JP2007079650A - Stamp rally system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To carry out a stamp rally by using a communication device such as a cellular phone and an on-board terminal equipped with a GPS function or the like for constructing a stamp rally system greatly improved in convenience in comparison with a conventional one. <P>SOLUTION: This stamp rally system automatically makes a request for issue of a stamp when a terminal such as the cellular phone 208 and the on-board terminal carrying a GPS function 0201 and the like for detecting its own positional information determines that the terminal itself is within a stamp area. In this way, the positional information is specified very easily and accurately in comparison with a conventional system. When an entry for the stamp rally is made previously, the stamp can be issued since the terminal itself automatically requests issue of the stamp when the terminal enters the stamp area even if an entrant cannot operate the portable terminal he/she is at the wheel. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

The present invention relates to a stamp rally system using a communication terminal.

  Conventionally, for the purpose of having customers visit places such as multiple stores, a stamp is placed at each visiting place, and the stamp is pressed on a predetermined mount as proof that the customer has actually visited, and the predetermined stamp is pressed. As a part of events such as sales promotions, stamp rally systems that receive prizes in exchange for a stamped cardboard have been carried out. However, in the conventional stamp rally, stamp mounts and stamps must be set in advance for all check points before the stamp rally starts. However, there are various problems in carrying out the stamp rally, such as preparing a stamp mount and selecting a place to install the stamp.

  On the other hand, in recent years, communication information terminals equipped with communication functions such as mobile phones and PHS have been rapidly spread.

Therefore, in Patent Document 1, in order to solve the problems of the conventional stamp rally system, a stamp rally organizer uses a mobile phone and issues a stamp that proves the position of the mobile phone at a certain time. It is possible to carry out the stamp rally without preparing a place for installing the mount or stamp. In the technique of Patent Document 1, a base station in communication with a mobile phone is specified from a stamp issuance request by a stamp rally participant who is a customer, and stamp information transmission / reception information satisfying the regulations, and the base station Base station position information is obtained, mobile phone position information is calculated from the base station position information, and the positions and times of the participants are specified by the stamp proxy issuing server.
JP 2004-139193 PR

However, the conventional method has the following problems.
○ After entering the stamp area, participants need to manually issue stamps.
○ In the case of in-vehicle terminals or driving, participants cannot perform stamp issuing procedures.
○ Because the location of the participant is identified from the base station location information during communication, the exact location cannot be identified. Therefore, it cannot cope with the case where checkpoints are close.
There is a problem.

  Therefore, in the present invention, a terminal that can detect its own location information such as a mobile phone or an in-vehicle terminal equipped with a GPS function or the like is used, and communication by a participant's operation has been indispensable for issuance of a conventional stamp. When the terminal enters the stamp area, it determines that the terminal itself is in the stamp area and automatically issues a stamp issuance request. As a result, the position information can be specified easily and accurately dramatically compared to the prior art. In addition, if you have registered for the stamp rally in advance, the terminal will automatically request you to issue a stamp when you enter the stamp area. A stamp can be issued.

  According to the present invention, by performing a stamp rally using a communication device such as a mobile phone or an in-vehicle terminal equipped with a GPS function or the like, it is possible to accurately detect its own position, corresponding to a nearby stamp area, and automatically Therefore, it is possible to make a stamp rally issue request, and it is possible to construct a stamp rally system that is dramatically more convenient than the conventional stamp rally system.

The best mode for carrying out each invention will be described below. Note that the present invention is not limited to these embodiments, and can be implemented in various modes without departing from the spirit of the present invention. The first embodiment will explain claim 1. In the second embodiment, claim 2 will be described. In the third embodiment, claim 3 will be described. In the fourth embodiment, claim 4 will be described. In the fifth embodiment, claim 5 will be described. In the sixth embodiment, claim 6 will be described. In the seventh embodiment, claim 7 will be described. In the eighth embodiment, claim 8 will be described.
<Embodiment 1>
<Embodiment 1: Overview>

