JP2005072770A - Mobile information system - Google Patents

Abstract

To provide a mobile information system that can further improve user convenience by using position information.
A mobile information system including an information transmission terminal device, a server, and storage means, wherein the information transmission terminal device 20a acquires its own location information, and the input of the acquired location information and a user input The registration request information including the information 21a is transmitted to the server 40, and the server associates the position information included in the registration request information received from the information transmission terminal device with the input included in the received registration request information. Store information. In addition, the information receiving terminal device, the information receiving terminal device obtains its own location information, transmits provision request information including the obtained location information and an information provision request signal to the server, receives the provision information from the server, The server extracts input information corresponding to the position information included in the provision request information received from the information receiving terminal device, and transmits the providing information including the extracted input information to the information receiving terminal device.
[Selection] Figure 1

Description

  The present invention relates to a mobile object information system using position information acquired by a terminal device (mobile object).

Conventionally, information such as homepages of various stores has been browsed by a mobile terminal device such as a mobile phone. Information to be browsed is stored in advance in a server such as a provider.
In recent years, there has been proposed a system that distributes information on nearby stores and the like based on the location information of the user's mobile terminal device without the user inputting a homepage URL (Uniform Resource Locator) (for example, (See Patent Document 1, Patent Document 2, and Patent Document 3). Note that the position information of the mobile terminal device can be acquired from a GPS (Global Positioning System), a base station of the mobile terminal device, or the like.
The position information is also used when searching for the current location of a specific person or a specific vehicle.
Japanese Patent Laid-Open No. 11-55726 JP 2001-134618 A JP 2002-329029 A

The information that can be browsed based on the position information is information prepared in advance by a store or the like, and may not include information necessary for the purpose of the user. In the conventional system, various information cannot be exchanged between users, such as adding information necessary for the purpose of the user so that it can be viewed by other users.
Further, when searching for whereabouts, in the conventional method, since the position information is acquired when the search is started, if the mobile terminal device is in a communication disabled state at that time, the search cannot be performed.
The present invention has been made in view of such a point, and an object of the present invention is to provide a mobile information system that can further improve the convenience of the user by using position information.

As means for solving the above-mentioned problems, the first invention of the present invention is a mobile information system as described in claim 1.
A mobile information system according to a first aspect of the present invention is a mobile information system that includes an information transmission terminal device, a server, and storage means, and the information transmission terminal device can communicate with the server via a communication line. An information transmission terminal device (for example, a mobile terminal device) acquires its own location information (from a GPS or a base station) and transmits the acquired location information and input information input by a user (for example, to other users). Registration request information including the desired information) is transmitted to the server.
The server stores the input information included in the received registration request information in association with the position information included in the registration request information received from the information transmission terminal device.

A second invention of the present invention is a mobile information system as described in claim 2.
A mobile information system according to a second aspect is the mobile information system according to the first aspect, further comprising an information receiving terminal device capable of communicating with a server via a communication line. The information receiving terminal device (for example, a user's mobile terminal device different from claim 1) acquires its own location information and transmits provision request information including the obtained location information and an information provision request signal to the server. And receiving the provided information from the server.
The server extracts input information corresponding to the position information included in the provision request information received from the information receiving terminal device, and transmits the providing information including the extracted input information to the information receiving terminal device.

The third invention of the present invention is a mobile information system as described in claim 3.
The mobile information system according to claim 3 is the mobile information system according to claim 2, wherein the server includes an area portion corresponding to position information corresponding to the input information stored in the storage means. The receivable area information is stored, and the receivable area information is transmitted to the information receiving terminal device.
The information receiving terminal device acquires its current position information, and displays the area portion based on the receivable area information in an identifiable manner according to the acquired position information.
As a display method, there are a method of displaying a map in which a receivable area portion is marked, a method of displaying the name of a nearby receivable area, and the like.

