JP2005148964A - Distributing device and receiving terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a distribution system enabling both the supplier and user of distribution data to use the distribution data efficiently. <P>SOLUTION: A ticket vending machine 100 is provided with not only a ticket selling function, but also a function for displaying animation advertisements 110x on a touch panel 110. Also, the ticket vending machine 100 can communicate with a portable terminal 200 inside a communication area ar through Bluetooth (R) communication via an antenna 120. The communication area ar is adjusted to such extents that a user moving with the portable terminal 200 can browse the animation advertisements 110x. The ticket vending machine 100 detects the staying of the portable terminal 200 in the communication area ar by the Bluetooth communication and records the number of seconds of that staying. The ticket vending machine 100 distributes the Flash File of the animation advertisements 110x to the portable terminal 200, when the number of seconds of that stay reaches a predetermined number of seconds. Thus, data can be distributed efficiently by this distribution system. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a distribution system for distributing distribution data wirelessly to a mobile receiving terminal such as a mobile phone.

  2. Description of the Related Art Conventionally, a distribution system that wirelessly distributes predetermined distribution data to a movable receiving terminal such as a portable terminal has been used. Patent document 1 is disclosing the system which distributes the information of the store in the area where a portable terminal is located. In addition, a distribution system that distributes distribution data designated by a user when requested by the user has been proposed (see Non-Patent Document 1).

JP 2003-248776 A JP 2003-216081 A JP 2002-271509 A JP 2002-133271 A JP 2002-150130 A JPO homepage; standard technology collection; electronic / net advertising; electronic posters that allow two-way communication using mobile phones and PDAs: <http://www.jpo.go.jp/shiryou/s_sonota/hyoujun_gijutsu/net_koukoku/ 011.html>

  In a distribution system that distributes data regardless of a request from a user as in the technique described in Patent Document 1, a large amount of useless distribution data that is not used by the user is distributed. Such useless distribution data may waste a relatively small amount of memory resources provided in the movable receiving terminal. The user needs maintenance work to frequently select distribution data in order to ensure the operation speed of the receiving terminal and to secure a memory area for storing necessary data. In such a system, even a distribution data supplier is inefficiently distributing data that is likely to be discarded. On the other hand, as in the technology described in Non-Patent Document 1, a system that receives data distribution only when requested by the user has a problem that it is easy to miss the opportunity to receive useful information for the user. In addition, the distribution data supplier is not efficient because the opportunity for distribution to the user is not sufficiently secured.

  In view of the above problems, an object of the present invention is to provide a distribution system that can efficiently use distribution data for both a supplier and a user of distribution data.

In order to solve at least a part of the above problems, the distribution device and the receiving terminal of the present invention are configured as follows.
The distribution device of the present invention wirelessly distributes predetermined distribution data to a movable receiving terminal according to the following procedure. First, through wireless communication with the receiving terminal, it is detected whether the receiving terminal is staying in a predetermined area, and the history is recorded. Distribution is performed when this history satisfies a predetermined condition. In this way, it is possible to suppress distribution to a receiving terminal whose stay in the area does not satisfy a predetermined condition, such as a receiving terminal that has passed through the above-described area. Therefore, there is an advantage that reception of useless delivery data that is not used by the user can be suppressed, and the load of maintenance work for ensuring the free capacity of the memory of the receiving terminal is reduced. Further, there is an advantage that it is possible to save useless distribution for the distribution data supply side (hereinafter referred to as “distributor”).

  For wireless communication, for example, bluetooth (registered trademark), wireless LAN, infrared, or the like can be used. As the receiving terminal, for example, a terminal mounted on a vehicle such as a portable terminal, a wearable terminal that can be worn by a user, or a navigation device can be used. The distribution data may be recorded inside the distribution device, or may be acquired from a predetermined external server via a network. The stay history can be recorded with parameters such as the stay time in the area and the number of times the user has entered the area.

  In the distribution device of the present invention, for example, distribution may be performed when the stay has continued for a predetermined time. Generally, when a receiving terminal stays in a certain area continuously, the user is likely to have some work in that area. In addition, there is a high possibility that there is a time and mental margin for using the distribution data, or a request for some information. In the said aspect, since it distributes to the receiving terminal which such a user possesses, efficient distribution can be implement | achieved for both a user and a distributor.

