JP4117326B2 - Map system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve job efficiency by combining a portable computer that receive data from a communication channel via a radio communication means and sends data to the communication channel with a police use software storage means that stores a computer software to execute police processing, so as to attain linking with a host computer. SOLUTION: A radio telephone set 107 includes a radio telephone unit, an ear speech controller, an input/output controller, an ear speech device 149, a loudspeaker 151, a microphone 113 and an antenna 191 and makes transmission/reception with a radio telephone network. The telephone controller, based on a command from a CPU, controls the input output controller and the radio telephone unit. A pen entry device 103 has a liquid crystal display device and a sensor layer, and prescribed image data are displayed on a display screen 103C. The pen entry device 103 has a character entry and pointing functions by the pen entry device in a ROM.

Description

The present invention relates to a technique capable of assisting police officers in activities .

Conventionally, portable radio communication devices and portable computers have been used to assist police officers.
The portable wireless communication device is used for calls between police officers and calls between a command room and police officers, and is used for transmission of various information and various commands.

The portable computer is used to detect parking violators and issue foul tickets. This is because the list of violators up to the previous day and various processing programs are stored in the memory card, and the addicts of parking violations and those who have not paid the fines are detected, or the license data is read by the scanner. Then, a foul ticket is issued based on the data.
Japanese Patent Laid-Open No. 4-125679 JP-A-5-22208 Japanese Patent Laid-Open No. 4-229397 JP-A-4-358448

  However, since the conventional technology only has a function of performing only a call, searching for a violator list, or only issuing a violation ticket, it has not been possible to continuously perform the processes in association with each other. For this reason, there is a problem that the work is duplicated or a lot of labor is consumed in performing the duties.

  The present invention aims to solve the above problems.

The map system according to claim 1 is a map system in which a plurality of casings that wirelessly transmit position data composed of coordinate data output from a GPS unit and identification data move within a jurisdiction area. Receives position data consisting of the transmitted coordinate data and identification data, stores the current position table, the display device installed at the predetermined position in the jurisdiction area, and the operation position of the display device A selection switch provided, a video camera that captures the operation position of the display device, a microphone that inputs sound at the operation position of the display device, and a first call signal transmitted when the selection switch is operated First call signal transmitting means that is provided at a position different from the predetermined position in the jurisdiction area, and the first call signal transmitted from the first call signal transmitting means. When the call signal receiving means that receives the outgoing signal and the call signal receiving means receives the first call signal, bidirectional communication between the video camera and the microphone is performed between the video camera and the microphone. When the head office command means and the selection switch are operated, a plurality of position data stored in the current position table is converted into a time for reaching the position of the display device based on the coordinate data of the position data. Second call signal output means for sorting in the shortest order and outputting a second call signal based on the identification data of the position data having the shortest time to reach the position of the display device based on the sorting result. The gist.

  As a result, the map system of claim 1 is configured such that when the selection switch provided at the operation position of the display device installed at a predetermined position in the jurisdiction area is operated, The call signal is transmitted. The transmitted first call signal is received by a call signal receiving means provided at a position different from the installation position of the display device.

When the call signal receiving means receives the first call signal, the main camera instruction means captures the operation position of the display device that is the position from which the first call signal has been transmitted, and the operation position of the display device. Bidirectional communication of image and sound is performed with a microphone that inputs the sound.

  When the two-way communication is performed and the selection switch is operated, the second call signal output means outputs a plurality of position data output from the GPS unit and stored in the current position table to the position of the display device. The second call signal is output based on the identification data of the position data having the shortest time to reach the position of the display device based on the sorting result.

  As a result, for example, by operating a selection switch in front of the display device, bi-directional communication by image and voice is possible between the head office command means installed at another position and this display is performed. A second call signal based on the identification data of the position that returns to the position of the device in the shortest time is output.

The map system of the present invention enables, for example, two-way communication by image and voice with a head office command means installed at a distant position by only operating a selection switch. up operation position, may output a second call signal to be used to call the quickest return reach persons becomes possible.

  In the portable communicator of the first form, as illustrated in FIG. 1, the portable computer outputs a control command for the wireless communication means, and causes the wireless communication means to perform transmission or reception via the communication line. .

Alternatively, the portable computer transmits data via wireless communication means and a communication line.
Alternatively, the portable computer inputs data via a communication line and wireless communication means.

  In addition, the portable computer executes police processing such as public security administration, traffic guidance control, police citizen service, crime prevention, crime control, or judicial procedure by computer software stored in the police software storage means.

In addition, the housing holds the wireless communication means, the portable computer, and the police software storage means in combination.
As a result, the portable communicator executes the police process by stand-alone, for example, or in cooperation with the host computer at the police headquarters.

  In the portable communicator of the second form, as illustrated in FIG. 2, the portable computer outputs a control command for the wireless communication means, and causes the wireless communication means to transmit or receive via the communication line. .

Alternatively, the portable computer transmits data via wireless communication means and a communication line.
Alternatively, the portable computer inputs data via a communication line and wireless communication means.

The current position output means outputs the position coordinate data of the current position via the wireless communication means.
In addition, the housing holds the wireless communication means, the portable computer, and the current position output means in a combined state.

As a result, the portable communicator notifies the current location to the police headquarters or the representative office, for example.
In the portable communicator monitoring apparatus of the third embodiment, as illustrated in FIG. 3, the coordinate data input means inputs position coordinate data indicating the current position of the portable communicator via the communication line, and the current position A table creating means creates a current position table of the portable communicator based on the position coordinate data.

Thereby, the monitoring device of the portable communicator can utilize or provide data indicating the current position of the portable communicator to the outside.
As illustrated in FIG. 4, the portable communicator monitoring apparatus according to the fourth embodiment is configured so that the current position display means is based on the coordinate data of the current position of the portable communicator stored in the current position table. The current position of the data.

Accordingly, the monitoring device for the portable communicator displays the current position of the portable communicator on, for example, a map.
As illustrated in FIG. 5, the portable communicator monitoring apparatus according to the fifth embodiment is configured so that the calling order determining unit determines the calling order of the portable communicator based on the coordinate data of the current position table, and the calling command output unit. Outputs a call command to the portable communicator in that order.

  As illustrated in FIG. 6, the portable communicator according to the sixth embodiment is configured such that the call command input means inputs a call command for the portable communicator, and the call signal output means generates a call signal in the vicinity based on the call command. Is output.

Thus, when the portable communicator receives a call from the monitoring device, it is notified to the vicinity of the portable communicator.
In the portable communicator of the seventh embodiment, as illustrated in FIG. 7, the call command input means inputs the call command of the portable communicator, and the call radio wave output means is based on the call command of the portable communicator. A ringing radio wave is output around.

Thus, when the portable communicator receives a call from the monitoring device, it is notified wirelessly around the portable communicator.
As illustrated in FIG. 8, the call device of the eighth form receives the call radio wave output from the surroundings of the portable communicator, and the call reception signal output unit receives the call radio wave. The call reception signal is output in the vicinity.

  Thereby, it can be known around the portable communicator that the portable communicator has been called.

Next, embodiments of the invention will be described.
9 and 10 are perspective views of the policer 1, FIG. 11 is a perspective view of the GPS unit 3, FIG. 12 is a perspective view of the printer unit 5, FIG. 13 is a perspective view of the image scanner unit 7, and FIG. FIG. 15 is a perspective view of the portable policer system 11. FIG. 16 is a perspective view of the portable policer system 13. FIG. 17 is a block diagram of the control circuit 15 of the policer 1. FIG. FIG. 19 is an explanatory diagram of the ID number 17A of the master cola 17, FIG. 20 is an explanatory diagram of the master cola 19, FIG. 21 is a perspective view of the wireless LAN unit 21, and FIG. FIG. 23 is a perspective view of the police map system 23, FIG. 24 is a diagram of the console table 25 of the police map system 23, 25 is a block diagram of a Police Map System 23, FIG. 26 is an explanatory view of a Police map system 23.

  As shown in FIGS. 9 and 10, the policer 1 includes a pen input device 103, a main body 105, and a wireless telephone device 107. The pen input device 103 is held by a storage frame 109, and the storage frame 109 and the main body 105 are connected to each other by a connecting portion 111 so as to be opened and closed in the arrow YY direction. Between the storage frame 109 and the main body 105, a holding mechanism (not shown) that performs holding in the open state shown in FIG. 9 and holding in the closed state shown in FIG. 10 is provided.

  A microphone 113, a display 115, an on switch 117, and an off switch 119 are attached to the housing frame 109 in the vicinity of the pen input device 103. “Mic” lettering 113A is provided in the vicinity of the microphone 113, “on” lettering 117A is provided in the vicinity of the on switch 117, and “off” lettering 119A is provided in the vicinity of the off switch 119. Each of the on switch 117 and the off switch 119 includes two switch panels 117AA, 117BB, 119AA, and 119BB. These are disposed in a 3 mm concave state from the surface of the housing frame 109. The switch panels 117AA and 117BB both output an ON signal when operated almost simultaneously. The switch panels 119AA and 119BB output an off signal when both are operated almost simultaneously. As a result, erroneous operation due to accidental touching of a hand or the like when carried is prevented. As a result, the switch can be attached to the surface of the housing frame 109.

  The radiotelephone device 107 and the main body 105 are accommodated in an accommodation box 121. As shown in FIGS. 9, 10, and 17, the storage box 121 includes a CPU 123, a voice analysis processor 124, a ROM 125, a master call 126, an antenna 126A, a RAM 127, an EEPROM 129, and a pen input controller unit. 131, an input interface 133, a storage battery 135, power sockets 137 and 139, a telephone controller 141, an audio signal generation unit 143, an input / output controller 145, an ear communication controller 147, an ear telephone 149, a speaker 151, speaker on switch 152, display controller 153, input pen 155, input pen storage hole 157, pen eject button 159, output interface 161, monitor lamp 163, monitor speaker 165, Attenuator 166, telephone output controller 167, telephone output connector 169, data input / output controller 171, data input / output connector 173, built-in application connector 174, card connectors 175, 177, card storage 179, power supply A controller 181, a speaker storage unit 183, an earphone storage unit 185, a foot 187, a radio telephone unit 189, an antenna 191, and an antenna storage unit 193 are provided. The data input / output controller 171 is provided with a data buffer 171A.

  The RAM 127 includes a vehicle weight memory 127O, a vehicle speed memory 127P, a master call setting memory 127Q, a status memory 127R, a setting memory 127S, a vehicle number input memory 127T, a name input memory 127U, a parking guidance memory 127V, License No. Memory 127W, violation date and time memory 128A, violation location memory 128B, violation processing memory 128C, vehicle name memory 128D, current position memory 128G, tracking vehicle memory 128H, speed violation control memory 128I, and violation processing memory 128J, load weight violation control memory 128K, perpetrator memory 128L, accident memory 128M, route guidance data memory 128N, notification memory 128O, public information memory 128P, emergency call memory 128Q, policeman call memory 128R, It has.

  Application software ROM 194 is inserted into built-in application connector 174. The application software ROM 194 stores word processor software, database software, and navigation software. These will be described later.

  Application software cards 195 and 197 are stored in the card storage unit 179. Application software cards 195 and 197 are connected to card connectors 175 and 177. A telephone cable 199 is connected to the telephone output connector 169. A telephone cable 199 is connected to the facsimile machine 201. A data output cable 203 is connected to the data input / output connector 173. The data output cable 203 is connected to the personal computer 205, the printer 207, or the GPS unit 3.

  The wireless telephone device 107 includes a wireless telephone unit 189, an ear call controller 147, an input / output controller 145, an ear call device 149, a speaker 151, a microphone 113, and an antenna 191. It has a function of performing transmission and reception with the telephone network. The telephone controller 141 controls the input / output controller 145 and the radio telephone unit 189 based on a command from the CPU 123. The voice signal generation unit 143 synthesizes a predetermined voice based on a command from the CPU 123 and outputs the synthesized voice to the radio telephone unit 189 via the input / output controller 145.

  The input interface 133 detects the voltage, current consumption, and charging current of the storage battery 135. When the on switch 117 is operated, the power controller 181 supplies power to the entire policer 1 to make it active. When the off switch 119 is operated, the power controller 181 supplies power to the standby system of the policer 1. To enter standby mode.