A fourth invention of the present invention is a mobile information system as described in claim 4.
The mobile information system according to claim 4 includes an information transmitting terminal device, an information receiving terminal device, a server, and a storage means, and transmits information from the information transmitting terminal device to the information receiving terminal device via the server. Mobile information system. The information transmitting terminal device includes input information input by the user (for example, a message to be transmitted to the user of the information receiving terminal device) and position information of the information receiving terminal device instructed by the user (for example, the information receiving terminal device) The transfer request information including the position information) is transmitted to the server.
The server stores the identification information corresponding to the position information, or acquires the identification information corresponding to the position information and corresponds to the position information included in the transfer request information received from the information transmission terminal device. Extract identification information. Then, transfer information based on the input information included in the transfer request information received from the information transmitting terminal device is transmitted to the information receiving terminal device corresponding to the extracted identification information. The information receiving terminal device receives the transfer information from the server.

The fifth invention of the present invention is a mobile information system as described in claim 5.
The mobile information system according to claim 5 includes an information transmission terminal device, a server, and a storage unit, and the information transmission terminal device can acquire its own location information and identify the acquired location information and itself. The location information including the identification information is transmitted to the server. Then, the server sequentially stores the location information received from the information transmission terminal device as movement history information.

The sixth invention of the present invention is a mobile information system as described in claim 6.
The mobile information system according to claim 6 includes an information transmission terminal device, a server, and a storage unit, and the information transmission terminal device sequentially stores its own position information every time it is acquired at a first predetermined timing. Then, at a second predetermined timing, location information including a plurality of stored location information and identification information that can identify itself is transmitted to the server. Then, the server sequentially stores the location information received from the information transmission terminal device as movement history information.

A seventh aspect of the present invention is a mobile information system as set forth in the seventh aspect.
The mobile information system according to claim 7 is the mobile information system according to claim 5 or 6, wherein the location information transmitted from the information transmission terminal device includes information on date and time for each position information. It is.

  If the mobile body information system according to claim 1 is used, the user can store arbitrary input information related to his / her position in the server in association with the position. If not only the user but also other users can receive the “input information associated with the position” stored in the server, various information corresponding to various positions can be received. Can be exchanged freely among various users, which is convenient.

  In addition, according to the mobile information system described in claim 2, the input information stored in the server in claim 1 by the arbitrary user (information stored by the arbitrary user in association with the position information) ), Information based on one's own position can be received. For example, it can be used as a message board at the place (position), which is convenient.

  Moreover, according to the mobile body information system of Claim 3, when the user received the information according to the present position, it was displayed in an identifiable manner as to which area information can be obtained. It can be easily determined by checking the area.

  According to the mobile information system described in claim 4, even if the user of the information transmission terminal device does not know the mail address or the like of the other party (another user) to whom information is to be sent, If it is understood, information can be sent to the other party using the position instead of the e-mail address or the like.

  According to the mobile information system of claim 5, the movement history of the information transmission terminal device (that is, the owner of the information transmission terminal device) is obtained by using the movement history information sequentially stored in the server. Can be easily confirmed.

  According to the mobile information system of claim 6, the information transmitting terminal device stores the history of moving to a plurality of positions, instead of transmitting the position information to the server for each position. This history is collectively transmitted to the server at a predetermined timing of 2. For this reason, the frequency | count of communication with an information transmission terminal device and a server can be reduced, and the load and communication cost of a server can be reduced.

  Moreover, according to the mobile body information system of Claim 7, the movement history can be confirmed corresponding to the date and time, which is convenient.

The best mode for carrying out the present invention will be described below with reference to the drawings. FIG. 1 is a schematic configuration diagram for explaining a first embodiment of a mobile information system according to the present invention.
[First Embodiment (FIGS. 1 to 4)]
In the first embodiment, the location information is acquired by the information transmission terminal device 20a (mobile terminal device (mobile terminal device such as a mobile phone, PHS, PDA, mobile personal computer)) and is related to the acquired location information. Arbitrary input information is stored in the server 40 in association with the position information. The stored information (input information associated with the position information) is a third party information receiving terminal device 20b (mobile terminal device (mobile terminal device) such as a mobile phone, PHS, PDA, mobile personal computer). Can be received from the server 40.

