JPH11234191A - Communication control device and storage medium - Google Patents

Abstract

(57) [Summary] [PROBLEMS] Even if data communication is interrupted in the middle of wireless data communication through a communication impaired area where radio waves do not reach, it is not necessary to restart data communication from the beginning when resuming the communication. To SOLUTION: When moving by a means of transportation such as a railway, a CPU 2 performs processing based on current position data, map information and the like.
Judge the means of travel and the route, and select from the database of the communication obstacle area the communication obstacle area data of the communication obstacle area that exists on the movement path and arrives at the shortest from the current position, and determines the time required for arrival. calculate. And CPU2
During the wireless data communication, if the required arrival time is shorter than a predetermined time, the communication information necessary to restore the communication state at this time is stored, the data communication is interrupted, and the communication is stopped. When data communication becomes possible after passing through the obstacle area, control is performed so that the communication information is read, data communication is resumed, and the communication state before interruption is restored.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a portable telephone and a PHS
The present invention relates to a communication control device capable of wirelessly communicating data such as e-mail via the like and a storage medium for storing a processing program for the communication control device.

[0002]

2. Description of the Related Art In recent years, portable terminal devices such as notebook PCs and personal digital assistants, and PHS (Personal Handyphone System)
m), with the development of mobile communication means such as mobile phones, composite terminals integrating these functions have become widespread. Behind this is the explosive spread of the Internet and intranets, and the WWW (World Wi-Fi)
de Web) Access to the server, use of e-mail, etc.
It is indispensable not only for work but also for private communication. In particular, wireless data communication using the travel time of the Shinkansen (moving means) is highly convenient for business, leisure, and the like.

[0003]

However, in conventional wireless data communication using a cellular phone or the like, there is a problem in line quality depending on the communication location as compared with wired data communication. The line was sometimes disconnected. In particular, in wireless data communication using travel time by the Shinkansen, for example, when passing through a tunnel (communication obstruction area) where radio waves do not reach, the communication line is surely disconnected. Had to redo the connection procedure.

[0004] An object of the present invention is to provide a method for resuming data communication from the beginning even if the data communication is interrupted during a wireless data communication process through a communication impaired area such as a tunnel where radio waves do not reach. That is, there is no need to start over.

[0005]

According to the first aspect of the present invention, there is provided a communication control apparatus capable of performing wireless data communication when moving by a predetermined moving means. Position detection means for detecting the current position of the vehicle as current position data, storage means for storing the position of a communication impairment area where radio waves do not reach as communication impairment area data, and determining a moving route along which the moving means moves. Route determining means, speed detecting means for detecting a moving speed of the moving means, and from the communication obstacle area data stored in the storage means, which is present on the moving route and arrives at the shortest from the current position. Selecting means for selecting communication-disabled area data of a communication-disabled area, and the communication-disabled area data selected by the selecting means during wireless data communication; Based on the location data and the traveling speed, the time required to reach the communication-disturbed area is calculated, and if the required time is shorter than a predetermined time, it is necessary to restore the communication state at this time. In the case where the communication information is stored and the data communication is interrupted and the data communication becomes possible after passing through the communication obstacle area, the communication information is read and the data communication is resumed and interrupted. Communication control means for restoring the previous communication state.

According to the communication control device of the first aspect of the present invention, when moving by the predetermined moving means, the position detecting means detects the current position of the communication control apparatus as current position data, and the route determining means Determining a moving path along which the moving means moves, speed detecting means detecting a moving speed of the moving means, and storing means for storing a position of a communication impaired area where radio waves cannot reach as communication impaired area data. And from these data on the communication impairment area,
The communication control unit selects communication impaired area data of a communication impaired area which is present on the moving route and arrives at a shortest distance from a current position, and the communication control unit determines the communication impaired area selected by the selecting unit during wireless data communication. Based on the data, the current position data, and the moving speed, a required time to reach the communication obstacle area is calculated, and if the required time is shorter than a predetermined time, the communication state at this time is restored. The communication information necessary for the communication is stored, and the data communication is interrupted.When the data communication becomes possible after passing through the communication obstacle area, the communication information is read and the data communication is restarted. , To restore the communication state before the interruption.