  The pen input device 103 includes a liquid crystal display 103A and a sensor layer 103B. The liquid crystal display 103A is connected to the pen input controller unit 131 and displays predetermined image data on the display surface 103C. The sensor layer 103B is connected to the pen input controller unit 131 and is disposed below the liquid crystal display 103A to detect the position of the pen tip 155A of the input pen 155. The input pen 155 is provided with a coil (not shown) in the vicinity of the pen tip 155A. The input pen 155 includes a click / drag button 155B. The pen input device 103 and the input pen 155 detect the position of the pen input by a known electromagnetic exchange method. The pen input device 103 has a character input function and a pointing device function without using a keyboard by the pen input device stored in the ROM 125.

  As shown in FIG. 9, the speaker 151 includes a speaker body 151A, a support member 151B, and a connecting member 151C. The speaker main body 151A and the support member 151B are connected by a connecting member 151C so as to be rotatable in the directions of arrows YA and YB. The speaker main body 151A and the support member 151B are housed in the speaker housing portion 183 by being pushed in the direction of the arrow YC. The speaker 151 is connected to the speaker on switch 152, and when pulled out in the direction of the arrow YD, the speaker 151 switches from the “off” state to the “on” state. The support member 151B is connected to a discharge mechanism (not shown). When the “push” lettering portion 151D is pushed in the direction of the arrow YC in the housed state, the speaker body 151A jumps to the use position. An unillustrated operation link of the speaker-on switch 152 is attached to an unillustrated discharge mechanism.

  The ear phone 149 is stored in the ear phone holder 185 when not in use. When used, it is pulled out and used. After use, this is stored by placing a finger on the finger hooking hole 185B and rotating the earphone storage device 185 according to the arrow 185A.

  The antenna 191 is normally stored in the antenna storage unit 193. In order to improve the transmission / reception state, it is used by being pulled out. For this reason, it has the freedom of movement in the directions of arrows YE and YF, and the ability to rotate in the directions of arrows YH and YG.

  As shown in FIG. 10, the input pen 155 is stored in the input pen storage hole 157 when not in use. The pen eject button 159 is connected to a discharge mechanism (not shown) that causes the input pen 155 to pop out when pushed.

The ROM 125 stores a control program and a variable table. The EEPROM 129 holds setting values and designated values.
The power socket 139, the data input / output connector 173, and the telephone output connector 169 constitute a female connector unit 217. The female connector unit 217 is configured based on a predetermined standard.

As shown in FIG. 11, the GPS unit 3 includes an antenna 211, a coordinate calculation device 213, a male connector unit 215, a female connector unit 217, a display device 219, and an operation device 221 as a known configuration. ing. The coordinate calculation device 213 obtains a position coordinate NE and an altitude H of the current position based on data from a NAVSTAR GPS (navigation satellite time and ranging positioning system) received via the antenna 211, and a male connector unit 215. The current position data NEH is output to various external devices via the female connector unit 217. The male connector unit 215 is used in combination with the female connector unit 217, and includes a power plug 225, a data input / output connector 227, and a telephone output connector 229. The power plug 225 supplies power or supplies and receives power with the power socket 139. The data input / output connector 227 supplies data or supplies and receives data with the data input / output connector 173. The telephone output connector 229 supplies telephone data or supplies / demands with the telephone output connector 169.
As shown in FIG. 15, the GPS unit 3 is connected to the policer 1 and supplies the current position data NEH to the policer 1.

  As shown in FIG. 12, the printer unit 5 includes a printer main body 231 and a data input / output connector 233. The data input / output connector 233 is connected to the printer main body 231 by a connection cord 235. The data input / output connector 233 is inserted into the connector housing hole 231A and held by the printer main body 231. The connection cord 235 is inserted into the cord storage groove 231B. These are pulled out and used as shown in FIG. The printer main body 231 includes a shoulder strap 237, a paper discharge port 239, an upper lid 241, a lower lid 243, a hinge 245, a finger hook 247, a printing mechanism (not shown), a control device, and a paper feeding mechanism. Yes.

  The printer unit 5 is used with the data input / output connector 233 connected to the data input / output connector 173. The printer unit 5 performs printing based on the print signal from the policer 1.

  As shown in FIG. 13, the image scanner unit 7 includes a main body 251 and a rubber lid 253. The main body 251 includes a scan surface 255, a data input / output connector 256, a connection cord 257, a lid stopper hole 263, and a shoulder strap 269. The data input / output connector 256 is inserted into the connector housing hole 259. The connection cord 257 is inserted into the cord storage hole 261.

  The rubber lid 253 is attached to the main body 251 at one end by a hinge 265 and has a lid stopper 267 at the other end. The lid stopper 267 is inserted into the lid stopper hole 263 and fixes the rubber lid 253 to the upper surface of the scan surface 255.

  The image scanner unit 7 is used with the data input / output connector 256 connected to the data input / output connector 173. The image scanner unit 7 includes an image detection mechanism (not shown) and a control device, detects images of fingers, license papers, and other items placed on the scan surface 255 and outputs data to the policer 1.

As shown in FIG. 14, the eye camera unit 9 includes a data input / output connector 271, a base 273, a rod 275, an artificial retina unit 277, a lens 279, an upper head 281 and a lower head 283. It has. The base 273 includes a control device (not shown), and the image detected by the artificial retina unit 277 is quantized as it is, or an outline is extracted, a feature is extracted, or character data is extracted by pattern matching. To the policer 1. As shown in FIG. 16, the eye camera unit 9 is connected to a female connector unit 217 and used.
As shown in FIG. 15, the portable policer 11 includes a policer 1, a GPS unit 3, and a portable case 291. The policer 1 and the GPS unit 3 are connected to a male connector unit 215 and a female connector unit 217.

  The portable case 291 includes an operation opening 293 of the policer 1, an operation opening 295 of the GPS unit 3, a connection opening 297 of the male connector unit 215, a holder 299 of the input pen 155, and a suspension belt 301. Yes.

The portable policer 11 is used when the policer 1 and the GPS unit 3 are carried together.
As shown in FIG. 16, the portable policer system 13 includes a portable policer 11, an eye camera unit 9, a printer unit 5, and an image scanner unit 7. The portable policer system 13 is a set of device units required by police officers to perform their duties.

  As shown in FIG. 18, the master cola 17 includes an emblem main body 311, a screw 313, and class marks 315 and 317. A speaker 321 is attached to the class mark 315, and a display LED 319 is attached to the class mark 317. A master cola control device 323 is built in the emblem main body 311. The diaphragm of the speaker 321 is provided facing the outer surface 311B of the emblem body 311.

  The master cola control device 323 incorporates a wireless reception device (not shown), decodes the received signal, displays the result by light emission by the display LED 319, and acoustically displays it by the speaker 321.

  In the master cola 17, an identification number display 327 as shown in FIG. 19 is stamped on the back surface 311A of the emblem body 311. In the identification number display 327, the numerical value of the ID number is displayed as it is. This value is used when the master cola 17 is specified and called.

  As shown in FIG. 20, the master cola 19 is formed in a plain clothes batch shape, and includes a master cola control device (not shown), a display LED 331, and a speaker 333, and is almost the same as the master cola 17. It has a function.

  As shown in FIG. 21, the wireless LAN unit 21 includes a LAN main body 341, a male connector unit 215, a female connector unit 217, and an antenna 343. The wireless LAN unit 21 is used in combination with the wireless LAN unit 351 shown in FIG. The wireless LAN unit 351 will be described later. The LAN main body 341 includes a transceiver unit 345, a LAN network control unit 347, and a network data interface 349. The transceiver unit 345 performs wireless communication with the wireless LAN unit 351. The LAN network control unit 347 forms a LAN network with the wireless LAN unit 351. The network data interface 349 transmits / receives data to / from the policer 1. The wireless LAN unit 21 is connected to the policer 1 as shown in FIG.

  As shown in FIG. 22, the wireless LAN unit 351 includes a connection cord 353, a transceiver unit 355, a LAN network control unit 357, and a data interface 359. The wireless LAN unit 351 is attached to the vehicle speed measurement device 361 and the vehicle weight measurement device 363. In the wireless LAN unit 351, the data interface 359 inputs the vehicle speed data SSD output from the vehicle speed measuring device 361 and the vehicle weight data SJD output from the vehicle weight measuring device 363 via the connection code 353. Is output to the policer 1 via the wireless LAN unit 21. The policer 1 stores the vehicle speed data SSD and the vehicle weight data SJD in the violation processing memory 128J.

  As shown in FIG. 22, the vehicle speed measuring device 361 includes a video recording device 365 and a speed measuring radar 367. The vehicle speed measurement device 361 includes a measurement control device 369, detects the vehicle speed from the output signal of the speed measurement radar 367, and outputs vehicle speed data SSD (to be described later) to the wireless LAN unit 351. The measurement control device 369 is configured by a microcomputer or an integrated circuit (not shown). Further, the vehicle speed measuring device 361 transmits speed data to the video recording device 365 and records an image.

The video recording device 365 records the image of the vehicle and the speed of the vehicle.
FIG. 27 is a flowchart of a vehicle speed measuring device data output processing routine. This process is executed by the measurement control device 369 every predetermined time.

  When activated, an overspeed input is first performed (S1000). The excess speed is calculated based on the measurement value of the speed measurement radar 367. For example, when a value of 50 km or more is output from the speed measurement radar 367, it is input as an excess speed.

Next, vehicle speed data SSD is generated (S1010). As the vehicle speed data SSD, a measurement time, a designated speed, an excess speed, a vehicle speed, and a measurement device identification number are generated.
Next, the vehicle speed data SSD is output to the wireless LAN (S1020). Thereafter, the data is transmitted to the policer 1.

FIG. 28 is a flowchart of a vehicle weight measuring device data output processing routine. This process is started every predetermined time by the vehicle weight measuring device 363.
First, actual measurement weight input is performed (S1100). The actual measured weight is calculated based on the measured value of the vehicle weighing scale 371.

  Next, vehicle weight data SJD generation is performed (S1110). As the vehicle weight data SJD, a measurement time, a vehicle weight, and a vehicle weight measuring device identification number are generated. Next, vehicle weight data SJD is output to the wireless LAN (S1120). Thereafter, the data is transmitted to the policer 1.

FIG. 29 is a flowchart of a wireless LAN data input processing routine.
This process is started every predetermined time by the CPU 123 of the policer 1. First, wireless LAN data input is performed (S1200). In the wireless LAN data input, data from the vehicle speed measuring device data output in FIG. 27 and the vehicle weight measuring device data output in FIG. 28 are input. The input data is temporarily stored in the data buffer 171A.

  Next, vehicle weight data SJD extraction is performed (S1210). The vehicle weight data SJD is input from the data buffer 171A. The extracted vehicle weight data SJD is stored in the vehicle weight memory 127O (S1220).

Next, vehicle speed data SSD extraction is performed (S1230) and stored in the vehicle speed memory 127P (S1240).
The vehicle weight data SJD stored in the vehicle weight memory 127O and the vehicle speed data SSD stored in the vehicle speed memory 127P are referred to in processing described later.

  The vehicle weight measuring device 363 is connected to the vehicle weight meter 371. The vehicle weight measuring device 363 transmits vehicle weight data to the policer 1 via the wireless LAN unit 351.

  As shown in FIG. 23, the police map system 23 includes a police map display 401, a video camera 403, a microphone 404, a console table 25, and a police display 405.

  The police display 405 displays police officers managed by the police map system 23, and includes a police officer name display 407, an identification number display 409, and a portrait display 411.

  The police map display 401 includes a device frame 413, a display surface 415, and a display control device 417. The display surface 415 displays an image on a plane. The display control device 417 inputs an image signal and displays an image on the display surface 415.

  The video camera 403 is placed on the upper surface plate 403A of the device frame 413. The video camera 403 captures an image near the console table 25 and outputs an image signal. The microphone 404 is disposed in the vicinity of the video camera 403.

  The console table 25 includes a main body 421 and legs 423. A selection button 431 and an explanation display 433 as shown in FIG. 24 are provided on the upper surface 421A of the main body 421.