The information transmission terminal device 20a acquires its own location information based on signals from the satellite (s) 10a or signals from the base station 10b. Since the acquisition method of position information is possible with the prior art, the description is omitted.
For example, as shown in FIG. 1, when the information transmission terminal device 20a is in “position: in front of building A” in “area: area A”, the information transmission terminal device 20a receives a signal from the satellite 10a or the base station 10b. Based on this, it recognizes that its position is “north latitude x degrees, east longitude y degrees” (this position is actually “in front of building A” in “area A”) ((1) in FIG. 1) .
In the present embodiment, the “area” refers to an area where the information transmission terminal device 20a can receive a signal related to position information from the satellite 10a or the base station 10b, and the “position” refers to a local area ( For example, a region having a radius of about several m to 10 m).

A communication line 30 (such as the Internet) and a relay device 30a are provided between the information transmission terminal device 20a and the server 40, and the information transmission terminal device 20a can communicate with the server 40.
For example, when the user inputs the input information 21a from the information transmission terminal device 20a ((2) in FIG. 1) and performs the registration request information transmission operation, the information transmission terminal device 20a receives the input information 21a, the location information, Is sent to the server 40 ((3) in FIG. 1).
The server 40 receives the registration request information and stores the input information included in the received registration request information in association with the position information included in the received registration request information (stored in the registration information 42). ((4) in FIG. 1). A storage device is connected to the server 40 so as to be accessible.

Thereby, arbitrary information that the user desires to register (information related to the position information) can be easily registered in the server 40.
For example, when waiting in front of Building A, the user (aaa) of the information transmission terminal device 20a may register in the server 40 that “I was waiting in front of Building A but moved to Building B”. it can.

Next, a procedure for a third party to receive the registration information 42 stored in the server 40 will be described with reference to FIG.
When the information receiving terminal device 20b moves to “Before Building A” in “Area A”, the information receiving terminal device 20b obtains position information regarding the position (obtained based on a signal from the satellite 10a or the base station 10b) (in FIG. 2). (1)). Here, when a user (for example, bbb) of the information receiving terminal device 20b performs a registration information receiving operation from the information receiving terminal device 20b, the information receiving terminal device 20b receives the position information, an information provision request signal (reception request signal), and the like. Is provided to the server 40 ((2) in FIG. 2).
The server 40 receives the provision request information, and searches for registration information that matches the position information included in the received provision request information ((3) in FIG. 2). Then, the provision information including the input information in the registration information with the matching position information is transmitted to the information receiving terminal device 20b ((4) in FIG. 2).

The information receiving terminal device 20b receives the provision information from the server 40 and outputs the input information included in the provision information ((5) in FIG. 2). In the case of the example illustrated in FIG. 2, the information receiving terminal device 20 b receives the provision information including the input information “move to B building (from aaa)” corresponding to “before building A” of “area A”. Receive from server 40 and output.
In this way, any user who desires to receive information related to his / her position can easily receive registration information related to the position from the server 40.
For example, when waiting in front of building A, the user (bbb) of the information receiving terminal device 20b received from the server 40 that “user aaa was waiting in front of building A but moved in front of building B”. You can know immediately from the information provided.

Next, the member information 41 and registration information 42 stored in the server 40 will be described with reference to FIG.
As described above, the registration information 42 shown in FIG. 3B stores messages and the like (input information) corresponding to the areas and positions. In the example of the registration information 42 shown in FIG. 3B, an information ID for identifying each registration information, a registrant of each registration information, and a registration date and time are also stored. In addition to text information, message information (input information) can also be image information, audio information, and the like.
The member information 41 shown in FIG. 3A stores information about the user. In the example of the member information 41 shown in FIG. 3A, a member ID for identifying each member, a mail address of the terminal device of the member ID, the gender, date of birth, name, etc. of the member are stored. .
For example, when accessing the server 40 from the information transmitting terminal device 20a or the information receiving terminal device 20b, the member ID is included in the access signal. In this case, the server 40 permits access only when it is determined that the member ID that matches the member ID included in the access signal is in the member information 41.