  The predetermined area may be various areas. For example, when the distribution device of the present invention includes a reproduction unit that reproduces audiovisual data representing the contents of distribution data, the predetermined area is set based on a range in which the reproduced video or audio can be viewed. Also good.

  If it is said aspect, since it distributes to the receiving terminal of a user with high possibility of viewing the distribution data, efficient distribution can be realized for both the distributor and the user.

  For example, in the distribution device according to the present invention, the distribution unit may perform the distribution when a period of continuous stay during the reproduction exceeds a predetermined time.

  Since the user who is staying during the reproduction of the audiovisual data is likely to be interested in the contents of the distribution data, the distribution data can be efficiently distributed to such a user in the above mode. be able to.

  In the present invention, the receiving terminal may control whether or not to receive distribution data. A first receiving terminal of the present invention is a mobile receiving terminal that wirelessly receives predetermined distribution data from a predetermined distribution device, and the reception terminal is in a predetermined area by wireless communication with the distribution device. The present invention includes a recording unit that detects whether or not the user is staying in the vehicle and records a history of the detection result, and a reception unit that performs the reception when the history satisfies a predetermined condition. .

  The receiving terminal can refrain from receiving the distribution data when the stay history does not satisfy the predetermined condition. For this reason, reception of useless delivery data can be suppressed and the load of a user's maintenance work can be reduced. In addition, useless distribution can be saved for the distributor.

  The same conditions as in the distribution apparatus can be applied to determine whether or not to receive. For example, reception may be performed when the stay has continued for a predetermined time.

  In addition, when the distribution device can reproduce the audiovisual data representing the contents of the distribution data and can wirelessly output a determination signal capable of determining whether the reproduction is being performed, the recording unit In addition, it is possible to detect whether or not the reproduction is performed based on the determination signal, record the history together with the detection result, and the reception unit performs the reception based on the history during the reproduction. Good.

  Further, the reception unit may perform the reception when a period of continuous stay during the reproduction exceeds a predetermined time.

  The second receiving terminal of the present invention is a mobile receiving terminal that wirelessly receives predetermined distribution data from a predetermined distribution device, receives the distribution data, and receives the received distribution data. A recording unit that detects whether or not the receiving terminal stays in a predetermined area by wireless communication with the distribution device, and records a history of the detection result; and the history And a discarding unit that discards the held distribution data when a predetermined condition is not satisfied.

  The second receiving terminal of the present invention discards the distribution data held in the receiving terminal when the stay history does not satisfy the predetermined condition after receiving the distribution data. Therefore, if the receiving terminal having the above-described configuration is used, it is possible to reduce the load of maintenance work for the user.

  In the second receiving terminal of the present invention, various conditions shown in the first receiving terminal can be applied to determine whether or not to discard.

  The present invention can be configured as a distribution system having a distribution device and a reception terminal, in addition to the configuration as a distribution device and a reception terminal. Further, it can be configured in various modes such as a distribution control method, a reception control method, a discard control method, and a distribution system control method. Moreover, you may comprise as a signal which can be equated with the computer program itself which implement | achieves these methods with a computer, or this. Furthermore, you may comprise as a recording medium which recorded these computer programs. In any configuration, the various aspects described above can be applied by appropriately combining or omitting some of them.

  Here, as a recording medium, a flexible disk, a CD-ROM, a magneto-optical disk, an IC card, a ROM cartridge, a punch card, a printed matter on which a code such as a barcode is printed, an internal recording device of a computer (a memory such as a RAM or a ROM). ) And an external recording device can be used.

Hereinafter, embodiments of the present invention will be described in the following order based on examples.
A. First embodiment:
A1. System configuration:
A2. Function block:
A3. processing:
A4. Variation:
B. Second embodiment:
B1. Function block:
B2. processing:
B3. Variation:
C. Third embodiment:

A. First embodiment:
A1. System configuration:
FIG. 1 is an explanatory diagram showing the system configuration of the distribution system 1000. The distribution system 1000 includes a ticket vending machine 100 installed on a floor fl of a railway station, and a user's mobile terminal (for example, the mobile terminal 200) existing on the floor fl. Each portable terminal such as the portable terminal 200 moves on the floor fl together with the user of the portable terminal. In the following, the main description is given by taking the portable terminal 200 as an example, but the same applies to other portable terminals.

  The ticket vending machine 100 has a transaction function for performing transactions such as ticket sales with a user. However, the ticket vending machine 100 switches the function when a user operation such as a touch on the touch panel 110 or a coin insertion into the ticket vending machine 100 is interrupted for a predetermined period, stops the transaction function, and the advertisement described below. Activate the function.