Therefore, before reaching a communication failure area where radio waves do not reach, the communication failure area is detected and data communication is automatically interrupted, and data communication is automatically resumed from the state before the interruption when passing through the communication failure area. To do so, the user
Even if the communication line is disconnected after passing through the communication failure area during the wireless data communication, it is not necessary to restart the data communication from the beginning. Therefore, the user can perform wireless data communication even while moving by the mobile means, without having to worry about passing through the communication obstacle area.

According to a sixth aspect of the present invention, there is provided a communication control apparatus capable of performing wireless data communication when moving by a predetermined moving means, wherein the communication control apparatus measures a moving elapsed time elapsed since the moving means departed from a predetermined point. Time measuring means for measuring, and in a moving route on which the moving means moves, in a communication obstacle area where radio waves do not reach, required arrival time required from departure from the predetermined point until reaching, and reaching the communication obstacle area. Time storage means for storing the required transit time required from the start to the departure, respectively, in association with the travel route, and a time obtained by subtracting the required travel time from the required travel time by a predetermined time during the wireless data communication. By the way, the communication information necessary for restoring the communication state at this time is stored, the data communication is interrupted, and the Communication control means for reading the communication information, resuming data communication, and restoring the communication state before the interruption when a time obtained by adding the required arrival time and the required transit time has passed. It is characterized by:

According to the communication control apparatus of the present invention, when moving by the predetermined moving means, the time measuring means:
The elapsed time elapsed since the moving means departed from the predetermined point is measured, and the time storage means, on a moving route along which the moving means moves, in a communication obstacle area where radio waves do not reach,
The time required to reach the vehicle after departure from the predetermined point, and the time required to pass from the time when the vehicle arrives at the communication obstacle area to the time when the vehicle leaves the communication area are stored in association with the travel route, and the communication time is stored. The control means stores the communication information necessary for restoring the communication state at this time, when the movement elapsed time becomes a time obtained by subtracting a predetermined time from the required arrival time during the wireless data communication, When the data communication is interrupted and the travel elapsed time exceeds a time obtained by adding the required arrival time and the required transit time, the communication information is read and the data communication is resumed, and the communication state before the interruption is performed. To restore.

[0010] Therefore, before reaching the communication obstacle area where radio waves do not reach, the communication obstacle area is detected and the data communication is automatically interrupted, and the data communication is automatically restarted from the state before the interruption when passing through the communication obstacle area. To do so, the user
Even if the communication line is disconnected after passing through the communication failure area during the wireless data communication, it is not necessary to restart the data communication from the beginning. For this reason, the user can perform wireless data communication even while moving by the mobile means, without much concern about passing through the communication obstacle area. Further, since the position detecting means for detecting the current position as the current position data becomes unnecessary, the configuration of the communication control device can be simplified.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to FIGS.

[First Embodiment] FIG. 1 is a block diagram showing a configuration of a portable information terminal device according to a first embodiment of the present invention.

[0013] The portable information terminal device 1 of this embodiment comprises:
A main body 10 including a CPU 2, a program storage device 3 having a storage medium 3a, a RAM 4, a display unit 5a, an audio output unit 5b, an input unit 6, a communication control unit 7, and the like are provided with a database storage device 11 and a position detection device 12. It is configured by connecting.

The portable information terminal device 1 is capable of wirelessly communicating data such as e-mail via mobile communication means such as a mobile phone or a PHS, for example, when moving by means of transportation such as a railway. And a portable information terminal such as a portable information terminal. Various types of the portable information terminal device 1 are assumed depending on the use and form, but any type of device as long as it has at least the above configuration can be applied.

CPU (Central Proccessing Unit) 2
Is a program storage device 3 using the RAM 4 as a work area.
In accordance with a control program and control data stored in the CPU 10, various arithmetic processes and control of each unit of the main body 10 are performed.

