IC tag attached to a vehicle subject to control;
Obtaining position information indicating its current position by receiving a signal from a GPS satellite and processing it;
Obtaining the current time;
The acquired position information is compared with the section coordinate data recorded in the section information database, and the position information of the own is identified by the section coordinate data recorded in the section information database. When it is determined that it is included, the violation mode information database is searched by the block identification information associated with the block coordinate data, and the violation mode information associated with the block identification information is extracted and displayed. And steps to
Accepting a user's selection for the extracted violation mode information;
Storing the vehicle identification information of the control target vehicle, the violation mode information that has received the selection, and the acquired current date and time information in association with each other;
Transmitting the stored vehicle identification information, the violation mode information that has received the selection, and the current date and time information to a second information processing device,
A program characterized by that. A method for supporting the input of a violation of laws and regulations corresponding to a parked vehicle when performing control of a parked vehicle for a vehicle having an IC tag storing vehicle identification information for identifying each vehicle,
A block information database in which block coordinate data, which is coordinate data that defines a block in which a parked vehicle constitutes a violation of applicable laws, is stored in association with block identification information for identifying each block. And a violation mode information database in which violation mode information defined for the zone corresponding to each record stored in the zone information database is stored in association with each other,
Obtain vehicle identification information from the IC tag attached to the vehicle subject to control,
By receiving a signal from a GPS satellite and processing it, position information indicating its current position is obtained,
Get the current time,
The acquired position information is compared with the section coordinate data recorded in the section information database, and the position information of the own is identified by the section coordinate data recorded in the section information database. When it is determined that it is included, the violation mode information database is searched by the block identification information associated with the block coordinate data, and the violation mode information associated with the block identification information is extracted and displayed. And
Accepting user selection for the extracted violation mode information;
Storing the vehicle identification information of the control target vehicle, the violation mode information that received the selection, and the acquired current date and time information in association with each other,
Transmitting the stored vehicle identification information, violation mode information that has received the selection, and current date and time information to the second information processing apparatus;
A second information processing apparatus including a storage unit that stores a control information database that stores information related to parking vehicle control,
Receiving the vehicle identification information, the selected violation mode information, and the current date and time information transmitted from the first information processing apparatus and registering them in the enforcement information database;
The violation mode input support method characterized by the above-mentioned.