  The ticket vending machine 100 can display a moving picture advertisement 110x of ABC Corporation on the touch panel 110. The ticket vending machine 100 holds a flash file in which the moving image advertisement 110x is recorded. The ticket vending machine 100 displays the moving image advertisement 110x on the touch panel 110 by playing the moving image recorded in the flash file.

  The ticket vending machine 100 has a function of distributing a flash file in which the moving image advertisement 110x is recorded to the mobile terminal via the antenna 120 by wireless communication using bluetooth (registered trademark). In general, a terminal that performs wireless communication such as bluetooth communication can perform wireless communication only with a terminal within a predetermined area according to adjustment of an antenna or the like. When the position of the mobile terminal is within the communication area ar, the ticket vending machine 100 can communicate with the mobile terminal. Therefore, when the mobile terminal is present at a position outside the communication area ar (for example, the position illustrated by the position 200x), the ticket vending machine 100 cannot communicate with the mobile terminal. The communication area ar of the embodiment is described below as being adjusted to a range in which the advertisement 110x can be browsed, but is not limited to this case. In the distribution system 1000, wireless communication using a wireless LAN may be used instead of wireless communication using bluetooth.

  When there is a user operation on the ticket vending machine 100 such as a touch on the touch panel 110, the ticket vending machine 100 stops the advertising function and restarts the transaction function.

  In the embodiment, the case where wireless communication using bluetooth is used has been described as an example, but communication using wireless LAN may be used.

A2. Function block:
FIG. 2 is an explanatory diagram showing functional blocks of the ticket vending machine 100. The ticket vending machine 100 includes a computer having a CPU, ROM, RAM, and the like. Each functional block shown in the figure is realized by software by a computer provided in the ticket vending machine 100. It should be noted that all or part of the functional blocks shown in the figure can be realized by hardware.

  Panel control unit 303 controls touch panel 110. The transaction function unit 302 and the advertisement function unit 300 realize a transaction function and an advertisement function, respectively. When the user operation is interrupted for a predetermined period, the switching function unit 301 stops the transaction function and activates the advertisement function. Moreover, when there is a user operation during the activation of the advertisement function, the advertisement function is stopped and the transaction function is activated. Note that the switching function unit 301 activates the advertisement function when the ticket vending machine 100 is powered on.

  In the advertisement function unit 300, the reproduction unit 310 reproduces the advertisement moving image 110 x represented by the flash file held in the holding unit 320 on the touch panel 110.

  The wireless communication unit 330 realizes bluetooth communication with the mobile terminal. The recording unit 340 can detect the mobile terminal staying in the communication area ar based on whether or not bluetooth communication is possible. The recording unit 340 records the number of seconds that the mobile terminal stays in the communication area ar while the advertisement video 110x is being reproduced. Hereinafter, this staying seconds will be referred to as playback staying seconds. Note that the recording unit 340 acquires the terminal ID from the mobile terminal and records the staying time during reproduction for each mobile terminal in association with the terminal ID.

  The distribution unit 350 distributes the flash file recorded in the holding unit 320 to the portable terminal when the staying seconds during reproduction is equal to or greater than the predetermined number of seconds.

A3. processing:
FIG. 3 is a flowchart showing processing performed by the ticket vending machine 100. The process of FIG. 3 is started when the ticket vending machine 100 is turned on or when a user operation is interrupted for a predetermined period. Therefore, the processing of FIG. 3 is started when the switching function unit 301 activates the advertisement function unit 300.

  First, the ticket vending machine 100 starts reproduction of the advertisement moving image 110x (step Sa1). Thereafter, the ticket vending machine 100 detects a mobile terminal staying in the communication area ar by trying bluetooth communication (step Sa2). When the detection is completed, the ticket vending machine 100 updates the staying time during reproduction recorded in the recording unit 340 based on the detection result (step Sa3). Then, the ticket vending machine 100 distributes the flash file to the mobile terminal whose staying time during reproduction exceeds the predetermined number of seconds (step Sa4).