The program storage device 3 has a storage medium 3a in which a control program, control data and the like are stored in advance. This storage medium 3a is constituted by a magnetic or optical storage medium or a semiconductor memory. The storage medium 3a is provided fixedly in a storage device,
Alternatively, it is detachably mounted.

A RAM (Random Access Memory) 4 is a C
It has a work area for storing various control programs, control data, processing results, and the like that are processed by the PU2. The display unit 5a performs display on a display screen such as an LCD (Liquid Crystal Display) based on display data input from the CPU 2. The voice output unit 5b outputs voice guidance and the like based on voice output data input from the CPU 2. The input unit 6
It is composed of devices such as a keyboard having cursor keys, numeric input keys and various function keys, and a pointing device such as a mouse or a tablet, and outputs various inputs from these devices to the CPU 2. The communication control unit 7 includes an interface for connecting the portable information terminal device 1 to a data communication line, a control circuit for performing various controls related to data transmission, and the like. Through
Control connection to data communication line.

The position detecting device 12 detects the current position of the portable information terminal device 1 which is moved by a moving means such as a railway, and outputs the detected current position data to the CPU 2. This position detection device 12 is, for example,
GPS (Global
Positioning System). This GPS device includes an antenna for receiving radio waves from GPS satellites, and calculates the current position (latitude and longitude) based on data from a plurality of GPS satellites received via the antenna. When the moving means is a car provided with a car navigation system using a GPS device, it is also possible to use a GPS device mounted on the car navigation system.

The database storage device 11 stores, for example, C
It is composed of various storage media such as DROM, HDD, and memory card. This database storage device 11
The database stores, for example, a database relating to a communication failure area where radio waves do not reach, such as a tunnel information database 11a (FIG. 2), and map information indicating roads and track positions. The database storage device 11
Can be configured integrally with the program storage device 3 described above.

Next, a tunnel information database 11a as an example of a database relating to a communication failure area stored in the database storage device 11 will be described with reference to FIG.
This will be described with reference to FIG.

FIG. 2 shows the data structure of the tunnel information database.

In FIG. 2, the tunnel information database 11a includes “route name”, “tunnel name”, “entrance / exit”, “latitude”, “longitude”, “time required for passage”, and “ It is constituted by having a plurality of data associated with “time”. Although a large number of data are registered in the tunnel information database 11a in advance, the user can register other data as necessary.

In the tunnel information database 11a, all the railway lines (moving routes) that the user may use when traveling by rail (moving means), such as the Tokaido Shinkansen, are registered in the "route name".
In the “tunnel name”, all tunnels (communication obstruction areas) existing on the route registered in the “route name” are registered. Then, for all tunnels registered in the “tunnel name”, “latitude” and “longitude” indicating the position of the entrance of the tunnel (the position at which a communication failure starts because radio waves do not reach) and the position of the exit (communication failure) "Location" where the distance is resolved) and "longitude" indicating the time required to pass through the tunnel and "time required from the starting station to the entrance of the tunnel" Various data such as "time" are registered. Based on these data, it becomes a criterion for determining whether the communication should be continued or temporarily suspended (suspended) during the communication, a required time from the current position to the communication failure area, and a criterion for restarting the temporarily suspended communication. It is possible to derive the transit time required for a communication impaired area.

Further, the database relating to the communication impaired area is, for example, when the user's transportation means is a car,
“Route name” is replaced with “road name” and “tunnel name” is replaced with “communication obstruction area (for example, mountainous area)”.

The portable information terminal device 1 is configured as described above. At the time of data communication, the CPU 2 provided in the portable information terminal device 1 performs the following control.