  The selection button 431 includes a main call button 431A, an emergency call button 431B, an entire jurisdiction display button 431C, a policeman neighborhood map display button 431D, a policeman call button 431E, a police map print button 431F, a numeric button 431G, an execution button 431H, A correction button 431I is provided.

In the explanation display 433, contents to be executed by operating the selection button 431 are displayed.
The console table 25 includes a bird's-eye view display device 435, a dispatch station control device 437, a man interface 439, a police map printer 441, and a head office control device 443 shown in FIG.

  The man interface 439 is connected to a selection button 431, a wireless transmission device 451, a police map printer 441, a head office control device 443, a bird's eye view display device 435, and a branch office control device 437. The wireless transmission device 451 includes an antenna 453, and transmits a master cola call signal transmitted from the man interface 439. The police map printer 441 prints the bird view sent from the bird view display device 435. The video camera 403 includes a remote control device 442. The remote control device 442 is connected to the head office control device 443.

  A public digital communication line 455 is connected to the head office control device 443. The head office control device 443 outputs a transmission signal to the head office command device 459 of the main office 457 to the public digital communication line 455 based on an instruction from the man interface 439. The head office control device 443 transmits the image signal and audio signal of the video camera 403 to the main office command device 459, and receives the audio signal, image signal, and remote control signal from the main office command device 459. To the video camera 403 and the remote control device 442.

  The bird view display device 435 includes a bird view database and outputs bird view data to the police map display 401. The dispatch station control device 437 is connected to the public communication line 461, the bird's eye view display device 435, and the man interface 439. Based on the signal from the man interface 439, the dispatching station control device 437 outputs a control signal to the bird's eye view display device 435 and makes a call to the public communication line 461. The dispatching station control device 437 includes an input memory 437A, a policeman position memory 437B, a return time table 437TA, and a bird's eye view table 437TA.

As shown in FIG. 26, the police map system 23 is disposed at the dispatching station 469, and is connected to the main office 457 by wire via the telephone exchange 471 and is also portable via the radio telephone station 473. The policer 11 is wirelessly connected. The main office 457 is connected to the host system 458 via the communication trunk line 475. The host system 458 integrally manages data in a predetermined area range. The telephone exchanges 471 are connected to each other by a communication trunk line 475. The radio telephone station 473 is provided alongside the telephone exchange 471 and constitutes a radio telephone network 476.
In addition, the portable policer 11 receives radio waves from the GPS satellite 477 on the earth's satellite orbit and calculates the coordinates NE and the altitude H of the current position. The calculated data is stored in the current position memory 128G.

  30 is an explanatory diagram of a policer menu screen, FIG. 31 is an explanatory diagram of a policer menu screen, FIG. 32 is a flowchart of a policer control process routine, FIG. 33 is a flowchart of a traffic riot police process routine, and FIG. FIG. 35 is a flowchart of the communicator normal processing routine, FIG. 36 is an explanatory diagram of the communicator normal menu, FIG. 37 is a flowchart of the instruction processing routine, and FIG. 38 is an instruction processing menu. 39 is a flowchart of the vehicle number input processing routine, FIG. 40 is an explanatory diagram of the vehicle number input screen, FIG. 41 is a flowchart of the name input processing routine, and FIG. 42 is an explanatory diagram of the name input screen, 43 is a flowchart of a guidance content selection processing routine, FIG. 44 is an explanatory diagram of a guidance content selection screen, and FIG. FIG. 46 is an explanatory diagram of a parking guidance screen, FIG. 47 is a flowchart of a control processing routine, FIG. 48 is an explanatory diagram of a control menu, and FIG. 49 is a name input (license input) processing routine. 50 is an explanatory diagram of a name input (license input) menu, FIG. 51 is a flowchart of a control content selection processing routine, FIG. 52 is an explanatory diagram of a control content selection screen, and FIG. 53 is a parking stop method violation process. 54 is a flowchart of a parking / stop violation processing screen, FIG. 55 is a flowchart of a tracking vehicle data input processing routine, FIG. 56 is an illustration of a tracking vehicle data input screen, and FIG. 57 is a wide area arrangement. 58 is a flowchart of the processing routine, FIG. 58 is an explanatory diagram of the wide area arrangement screen, and FIG. 59 is a flowchart of the data collection processing routine. 60 is an explanatory diagram of a tracking vehicle data input screen, FIG. 61 is a flowchart of a guidance control processing routine, FIG. 62 is an explanatory diagram of a guidance control menu, and FIG. 63 is a flowchart of a speed violation control processing routine. 64 is an explanatory diagram of a speed violation control screen, FIG. 65 is an explanatory diagram of a speed violation processing screen, FIG. 66 is a flowchart of a loading weight violation control processing routine, and FIG. 67 is an explanatory diagram of a loading weight violation processing screen. 68 is an explanatory diagram of a screen during loading weight violation processing, FIG. 69 is a flowchart of an accident processing routine, FIG. 70 is an explanatory diagram of an accident processing menu, and FIG. 71 is a flowchart of an assailant escape processing routine. 72 is an explanatory diagram of the perpetrator escape screen, FIG. 73 is a flowchart of the accident processing routine, and FIG. 74 is an explanatory diagram of the accident processing menu.

  The flowcharts in FIGS. 30 to 74 are processed by the control circuit 15, and the menus and screens are the contents processed by the pen input device 103.

  The policer menu screen 501 shown in FIG. 30 or 31 is initially displayed on the display surface 103C when the on switch 117 of the policer 1 is operated. This is displayed by the policer control process of FIG.

  The policer menu screen 501 includes a policer active display 503, a registration ID display 505, an ID number display 507, a mode display 509, an external device display 511, and a registered application software display 513.

  The policer active display 503 indicates that the policer 1 is operating. The ID number display 507 displays the value of the identification number display 327 of the master cola 17. A mode display 509 displays the operation mode state of the policer 1. In the mode display 509, there are a “koban, dispatch station mode” display 509A shown in FIG. 30 and a “transportation corps mode” display 509B shown in FIG.

  The external device display 511 includes a device name display 511A and a status display 511B. Here, the device name display 511A includes “GPS, eye camera, printer, scanner, wireless LAN unit”. The status display 511 </ b> B displays “actuated”, “−”, “stopped”, etc. according to the status of the policer 1.

  The registered application software display 513 is for selecting application software displayed on the mode display 509. Here, a traffic riot police menu display 513A and a police box and dispatch station menu display 513B are displayed. The policer control shown in FIG. 32 is activated when the on switch 117 is operated. First, a current situation survey is performed (S1300). As the current state survey, the value of the registration ID number, the current mode, the setting and operating state of the external device, and the registration application are performed. The value of the registered ID number is read from the master call setting memory 127Q. The current mode is input from the state memory 127R. The setting of the external device is input from the setting memory 127S. The operating status of the external device is input from the status memory 127R. The registered application is input from the setting memory 127S.

After the current state survey, for example, a current state display (policing menu) as shown in FIGS. 30 and 31 is performed (S1310).
Next, a determination is made (S1320). In the judgment, it is selected whether the riot police menu is selected or whether the police box or dispatch menu is selected. The determination that the transportation riot menu is selected is made when the transportation riot menu display 513A is selected by the input pen 155. The determination that the police box or dispatch menu is selected is made when the police box or dispatch menu display 513B is selected.

  If it is determined that the police box or dispatch menu has been selected, the police box or dispatch process described below is performed (S1330). On the other hand, when it is determined that the traffic riot menu has been selected, the traffic riot process described below is performed (S1340).

  In the traffic riot process, as shown in FIG. 33, a traffic riot menu is first displayed. The traffic riot police menu 520 includes a traffic riot police menu display 523, a normal display 525, a guidance control display 527, and an accident processing display 529, as shown in FIG.

  After the display of the transportation riot menu, the next determination is made (S1410). In the determination, it is determined whether normal is selected, guidance control is selected, or accident processing is selected. Here, when normal is selected, a traffic normal process described later is executed (S1420), and this routine is temporarily terminated. If the guidance control is selected, then the aircraft guidance control process is executed (S1430). If the accident process is selected, then the aircraft update process is executed (S1440). Is temporarily terminated.

  When the exchange normal process of S1420 is started, as shown in FIG. 35, the exchange normal menu is displayed first (S1500). As shown in FIG. 36, the normal machine menu 531 includes a guidance display 533, a control display 535, a tracking display 537, a block arrangement display 539, a wide area arrangement display 541, and a data collection display 543. Yes.

  After the exchange machine normal menu is displayed, the next determination is made (S1510), and the selection contents of the exchange machine normal menu 531 are determined. Here, when the instruction display 533 is selected, an instruction process is executed next (S1520), and this routine is temporarily ended. When the control display 535 is selected, the control process is executed (S1530). When the tracking display 537 is selected, the tracking process is executed (S1540), and the block arrangement display 539 is selected. The block arrangement process is executed (S1550). When the wide area arrangement display 541 is selected, the wide area arrangement process is executed (S1560). When the data collection display 543 is selected, the data collection process is executed. Is executed (S1570).

When the guidance process of S1520 is started, a guidance process menu is first displayed as shown in FIG. 37 (S1600). As shown in FIG. 38, the instruction processing menu 551 includes a vehicle number input display 553, a name input display 555, an instruction content selection display 557, and a stop display 559.
After the instruction processing menu is displayed, the next determination is made (S1610). In the judgment, when the cancel display 559 is selected, this routine is temporarily ended as it is. If the vehicle number input display 553 is selected, a vehicle number input process is performed (S1620), and the process returns to the determination (S1610). When the name input display 555 is selected, a name input process is performed (S1630). When the instruction content selection display 557 is selected, the instruction content selection process is performed (S1640), and the process returns to the determination (S1610). ).

  When the vehicle number input in S1620 is activated, a vehicle number input screen is first displayed as shown in FIG. 39 (S1700). As shown in FIG. 40, the vehicle number input screen 561 includes a vehicle number input display 563, a vehicle number display field 565, a vehicle number input frame 567, and a stop display 569. The vehicle number input frame 567 includes a vehicle number input area 571, a conversion display 573, a deletion display 575, and an end display 577.

  The vehicle number input frame 567 is displayed by a pen input device (not shown), and is an area where a pen input by the input pen 155 is performed. Here, first, the locus of the pen tip 155A of the input pen 155 is recorded, and then pen input processing for obtaining corresponding character data by pattern recognition is performed based on this locus.

  The conversion display 573 is used for dictionary conversion of words input in the vehicle number input frame 567, the deletion display 575 is used for deleting data, and the end display 577 is This is used to end the pen input process.

The number data input in the vehicle number input frame 567 is displayed in the vehicle number display field 565.
After the vehicle number input screen is displayed, a determination is made (S1710). Here, if it is determined that the cancel display 569 has been selected, this routine is once terminated as it is. If a window input into the vehicle number input frame 567 is performed, the process is continued (S1720). If the end display 577 is selected, the window is then stored in the vehicle number input memory 127T. (S1730), and this routine is finished once. In the storage of the vehicle number input memory 127T, the data displayed in the vehicle number display field 565 is stored in the vehicle number input memory 127T.

  When the name input process of S1630 is started, a name input screen is first displayed as shown in FIG. 41 (S1800). As shown in FIG. 42, the name input screen 581 includes a name input display 583, a name display field 585, a name input frame 587, and a cancel display 589. The name input frame 587 includes a name input area 591, a conversion display 593, a deletion display 595, and an end display 597.

The name input frame 587 is an area for performing pen input with the input pen 155.
The name data input in the name input frame 587 is displayed in the name display field 585.
After the name input screen is displayed, a determination is made (S1810). Here, when it is determined that the cancel display 589 has been selected, this routine is temporarily ended as it is. If a window is entered in the name input frame 587, the process is continued (S1820). If the end display 597 is selected, the window is then stored in the name input memory 127U ( (S1830), this routine is once ended. In the storage of the name input memory 127U, the data displayed in the name display field 585 is stored in the name input memory 127U.