  Thereafter, the ticket vending machine 100 checks whether there is a user operation such as a touch on the touch panel 110 (step Sa5). When there is no user operation, the ticket vending machine 100 returns to the process of step Sa2 and detects the mobile terminal staying in the communication area ar. On the other hand, when there is a user operation, the ticket vending machine 100 ends the reproduction of the advertisement moving image 110x by the function of the switching function unit 301 (Step Sa6), and all the staying time during reproduction recorded in the recording unit 340 is obtained. Return to zero (step Sa7). Thereafter, the ticket vending machine 100 starts transaction processing (step Sa8).

  The transaction process ends when the user operation is interrupted for a predetermined period, and the process itself of FIG. 3 is also completed. However, since the user operation is interrupted for a predetermined period, the ticket vending machine 100 automatically restarts the process of FIG. 3 from step Sa1.

  In the distribution system 1000 described above, it is possible to suppress the distribution of the flash file until the number of seconds staying in the communication area ar reaches a predetermined number of seconds. Here, the communication area ar is adjusted to a range in which the advertisement 110x can be browsed. Therefore, it is possible to suppress the distribution of the flash file that is unlikely to be viewed by the user, and thus to achieve efficient distribution for both the flash file distributor and the user.

A4. Variation:
In the embodiment, the ticket vending machine 100 performs the reproduction of the advertisement video 110x. However, the present invention is not limited to this case. For example, an advertising sticker of ABC Corporation may be attached to the ticket machine 100. In that case, it is desirable that the communication area ar is adjusted to include only the position of the user who can view the advertisement sticker. In the embodiment, the bluetooth communication antenna 120 is provided in the ticket vending machine 100 serving as a distribution device. However, the present invention is not limited to this case. The technology of the embodiment can be applied, for example, when a predetermined distribution server performs distribution to a receiving terminal staying at a predetermined hot spot via the Internet.

  In the embodiment, the ticket vending machine 100 performs processing according to the number of seconds the user stays in the communication area ar, but may perform processing according to the number of times the user has entered the communication area ar. Moreover, when a user enters the communication area ar a plurality of times, the ticket vending machine 100 may perform processing according to the number of staying seconds obtained by adding the staying seconds during reproduction in each stay.

  In addition, in the embodiment, the ticket vending machine 100 performs processing according to the staying seconds during playback. However, the ticket vending machine 100 performs processing according to the total staying seconds when playback of the video advertisement 110x is stopped. Also good.

B. Second embodiment:
As a second embodiment, a technique is described in which a portable terminal records a staying time during playback, and when the recorded staying time during playback is equal to or greater than a predetermined number of seconds, the ticket vending machine is requested to deliver delivery data. To do.

B1. Function block:
FIG. 4 is an explanatory diagram illustrating a distribution system 1000a according to the second embodiment. As in the case of the first embodiment, the distribution system 1000a includes a ticket vending machine 100a and a mobile terminal such as a mobile terminal 200a.

  Unlike the ticket vending machine 100 of the first embodiment, the ticket vending machine 100a does not have a recording unit 340 (see FIG. 2) that records a user's stay history in the communication area ar. The distribution unit 350a transmits a flash file to the mobile terminal 200a when a distribution request is received from the mobile terminal 200a regardless of the number of seconds the mobile terminal 200a stays in the communication area ar.

  In the portable terminal 200a, the wireless communication unit 210 performs bluetooth communication with the ticket vending machine 100a. When the switching function unit 301 of the ticket vending machine 100a stops the advertisement function, the wireless communication unit 330 of the ticket vending machine 100a also stops functioning. For this reason, when the Bluetooth communication with the ticket vending machine 100a is possible, the recording unit 220 of the mobile terminal 200a activates the advertisement function of the ticket vending machine 100a, and the mobile terminal in the communication area ar of the ticket vending machine 100a. It is possible to detect that 200a is staying. Based on the detection result, the recording unit 220 can record the number of staying seconds during reproduction of the mobile terminal 200a.

  The receiving unit 230 requests the ticket vending machine 100a to transmit a flash file when the staying seconds during reproduction becomes equal to or greater than a predetermined number of seconds. By making this request, the receiving unit 230 can receive the flash file from the ticket vending machine 100a. The receiving unit 230 records the received flash file in the holding unit 240.

  The user input unit 260 inputs a user input instructing reproduction of the video of the flash file recorded in the holding unit 240. The control unit 270 causes the display unit 250 to play a video in response to a user input. Based on the flash file recorded in the holding unit 240, the display unit 250 can display the moving picture advertisement 110x (see FIG. 1) of ABC Corporation on the liquid crystal display panel provided in the mobile terminal 200a.