When the user operates the input unit 6 and receives a control signal for instructing the start of data communication from the input unit 6, the CPU 2 first receives the current position data input from the position detection unit 12 and the database storage unit. Based on the map information and the like read from 11 and the like, the user currently specifies the transportation method (for example, railroad, car, etc.) and the travel route (for example, Tokaido Shinkansen, Kanetsu Expressway, etc.),
A database (for example, a tunnel information database 11a) to be used in the subsequent processing is selected from the specified moving means and the moving route from the databases related to the communication failure areas stored in the database storage device 11. Also, the CPU 2 inputs the current position data from the position detecting device 12 at predetermined time intervals after the data communication is started, and reaches the communication obstacle area such as a tunnel from the current position data and the selected database. Calculate the time to do it. If the calculated time is equal to or shorter than a predetermined time, the data communication is temporarily suspended, and a suspend process for saving communication destination information, information on data that has been communicated up to the present time, and the like is performed. After that, CPU2
Calculates, from the database or the like, the time to reach the exit of the communication obstacle area where data communication can be resumed. Then, after that time has elapsed, load the saved communication destination information, the data data that has been transmitted up to the present, etc.
Resume data communication from where it left off.

FIG. 3 shows the CPU 2 of the portable information terminal device 1.
2 shows a flowchart of a flow of a communication control process performed in step (a). A program for realizing each function described in this flowchart is stored in the storage medium 3a in the form of a program code executable by the CPU 2.

This communication control process is started, for example, by a control signal output from the input unit 6 to the CPU 2 based on a user operation on the input unit 6 at the start of data communication.

When the communication control process is started, first,
In step S1, the current position data is input from the position detection device 12, and the process proceeds to step S2. In step S2, for example, the moving speed is calculated from the position data of a plurality of points detected by the position detecting device 12 and the data of the time at which the points have passed.
Move to 3. In addition to the above method, the moving speed can be detected, for example, by using the fact that the frequency of a radio wave received by a GPS device is Doppler shifted by moving. Further, the moving speed may be read from a speedometer provided in a moving means such as a car.

In step S3, the current position data is compared with the map information indicating the road and track positions stored in the database storage device 11, or the travel speed and travel route (for example, the Tokaido Shinkansen) are determined based on the travel speed. Then, the process proceeds to step S4. In step S4, a database (for example, the tunnel information database 11a) to be used in the subsequent processing is determined from the moving means and the moving route specified in step S3, and the process proceeds to step S5.

After the processing in steps S1 to S4,
Although the database to be used in the subsequent processing is determined, the user may select and input a moving means from the input unit 6 and omit these processings.

In step S5, the current communication status is detected. If the data communication is being performed by radio, the process proceeds to step S6. If the data communication is completed, the process proceeds to step S14. The processing shifts to end the communication control processing. In step S6, the current position data is input from the position detection device 12, and the process proceeds to step S7. In step S7, based on the database (for example, the tunnel information database 11a) selected in step S4, the current position data input in step S6, etc., a tunnel (communication obstruction area) that reaches the shortest from the current position is specified. . Then, based on the position data of the entrance of the tunnel, the current position data, and the moving speed data, the required arrival time required to reach the entrance of the tunnel is calculated, and the process proceeds to step S8.

In step S8, it is determined whether or not to shift to the suspending process by comparing the required arrival time calculated in step S7 with a determination time set based on the time required for a suspending process (step S9) described later. Make a decision. In this step S8, when it is determined that the suspend process is necessary, the process proceeds to step S9, and when it is determined that the suspend process is not necessary, the process returns to step S5. Here, the determination time is, for example, the time required for the mobile terminal device 10 to use to execute the suspend process (step S9), plus the cycle and the margin time during which the process of step S8 is performed during data communication. Is set. In step S9, the data communication is temporarily suspended, and a suspend process for saving the communication destination information, the already communicated data information, and the like is performed. When the suspend process is completed, the process proceeds to step S10.

In step S10, the time required for passing through the communication-disturbed area (for example, "time required for passing") is input from the database (for example, tunnel information database 11a) selected in step S4.
Move to. Here, the required transit time is obtained by calculating the length of the communication obstruction area from the position data of the communication obstruction area (for example, “latitude” and “longitude” of the entrance and exit of the tunnel) in the database selected in step S4, It is also possible to calculate the required transit time from the length of the communication obstacle area and the moving speed.