When the instruction content selection process in S1640 is activated, an instruction content selection menu screen is first displayed as shown in FIG. 43 (S1900). As shown in FIG. 44, the guidance content selection menu screen 601 includes a vehicle number display 603, an owner display 605, a user display 607, a vehicle name display 609, a vehicle number display field 611, and an owner name display. A column 613, a user name display column 615, a vehicle name display column 617, a parking guidance display 621, a pedestrian protection guidance display 623, and a temporary stop violation guidance display 625 are provided. In the vehicle number display field 611, the contents of the vehicle number input memory 127T are displayed. The owner name display field 613, the user name display field 615, and the car name display field 617 include an owned car name corresponding to the vehicle number displayed in the vehicle number display field 611, a user name, and a vehicle. Name is displayed. These data are supplied from the host system 458.
After the guidance content selection menu screen is displayed, a determination is made (S1910). Here, when it is determined that the cancel display 619 has been selected, this routine is temporarily ended as it is. When the parking instruction display 621 is selected, a parking instruction process, which will be described later in detail, is executed (S1920), and this routine is temporarily ended. When the pedestrian protection instruction display 623 is selected, a pedestrian protection instruction process that omits detailed description is executed (S1930), and when the suspension violation instruction display 625 is selected, a detailed description is given. A pause violation guidance process to be omitted is executed (S1940).

  When the parking instruction process of S1920 is started, a parking instruction screen is displayed first as shown in FIG. 45 (S2000). As shown in FIG. 46, the parking guidance screen 631 includes a parking guidance display 633, a driver name display 635, a warning document print display 641, a warning content storage display 643, and a warning content transmission display 645. , A driver name display field 637, an unknown display 639, and a stop display 647 are provided.

  The driver name display field 637 displays the contents of the name input memory 127U. If there is no content in the name input memory 127U, the unknown display 639 is highlighted.

  After the parking guidance screen 631 is displayed, the next determination is made (S2010), and if the cancel display 647 is selected, this routine is once ended as it is. If the warning document print display 641 is selected, the warning document is printed (S2020). When the warning content storage display 643 is selected, the warning content storage processing is performed (S2030). When the warning content transmission display 645 is selected, the warning content transmission processing is performed (S2040). ). In the printing process of the warning document in S2020, although not shown, based on the contents of the vehicle number input memory 127T and the name input memory 127U, the vehicle name, vehicle number, owner name, parking violation Data contents and parking violation warning articles are printed. Printing is executed by the printer unit 5. The vehicle name and owner name are input from the host system 458 based on the vehicle number. The parking violation position prints the map data calculated by the navigation software based on the position coordinate data NE from the GPS unit 3. In the warning content storing process, the print data of the warning document is stored in the parking guidance memory 127V. In the warning content transmission process, the storage content of the parking guidance memory 127 </ b> V is transmitted to the host system 458. As a result, the host system 458 records the warning content of the parking violation and uses it for the detection data of the parking violation later. For example, the vehicle data that repeats the parking violation is transmitted to each portable policer system 13 to perform the priority control.

  When the pedestrian protection guidance process of S1930 is activated, a warning letter is printed, stored, transmitted to a driver who has neglected pedestrian protection on a pedestrian crossing, a bicycle or vending machine parked on the sidewalk, Print, store, and send warnings on place signs and the like.

  When the suspension violation instruction in S1940 is activated, warnings are printed, stored, and transmitted to violators at places where passengers are getting on and off streetcars, pedestrian crossings, railroad crossings, and where suspension is specified. Is called.

  When the enforcement process of S1530 is activated in the normal machine process of FIG. 35, the enforcement process menu screen is first displayed as shown in FIG. 47 (S2100). As shown in FIG. 48, the control process menu screen 651 includes a vehicle number input display 653, a name input display (license input) 655, a control content selection display 657, and a stop display 659.

  After the enforcement process menu screen 651 is displayed, the next determination is made (S2110). If the cancel display 659 is selected in the determination, this routine is temporarily ended as it is. When the vehicle number input display 653 is selected, a vehicle number input process described below is executed (S2120). When the name input display (license input) 655 is selected, the name input is performed next. (License input) processing is executed (S2130), and if the control content selection display 657 is selected, then the control content JP27 selection processing is executed (S2140), and the process returns to the determination of S2110.

When the vehicle number input process of S2120 is activated, a process substantially similar to the vehicle number input process of FIG. 39 described above is executed.
When the name input (license input) process of S2130 is started, first, a name input (license input) screen is displayed as shown in FIG. 49 (S2200).

  As shown in FIG. 50, the name input (license input) screen 661 includes a name pen input display 663 and a license number. A pen input display 665, a license eye camera input display 667, a license scanner input display 669, and a stop display 671 are provided.

  After the name input (license input) screen 661 is displayed, a determination is made (S2210), and when the cancel display 671 is selected, this routine is once terminated. When the name pen input display 663 is selected, a name pen input process described later is executed (S2220). License No. When the pen input display 665 is selected, the license No. The pen input process is executed (S2230). When the license eye camera input display 667 is selected, the license eye camera input process is executed (S2240). When the license scanner input display 669 is selected, the license scanner input process is executed. (S2250).

  In the name pen input process of S2220, a pen input screen (not shown) is displayed, and the name is input by the input pen 155. The input name is stored in the name input memory 127U. License No. S2230. In the pen input process, a pen input screen (not shown) and a license No. Display for requesting pen input, and the entered license number. Enter. The entered license No. Is the license number. Store in memory 127W. In the license eye camera input of S2240, the license image is input from the eye camera unit 9, and the license No. Detect and memorize your name. In the license scanner input of S2250, the license number is obtained from the image input by the image scanner unit 7. Enter your name and name and memorize it.

  When the control content selection in S2140 is activated, a control content selection screen is displayed first as shown in FIG. 51 (S2300). As shown in FIG. 52, the control content selection screen 681 includes a vehicle number display 683, a vehicle number display column 684, an owner display 685, an owner display column 686, a license display 687, and a license display column 688. , A car name display 689, a car name display field 690, a selection list 691, and a stop display 703. The selection list 691 includes a parking stop method violation display 693, a signal, temporary stop, pedestrian protection violation display 695, a protrusion prohibition, overtaking prohibition violation display 697, an instruction speed, a legal speed violation display 699, a loading A weight violation display 701 is provided.

  After the enforcing content selection screen 681 is displayed, the next determination is made (S2310), and if the cancel display 703 is selected, this routine is temporarily terminated as it is. When parking / stopping method violation display 693 is selected, parking / stopping method violation processing described below is performed (S2320). When signal, temporary stop, and pedestrian protection violation display 695 are selected, Signal, pause, pedestrian protection violation processing is performed (S2330), and when the prohibition of overhanging or overtaking prohibition violation display 697 is selected, the overhanging prohibition or overtaking prohibition violation processing is performed (S2340), the indicated speed, the legal speed When the violation display 699 is selected, the designated speed and legal speed violation processing is performed (S2350), and when the loading weight violation display 701 is selected, the loading weight violation processing is performed (S2360).

  When the parking / stopping method violation process of S2320 is activated, as shown in FIG. 53, a parking violation / stopping violation processing screen is first displayed (S2400). As shown in FIG. 54, the parking violation / stop violation processing screen 711 includes a parking violation / stop violation processing display 713, a violator name display 715, a violator date / time display 7171, a violation place display 719, and a license number display. 721, violator name display column 723, violation date display column 725, violation location display column 727, license number display column 729, violation processing document print display 731 and violation processing content storage display 733, A violation processing content transmission display 735 and a cancellation display 737 are provided.

In the violator name display field 723, the contents of the name input memory 127U are displayed. The license number display field 729 displays the contents of the license number memory 127W.
After displaying the parking violation / stop violation processing screen 711, the next determination is made (S2410), and when the cancel display 737 is selected, this routine is temporarily ended as it is. If either the violation date / time display column 725 or the violation location display column 727 on the parking violation / stop violation processing screen 711 is selected, screen input processing is performed (S2415). In the screen input process, a pen input frame (not shown) is displayed to request input of the violation date or violation location, and the input data is displayed in the violation date display column 725 or the violation location display column 727. The violation date and time is stored in the violation date and time memory 128A, and the violation location is stored in the violation location memory 128B.

  When the violation processing document print display 731 is selected, the violation processing document print processing described below is performed (S2420). When the violation processing content storage display 733 is selected, the violation processing content is displayed. A storage process is performed (S2430), and when the transmission display 735 for violation process contents is selected, a transmission process for violation process contents is executed (S2440).

  In the printing process of the violation processing document in S2420, first, the contents of the name input memory 127U and the contents of the license number memory 127W are transmitted to the host system 458, and address data, vehicle data, owner data, user data, previous history are transmitted. Receive data, warning data, etc. Next, the contents of the violation date memory 128A and the contents of the violation location memory 128B are read. At the stage when all the data are prepared, the violation processing document of the road traffic law is printed by the printer unit 5 in accordance with a predetermined standard.

In the storage processing of the violation processing contents in S2430, the data printed on the road traffic law violation processing document is stored in the violation processing memory 128C.
The content of the violation processing memory 128C is transmitted to the host system 458 by the transmission processing of the violation processing content in S2440.

  Signal, pause, pedestrian protection violation processing (S2330), overhang prohibition, overtaking prohibition violation processing (S2340), instruction speed, legal speed violation processing (S2350), and load weight violation processing (S2360) are detailed. Although a detailed description is omitted, printing, storage, and transmission processing substantially similar to the parking / stopping method violation processing of S2320 is executed.

  35, when the tracking process of S1540 is started, the tracking vehicle data input process shown in FIG. 55 is started first. In this process, a tracking vehicle data input screen is first displayed (S2500).

  As shown in FIG. 56, the tracking vehicle data input screen 741 includes a tracking vehicle data input display 743, a vehicle number display 745, a vehicle name display 747, a vehicle color display 749, a passenger number display 751, and a vehicle number display. Column 753, vehicle name display column 755, vehicle color display column 757, number of passengers displayed column 759, pen input frame 761, block arrangement display 763, wide area arrangement display 765, data collection display 767, cancel Display 769. The pen input frame 761 includes a conversion display 771, a deletion display 773, an end display 775, and a pen input area 777.

  Next, after the tracking vehicle data input screen is displayed, a determination is made (S2510). In the judgment, when the cancel display 769 is selected, this routine is once ended as it is. If it is determined that the vehicle number display field 753 is selected, a vehicle number input process (S2520) described later is performed, and the process returns to the determination process (S2510) again. When the vehicle name display field 755 is selected, the vehicle name input process is performed (S2530). When it is determined that the vehicle color display field 757 is selected, the vehicle color input process is performed (S2540). If it is determined that the display field 759 has been selected, a passenger number input process is performed (S2550). In the vehicle number input process of S2520, the vehicle number input in the pen input frame 761 is input and stored in the vehicle number input memory 127T. In the vehicle name input process of S2530, the vehicle name input in the pen input frame 761 is stored in the vehicle name memory 128D. In the vehicle color input process (S2540), the vehicle color input in the pen input frame 761 is stored in the vehicle color memory 128E. In the passenger number input process (S2550), the passenger number input in the pen input frame 761 is stored in the passenger number memory 128F.

  If it is determined in S2510 that the block arrangement display 763 has been selected, a block arrangement process (S2560) described later is performed, and this routine is terminated once. When the wide area arrangement display 765 is selected, the wide area arrangement process is performed (S2570), and when the data collection display 767 is selected, the data collection process is performed (S2580).

  In the block arrangement process of S2560, a block arrangement signal is transmitted to the host system 458. The block arrangement signal includes an identification code for block arrangement, data in the vehicle number input memory 127T, data in the current position memory 128G, data in the vehicle name memory 128D, data in the vehicle color memory 128E, and passenger number memory 128F. And the identification code of the policer 1 are provided. Thereby, in the host system 458, block arrangement processing (not shown) is executed, and emergency arrangement of the vehicle is executed to other policers 1 around the current position of the policer 1 that issued the block arrangement signal.

  When the wide area arrangement process of S2570 is started, a tracking vehicle data input process is first performed as shown in FIG. 57 (S2600). In the tracking vehicle data input, data in the vehicle number input memory 127T, data in the vehicle name memory 128D, data in the vehicle color memory 128E, and data in the passenger number memory 128F are transmitted to the host system 458 to transmit data. The tracking vehicle data regarding is received and stored in the tracking vehicle memory 128H. The tracking vehicle data includes vehicle name, vehicle color, vehicle number, vehicle body registration number, owner address name, user address name, vehicle characteristics, and previous history.