The stamp rally system according to the present embodiment is a stamp rally system that acquires rally information including its own position information and compares the rally information with the stamp issue rally information in the terminal device. FIG. 1 shows an outline of the present embodiment. The user makes an application for participation from the terminal device to the rally server (0101), and acquires stamp issuance rally information (0102). The terminal device automatically acquires rally information (0103). When the rally information is acquired, the terminal device compares the stamp issuance rally information with the acquired rally information (0104), and if the predetermined relationship is satisfied, the stamp issuance request information is automatically transmitted to the rally server ( 0105). In the rally server device, a stamp is issued based on the received stamp issue request information (0106).
<Embodiment 1: Configuration>

  The stamp rally system according to the present embodiment includes a terminal device and a rally server device. FIG. 2 is a block diagram showing the configuration of the present embodiment.

  The “terminal device” (0208) includes a rally information acquisition unit (0202), an issue rally information holding unit (0203), a comparison unit (0204), and a stamp issue request information transmission unit (0205).

  The “rally information acquisition unit” acquires rally information including position information of the terminal device. The rally information includes position information indicating the position of the terminal device obtained from GPS (0201) or the like. The rally information is information for recording the movement results of the user and the terminal device, and the stamp is issued if the rally information satisfies the conditions set in advance in the stamp issuance request information by comparing with the stamp issuance request information. The FIG. 3 shows an example of rally information. In the rally information, information describing the history of the user and the terminal device, the position such as the latitude, etc. measured by GPS or the like is recorded. Note that the rally information may be calculated from the base station position information of the wireless communication terminal instead of the GPS, and the history and latitude of the wireless communication terminal.

  The “stamp issue rally information holding unit” holds stamp issue rally information. The stamp issue rally information is a condition that the rally information must satisfy in order to issue a stamp. The stamp issue rally information holding unit acquires and holds stamp issue rally information from the rally server device in the terminal device at the start of the stamp rally. An example of the stamp issuance rally information held in the stamp issuance rally information holding unit is shown in FIG. In the stamp issuance rally information, latitude and longitude, the size of each area, and the like are set as position information of the point areas A to D, and these pieces of information are stored in the stamp issuance rally information holding unit.

  The “comparison unit” compares the rally information acquired by the rally information acquisition unit with the stamp issuance rally information held in the stamp issuance rally information holding unit, determines whether or not there is a predetermined relationship, and issues the stamp. Determine transmission of request information. The comparison unit determines whether or not the acquired rally information has stayed in a point area designated in advance, and if the predetermined condition is satisfied, the stamp issuance request information is transmitted. To the department. An example is shown in FIG. The stamp issuance rally information held in the stamp issuance rally information holding unit is (1). If the rally information acquired by the rally information acquisition unit is (2), the user is going around A which is one of the point areas from A to D set in the stamp issuance rally information, The comparison result satisfies a predetermined condition. When the rally information acquired by the rally information acquisition unit is (3), the user has not visited the point area set in the stamp issuance rally information, and the comparison result satisfies a predetermined condition. There will be no.

  FIG. 6 shows an example of the program of the comparison unit of this embodiment. First, rally information is received, and position information included in the rally information is read out. Next, stamp issue position information, which is position information included in the stamp issue rally information, is read from the stamp issue rally information to be compared. Then, the positional information is compared, and it is determined whether or not the rally information satisfies the conditions of the stamp issuance rally information. If the conditions are satisfied, the issuance of the stamp is requested.

  The “stamp issue request information transmission unit” automatically transmits the stamp issue request information to the rally server device when the comparison result in the comparison unit is a comparison result that has a predetermined relationship. The stamp issue request information is information indicating conditions necessary for issuing a stamp, and is a condition that the rally information must satisfy. In the example of FIG. 5, when the rally information is (2), the comparison result with the condition set in advance in the stamp issuance rally information satisfies the predetermined condition. The stamp issue request information is transmitted to the stamp issue request information receiving unit of the rally server device.

  The “rally server device” includes a stamp issue request information reception unit and a stamp transmission unit.

  The “stamp issue request information receiving unit” receives the stamp issue request information transmitted from the stamp issue request information transmitting unit of the terminal device. The received stamp issue request information is transmitted to the stamp transmitter.