Note that the server 40 stores receivable area information including the area or position stored in the registration information 42, and requests for providing receivable area information from the information receiving terminal device 20b (the information receiving terminal device 20b). (Including the location information) is received and the receivable area information corresponding to the location information from the information receiving terminal device 20b is extracted and transmitted.
Then, the information receiving terminal device 20b outputs the received receivable area information (see FIG. 4).
The example shown in FIG. 4 shows an example in which the information receiving terminal device 20b displays the receivable area information. In this case, “area A” and “area B” are displayed so as to be identifiable (hatched portion in FIG. 4). This indicates that information corresponding to each area can be received (registration information corresponding to each area is stored). In the displayed receivable area information, the position of the self (information receiving terminal device 20b) (in this case, “in front of building A” of “area A”) is also displayed.

  The server 40 may superimpose the receivable area information (only the hatched portion) on the map information and transmit it to the information receiving terminal device 20b, or the server 40 may transmit the receivable area information (hatched portion) to the information receiving terminal device 20b. The map information may be stored in the information receiving terminal device 20b, and the map information and the receivable area information may be superimposed on the information receiving terminal device 20b.

[Second Embodiment (FIGS. 5 and 6)]
In the second embodiment, it is possible to transmit arbitrary information from the information transmission terminal device 20a toward the information reception terminal device 20b that does not know the address or the like but can specify the position.
The information receiving terminal device 20b acquires the location information ((1) in FIG. 5), and stores the location information including the acquired location information and identification information (in this case, the member ID “002”) that can identify itself. It transmits to the server 40 ((2) in FIG. 5). Similarly, the information transmission terminal device 20a also acquires location information ((1) in FIG. 5), and transmits location information including location information and identification information (in this case, member ID “001”) to the server 40. ((2) in FIG. 5).

  Based on the location information received from the information receiving terminal device 20b, the server 40 stores the location information in association with the identification information included in the location information (in this case, in association with the member ID “002” Area “area A” and position “in front of building A” are stored) ((3) in FIG. 5). Similarly, based on the location information received from the information transmission terminal device 20a, the location information is stored in association with the identification information included in the location information (in this case, the location information is associated with the member ID “001” Area “area A” and position “position A1” are stored) ((3) in FIG. 5).

Here, the user “aaa” of the information transmission terminal device 20a does not know the mail address of the user “bbb” of the information reception terminal device 20b, but knows the position of the information reception terminal device 20b (before building A). Suppose that
For example, the user “aaa” operates the information transmission terminal device 20a to create input information 22a (information desired to be transmitted to the information reception terminal device 20b) ((4) in FIG. 5). Next, the user “aaa” displays the transmission destination instruction map 23a and selects (instructs) the position where the information receiving terminal device 20b desired to transmit is located (an arrow portion in the transmission destination instruction map 23a) (FIG. (4) in 5). Then, the user “aaa” operates the information transmission terminal device 20a to send the transfer request information including the input information 22a and the position (position information, etc.) of the selected (received) information reception terminal device 20b to the server 40. Transmit ((5) in FIG. 5).

The server 40 receives the transfer request information, and in the member location information 43, the position information that matches the position information included in the received transfer request information (in this case, “Before Building A” of “Area A”). Extract from Then, the mail address of the member whose position information matches is extracted (in this case, “bbb@bb.ne.jp” is extracted) ((6) in FIG. 5). Then, the server 40, the extracted email address, forwarding information (in this case, the message "Hello") based on the input information 22a included in the transfer request information and transmits the ((7 in FIG. 5)) .
As a result, the information receiving terminal device 20b receives and displays the transfer information ((8) in FIG. 5). Thus, the user “aaa” of the information transmission terminal device 20a can conveniently send a message or the like to the user “bbb” of the information reception terminal device 20b who does not know the mail address.

FIG. 6 shows an example of the member location information 43. In the member location information 43, position information (“area” and “position”) is added to the member information 41. In the present embodiment, for easy understanding, the member location information 43 stores an e-mail address, a name, and the like. However, the member location information 43 only needs to include a member ID and position information. In this case, the mail address or the like is extracted from the member information 42 as the mail address or the like corresponding to the member ID.
In addition, the member location information 43 stores features (sex, age information, etc.) that can estimate the appearance of each member, and the transfer request information can be instructed by adding the features (sex, age, etc.). Then, even when there are a plurality of information receiving terminal devices 20b at a specific position, it is possible to appropriately transmit a message or the like to the information receiving terminal device 20b held by a member who desires transfer. In this case, the server 40 selects a member ID from the position information and characteristics (gender, age, etc.), and extracts a mail address or the like corresponding to the member ID.