  After the tracking vehicle data is input, a wide area arrangement screen is displayed (S2610). As shown in FIG. 58, the wide area arrangement screen 781 includes a wide area arrangement display display 783, a wide area arrangement display field 785, a stop display 787, an end display 789, a vehicle name display 791, a vehicle name display field 793, a vehicle Color display 795, vehicle color display field 797, vehicle number display 799, vehicle number display field 801, passenger number display 803, passenger number display field 805, user address display 807, user address display field 809, user name display 811, user name display field 813, vehicle feature display 815, vehicle feature display field 817, related data display 819, related data display field 821, and latest confirmation position display 823. , Latest confirmed position display field 825, display from current position 827, current position display field 829, arranged vehicle confirmation display 831, arranged vehicle confirmation display field 833, data transmission display And a 5. In the arranged vehicle confirmation display field 833, a “confirmation” display 833A and an “not yet” display 833B are displayed.

  Each display column 793, 797, 801, 805, 809, 813, 817, 818825 is displayed based on the data in the tracking vehicle memory 128H. The current position display field 829 displays the relative positional relationship between the display contents of the latest confirmation position display field 825 and the contents of the current position memory 128G. When the “confirmation” display 833A in the arranged vehicle confirmation display field 833 is selected with the input pen 155, this display 833A is highlighted. The data of the wide area arrangement screen 781 is stored in the tracking vehicle memory 128H.

  After the wide area arrangement screen 781 is displayed, a determination is made (S2620). If the end display 789 or the cancel display 787 is selected in the determination, this routine is temporarily ended as it is. Further, the current position input process is performed every time the state of the determination process elapses for a predetermined time (S2630). In the current position input process, the contents of the current position memory 128G are input, and the contents of the current position display field 829 are updated.

  If it is determined that the “confirmation” display 833A has been selected, an arrangement vehicle confirmation process is executed (S2640). In the arranged vehicle confirmation process, the contents of the current position memory 128G are written into the latest confirmed position display field 825, and the contents of the current position display field 829 are changed.

  If it is determined that the wide area arrangement display field 785 is selected with the input pen 155, a pen input frame (not shown) is displayed on the display surface 103C. When the contents of the arrangement are entered in this pen input frame, the contents are displayed in the wide area arrangement display field 785. This is executed by the data input process (S2650). For example, if you input “Hit Escape”, it is displayed as it is.

  When it is determined that the display fields 793, 797, 801, 805, 809, 813, 817, 821, and 825 are selected, a pen input frame (not shown) is displayed and the contents are changed. It becomes possible. These data are stored in the tracking vehicle memory 128H (S2650).

  When the data input process is completed, a data transmission process is performed next (S2660). In the data transmission process, a wide area arrangement signal is transmitted to the host system 458. The wide area arrangement signal includes an identification code for performing wide area arrangement and the contents of the tracking vehicle memory 128H. The host system 458 performs wide area arrangement based on the wide area arrangement signal. In the wide area arrangement, the arrangement area and priority are determined based on the importance of the contents of the wide area arrangement, and a wide area arrangement signal is transmitted to the policer 1 in the arrangement area.

If it is determined in S2620 that the data transmission display 835 is selected, the data transmission process described above is executed (S2660).
In the tracking vehicle data input process of FIG. 55, when the data collection process of S2580 is started, the tracking vehicle data input process is first executed as shown in FIG. 59 (S2700). The tracked vehicle data input process is performed in the same manner as S2600 described above, and the latest data related to the tracked vehicle is input from the host system 458.

  Next, the data collection screen is displayed (S2710). As shown in FIG. 60, the data collection screen 841 includes a data collection display 843, an end display 845, an update display 847, a vehicle number display 849, a name display 851, a data display 853, and a data content list 855. It has. The data content list 855 includes a plurality of data 857 and 859. In the data content list 855, data related to the tracking vehicle is displayed. Here, an address is displayed as data 857, or business data is displayed as data 859.

  After the data collection screen is displayed, the next determination is made (S2720), and if the end display 845 is selected, this routine is once ended as it is. If it is in the input standby state, the data collection screen is displayed. If the update display 847 is selected, the tracking vehicle data input process (S2700) is performed again. Accordingly, the latest data of the tracking vehicle can be input from the host system 458 as appropriate.

Therefore, it is possible to promptly search for the destination of the offender who has caused the crime and is running away.
The above-described FIG. 60 is the description of the communicator normal process (S1420) of FIG. 33 that is utilized when a white bike or a police car is encountered during a normal patrol.

Next, an explanation will be given of the exchange guidance control process that is used when conducting guidance control at a checkpoint.
When the exchange guidance center in S1430 in FIG. 33 is activated, a guidance control menu is first displayed as shown in FIG. 61 (S3000). As shown in FIG. 62, the guidance control menu 1001 includes a guidance control target selection display 1003, a stop display 1005, and a guidance control list 1007. The guidance control list 1007 is provided here with a speed violation control display 1009, a load weight violation control display 1011, an overtaking method violation control display 1013, and an out-of-direction approach violation control display 1015.
After the guidance control menu is displayed, the next determination is made (S3010), and if the cancel display 1005 is selected, this routine is temporarily ended as it is. When the speed violation control display 1009 is selected, the speed violation control process described later is executed (S3020). When the load weight violation control display 1011 is selected, a load weight violation control process is executed (S3030), and when the overtaking method violation control display 1013 is selected, an overtaking method violation control process is executed (S3040). In the case where the designated direction entry violation check display 1015 is selected, the designated direction entry violation check process is executed (S3050).

  When the speed violation control process of S3020 is started, a speed violation control screen is first displayed as shown in FIG. 63 (S3100). As shown in FIG. 64, the speed violation control screen 1021 includes a speed violation control setting display 1023, a stop display 1025, a processing display 1027, and a setting list 1028. The setting list 1028 includes a speed measurement position display 1029, a speed measurement position display field 1031, a speed measurement apparatus display 1033, a speed measurement apparatus display field 1035, a speed measurement method display 1037, and a speed measurement method display field. 1039, a speed measurer name display 1041, and a speed measurer name display field 1043.

  After displaying the speed violation control screen, the next determination is made (S3110), and if the cancel display 1025 is selected, this routine is temporarily ended as it is. When the speed measurement position display field 1031 is selected, a speed measurement position input process described later is executed (S3120), and the process returns to the determination process (S3110). When the speed measurement device display field 1035 is selected, the speed measurement device input process is executed (S3130), and when the speed measurement method display field 1039 is selected, the speed measurement method input process is executed (S3140). ) When the speed measurer name display field 1043 is selected, a speed measurer name input process is executed (S3150). In the speed measurement position input process of S3120, a pen input frame (not shown) is first displayed, and the input speed measurement position is stored in the speed violation control memory 128I. The speed measurement position includes one in which address data is directly input by the input pen 155 and one in which address data based on data in the current position memory 128G is input. The speed measurement device input process (S3130), the speed measurement method input process (S3140), and the speed measurer name input process (S3150) all input data using a pen input frame (not shown) to control speed violation. Store in the memory 128I.

  If the process display 1027 is selected in S3110, a speed violation processing in-progress screen is displayed next (S3200). As shown in FIG. 65, the speed violation processing in-progress screen 1051 includes a speed violation processing in-progress display 1053, a stop display 1055, an end display 1057, an overspeed display 1059, an overspeed display field 1061, and a violation time display 1063. Violation time display field 1065, Violation vehicle data display 1067, Violation vehicle data display field 1069, License data input display 1071, License data input display field 1073, Violation ticket print display 1075, Print execution display 1077 And a violation processing data transmission display 1079 and a transmission execution display 1081.

  After the speed violation processing screen is displayed, the next determination is made (S3210), and if the stop display 1055 or the end display 1057 is selected, this routine is temporarily ended as it is. If there is an access other than the stop display 1055 or the end display 1057, the next process is repeated.

  First, when new vehicle speed data SSD is input to the violation processing memory 128J, vehicle speed measuring device data input processing is executed (S3220). In the vehicle speed measurement device data input process, the excess speed and violation time based on the vehicle speed data SSD are read from the violation processing memory 128J and displayed in the excess speed display field 1061 and the violation time display field 1065.

  If the violating vehicle data display field 1069 is selected, the violating vehicle data input process is executed next (S3230). If the license data input display field 1073 is selected, the license data input process is executed. If a violation ticket print display 1075 is selected, a violation ticket print process is executed (S3250). If a violation process data transmission display 1079 is selected, a violation process data transmission process is executed (S3260). ).

  In the violation vehicle data input process of S3230, a pen input frame (not shown) is displayed, and data such as the name and address of the offender is input. The input violation vehicle data is transmitted to the host system 458 and returned as detailed vehicle data. The vehicle data is displayed in the violation vehicle data display field 1069.

  In the license data input process of S3240, a pen input frame (not shown) is displayed, and the license number of the offender is input. The entered license number is transmitted to the host system 458 and returned as detailed license data. The license data is displayed in a license data input display field 1073.

In the violation ticket printing process of S3250, the violation process ticket is printed by the printer unit 5 and the print execution display 1077 is highlighted.
In the violation processing data transmission processing of S3260, the data input in the speed violation processing in-progress screen 1051 is transmitted to the host system 458. The host system 458 records the transmitted data and proceeds with procedures such as administrative punishment and criminal punishment.

  In the guidance control process of FIG. 61, when the load weight violation control process is activated, a load weight violation control screen is first displayed as shown in FIG. 66 (S3300). As shown in FIG. 67, the loaded weight violation control screen 1091 includes a loaded weight violation control setting display 1093, a cancel display 1095, a processing display 1097, and a setting list 1098. The setting list 1098 includes a weight measurement position display 1099, a weight measurement position display field 1101, a weight measurement apparatus display 1103, a weight measurement apparatus display field 1105, a weight measurement method display 1107, and a weight measurement method display field. 1109, a weight measurer name display 1111, and a weight measurer name display field 1113.

  After displaying the loading weight violation control screen, the next determination is made (S3310), and when the cancel display 1095 is selected, this routine is temporarily ended as it is. When the weight measurement position display field 1101 is selected, a loaded weight measurement position input process described later is executed (S3320), and the process returns to the determination process (S3310). When the weight measuring device display field 1105 is selected, the loaded weight measuring device input process is executed (S3330), and when the weight measuring method display field 1109 is selected, the loaded weight measuring method input process is executed. (S3340) When the weight measurer name display field 1113 is selected, a load weight measurer name input process is executed (S3350). In the loading weight measurement position input process of S3320, first, a pen input frame (not shown) is displayed, and the input loading weight measurement position is stored in the loading weight violation control memory 128K. There are two types of loading weight measurement positions: address data input directly by the input pen 155 and address data based on data in the current position memory 128G. The loaded weight measuring device input process (S3330), the loaded weight measuring method input process (S3340), and the loaded weight measurer name input process (S3350) all input data using a pen input frame (not shown), It is stored in the payload violation memory 128K.

  If the processing display 1097 is selected in the determination of S3310, the loading weight violation processing in-progress screen is displayed next (S3400). As shown in FIG. 68, the loading weight violation processing in progress screen 1121 includes a loading weight violation processing in-progress display 1123, a stop display 1125, an end display 1127, a maximum load weight display 1128, a maximum load weight display field 1129, Actual measurement weight display 1130, Actual measurement weight display field 1131, Violation confirmation time display 1133, Violation confirmation time display field 1135, Violation vehicle data display 1137, Violation vehicle data display field 1139, License data input display 1141 A license data input display field 1143, a violation ticket print display 1145, a print execution display 1147, a violation processing data transmission display 1149, and a transmission execution display 1151.

  After the loading weight violation processing screen is displayed, the next determination is made (S3410), and if the cancel display 1125 or the end display 1127 is selected, this routine is temporarily ended as it is. If there is an access other than the stop display 1125 or the end display 1127, the next process is repeated.

  First, when new vehicle weight data SJD is input to violation processing memory 128J, vehicle weight measuring device data input processing is executed (S3420). In the vehicle weight measurement device data input process, the actual measurement weight and the violation confirmation time based on the vehicle weight data SJD are read from the violation processing memory 128J, and the actual measurement weight display column 1131 and the violation confirmation time display column 1135 are read. indicate.