In step S11, the process proceeds to step S12 after the re-resume time (the required passage time) has elapsed. When it is determined that the vehicle has passed the communication obstacle area by, for example, reception of radio waves, it is possible to omit the processing of steps S10 and S11. In step S12, the communication destination information saved in step S9, the already communicated data information and the like are loaded, and the process proceeds to step S13. In step S13, the communication line is connected, data communication is resumed, and the process returns to step S5.

According to the portable information terminal device 1 of the first embodiment, for example, when moving by means of transportation such as a railway, the position detecting device 12 detects the current position data of the portable information terminal device 1. , The CPU 2 includes the position detecting device 1
Based on the current position data input from the server 2 and the map information read from the database storage device 11, the mobile device and the travel route currently used by the user are determined, and the communication failure area stored in the database storage device 11 is determined. Of the communication-disturbed area on the moving route and reaching the shortest from the current position in the communication-disabled area. Then, the CPU 2 calculates the required time to reach the communication failure area from the selected communication failure area data, the current position data, and the moving speed during the wireless data communication, and calculates the required arrival time to the suspend processing. If it is shorter than the judgment time set based on the required time, the communication information necessary to restore the communication state at this time is stored, data communication is interrupted, and data When communication becomes possible, the communication information is read, data communication is resumed, and the communication state before interruption is restored.

Therefore, before reaching the communication obstacle area such as a tunnel, the CPU 2 detects the communication obstacle area and automatically interrupts the data communication. Since the restart is performed, the user does not need to restart the data communication from the beginning even if the communication line is disconnected while passing through the communication failure area during the wireless data communication. For this reason, the user can perform wireless data communication even while traveling by means of transportation such as a railroad, for example, without minding how much the user passes through the communication-disturbed area.

The current position data is detected by the GPS device as the position detecting device 11, and the moving speed of the moving means is determined based on the position data at a plurality of points detected by the GPS device and the time at which these position data are detected. Since it is calculated, the accuracy of the current position data and the moving speed can be improved. Further, since the moving route is determined by the moving means specified based on the moving speed, it is possible to save the user from inputting the moving means. Then, the CPU 2 determines that the mobile means has passed through a communication obstacle area such as a tunnel based on the time required for passing through the communication obstacle area. The suspended data communication can be resumed.

[Second Embodiment] A portable information terminal device according to a second embodiment of the present invention will be described with reference to FIGS. In the second embodiment, the same parts as those in the first embodiment are denoted by the same reference numerals,
The description is omitted.

The portable information terminal device according to the second embodiment has a configuration in which the position detecting device 12 is removed from the portable information terminal device according to the first embodiment. In this embodiment, the CPU 2 measures the time elapsed since the start of the movement by a moving means such as a railway (moving elapsed time). In addition, the database storage device 11
Contains the above-mentioned tunnel information database 11a (FIG. 2)
In addition to the database relating to the communication failure area, for example, a database indicating the relationship between the passing point and the passing time for each of the moving means and the moving route, such as the station information database 11b (FIG. 4), is stored.

FIG. 4 is a diagram showing the data structure of the station information database.

In FIG. 4, the station information database 1
1b is constituted by having a plurality of data in which "line name", "station name", and "time required from the first station" are associated. Although a large number of data are registered in the station information database 11b in advance, the user can also register other data as necessary.

In this station information database 11b,
In the “line name”, for example, all the railway lines that the user may use when moving by rail (transportation means), such as the Tokaido Shinkansen, are registered, and in the “station name”, the “line name” is registered.
The station name (passing point) existing on the route registered in is registered. Then, for all the passing points registered in the “station name”, the “time required from the starting station” is registered as data. This station information database 11b has a CP
When correcting the movement elapsed time measured in U2 (for example, when performing data communication after a while after starting movement, when the user gets on the moving means from the middle of the movement route, an accident or the like occurs. Case).

The portable information terminal device of the second embodiment is configured as described above, and the CPU 2 provided in the portable information terminal device performs the following control during data communication.

When the user operates the input unit 6 to input a control signal for instructing the start of data communication from the input unit 6, the CPU 2 stores a database (for example, a tunnel information database 11a) relating to a desired communication failure area. Is read, and a time when data communication is possible and an impossible time are detected from the read database.