  The “stamp transmission unit” transmits the stamp to the terminal device based on the stamp issue request information received by the stamp issue request information reception unit. The stamp is an electronic certificate that authenticates that the user has visited the point area according to the conditions of the stamp issuance rally information.

  FIG. 7 is a hardware block diagram showing the internal configuration of the data terminal device and the rally server device of this embodiment. The terminal device (0701) and the rally server device (0702) have the CPU (0703, 0709) as a control center, and ROM (0705, 0713), RAM (0704, 0710), I / O (0707,0711), HDD ( 0706, 0712) and the like are commonly connected by a system bus composed of a plurality of numbers. The user applies for stamp rally participation to the rally server device through the I / O of the terminal device. The rally server device transmits stamp issuance rally information recorded in the HDD or ROM, which is a stamp issuance rally information holding unit, to the terminal device through I / O. The terminal device acquires stamp issuance rally information and stores the stamp issuance rally information in the HDD or RAM.

  When the user goes around the point area and acquires the rally information, the rally information is stored in the RAM. The rally information acquisition unit performs the acquisition of rally information. The specific movement of the rally information acquisition unit is as follows, for example. First, a GPS signal is received from a GPS signal receiving device (0714) connected via the I / O of the terminal device, and longitude and latitude information is generated from the GPS signal by a GPS processing program developed in the RAM. The generated longitude / latitude information is further shaped into information of a predetermined format by a program for acquiring rally information developed in the RAM and stored as rally information in a predetermined storage area, for example, a predetermined area in the RAM. Is done.

  Here, the CPU compares the stamp issue rally information and the rally information on the RAM, and determines whether the rally information satisfies the conditions of the stamp issue rally information. Judgment is made by the comparison unit. A specific example of the movement of the comparison unit is as follows. First, the rally information stored in the RAM of the terminal device is read. Next, the stamp issuance rally information stored in the storage device such as the HDD or RAM is read, and the CPU compares the two and determines whether the rally information satisfies the stamp issuance rally information. If the determination result satisfies the condition, the CPU instructs the information automatic transmission unit to transmit the stamp issue request information since the stamp is issued, and transmits the stamp issue request information to the rally server device through the I / O.

The rally server device receives the stamp issuance request information at the stamp issuance request information receiving unit, stores the stamp issuance request information in a predetermined area in the RAM, and the CPU confirms the content of the stamp issuance request information. After the confirmation, the CPU, which is the stamp transmission unit, instructs the terminal device to issue a stamp to the terminal device through I / O, and the stamp is issued and transmitted.
<Embodiment 1: Processing flow>

  FIG. 8 shows a processing flow of the present embodiment. First, the user applies for participation in the stamp rally from the terminal device to the rally server device (S0801). Based on the application, the rally server device transmits stamp issue rally information to the terminal device, and the stamp issue rally information holding unit of the terminal device acquires and holds the stamp issue rally information (S0802). The rally information acquisition unit of the terminal device acquires rally information including position information (S0803). The acquired rally information is compared with the stamp issuance request information by the comparison unit (S0804). If the comparison result satisfies a predetermined relationship (S0805), the stamp issuance request information automatic transmission unit sends the stamp issuance request. Information is transmitted to the rally server device (S0806), and a request for issuing a stamp is made. In the rally server device, the stamp issue request information receiving unit receives the stamp issue request information transmitted from the terminal device (S0807). Based on the received stamp issuance request information, a stamp is issued and transmitted from the stamp transmitting unit to the terminal device (S0808). After receiving the stamp, it is determined whether or not to continue the stamp rally (S0809). To continue the stamp rally, the process returns to (1) or (2) in FIG. If the stamp issuance rally information of all point areas has been received in advance, the process returns to (2). When the stamp issue rally information for the new point area is received, the process returns to (1).