B2. processing:
FIG. 5 is an explanatory diagram showing flash file reception processing performed by the mobile terminal 200a. The mobile terminal 200a repeatedly executes the illustrated process.

  First, the mobile terminal 200a tries bluetooth communication (step Sb1), and updates the staying seconds during reproduction recorded in the recording unit 220 (step Sb2). Thereafter, the mobile terminal 200a determines whether or not the staying seconds during reproduction exceeds a predetermined number of seconds (step Sb3). If the staying time during reproduction does not exceed the predetermined number of seconds, the mobile terminal 200a ends the process of FIG.

  If the staying time during reproduction exceeds the predetermined number of seconds, the portable terminal 200a requests the ticket vending machine 100a to distribute the flash file (step Sb4), thereby receiving the flash file from the ticket vending machine 100a (step Sb5). . The portable terminal 200a records the received flash file in the holding unit 240 (step Sb6). Thereafter, the user of the mobile terminal 200a can cause the display unit 250 to reproduce the moving image represented by the flash file recorded in the holding unit 240 at an arbitrary time.

  In the distribution system 1000a described above, the mobile terminal 200a does not receive the flash file until the number of seconds in the communication area ar reaches a predetermined number of seconds. Therefore, efficient distribution can be realized for both the distributor of the flash file and the user.

B3. Variation:
The technology of the modified example described in the first embodiment can be applied to the second embodiment. For example, in the ticket vending machine 100a, a predetermined advertisement sticker may be pasted instead of not reproducing the video advertisement. The mobile terminal 200a may perform processing according to the number of times the user has entered the communication area ar.

C. Third embodiment:
The ticket vending machines 100 and 100a according to the embodiment reproduce the advertisement moving image recorded in the flash file. The ticket machines 100 and 100a may be configured to periodically and repeatedly reproduce a moving image having a predetermined reproduction time recorded in a flash file. The ticket vending machines 100 and 100a start reproduction from the beginning of the moving image, and return the reproduction point to the beginning when the reproduction is completed to the end. In this way, the ticket vending machines 100 and 100a periodically reproduce the moving image.

  In such a case, the ticket vending machines 100 and 100a may perform distribution when the user continues to stay in the communication area ar while one cycle of the advertisement video is played from the start to the end. For example, the recording unit 340 according to the first embodiment detects the mobile terminal in the communication area ar at the time of reproduction of the start and end of the advertisement moving image (see step Sa2 in FIG. 3). Then, the distribution unit 350 performs distribution when the mobile terminal detected at the time of reproduction at the start end is also detected at the time of reproduction at the end. Hereinafter, a third embodiment will be described as another example in which the playback point of the moving image is considered in this way.

  The distribution system of the third embodiment has the same configuration as the distribution system 1000a of the second embodiment. The ticket vending machine 100a of the third embodiment is different from the case of the second embodiment in that the wireless communication unit 330a notifies the mobile terminal 200a of the fact at the time of reproduction of the start and end of the advertisement moving image. Hereinafter, these notifications are referred to as a start reproduction notification and an end reproduction notification, respectively.

  FIG. 6 is an explanatory diagram illustrating a recording unit 340b included in the mobile terminal 200a in the third embodiment. The portable terminal 200a of the third embodiment has a recording unit 340b of FIG. 6 instead of the recording unit 340 (see FIG. 4) of the second embodiment. The recording unit 340b includes a stay flag 340bf and a notification flag 340bn. The stay flag 340bf records whether or not the mobile terminal 200a is staying in the communication area ar. The notification flag 340bn records that when the start edge reproduction notification is acquired. Further, the notification flag 340bn records that when the end reproduction notification is acquired after the start end reproduction notification is acquired.

  Regardless of the stay history of the mobile terminal 200a in the communication area ar, the receiving unit 230 performs distribution data acquisition processing (steps Sb4 to Sb6 in FIG. 5) when the mobile terminal 200a enters the communication area ar. The receiving unit 230 also has a function of deleting the flash file recorded in the holding unit 240 when the recording content of the recording unit 340 satisfies a predetermined condition.