In the above description, the member location information 43 is created by appropriately transmitting location information to the server 40 by the information receiving terminal device 20b. However, an example in which location information is not transmitted from the information receiving terminal device 20b is shown. .
For example, when receiving the transfer request information from the information transmission terminal device 20a, the server 40 accesses the base station 10b (or a base station management server or the like that manages the base station) based on the location information included in the transfer request information. . Then, the base station 10b extracts the identification information of the terminal device existing at the position corresponding to the position information included in the transfer request information, and transmits the extracted identification information to the server 40. The server 40 extracts a member's e-mail address or the like whose identification information acquired from the base station 10b matches. Thus, the server 40 can acquire the identification information corresponding to the position information and transfer the message to the information receiving terminal device 20b.

◆ [Third Embodiment (FIGS. 7 and 8)]
In the third embodiment, position information acquired by a specific information transmission terminal device 20a is collected at a predetermined timing, and a user or a third party of the information transmission terminal device 20a moves the information transmission terminal device 20a. A history (that is, a history of movement of the owner of the information transmission terminal device 20a) can be known. It can be used to search for the current position and investigate the working status of a specific user.
For example, the information transmission terminal device 20a acquires its own location information at regular intervals (every 15 minutes, etc.), and stores location information including the acquired location information and identification information (for example, a member ID) that can identify itself. 40.

  As shown in the example of FIG. 7, for example, the information transmission terminal device 20a receives position information (in this case, “area A1” at “position A1” in “area A” based on a signal from the satellite 10a or the like. Information corresponding to “position A1” of “A”) ((1) in FIG. 7). Then, the location information including the acquired position information and its own identification information (for example, the member ID “001”) is transmitted to the server 40 ((2) in FIG. 7). The server 40 stores (sequentially) the position information included in the location information in correspondence with the identification information included in the received location information ((3) in FIG. 7). The information transmission terminal device 20a also acquires location information (in this case, information corresponding to “location B1” of “area B”) at 9:15 ((4) in FIG. 7), and stores the location information as a server. 40 ((5) in FIG. 7). The server 40 stores (sequentially) the position information included in the location information in correspondence with the identification information included in the received location information ((6) in FIG. 7).

FIG. 8A shows an example of the movement history information 44 storing the received location information. An example in which the movement history information 44 is displayed in an identifiable manner in a map including area A, area B, and area D is a movement history map 45 (see FIG. 8B).
The movement history information 44 stores “member ID”, “area”, and “position”. In this embodiment, “time” is also stored in order to show the movement history in association with the time, but “time” may be omitted. Hereinafter, each item of the movement history information 44 will be described.
In the “member ID”, identification information that can identify the information transmission terminal device 20a is stored. In this case, the identification information of the owner of the information transmission terminal device 20a is stored, but if it is identification information that can identify the information transmission terminal device 20a, such as the mail address or serial number of the information transmission terminal device 20a. Good.
“Area” and “Position” are the same as “Area” and “Position” in the registration information 42 already described, and a description thereof will be omitted.
The “time” stores the time (in this example, date and time: minute) when the information transmission terminal device 20a acquires the position information for the “area” and “position”.

Next, the movement history map 45 will be described. For example, the movement history map 45 is output on the display screen of the server 40. The movement history map 45 may be transmitted from the server 40 to a third party terminal device.
The movement history map 45 includes map information stored in the “area” of the movement history information 44. Since the area A, area B, and area D are stored in the “area” of the movement history information 44 shown in the present embodiment, the server 40 moves the map information of the area A, area B, and area D. Displayed in the history map 45. The area C is not stored in the movement history information 44, but when the movement history map 45 is displayed, it is easier to display the area C adjacent to the area A and the area D, so the area C is also displayed. I am letting.
Next, the server 40 superimposes and displays the “position” and “time” stored in the movement history information 44 on the displayed map information, and connects each “position” with arrows in the order of movement.