Here, the database to be read is determined, for example, by a user operation from the input unit 6. Further, prior to the data communication, the correction of the elapsed travel time measured by the CPU 2 is performed based on, for example, the station information database 11b described above. Further, the time during which data communication is not possible is defined by taking the tunnel information database 11a (FIG. 2) as an example.
From the time obtained by subtracting the time required for the suspend process from the time required from the first departure station, to the time obtained by adding the time required from the first departure station and the required time for transit,
The time during which data communication is possible is a time other than the time during which data communication is not possible.

Then, when the elapsed time of the movement being measured becomes a time at which data communication is impossible, the CPU 2
While suspending the data communication, a suspend process for saving the communication destination information, the already-communicated data information up to now, and the like is performed. After that, the CPU 2 loads the saved communication destination information, the already communicated data information, and the like when the elapsed movement time being counted exceeds the time when the data communication is not possible, and starts the data communication from the point where the communication was interrupted. Resume.

According to the portable information terminal device of the second embodiment, the current position is detected as the current position data as compared with the portable information terminal device of the first embodiment. Since no detection means is required,
The configuration of the portable information terminal device can be simplified.

The time when data communication is not possible and the time when data communication is possible are detected by the CPU 2.
Before starting the data communication, for example, by displaying the guidance on the display screen of the display unit 5a or outputting the voice guidance or the like from the audio output unit 5b, the usability of the user in the data communication can be further improved. It is possible. Then, the information can be visually displayed on the display screen of the display unit 5a together with, for example, the map information stored in the database storage device 11 so as to be easily understood by the user.

[0050]

According to the first or seventh aspect of the present invention, before reaching a communication failure area where radio waves do not reach, a communication failure area is detected and data communication is automatically interrupted. Since data communication is automatically resumed from the state before interruption when passing, even if the communication line is cut off after passing through a communication failure area during wireless data communication, the user needs to restart data communication from the beginning. Absent. For this reason, the user can perform wireless data communication even while moving by the mobile means, without much concern about passing through the communication obstacle area.

According to the second aspect of the present invention, the current position data is detected by the GPS device as the position detecting means, and the moving speed is determined by the position data at a plurality of points detected by the GPS device and the position data. Is calculated based on the time at which is detected, the accuracy of the current position data and the moving speed can be improved.

According to the third aspect of the present invention, since the moving route is determined by the moving means specified based on the moving speed, it is possible to save the user from inputting the moving means.

According to the fourth aspect of the present invention, since the communication control means determines that the moving means has passed through the communication obstruction area based on the time required for passing through the communication obstruction area, As soon as the communication becomes possible, the interrupted data communication can be promptly resumed.

According to the fifth aspect of the present invention, the required transit time is calculated on the basis of the data on the communication-disturbed area selected by the selection means and the moving speed. There is no.

According to the invention described in claim 6 or 8, before reaching the communication obstacle area where radio waves do not reach, the communication obstacle area is detected and the data communication is automatically interrupted. Since the data communication is automatically restarted from the state before the interruption, the user does not have to restart the data communication from the beginning even if the communication line is disconnected during the wireless data communication and the communication line is disconnected. Therefore, the user can perform wireless data communication even while moving by the mobile means, without any concern about passing through the communication obstacle area. Further, since the position detecting means for detecting the current position as the current position data becomes unnecessary, the configuration of the communication control device can be simplified.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a configuration of a portable information terminal device according to a first embodiment of the present invention.

FIG. 2 is a diagram showing a data structure of a tunnel information database stored in a database storage device provided in the portable information terminal device of FIG.

FIG. 3 is a flowchart illustrating a flow of a communication control process performed by a CPU of the portable information terminal device.

FIG. 4 is a diagram showing a data structure of a station information database stored in a database storage device provided in a portable information terminal device according to a second embodiment of the present invention.