FIG. 9 shows a sequence diagram of the present embodiment. In this embodiment, information is exchanged between the GPS device (0901), the terminal device (0902), and the rally server device (0903). First, stamp rally participation application information is transmitted from the terminal device to the rally server device (0904). On the other hand, the rally server device transmits stamp issue rally information to the terminal device (0905), and the stamp rally is started. When the user goes around the stamp area, rally information including position information is received from the GPS device or the like (0905). Upon receiving the rally information, the terminal device compares the previously issued stamp issue rally information and, if the preset condition is satisfied, transmits the stamp issue request information to the rally server device (0907). . Based on the stamp issuance request information, the rally server issues and sends a stamp to the terminal device (0908).
<Embodiment 2>
<Embodiment 2: Overview>

The stamp rally system of the present embodiment acquires rally information including a plurality of own position information, and then transmits a plurality of rally information to the rally server device, and compares the stamp issuance rally information with the rally server device, This is a stamp rally system characterized by making a decision to issue a stamp. FIG. 10 is a conceptual diagram for explaining the outline of the present embodiment. The user makes an application for participation to the rally server device (1001). Thereafter, when the user enters a point area of a preset stamp rally, the terminal device automatically acquires rally information (1002). After traveling around a plurality of point areas and acquiring a plurality of rally information, the user collectively transmits the acquired plurality of rally information from the terminal device to the rally server (1003). The rally server compares whether or not the received rally information matches a preset condition (1004). When the determination result satisfies a predetermined relationship, the stamp is transmitted to the terminal device (1005).
<Embodiment 2: Configuration>

  The stamp rally system according to the present embodiment includes a terminal device and a rally server device. FIG. 11 is a block diagram showing the configuration of this embodiment.

  The terminal device (1109) includes a second rally information acquisition unit (1102), a rally information holding unit (1103), and a rally information output unit (1104).

  The “second rally information acquisition unit” acquires rally information including the position information of the terminal device. The rally information includes position information indicating the position of the terminal device obtained from GPS or the like. The rally information is information for recording the movement results of the user and the terminal device, and the stamp is issued if the rally information satisfies the conditions set in advance in the stamp issuance request information by comparing with the stamp issuance request information. The FIG. 12 shows an example of a plurality of rally information collected. In the rally information, information indicating positions such as latitude and longitude of the user and the terminal device measured by GPS or the like is recorded as in FIG. 3 of the first embodiment. Note that digital television / radio data broadcasting may be used as means for acquiring rally information. Alternatively, rally information may be acquired by an information terminal connected to the Internet, and the rally information may be stored in an electronic memory and brought into a terminal device.

  The “rally information output unit” collectively transmits a plurality of rally information stored in the rally information holding unit to the rally information acquisition unit of the rally server. The rally information is output by the user operating the terminal device when a plurality of rally information is acquired.

  The “rally server device” (1110) includes a rally information acquisition unit (1105), a second stamp issue rally information holding unit (1106), a second comparison unit (1107), and a second stamp transmission unit (1108). Consists of.

  The “rally information acquisition unit” collectively acquires a plurality of rally information output from the rally information output unit of the terminal device.

  The “second stamp issue rally information holding unit” holds stamp issue rally information. The stamp issue rally information is a condition that the rally information must satisfy in order to issue a stamp. The stamp issue rally information held in the second stamp issue rally information holding unit is almost the same as that in FIG.

  The “second comparison unit” compares the rally information acquired by the rally information acquisition unit with the stamp issue rally information held in the second stamp issue rally information holding unit. The comparison unit determines whether the acquired rally information satisfies a condition such as whether the user has stayed in a point area designated in advance, and transmits a second stamp if the predetermined condition is satisfied. Instruct the department to issue stamps. An example is shown in FIG. Assume that the stamp issue rally information held in the second stamp issue rally information holding unit is (1). When the rally information acquired by the rally information acquisition unit is (2), the user has visited the point areas from A to D set in the stamp issuance rally information, and the comparison result satisfies the predetermined condition. Satisfies. When the rally information acquired by the rally information acquisition unit is (3), the user has not visited the point area B set in the stamp issuance rally information, and the comparison result satisfies a predetermined condition. Will not be.