  FIG. 7 is a flowchart showing flash file reception processing in the third embodiment. This flowchart corresponds to the flowchart of FIG. 5 in the second embodiment. First, the mobile terminal 200a tries bluetooth communication (step Sc1). At this time, the portable terminal 200a can acquire the start end reproduction notification or the end end reproduction notification from the ticket vending machine 100a, respectively, when the start end or the end end of the advertisement moving image is being reproduced. Based on the trial result of the bluetooth communication, the mobile terminal 200a updates the recorded content of the recording unit 340b (step Sc2). When the stay flag 340bf is changed from “non-stay” to “stay” by this update, the mobile terminal 200a performs a flash file acquisition process (corresponding to steps Sb4 to Sb6 in FIG. 5) (step Sc3). When the “stay” is changed to “non-stay”, the mobile terminal 200a refers to the notification flag 340bn (step Sc4). If it is found from the reference result that both the start end notification and the end end notification have been acquired, the portable terminal 200a ends the process of FIG. 7 as it is. On the other hand, when only the start-end playback notification has been acquired or when no notification has been acquired, the mobile terminal 200a deletes the flash file recorded in the holding unit 240 (step Sc6).

  In the distribution system according to the third embodiment described above, the portable terminal 200a can use the flash recorded in the holding unit 240 when neither the start playback notification nor the end playback notification is acquired before leaving the communication area ar. Delete the file. For this reason, efficient distribution can be realized for the user. Further, when the flash file is thinned out by deletion, the possibility that the distributed flash file is browsed by the user is improved as a whole. Therefore, the distributor of the flash file can cause the user to browse the flash file with high probability if the receiving terminal of the distribution destination is as described above.

  The technique of the third embodiment can be applied to the first embodiment and the second embodiment. For example, the mobile terminal 200a of the second embodiment may perform the following process instead of the process of steps Sb2 to Sb6 in FIG. That is, first, when the mobile terminal 200a enters the communication area ar, the mobile terminal 200a receives the flash file regardless of the number of seconds spent in the communication area ar. Further, when the Bluetooth communication with the ticket vending machine 100a becomes impossible while the staying time in the communication area ar is less than the predetermined number of seconds, the flash file recorded in the holding unit 240 is deleted.

  As described above, the distribution apparatus and the receiving terminal according to the present invention have been described based on the embodiments. However, the embodiments of the present invention described above are for facilitating the understanding of the present invention and limit the present invention. is not. The present invention can be changed and improved without departing from the spirit and scope of the claims.

2 is an explanatory diagram showing a system configuration of a distribution system 1000. FIG. It is explanatory drawing which shows the functional block of the ticket vending machine 100. FIG. It is a flowchart which shows the process which the ticket vending machine 100 performs. It is explanatory drawing which shows the delivery system 1000a of a 2nd Example. It is a flowchart which shows the flash file reception process which the portable terminal 200a performs. It is explanatory drawing which shows the recording part 340b of 3rd Example. It is a flowchart which shows the flash file reception process of 3rd Example.

Explanation of symbols

1000 ... Distribution system 200 ... Mobile terminal 100 ... Ticket vending machine 110 ... Touch panel 110x ... Video advertisement display fl ... Station floor 120 ... Antenna ar ... Communication area 200x. .. Position outside communication area ar 300 ... Advertising function section 301 ... Switching function section 302 ... Transaction function section 303 ... Panel control section 310 ... Playback section 320 ... Holding section 330 .. Wireless communication unit 340 ... Recording unit 350 ... Distribution unit 1000a ... Distribution system 200a ... Mobile terminal 210 ... Wireless communication unit 220 ... Recording unit 230 ... Receiving unit 240. .. Holding unit 250 ... Display unit 260 ... User input unit 270 ... Control unit 100a ... Ticket vending machine 350a ... Distribution unit 340b ... Recording unit 340bf ... Stay flag 340bn .. .Notification flag

Claims (19)