[Explanation of symbols]

 Reference Signs List 1 portable information terminal device (communication control device) 2 CPU 3 program storage device 4 RAM 5a display unit 5b audio output unit 6 input unit 7 communication control unit 10 main body 11 database storage device 12 position detection device

Claims (8)

[Claims] 1. A communication control device capable of wireless data communication when moving by a predetermined moving means, a position detecting means for detecting a current position of the communication control device as current position data, Storage means for storing the location of the communication failure area as communication failure area data, path determination means for determining a movement route on which the moving means moves, speed detection means for detecting a moving speed of the movement means, Selecting means for selecting communication obstacle area data of the communication obstacle area existing on the moving route and reaching the shortest from the current position from the communication obstacle area data stored in the storage means; On the way, based on the communication failure area data selected by the selection means, the current position data, and the moving speed, the communication failure is performed. The required time to reach the ward is calculated, and if the required time is less than or equal to the predetermined time, the communication information necessary to restore the communication state at this time is stored, and the data communication is interrupted. Communication control means for reading the communication information, resuming data communication, and restoring the communication state before the interruption when data communication is possible after passing through the communication obstacle area; A communication control device characterized by the above-mentioned. 2. The position detecting means comprises a GPS device which receives radio waves from a GPS satellite and detects position data at a point received based on the received radio waves. 2. The communication control device according to claim 1, wherein the movement speed is calculated based on position data at a plurality of points detected by the device and a time at which the position data is detected. 3. The communication according to claim 1, wherein said route determining means specifies said moving means based on said moving speed, and determines said moving path based on said specified moving means. Control device. 4. The communication control means according to claim 1, wherein the communication means determines that the moving means has passed through the communication obstacle area based on a time required for passing through the communication obstacle area.
3. The communication control device according to any one of 3. 5. The communication control device according to claim 4, wherein said required transit time is calculated based on said communication obstacle area data selected by said selection means and said moving speed. 6. A communication control device capable of performing wireless data communication when moving by a predetermined moving means, comprising: a timer means for measuring a moving elapsed time elapsed since the moving means departed from a predetermined point. In the travel route traveled by the moving means, in the communication obstacle area where radio waves do not reach, required arrival time required from departure from the predetermined point to reach, and before reaching the communication obstacle area and leaving Time storage means for storing the required transit time in association with the travel route, and, during the course of wireless data communication, when the travel elapsed time becomes a time obtained by subtracting the required travel time from the required travel time by a predetermined time, The communication information necessary for restoring the communication state is stored, the data communication is interrupted, and the travel elapsed time is set at the time required for arrival. Communication control means for reading the communication information and restarting the data communication after the time obtained by adding the communication time and the required time for passage, and restoring the communication state before the interruption. Control device. 7. A storage medium storing a computer-executable program, comprising: a computer-executable program code for detecting a current position as current position data; and a moving path along which a moving unit moves. A computer-executable program code, a computer-executable program code for detecting the moving speed of the moving means, and a communication-disturbed area indicating a position of a communication-disturbed area where radio waves do not reach, stored in the storage means. A computer-executable program code for selecting, from the data, communication-disturbed area data of a communication-disturbed area that is present on the travel route and that reaches the shortest from the current position, and a program code that is selected during wireless data communication. Based on the communication obstacle area data, the current position data, and the moving speed, And calculating the required time to reach the communication-disturbed area, and if the required time is shorter than a predetermined time, stores communication information necessary for restoring the communication state at this time; When the communication is interrupted and the data communication is possible after passing through the communication obstacle area, the computer which reads the communication information to restart the data communication and restores the communication state before the interruption is executed. A storage medium storing a program code capable of being stored, and a program including: 8. A storage medium storing a computer-executable program, comprising: a computer-executable program code for measuring an elapsed travel time elapsed since a mobile means departed from a predetermined point; During the communication, when the travel elapsed time becomes a time obtained by subtracting a predetermined time from the time required to reach the communication failure area where the radio wave does not reach from the predetermined point, it is necessary to restore the communication state at this time. While storing communication information, while interrupting data communication,
When the travel elapsed time exceeds a time obtained by adding the required time for arrival and the required time for passing through the communication obstacle area, the communication information is read to restart data communication,
A storage medium storing a program including: a computer-executable program code for restoring the communication state before the interruption.