If the movement history map 45 shown in FIG. 8B created in this way is confirmed, it can be easily understood how the user corresponding to the member ID “001” has moved. It is also possible to easily determine where the user corresponding to the member ID “001” is currently located.
In the conventional location search service, when performing a search, the server 40 side makes a transmission request for the current location information to the information transmission terminal device 20a. For this reason, when the information transmission terminal device 20a is outside the communication range at this time, the search cannot be performed, and even the position cannot be estimated. However, in the present embodiment, even if the information transmission terminal device 20a is currently out of the communication range, if the history up to that point is stored in the movement history information 44, it can be estimated where it will be. It becomes possible. If the location information has not been transmitted even after a predetermined time has elapsed, the server 40 may output a warning message or the like.

In the above description, every time the information transmission terminal device 20a acquires the position information, the location information including one piece of the acquired position information is transmitted to the server 40. However, for each communication with the server 40, the load on the server and the communication cost are transmitted. Occurs. Therefore, in order to suppress the load on the server 40 and the communication cost, every time the location information is acquired by the information transmission terminal device 20a, it is stored in the information transmission terminal device 20a sequentially, and the location information for several times is stored as 1 You may make it transmit to the server 40 collectively by communication of 1 time. For example, the information transmission terminal device 20a acquires position information every 15 minutes (first predetermined timing) and stores the position information for 8 times (second predetermined timing, for example, every 2 hours). Location information including position information for 8 times is transmitted once.
Note that the location information transmitted every time the information transmission terminal device 20a acquires the location information and the location information transmitted in a batch of several times may omit the date and time information. In either case, information on the date and time (time etc.) is included for each position information. In this case, since the movement history can be confirmed corresponding to the time, it is more preferable.

  Note that the second predetermined timing need not be set in advance. For example, an arbitrary timing by the user can be set as the second predetermined timing, or can be set when a predetermined state (for example, when a predetermined area is removed) occurs. Further, when the transmission request signal from the server 40 is received, the second predetermined timing can be set. Thus, the second predetermined timing can be various timings. Similarly, the first predetermined timing can be set to various timings.

[Fourth embodiment]
In the fourth embodiment, a user can acquire transmission destination information (e-mail address or the like) related to the position using the position information. The fourth embodiment is effective when the user wants to transmit information to a trader (store) related to the position. For example, when a user is in a certain store, even if he / she wishes to convey an opinion or the like regarding the store to related parties, there are many cases where he / she does not know how to communicate to whom. In the fourth embodiment, it is possible to appropriately collect opinions and the like by informing the user of the transmission destination of opinions and the like regarding the position of the user.
First, the user transmits response destination request information including its own location information and information (such as an email address or member ID) that can identify the information transmission terminal device 20a to the server 40 using the information transmission terminal 20a. . The server 40 stores transmission destination information (such as a mail address of a store corresponding to the position information) previously associated with the position information. When the server receives the response destination request information, the server searches a database in which the position information and the transmission destination information are associated, extracts the transmission destination information corresponding to the position information included in the received response destination request information, The extracted transmission destination information is transmitted to the user information transmission terminal device 20a. The information transmission terminal device 20a receives and displays the transmission destination information from the server 40, and the user can transmit an opinion or the like using the displayed transmission destination information.

Further, for example, when a user in a store desires to register as a member of the store, membership registration can be easily performed as follows.
When the user desires to register as a member of the store where he / she is present, the user uses the information transmission terminal device 20a to include his / her location information and information (such as an email address) that can identify the information transmission terminal device 20a. The member registration request information is transmitted to the server 40. The server 40 transmits a registration message including transmission destination information for member registration of the store corresponding to the location information included in the received member registration request information to the user information transmission terminal device 20a. When the user replies to the registration message acquired, the member registration message is automatically transmitted to the server 40, and the server 40 can register (store) the member.
Of course, it is possible to register as a member only by transmitting the location information and the e-mail address of the information transmission terminal device 20a, but there is a possibility that the user may transmit without knowing that the user is registered as a member. . In this case, a place where member registration such as a member registration corner is clearly specified may be provided at one corner of the store, and member registration may be performed by transmitting position information there.