  FIG. 14 shows an example of the program of the second comparison unit of this embodiment. First, rally information is received, and position information included in the rally information is read out. Next, stamp issue position information, which is position information included in the stamp issue rally information, is read from the stamp issue rally information to be compared. Then, the position information is compared to determine whether the rally information satisfies the conditions of the stamp issuance rally information. When the conditions are satisfied, the issuance of the stamp is instructed.

  The “second stamp transmission unit” transmits the stamp to the terminal device based on the comparison result in the second comparison unit. In the example of FIG. 13, when the rally information is (2), the comparison result satisfies a predetermined condition, so the second stamp transmission unit issues a stamp to the terminal device. However, in the case of (3), since the comparison result does not satisfy the predetermined condition, no stamp is issued. The stamp is an electronic certificate that authenticates that the user has visited the point area according to the conditions of the stamp issuance rally information.

  FIG. 15 is a hardware block diagram showing the internal configuration of the data terminal device and the rally server device of this embodiment. The terminal device (1501) and the rally server device (1502) use the CPU (1503, 1509) as a control center, and ROM (1505, 1513), RAM (1504, 1510), I / O (1507, 1511), HDD ( 1506, 1512) are commonly connected by a system bus constituted by a plurality of numbers. The user applies for stamp rally participation to the rally server device through the I / O of the terminal device. The rally server device records the user's participation application in a storage device such as an HDD or a RAM, which is a stamp issuing rally information holding unit.

  When the user goes around the point area and acquires the rally information, the rally information is stored in the RAM of the terminal device. The rally information acquisition unit performs the acquisition of rally information. The specific movement of the rally information acquisition unit is as follows, for example. First, a GPS signal is received from the GPS signal receiving device (1514) connected via the I / O of the terminal device, and longitude and latitude information is generated from the GPS signal by a GPS processing program developed in the RAM. The generated longitude / latitude information is further shaped into information of a predetermined format by a program for acquiring rally information developed in the RAM and stored as rally information in a predetermined storage area, for example, a predetermined area in the RAM. Is done.

  After traveling around a plurality of point areas and accumulating rally information, the rally information is transmitted to the rally server device through the I / O. The rally information is transmitted by the rally information output unit. The CPU reads the rally information from a storage area such as a RAM and outputs it to the rally server device via the I / O. The rally information acquisition unit of the rally server device acquires these rally information collectively through I / O and stores them in a predetermined storage area, for example, RAM or HDD.

  Here, the CPU compares the stamp issue rally information and the rally information on the RAM, and determines whether the rally information satisfies the conditions of the stamp issue rally information. The determination is made at the second comparison unit. A specific example of the movement of the comparison unit is as follows. First, the rally information obtained from the terminal device and stored in the storage area is read out. Next, the stamp issue rally information stored in the storage device such as HDD or RAM, which is the second stamp issue rally information holding unit, is read, and the CPU compares both to determine whether the rally information satisfies the stamp issue rally information. I do.

When the determination result satisfies the condition, in the second stamp transmission unit, the CPU commands the issuance of a stamp recorded in the HDD or ROM, and transmits the stamp to the terminal device through I / O.
<Embodiment 2: Processing flow>

  FIG. 16 shows the processing flow of this embodiment. First, the user applies for stamp rally participation from the terminal device to the rally server device (S1601). Thereafter, the user patrols the plurality of point areas, and the second rally information acquisition unit acquires the position information from the GPS or the like as the rally information (S1602). The acquired rally information is held and accumulated in the rally information holding unit (S1603). When the tour of the point area is completed, the stored rally information is output from the rally information output unit of the terminal device to the rally information acquisition unit of the rally server device (S1604). The rally information acquired by the rally information acquisition unit (S1605) is compared with the stamp issue rally information by the second comparison unit (S1606), and if the comparison result satisfies a predetermined relationship (S1607), A stamp is issued from the second stamp transmitter to the terminal device (S1608).