A distribution device that wirelessly distributes predetermined distribution data to a movable receiving terminal,
A recording unit that detects whether or not the receiving terminal stays in a predetermined area by wireless communication with the receiving terminal, and records a history of the detection result;
A distribution apparatus comprising: a distribution unit configured to perform distribution when the history satisfies a predetermined condition. The distribution device according to claim 1,
The distribution unit is a distribution device that performs the distribution when the stay has continued for a predetermined time. The distribution device according to claim 1,
A playback unit for playing back audiovisual data representing the contents of the distribution data;
The distribution device, wherein the predetermined area is set based on a range in which the reproduced video or audio can be viewed. The distribution device according to claim 3,
The recording unit records the history together with whether or not the reproduction is performed,
The distribution unit is a distribution device that performs the distribution based on the history during reproduction. The distribution device according to claim 4,
The distribution unit performs the distribution when a period of stay during the reproduction exceeds a predetermined time. A mobile receiving terminal that wirelessly receives predetermined distribution data from a predetermined distribution device,
A recording unit that detects whether the receiving terminal stays in a predetermined area by wireless communication with the distribution device, and records a history of the detection result;
A receiving terminal comprising: a receiving unit that performs the reception when the history satisfies a predetermined condition. The receiving terminal according to claim 6, wherein
The receiving unit is a receiving terminal that performs the reception when the stay has continued for a predetermined time. The receiving terminal according to claim 6, wherein
The distribution device can reproduce audiovisual data representing the contents of the distribution data, and can wirelessly output a determination signal capable of determining whether the reproduction is being performed,
The recording unit detects whether or not the reproduction is performed based on the determination signal, records the history together with the detection result,
The receiving unit is a receiving terminal that performs the reception based on the reproduction history. The receiving terminal according to claim 8, wherein
The receiving unit is a receiving terminal that performs the reception when a period of continuous stay during the reproduction exceeds a predetermined time. A mobile receiving terminal that wirelessly receives predetermined distribution data from a predetermined distribution device,
A receiving unit that receives the distribution data and holds the received distribution data;
A recording unit that detects whether the receiving terminal stays in a predetermined area by wireless communication with the distribution device, and records a history of the detection result;
A receiving terminal comprising: a discarding unit that discards the held distribution data when the history does not satisfy a predetermined condition. The receiving terminal according to claim 10, wherein
The discarding unit is a receiving terminal that performs the discarding when a continuous stay period in the area does not reach a predetermined time. The receiving terminal according to claim 10, wherein
The distribution device can reproduce audiovisual data representing the contents of the distribution data, and can wirelessly output a determination signal capable of determining whether the reproduction is being performed,
The recording unit detects whether or not the reproduction is performed based on the determination signal, records the history together with the detection result,
The discard unit is a receiving terminal that performs the discard when the history does not satisfy a predetermined condition. The receiving terminal according to claim 12, wherein
The discarding unit is a receiving terminal that performs the discarding when a continuous stay period in the area does not reach a predetermined time. In a distribution apparatus that wirelessly distributes predetermined distribution data to a movable predetermined receiving terminal, the distribution control method controls the distribution,
Detecting whether or not the receiving terminal stays in a predetermined area by wireless communication with the receiving terminal, and recording a history of the detection results;
A distribution control method comprising: performing the distribution when the history satisfies a predetermined condition. A reception control method for controlling the reception in a mobile receiving terminal that wirelessly receives predetermined distribution data from a predetermined distribution device,
Detecting whether the receiving terminal stays in a predetermined area by wireless communication with the distribution device, and recording a history of the detection results;
A reception control method comprising: performing the reception when the history satisfies a predetermined condition. A discard control method for controlling discard of received distribution data in a mobile receiving terminal that wirelessly receives predetermined distribution data from a predetermined distribution device,
Receiving the distribution data and holding the received distribution data;
Detecting whether the receiving terminal stays in a predetermined area by wireless communication with the distribution device, and recording a history of the detection results;
And a step of discarding the held distribution data when the history does not satisfy a predetermined condition. A computer program for causing a distribution apparatus that wirelessly distributes predetermined distribution data to a predetermined receiving terminal that is movable, to perform the distribution,
A function of detecting whether or not the receiving terminal stays in a predetermined area by wireless communication with the receiving terminal, and recording a history of the detection result;
A computer program for causing the distribution device to realize the function of performing distribution when the history satisfies a predetermined condition. A computer program for wirelessly receiving predetermined distribution data from a predetermined distribution device and causing a movable receiving terminal to perform the reception,
A function of detecting whether or not the receiving terminal stays in a predetermined area by wireless communication with the distribution device, and recording a history of the detection result;
A computer program for causing the receiving terminal to realize the function of performing the reception when the history satisfies a predetermined condition. A computer program for controlling disposal of received distribution data in a mobile receiving terminal that receives predetermined distribution data wirelessly from a predetermined distribution device,
A function of receiving the distribution data and holding the received distribution data;
A function of detecting whether or not the receiving terminal stays in a predetermined area by wireless communication with the distribution device, and recording a history of the detection result;
A computer program for causing the receiving terminal to realize a function of discarding the held distribution data when the history does not satisfy a predetermined condition.

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