  If the violating vehicle data display field 1139 is selected, then the violating vehicle data input process is executed (S3430). If the license data input display field 1143 is selected, the license data input process is executed. If a violation ticket print display 1145 is selected (S3440), a violation ticket print process is executed (S3450). If a violation process data transmission display 1149 is selected, a violation process data transmission process is executed (S3460). ).

  In the violation vehicle data input process of S3430, a pen input frame (not shown) is displayed, and data such as the name and address of the offender is input. The input violation vehicle data is transmitted to the host system 458 and returned as detailed vehicle data. The vehicle data is displayed in a maximum load weight display field 1129 and a violation vehicle data display field 1139.

  In the license data input process of S3440, a pen input frame (not shown) is displayed, and the license number of the offender is input. The entered license number is transmitted to the host system 458 and returned as detailed license data. The license data is displayed in the license data input display field 1143.

In the violation ticket printing process of S3450, the violation processing ticket is printed by the printer unit 5 and the print execution display 1147 is highlighted.
In the violation processing data transmission processing of S3460, the data input in the loading weight violation processing in progress screen 1121 is transmitted to the host system 458. The host system 458 records the transmitted data and proceeds with procedures such as administrative punishment and criminal punishment.

  In the traffic riot process of FIG. 33, when the communicator accident process of S1440 is activated, an accident process menu is first displayed as shown in FIG. 69 (S4000). As shown in FIG. 70, the accident processing menu 1501 includes a stop display 1503, a perpetrator escape processing display 1505, a perpetrator unknown processing display 1507, a party unknown processing display 1509, and a party data input processing display 1511. ing.

  After displaying the accident processing menu, the next determination is made (S4010), and if the cancel display 1503 is selected, this routine is once ended as it is. If the perpetrator escape process display 1505 is selected, the perpetrator escape process described later is executed (S4020). If the perpetrator unknown process display 1507 is selected, the perpetrator unknown process is executed (S4030). If the party unknown process display 1509 is selected, the party unknown process is executed (S4040), and if the party data input process display 1511 is selected, the party data input process is executed (S4050).

  When the perpetrator escape process of S4020 is activated, as shown in FIG. 71, the perpetrator escape screen is first displayed (S4100). As shown in FIG. 72, the perpetrator runaway screen 1521 includes a stop display 1523, a processing mode selection display 1525, a pull-and-run display 1527, a pull-and-run display column 1529, an address and escape display 1531, a address and escape display column 1533, Perpetrator search display 1535, perpetrator search display field 1537, perpetrator data input display 1539, accident data input display 1541, perpetrator search request display 1543, and accident processing menu display 1545 are provided. .

  After the perpetrator escape screen is displayed, the next determination is made (S4110), and if the cancel display 1523 is selected, this routine is once terminated. Further, when the pull-and-run display column 1529 is selected, a pull-and-run process described later is executed (S4120). When the hit-and-run display column 1533 is selected, the hit and escape processing is executed (S4130), and the perpetrator When the search display field 1537 is selected, the perpetrator search process is executed (S4140). When the data input display 1539 about the perpetrator is selected, the data input process about the perpetrator is executed (S4150). When the accident data input display 1541 is selected, the accident data input process is executed (S4160), and when the perpetrator search request display 1543 is selected, the perpetrator search request process is executed ( Next, a data transmission process is executed (S4170).

  In the pulling escape process of S4120, a pulling escape process screen (not shown) is first displayed. On the hit-and-run processing screen, teaching items of the initial procedure when a hit-and-run case occurs are displayed. For example, teaching contents such as emergency deployment, on-site maintenance, victim relief processing, and reporting to an upper organization are described. The contents similar to the address escape process in S4130 are described.

  When the perpetrator search process of S4140 is activated, a perpetrator search process screen (not shown) is displayed. On the perpetrator search processing screen, teaching of how to obtain a clue about the perpetrator and an input screen are displayed. When the data input process regarding the perpetrator in S4150 is started, an input screen for data regarding the perpetrator is displayed, and the input data is stored in the perpetrator memory 128L.

  When the data input process related to the accident in S4160 is started, an unillustrated data input screen related to the accident is displayed. When data relating to an accident is input, the data is stored in the accident memory 128M.

  When the perpetrator search request process of S4170 is started, an edit screen for perpetrator search process data is displayed based on the data input in the perpetrator search process of S4140. In addition, an item for selecting a search range is displayed here.

When the processing of S4170 is completed, the data is transmitted to the host system 458 by the data transmission processing of S4180. The host system 458 transmits a search request for the perpetrator to the policer 1 within the designated range.
When accident processing (S4190) is selected in S4110, an accident processing menu is first displayed as shown in FIG. 73 (S4200). As shown in FIG. 74, the accident processing menu 1551 includes a record creation display 1553, a cancellation display 1555, an end display 1557, an accident processing menu display 1559, an accident occurrence position display 1561, and an accident occurrence position display. Field 1563, accident occurrence time display 1565, and accident occurrence time display field 156
7, a party name display 1569, a party name display field 1571, a site record list display 1573, and a site record list display field 1575.

  After displaying the accident processing menu, the next determination is made (S4210), and when the stop display 1555 or the end display 1557 is selected, this routine is temporarily ended as it is. If the accident occurrence position display field 1563 is selected, an accident occurrence position process described later is executed (S4220). If the accident occurrence time display field 1567 is selected, the accident occurrence position process is executed. When the occurrence time process is performed (S4230) and the party name display field 1571 is selected, the party name process is executed (S4240), and when the site record list display field 1575 is selected, The record list process is executed (S4250). The site record list process is continued until it is determined that the process is completed (S4260).

  In the accident occurrence position process of S4220, an occurrence position input screen (not shown) is displayed. An address based on the content of the current position memory 128G is displayed on the generation position input screen. In addition, a pen input frame for correcting and adding the address display by pen input is displayed. The input address data is stored in the accident memory 128M.

When the accident occurrence time process of S4230 is activated, an accident occurrence time input screen (not shown) is displayed. The input time data is stored in the accident memory 128M.
When the name processing of the party in S4240 is activated, a name input screen of the party (not shown) is displayed. The input name data is stored in the accident memory 128M.

  When the site record list process of S4250 is activated, the site record input screen is displayed. When input is made on this input screen, an on-site record that does not include omissions is created. The input data is stored in the accident memory 128M.

  If the record creation is selected in the determination in S4210, a record creation process is executed next (S4270). In the record creation process, an on-site record is created based on the contents of the accident memory 128 </ b> M and printed by the printer unit 5.

  With the above accident handling, the accident documentation can be created easily and without omissions. 75 is a flowchart of the police station processing routine, FIG. 76 is an explanatory diagram of the police box and the dispatch menu, FIG. 77 is a flowchart of the citizen service processing routine, FIG. 78 is an explanatory diagram of the citizen service screen, and FIG. FIG. 80 is an explanatory diagram of a permission / authorization screen, FIG. 81 is a flowchart of a guidance / control processing routine, FIG. 82 is an explanatory diagram of a guidance / control screen, FIG. 83 is a flowchart of a crime processing routine, and FIG. 85 is an explanatory diagram of a crime processing screen, FIG. 85 is a flowchart of an accident processing routine, FIG. 86 is an explanatory diagram of an accident processing screen, FIG. 87 is a security processing flowchart, and FIG. 88 is an explanatory diagram of a crime processing screen. These are executed by the policer 1.

When the police box / department menu display 513B is selected on the policer input screen of FIG. 30, the police box / departure process of S1330 of FIG. 32 is executed.
In the police box and dispatch station process, as shown in FIG. 75, a police box dispatch menu is first displayed (S5000).

  As shown in FIG. 76, the police box dispatch menu 2001 includes a stop display 2003, a police box dispatch police menu display 2005, a citizen service display 2007, a permit display 2009, a guidance control display 2011, a crime processing display 2013, an accident. A process display 2015 and a security process display 2017 are provided.

  After displaying the police box and the dispatch menu, the next determination is made (S5010), and when the cancel display 2003 is selected, this routine is once ended as it is. When the citizen service display 2007 is selected, the citizen service process described below is executed (S5020). When the permission display 2009 is selected, the authorization process is executed (S5030). When the display 2011 is selected, the guidance control process is executed (S5040). When the crime process display 2013 is selected, the crime process is executed (S5050), and the accident process display 2015 is selected. The accident process is executed (S5060), and when the crime prevention process display 2017 is selected, the crime prevention process is executed (S5070).

  When the citizen service process of S5020 is started, a citizen service screen is first displayed as shown in FIG. 77 (S5100). As shown in FIG. 78, the citizen service screen 2021 includes a stop display 2023, a road guidance display 2025, an acquisition processing display 2027, a complaint processing display 2029, and a road guidance data collection display 2031.

  After the display of the citizen service screen, the next determination is made (S5110), and when the cancel display 2023 is selected, this routine is once ended as it is. Further, when the route guidance display 2025 is selected, a route guidance process to be described later is executed (S5120), and when the acquired object processing display 2027 is selected, the acquired object process is executed (S5130). When the process display 2029 is selected, a complaint process is executed (S5140), and when the road guide data collection display 2031 is selected, a road guide data collection process is executed (S5150).

  In the road guidance process of S5120, a road guidance process screen (not shown) is displayed. The route guidance processing screen is provided with an entry field for a street guidance destination address and a street guidance destination name. In this route guidance process, when a name such as a route guidance destination is input, data and a map related to the name are displayed on the display surface 103C. Further, the display content is printed on the printer unit 5 by selection. Data for performing route guidance is stored in advance in the route guidance data memory 128N. Further, when the route guidance data memory 128N does not store data related to the guidance destination, it is received from the host system 458.

In the acquired material processing of S5130, an acquired material processing screen (not shown) is displayed, and notification of the acquired material is processed. The reported data is transmitted to the host system 458.
In the complaint process of S5140, notifications such as noise and nuisance are processed. In this complaint processing, the address and contact method of the corresponding government office are registered according to the processing content. In addition, by selecting a corresponding government office, a process for connecting a telephone is performed.

  In the route guidance data collection process of S5150, the family structure, occupation, address, etc. of the residents are input and stored in the route guidance data memory 128N. Further, processing for transmitting important matters to the host system 458 is performed.

  In the police station process shown in FIG. 75, when the permission / authorization process of S5030 is started, as shown in FIG. 79, a permission / authorization screen is displayed first (S5200). As shown in FIG. 80, the permission / authorization screen 2041 includes a cancel display 2043 and a permission / authorization item list 2045. Here, a road use permission display 2047 and a vehicle use permission display 2049 are displayed in the permission item list 2045.

  After the authorization screen is displayed, the next determination is made (S5210), and if the cancel display 2043 is selected, this routine is once terminated as it is. If the road use permission display 2047 is selected, a road use permission process described later is executed (S5220). If the vehicle use permission display 2049 is selected, a vehicle use permission process is executed (S5230). In the road use permission process of S5220, a process for accepting a notification requesting permission to use the road exclusively for construction or entertainment is performed. In this process, the notification acceptance work and related work such as contacting the upper part are executed.

  In the vehicle use permission process of S5230, a process for obtaining a vehicle having a particularly wide vehicle width or permission to use the vehicle for a purpose other than the use is performed. In this process, processes such as acceptance and contact with the upper part are performed.

  When the guidance control process of S5040 is activated, a guidance control screen is first displayed as shown in FIG. 81 (S5300). As shown in FIG. 82, the guidance control screen 2051 includes a stop display 2053, a guidance control content list 2055, a parking violation display 2057, an election violation display 2059, a garage violation display 2061, and a road traffic law violation display 2063. It has.

  After the guidance control screen is displayed, the next determination is made (S5310), and when the cancel display 2053 is selected, this routine is once ended as it is. When the parking violation display 2057 is selected, parking violation processing described later is executed (S5320). When the election violation display 2059 is selected, election violation processing is executed (S5330), and the garage violation When the display 2061 is selected, a garage violation process is executed (S5340), and when the road traffic law violation display 2063 is selected, a road traffic law violation process is executed (S5350).

  In the parking violation process of S5320, a parking violation process screen (not shown) is displayed. The parking violation processing screen includes an item for entering the number of the violating vehicle and a location for the violation. When the number of the violating vehicle is input, all data within the range known from this number is input from the host system 458. The violation location is displayed based on the content of the current location memory 128G. Also, a violation processing ticket issuing function and a function of transmitting violation processing ticket issuing data to the host system 458 are provided.