FIG. 17 shows a sequence diagram of this embodiment. In this embodiment, information is exchanged between the GPS device (1701), the terminal device (1702), and the rally server device (1703). First, stamp rally participation application information is transmitted from the terminal device to the rally server device (1704). The user visits a plurality of point areas and acquires a plurality of rally information (1705). When the plurality of rally information is acquired, the terminal device transmits the plurality of rally information collectively to the rally server device (1706). In the rally server device, the rally information is compared with the stamp issuance rally information, and if the preset condition is satisfied, the stamp is issued and transmitted to the rally server device (1707).
<Embodiment 3>
<Embodiment 3: Overview>

  The stamp rally system of the present embodiment realizes a configuration unit by receiving a program which is stamp rally processing circuit configuration information from a rally server, and performs from rally information acquisition to comparison and stamp issuance in a terminal device. It is a stamp rally system characterized by. As a result, the program can be downloaded and used only when the stamp rally is performed. Also, there is no need to save the program when it is not needed, and it can be downloaded and saved only when necessary.

FIG. 18 shows an outline of the present embodiment. The user makes an application for participation from the terminal device to the rally server (1801), and acquires stamp rally processing circuit configuration information that is a program for determining issuance of stamps from the acquisition of rally information (1802). Thereafter, the user goes around the point area of the stamp rally and acquires rally information (1803). The terminal device compares the acquired rally information with the stamp issuance rally information (1804), and if the comparison result satisfies a predetermined relationship, a stamp is issued (1805).
<Embodiment 3: Configuration>

  The stamp rally system according to the present embodiment includes a terminal device and a rally server device. FIG. 19 is a block diagram showing the configuration of this embodiment.

  The “terminal device” (1902) is a device including a rally program receiving unit (1903) and an execution unit (1904), and is a mobile phone, a PDA, a car navigation system, or the like.

  The “execution unit” constitutes a third rally information acquisition unit (1910), a third stamp issue rally information holding unit (1911), a third comparison unit (1912), and a third stamp issue unit (1913). .

  The “rally program receiving unit” includes a rally information acquisition function (1905) for acquiring rally information including its own position information, a stamp issue rally information holding function (1906) for holding stamp issue rally information, and the rally information acquisition. When the comparison function (1907) for comparing the rally information acquired by the function with the held stamp issuance rally information and the comparison result using the comparison function are in a predetermined relationship Receives a stamp issuing function (1908) for issuing a stamp, and stamp rally processing circuit configuration information (1915) which is information for configuring a section for executing the program by a program.

  FIG. 20 shows an example of stamp rally processing circuit configuration information. The stamp rally processing circuit configuration information is a program that controls the retention of stamp issuance rally information, acquisition of rally information, comparison of rally information, and issuance of stamps. This program is executed by the third execution unit, and constitutes a third rally information acquisition unit, a third stamp issue rally information holding unit, a third comparison unit, and a third stamp issue unit. The stamp rally processing circuit configuration information holds stamp issue request information. When the rally information is acquired, the position information in the rally information is read out. At the same time, the position information in the stamp issuance rally information is read, and the position information in the rally information is compared with the position information in the stamp issuance rally information to determine whether the stamp issuance rally information is satisfied. If the determination result satisfies the condition, a stamp is issued.

  The “third rally information acquisition unit” acquires rally information including the position information of the terminal device. The rally information is information for recording the movement results of the user and the terminal device, and the stamp is issued if the rally information satisfies the conditions set in advance in the stamp issuance request information by comparing with the stamp issuance request information. The The rally information acquired by the third rally information acquiring unit is substantially the same as that in FIG.

  The “third stamp issue rally information holding unit” holds stamp issue rally information. The stamp issue rally information is a condition that the rally information must satisfy in order to issue a stamp. The stamp issue rally information held in the second stamp issue rally information holding unit holds position information such as longitude and latitude of a preset point area. The stamp issuance rally information held in the third stamp rally information holding unit is substantially the same as that in FIG.

  The “third comparison unit” has a comparison function based on the stamp rally processing circuit configuration information received by the rally program receiving unit. The third comparison unit compares the stamp issuance rally information held by the stamp issuance rally information holding unit, determines whether or not a predetermined relationship exists, and determines stamp issuance. The comparison of this embodiment is almost the same as that of FIG. 13 of the second embodiment, but the feature of this embodiment is that the comparison is performed by the execution unit of the terminal device.