The mobile information system of the present invention is not limited to the configuration, appearance, control method, and the like described in the present embodiment, and various modifications, additions, and deletions can be made without changing the gist of the present invention.
The mobile information system of the present invention can be used for various purposes in addition to the applications described in the present embodiment.
The member information 41, registration information 42, member location information 43, movement history information 44, and movement history map 45 are not limited to the items and configurations described in the present embodiment.
The numerical values and the like used in the description of the present embodiment are examples, and are not limited to these numerical values and the like.
Further, the above (≧), the following (≦), the greater (>), the less (<), etc. may or may not include an equal sign.

  The mobile information system of the present invention is a substitute for a message board installed at a station or the like (first embodiment), and provides a new service for sending mail to a third party whose address is unknown (second embodiment) Mode) and a specific user location search service (third embodiment).

It is a schematic block diagram for demonstrating 1st Embodiment in the mobile body information system of this invention. It is a schematic block diagram for demonstrating 1st Embodiment in the mobile body information system of this invention. It is a figure explaining the example of member information 41 and registration information. It is a figure explaining the example which overlapped and displayed the receivable area information and the self position information on map information. It is a schematic block diagram for demonstrating 2nd Embodiment. It is a figure explaining the example of the member location information 43. FIG. It is a schematic block diagram for demonstrating 3rd Embodiment. It is a figure explaining the example of the movement history information 44 and the movement history map 45. FIG.

Explanation of symbols

10a Satellite 10b Base station 20a Information transmitting terminal device 20b Information receiving terminal device 30 Communication line 30a Relay device 40 Server

Claims (7)

An information transmission terminal device, a server, and a storage unit, the information transmission terminal device is a mobile information system capable of communicating with the server via a communication line,
The information transmission terminal device acquires its own location information, transmits registration request information including the acquired location information and input information input by the user to the server,
The server stores input information included in the received registration request information in association with position information included in the registration request information received from the information transmission terminal device.
A mobile information system characterized by that. The mobile information system according to claim 1, further comprising an information receiving terminal device capable of communicating with a server via a communication line,
The information receiving terminal device acquires its own location information, sends provision request information including the obtained location information and an information provision request signal to the server, receives provision information from the server,
The server extracts the input information corresponding to the position information included in the provision request information received from the information receiving terminal device, and transmits the providing information including the extracted input information to the information receiving terminal device.
A mobile information system characterized by that. The mobile information system according to claim 2,
The server stores receivable area information including an area portion corresponding to position information corresponding to the input information stored in the storage means, transmits the receivable area information to the information receiving terminal device,
The information receiving terminal device acquires its current position information and displays the area portion based on the receivable area information in an identifiable manner according to the acquired position information.
A mobile information system characterized by that. A mobile information system comprising an information transmission terminal device, an information reception terminal device, a server, and storage means, and transmitting information from the information transmission terminal device to the information reception terminal device via the server,
The information transmission terminal device transmits transfer request information including input information input by the user and location information of the information reception terminal device instructed by the user to the server,
The server stores the identification information corresponding to the position information, or acquires the identification information corresponding to the position information and corresponds to the position information included in the transfer request information received from the information transmission terminal device. The identification information is extracted, and transfer information based on the input information included in the transfer request information received from the information transmission terminal device is transmitted to the information receiving terminal device corresponding to the extracted identification information,
The information receiving terminal device receives the transfer information from the server.
A mobile information system characterized by that. An information transmission terminal device, a server, and storage means;
The information transmission terminal device acquires its own location information, transmits location information including the acquired location information and identification information that can identify itself to the server,
The server sequentially stores the location information received from the information transmission terminal device as movement history information.
A mobile information system characterized by that. An information transmission terminal device, a server, and storage means;
The information transmission terminal device sequentially stores its own location information every time it is acquired at a first predetermined timing, and at a second predetermined timing, stores a plurality of stored location information and identification information that can identify itself. Including location information to the server,
The server sequentially stores the location information received from the information transmission terminal device as movement history information.
A mobile information system characterized by that. The mobile information system according to claim 5 or 6,
The location information transmitted from the information transmission terminal device includes information on the date and time for each position information.
A mobile information system characterized by that.

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