  In the election violation process of S5330, an election violation process screen (not shown) is displayed to assist the proper operation of the election. In the election violation processing, it is provided with a notice at the time of election, a function of displaying an example of an election violation, a function of inputting a violation, and a function of transmitting a report to the upper part.

  In the garage violation process of S5340, a vehicle that is violating the garage law is found and a violation process ticket issuance process is performed. When finding a vehicle that is violating the Garage Law, enter the data of the garage registration certificate and display the relevant data, and determine whether the current parking position is objectively appropriate And a warning function.

The road traffic law violation processing of S5350 has a function of inputting violation content, printing a foul ticket, and transmitting the foul ticket content to the host system 458.
For example, it detects violations of pedestrian protection, one-way violations, and issues warnings for neglected bicycles.

  When the crime process of S5050 is activated, a crime process screen is first displayed as shown in FIG. 83 (S5400). As shown in FIG. 84, the crime processing screen 2071 includes a cancel display 2073 and a processing content list 2075. The processing content list 2075 includes a report acceptance procedure display 2077, a record creation display 2079, an on-site process display 2081, and an upper report display 2083.

  After the display of the crime processing screen, the next determination is made (S5410), and when the cancel display 2073 is selected, this routine is temporarily ended as it is. When the message acceptance procedure display 2077 is selected, a message acceptance procedure process described later is executed (S5420). When the record creation display 2079 is selected, a record creation process is executed (S5430). When the on-site process display 2081 is selected, the on-site process is executed (S5440), and when the upper report display 2083 is selected, the upper report process is executed (S5450).

  In the notification acceptance procedure processing of S5420, a notification acceptance screen (not shown) is displayed. On the report acceptance screen, a report input field is provided, and the contents of the report are stored in the report memory 128O. The report input field has a selection input method from a crime list and a related matter list. In the crime list, thieves such as empty nests, shoplifting and bargains, robberies, injuries, murders, etc. are displayed. In the related item list, a list of place names, dates and times is displayed. In the report acceptance procedure, data such as crime contents, parties, location, and time are entered.

  In the record creation process of S5430, first, the contents of the report acceptance memory 138O are read and the report items are displayed. Next, after editing the report items, a crime record is created. The criminal record is printed by the printer unit 5 and transmitted to the host system 458.

  In the on-site processing of S5440, a teaching screen that must be performed at the crime scene and a data input screen are displayed. For example, the maintenance method at the site, the contents of the interview, etc. are displayed. The input data is stored in the notification memory 128O.

  In the upper report process of S5450, the upper report list is displayed, and when connection is executed, data is transmitted to the selected report destination. Alternatively, a telephone is connected. For example, contact to the fire department to rescue the injured person, contact to the fire department to digest the fire, contact to the police department to arrange serious offenders.

  When the accident process of S5060 is activated, an accident process screen is first displayed as shown in FIG. 85 (S5500). As shown in FIG. 86, the accident processing screen 2091 includes a cancel display 2093 and a processing content list 2095. The processing content list 2095 includes a report acceptance procedure display 2097, an on-site process display 2099, a record creation display 2101, an upper report display 2103, a fire department report display 2105, and other report displays 2107.

  After the display of the accident processing screen, the next determination is made (S5510), and when the cancel display 2093 is selected, this routine is once ended as it is. When the message acceptance procedure display 2097 is selected, a message acceptance procedure process described later is executed (S5520), and when the field process display 2099 is selected, the field process is executed (S5530). When the creation display 2101 is selected, the record creation process is executed (S5540). When the upper report display 2103 is selected, the upper report process is executed (S5550), and the fire department report display 2105 is selected. In the case where the notification is made, the fire department notification process is executed (S5560). When the other notification display 2107 is selected, the other notification process is executed (S5570).

  In the notification acceptance procedure processing in S5520, a notification acceptance screen (not shown) is displayed. On the report acceptance screen, a report input field is provided, and the contents of the report are stored in the report memory 128O. The report input field has a selection input method from the accident list and the related items list. In the accident list, traffic accidents, fire accidents, injury accidents, property damage accidents, animal-related accidents, etc. are displayed. In the related item list, a list of place names, dates and times is displayed. In the report acceptance procedure, data such as accident details, parties, location, and time are entered.

  In the record creation process of S5540, first, the contents of the report acceptance memory 138O are read and the report items are displayed. Then, after editing the report items, prepare an accident record. The accident report is printed by the printer unit 5 and transmitted to the host system 458.

  In the on-site processing of S5530, a teaching screen that must be performed at the accident site and a data input screen are displayed. For example, the maintenance method at the site, the contents of the interview, etc. are displayed. The input data is stored in the notification memory 128O.

  In the upper report process of S5550, the upper report list is displayed, and when connection is executed, data is transmitted to the selected report destination. Alternatively, a telephone is connected. Here, you will be connected to the top of the selected police to report the accident details.

In the fire department notification process in S5560, a process for promptly contacting the fire department is performed in order to urgently execute an injured person, a fire, a disaster rescue, or the like.
In the other notification processing of S5570, a notification list is displayed, and when connection is executed, data is transmitted to the selected notification destination. Alternatively, a telephone is connected. For example, it is connected to a fire department for reporting a fire, disaster prevention, injury relationship, a health center or an animal protection center for protecting animals, a zoo, a citizen service section of a city hall, or the like.

  When the security process of S5070 is activated, a security process screen is first displayed as shown in FIG. 87 (S5600). As shown in FIG. 88, the security processing screen 2111 includes a stop display 2113 and a processing content list 2115. The processing content list 2115 includes an area data collection display 2117 and a gazette activity display 2119.

  After the display of the security processing screen, the next determination is made (S5610), and when the cancel display 2113 is selected, this routine is once ended as it is. When the regional data collection display 2117 is selected, the regional data collection process described later is executed (S5620). When the bulletin activity display 2119 is selected, the publication activity process is executed (S5630).

  In the regional data collection process of S5620, a regional data collection screen (not shown) is displayed. The area data collection screen is provided with an area data input field, and the collected contents are stored in the route guidance data memory 128N.

In the publication activity process of S5630, the contents of the public relation memory 128P are displayed.
The data in the public information memory 128P is appropriately updated by the host system 458. For example, contents to be publicized during the traffic safety period are input.

89 is a flowchart of the police map control processing routine, FIG. 90 is a flowchart of the emergency call processing routine, FIG. 91 is a flowchart of the main call processing routine, FIG. 92 is a flowchart of the policeman call processing routine, and FIG. FIG. 94 is a policeman neighborhood display processing routine flowchart, FIG. 95 is a police map printing processing routine flowchart, FIG. 96 is a master call processing routine flowchart, and FIG. FIG. 98 is a flowchart of the call reception control processing routine, FIG. 99 is a flowchart of the policer position notification processing routine, and FIG. 100 is a flowchart of the policeman position grasp processing routine.
When the police map control process shown in FIG. 89 is started by the dispatch control device 437, a determination is first made (S6000). In the determination, the input from the console table 25 is monitored.

Here, when the number button 431G or the correction button 431I is pressed, a number input process is performed (S6010). The input number is stored in the input memory 437A.
If it is determined in S6000 that the execution button 431H has been pressed, an execution process is performed (S6020). In the execution process, a state waiting for execution is advanced in various processes described later.

  If it is determined in S6000 that the main call button 431A is pressed, the main call processing described below is executed (S6040). If it is determined that the emergency call button 431B is pressed, the emergency call button 431B is pressed. When the calling process is executed (S6030) and it is determined that the entire jurisdiction display button 431C is pressed, the entire jurisdiction display process is executed (S6060), and it is determined that the policeman neighborhood map display button 431D is pressed The policeman neighborhood map display process is executed (S6070). When the policeman call button 431E is pressed, the policeman call process is executed (S6050). When the police map print button 431F is pressed, A police map printing process is executed (S6080).

  When the emergency call process of S6030 is activated, police call emergency call signal output is first executed as shown in FIG. 90 (S6100). In the police call emergency call signal output, the police call emergency call signal PKY is output from the antenna 453 by outputting it to the wireless transmission device 451 via the man interface 439. As a result, the police call emergency call signal PKY is output around the dispatching station 469. The police call emergency call signal PKY is received by the master callers 17 and 19, as will be described later.

  Next, an emergency call is made to the main office (S6110). The emergency call at the main office first outputs the main office emergency call signal HKY to the main office controller 443 via the man interface 439. Next, the head office control device 443 performs an emergency call to the head office command device 459 of the main office 457 via the public digital communication line 455. As a result, the head office control device 443 and the head office command device 459 are turned on via the public digital communication line 455. Accordingly, a person at the dispatching station 469 and a person at the main office 457 are in a state of performing a mutual call using images and sound.

  Next, the policeman position is input (S6120). The position of the policeman is input from the policeman position memory 437B. The policeman position data in the policeman position memory 437B is updated by a policer position notification process described later with reference to FIG.

After inputting the position of the policeman, sorting is performed in the order of time to return to the next (S6130). This sorting is executed after the policeman position data is converted into the time until return by the return time table 437TA. As a result, policemen are arranged in the order of short arrival time.
Next, the policeman makes an emergency call (S6140). In the policeman emergency call transmission, policeman emergency call signals are output in the order of short return time. First, the first policer 1 is called via the public communication line 461, and a policeman emergency call signal is output.

  Next, it is determined whether or not all the members have been transmitted (S6150). If all the members have not been transmitted, an emergency call signal is output to the next policeman. The policer 1 that has received the policeman emergency call signal writes that the policeman emergency call has occurred in the emergency call memory 128Q. The contents of the emergency call memory 128Q are monitored by a master call processing routine of FIG. 96 described later and other routines.

  When the head office call process of S6040 is activated, a call signal is first transmitted to the head office as shown in FIG. 91 (S6200). First, the head office call signal MKY is output to the head office controller 443 via the man interface 439. Next, the head office control device 443 performs a head office call to the head office command device 459 of the main office 457 via the public digital communication line 455. As a result, the head office control device 443 and the head office command device 459 are turned on via the public digital communication line 455.

Next, it is determined whether there is a response (S6210). If there is a response, image communication is started (S6220). As a result, a person at the dispatching station 469 and a person at the main station 457 are in a state of performing a mutual call using images and sound.
The image communication continues until it is determined that the communication is finished (S6230). The end determination is based on the end signal from the head office command device 459.

When the policeman call process of S6050 is started, as shown in FIG. 92, a determination is first made (S6300). In the determination, an input from the console table 25 is monitored.
Here, when the number button 431G or the correction button 431I is pressed, a number input process is performed (S6010). The input number is stored in the input memory 437A.

  If it is determined in S6000 that the execution button 431H has been pressed, policeman call processing for the selected number is performed (S6320). In the policeman call processing, first, the policer 1 corresponding to the number stored in the input memory 437A is obtained. Next, the corresponding policer 1 is called. The policer 1 is called through the public communication line 461. The policer 1 that has received the call stores the contents in the policeman call memory 128R and responds to the call by call reception control described later with reference to FIG.

  As a result of the call, it is determined whether or not there is a response (S6330). If not, it is determined whether or not contact can be made next (S6340). As a result of determining whether or not contact is made, if it is not possible to determine that contact cannot be made, it is determined again whether there is a response (S6330). Further, when the state where contact cannot be made continues for a predetermined time, for example, 20 seconds, it is determined that the state cannot be contacted, and an announcement is made next that contact cannot be made (S6350).

  If there is a response, voice communication is started (S6360). As a result, voice communication can be performed between the microphone 404 and the policer 1 via the public communication line 461 and the wireless telephone network 476.

The voice communication is performed until it is determined that the communication is finished (S6370). The end determination is made based on the end signal from the policer 1.
When the entire jurisdiction display process of S6060 is activated, as shown in FIG. 93, an entire jurisdiction map is first displayed (S6400). The entire jurisdiction map is read from the bird's eye view table 437 TB and displayed on the police map display 401. The bird's-eye view table 437TB stores in advance bird-viewing data for the entire jurisdiction, and is updated by a bird's-eye view correction process (not shown).

Next, the position of the policeman is input (S6410). The position of the policeman is input from the policeman position memory 437B.
Next, the policeman is displayed in the entire jurisdiction map (S6420). In this process, as shown in FIG. 23, the numbers in the identification number display 409 are displayed on the display surface 415 as in the display 409A.

  The policeman display is continued until a break is made (S6430). The determination that a break has occurred is made when processing for displaying a drawing other than the entire jurisdiction map on the police map display 401 is performed.

With the above overall jurisdiction map display, a bird's-eye view of the entire jurisdiction is displayed, and the policeman is displayed at a glance.
When the policeman neighborhood map display process of S6070 is started, a determination is first made as shown in FIG. 94 (S6500). Here, when the number button 431G or the correction button 431I is pressed, a number input process is performed (S6510). The input number is stored in the input memory 437A.

  If it is determined in S6500 that the execution button 431H has been pressed, the position of the policeman of the selected number is detected (S6520). The policeman position is read from the policeman position memory 437B.

  Next, a region map in the vicinity of the detection position is displayed (S6530). The regional map data is input from the bird's eye view table 437TB. The display is performed on the police map display 401. For example, as shown in FIG. 23, a regional map 2201 is displayed.

Next, the policeman is displayed in the regional map 2201 (S6540). This displays the number of the identification number display 409 on the display surface 415 like the display 409A.
After the display, it is determined whether or not there is a break (S6550). Until there is a break, the area map 2201 is displayed and a policeman is displayed.

With the policeman neighborhood display described above, the current position of a predetermined policeman can be displayed together with a detailed bird's-eye view.
When the police map printing process in S6080 is started, as shown in FIG. 95, display screen data is first input (S6600). Next, printing is performed (S6610). As a result, the image on the display surface 415 is printed out from the post map printer 441.

  The master call processing routine of FIG. 96 is started by the policer 1 every predetermined time. First, it is determined whether the master call is “ON” (S7000). This determination is made based on the setting contents of the master call setting memory 127Q. The contents of the master call setting memory 127Q are set in advance by a setting process (not shown). When using a master call, set the master call “ON”, and when not using it, set “OFF”.

  If the master call is not “ON”, this routine is terminated as it is. On the other hand, if it is “ON”, policeman emergency call input is performed (S7010). The emergency call input data is input from the emergency call memory 128Q.

  After the emergency call is input, it is determined whether or not there is an emergency call (S7020). If there is an emergency call, the master emergency call is transmitted (S7030). In the master emergency call transmission, a police call emergency call signal PKY is output to the master call 126. Master call 126 wirelessly transmits a police call emergency call signal PKY to the surroundings via antenna 126A. As a result, the police call emergency call signal PKY is output around the police call 1. The police call emergency call signal PKY is received by the master callers 17 and 19, as will be described later.

If it is determined in S7020 that there is no policeman emergency call, then a policeman call is input (S7040). This input is performed from the policeman call memory 128R.
Next, it is determined whether or not the input call is a registered policeman call (S7050), and if it is a registered call, master call transmission is performed (S7060). The determination as to whether it is registered is made based on the contents of the master call setting memory 127Q. In the master call, a master call signal MY including the ID numbers of the master callers 17 and 19 is output to the master call 126. Master call 126 transmits it from antenna 126A. When this master call signal MY is output, as will be described later, the master callers 17 and 19 receive it, and if it matches the own ID number, the call signal is output by sound and light.

The master cola control processing routine of FIG. 97 is executed at predetermined time intervals by the master colars 17 and 19.
First, it is determined whether there is a police call emergency call signal (S7100). If there is a police call emergency call signal PKY, an emergency call sound is output (S7110). In emergency call sound output, an emergency call signal output is applied to the speaker 321 and the display LED 319. As a result, an emergency ringing tone and light are output around the master colas 17 and 19.

  If there is no police call emergency call signal, it is then determined whether or not there is a master call (S7120). If there is no master call, this routine is once terminated. If there is a master call, the master call sound is output next (S7130). In the master call determination, when the ID number included in the master call signal is a predetermined ID, it is determined that there is a master call. In the master ringing tone output, the ringing tone is output to the speaker 321 and the display LED 319.

  The call reception control processing routine of FIG. 98 is executed by the policer 1 every predetermined time. First, it is determined whether there is a call (S7200). When it is determined that there is a call, it is a case where a call signal is input from the wireless telephone network 476. Here, when it is determined that there is no call, this routine is once ended as it is. If it is determined that there is a call, the contents of the call are input next (S7210). Next, the call content is determined (S7200). If the call content is an emergency call, the emergency call memory 128Q is set (S7230). If the call content is a policeman call, a policeman ID is set in the policeman call memory 128R (S7240). If it is neither, the process is terminated as it is.

  The policer position notification processing routine of FIG. 99 is executed by the policer 1 every predetermined time. First, position coordinates and altitude are input (S7300). This is input from the current position memory 128G. Next, it is determined whether or not it has moved from the previous position (S7310). If it has not moved, this routine is once terminated. If it is moving, the current position NE and altitude H are transmitted to the police map system 23 together with the policeman ID (S7320). By this routine, the police map system 23 can always grasp the position of the policeman.

  The policeman position grasping processing routine of FIG. 100 is started by the police map system 23 every predetermined time. First, it is determined whether the current position from the policer has been received (S7400). If it has not been received, this routine is once terminated as it is. If it has been received, then the policeman ID, the current position NE, and the altitude H are extracted (S7410). Next, the extracted data is stored in the policeman position memory 737B (S7420). As a result, the police map system 23 can display the current position of the policeman in real time.

  The portable policer system 13 and the police map system 23 described above provide a system useful for performing the duties of a police officer. In addition, improve the serviceability of the station.

It is a block diagram which illustrates the basic composition of the portable communicator of a 1st form. It is a block diagram which illustrates the basic composition of the portable communicator of a 2nd form. It is a block diagram which illustrates the fundamental structure of the monitoring apparatus of the portable communicator of a 3rd form. It is a block diagram which illustrates the fundamental structure of the monitoring apparatus of the portable communicator of a 4th form. It is a block diagram which illustrates the fundamental structure of the monitoring apparatus of the portable communicator of a 5th form. It is a block diagram which illustrates the basic composition of the portable communicator of a 6th form. It is a block diagram which illustrates the basic composition of the portable communicator of a 7th form. It is a block diagram which illustrates the basic composition of the calling apparatus of an 8th form. 1 is a perspective view of a policer 1. FIG. 1 is a perspective view of a policer 1. FIG. 2 is a perspective view of a GPS unit 3. FIG. 2 is a perspective view of a printer unit 5. FIG. 2 is a perspective view of an image scanner unit 7. FIG. 3 is a perspective view of an eye camera unit 9. FIG. 1 is a perspective view of a portable policer 11. FIG. 2 is a perspective view of a portable policer system 13. FIG. 2 is a block diagram of a control circuit 15 of the policer 1. FIG. 2 is a perspective view of a master cola 17. FIG. It is explanatory drawing of ID number 17A of the master cola 17. FIG. It is explanatory drawing of the master cola 19. FIG. 2 is a perspective view of a wireless LAN unit 21. FIG. It is explanatory drawing of the portable policer system. 3 is a perspective view of a police map system 23. FIG. It is explanatory drawing of the console table 25 of the police map system 23. FIG. 3 is a block diagram of a police map system 23. FIG. It is explanatory drawing of the police map system 23. FIG. It is a flowchart of a vehicle speed measuring device data output processing routine. It is a flowchart of a vehicle weight measuring device data output processing routine. It is a flowchart of a wireless LAN data input processing routine. It is explanatory drawing of a police skater menu screen. It is explanatory drawing of a police skater menu screen. It is a flowchart of a policer control process routine. It is a flowchart of a traffic riot police processing routine. It is explanatory drawing of a transportation riot police menu. It is a flowchart of an alternator normal processing routine. It is explanatory drawing of an exchange normal menu. It is a flowchart of a guidance processing routine. It is explanatory drawing of a guidance process menu. It is a flowchart of a vehicle number input process routine. It is explanatory drawing of a vehicle number input screen. It is a flowchart of a name input processing routine. It is explanatory drawing of a name input screen. It is a flowchart of a guidance content selection processing routine. It is explanatory drawing of a guidance content selection screen. It is a flowchart of a parking guidance processing routine. It is explanatory drawing of a parking guidance screen. It is a flowchart of a control process routine. It is explanatory drawing of a control menu. It is a flowchart of a name input (license input) processing routine. It is explanatory drawing of a name input (license input) menu. It is a flowchart of a control content selection processing routine. It is explanatory drawing of a control content selection screen. It is a flowchart of a parking stop method violation processing routine. It is explanatory drawing of a parking and stop violation processing screen. It is a flowchart of a tracking vehicle data input processing routine. It is explanatory drawing of a tracking vehicle data input screen. It is a flowchart of a wide area arrangement processing routine. It is explanatory drawing of a wide area arrangement screen. It is a flowchart of a data collection process routine. It is explanatory drawing of a tracking vehicle data input screen. It is a flowchart of a guidance control process routine. It is explanatory drawing of a guidance control menu. It is a flowchart of a speed violation control processing routine. It is explanatory drawing of a speed violation control screen. It is explanatory drawing of the screen during speed violation processing. It is a flowchart of a loading weight violation control processing routine. It is explanatory drawing of a screen during loading weight violation processing. It is explanatory drawing of a screen during loading weight violation processing. It is a flowchart of an accident processing processing routine. It is explanatory drawing of an accident process menu. It is a flowchart of a perpetrator escape processing routine. It is explanatory drawing of a perpetrator escape screen. It is a flowchart of an accident processing routine. It is explanatory drawing of an accident process menu. It is a flowchart of an police box origin processing routine. It is explanatory drawing of a police box and a dispatch menu. It is a flowchart of a citizen service processing routine. It is explanatory drawing of a citizen service screen. It is a flowchart of an authorization processing routine. It is explanatory drawing of an authorization screen. It is a flowchart of a guidance control process routine. It is explanatory drawing of a guidance control screen. It is a flowchart of a criminal processing routine. It is explanatory drawing of a crime processing screen. It is a flowchart of an accident processing routine. It is explanatory drawing of an accident process screen. It is a crime prevention processing flowchart. It is explanatory drawing of a security process screen. It is a flowchart of a police map control processing routine. It is a flowchart of an emergency call processing routine. It is a flowchart of a main office call processing routine. It is a flowchart of a policeman call processing routine. It is a flowchart of a jurisdiction whole area display processing routine. It is a flowchart of a policeman neighborhood diagram display processing routine. It is a flowchart of a police map printing process routine. It is a flowchart of a master call processing routine. It is a flowchart of a master cola control processing routine. It is a flowchart of a call reception control processing routine. It is a flowchart of a policer position notification processing routine. It is a flowchart of a policeman position grasping process routine.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Policator 3 ... GPS unit 5 ... Printer unit 7 ... Image scanner unit 9 ... Eye camera unit 11 ... Portable policer 13 ... Portable policer system 17, 19 ... Master cola 21 ... Wireless LAN unit 23 ... Police map system 25 ... Console Table 126 ... Master call 351 ... Wireless LAN unit 357 ... LAN network control unit

Claims (1)

A map system in which a casing that wirelessly transmits position data composed of coordinate data output from a GPS unit and identification data moves within a jurisdiction area,
A current position table for receiving and storing position data composed of coordinate data wirelessly transmitted from the housing and identification data;
A display device installed at the predetermined position in the jurisdiction area;
A selection switch provided at an operation position of the display device;
A video camera for photographing the operation position of the display device;
A microphone for inputting sound at the operation position of the display device;
First call signal transmitting means for transmitting a first call signal when the selection switch is operated;
A call signal receiving means provided at a position different from the predetermined position in the jurisdiction area for receiving the first call signal transmitted from the first call signal transmitting means;
When the call signal receiving means receives the first call signal, the head office command means for performing bidirectional communication between an image and sound between the video camera and the microphone;
When the selection switch is operated, the plurality of position data stored in the current position table are sorted based on the coordinate data of the position data in ascending order of time to reach the position of the display device, Second call signal output means for outputting a second call signal based on the identification data of the position data having the shortest time to reach the position of the display device based on the sorting result;
Map system, characterized in that it comprises a.

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