  The program of the second comparison unit of this embodiment is almost the same as that of FIG. 14 of the second embodiment, but is characterized in that the comparison is performed by the execution unit of the terminal device.

  The “third stamp issuing unit” has a stamp issuing function based on the stamp rally processing circuit configuration information received by the rally program receiving unit. The third stamp issuing unit issues a stamp when the comparison result in the comparison unit indicates that the comparison result is in a predetermined relationship. In the example of FIG. 13, when the rally information is (2), the comparison result with the condition set in advance in the stamp issuance rally information satisfies the predetermined condition, so the stamp is issued. The stamp may be issued every time the rally information is acquired even after a plurality of rally information is collected.

  The “rally server device” (1901) includes a stamp rally processing circuit configuration information transmission unit (1909).

  The “stamp rally processing circuit configuration information transmitting unit” transmits the stamp rally processing circuit configuration information to the rally program receiving unit of the terminal device.

  FIG. 21 is a hardware block diagram showing the internal configuration of the data terminal device and the rally server device of this embodiment. The terminal device (2101) and the rally server device (2102) are controlled by the CPU (2103, 2109) as a control center, and the ROM (2105, 2113), RAM (2104, 2110), I / O (2107, 2111), HDD ( 2106, 2112) etc. are commonly connected by a system bus composed of a plurality of numbers. The user applies for stamp rally participation to the rally server device through the I / O of the terminal device. The stamp rally processing circuit configuration information transmission unit of the rally server device transmits stamp rally processing circuit configuration information recorded in a storage device such as an HDD or a ROM to the terminal device via the I / O. The rally program receiving unit of the terminal device records the received stamp rally processing circuit configuration information in a predetermined area of a storage device such as an HDD or a RAM.

  The stamp rally processing circuit configuration information is installed and executed in a storage area such as an HDD or a RAM by an instruction from the CPU. By executing the stamp rally processing circuit configuration information, the execution unit in the terminal device includes a third rally information acquisition unit, a third stamp issue rally information holding unit, a third comparison unit, and a third stamp issue unit.

  When the user goes around the point area and acquires the rally information, the rally information is stored in the RAM of the terminal device. The rally information is acquired by the third rally information acquiring unit. The specific movement of the rally information acquisition unit is as follows, for example. First, a GPS signal is received from a GPS signal receiving device (2114) connected via the I / O of the terminal device, and longitude and latitude information is generated from the GPS signal by a GPS processing program developed in the RAM. The generated longitude / latitude information is further shaped into information of a predetermined format by a program for acquiring rally information developed in the RAM and stored as rally information in a predetermined storage area, for example, a predetermined area in the RAM. Is done.

When traveling around multiple point areas and accumulating rally information, the third comparison unit accumulates the stamp issuance rally information and the stamp issuance rally information contained in the stamp rally processing circuit configuration information stored in the storage area such as RAM or HDD. The rally information is compared by the CPU, and it is determined whether the rally information satisfies the conditions of the stamp issuance rally information. If the determination result satisfies the condition, the CPU instructs the issue of the stamp at the third stamp issuing unit.
<Embodiment 3: Flow of processing>

  FIG. 22 shows a processing flow of the present embodiment. First, the user applies for participation in the stamp rally from the terminal device to the rally server device (S2201). The terminal device acquires stamp rally processing circuit configuration information from the rally server device (S2202). The acquired stamp rally processing circuit configuration information is executed, and a third rally information acquisition unit, a third stamp issue rally information holding unit, a third comparison unit, and a third stamp issue unit are configured in the execution unit (S2203). Thereafter, the user patrols the point area, and the third rally information acquisition unit acquires rally information from GPS or the like (S2204). The acquired rally information is compared with the stamp issuance rally information included in the stamp rally processing circuit configuration information by the third comparison unit (S2205), and it is determined whether a predetermined relationship is satisfied (S2206). If the comparison result satisfies the predetermined relationship, the third stamp transmission unit issues a stamp (S2207).

FIG. 23 shows a sequence diagram of this embodiment. In this embodiment, information is exchanged between the GPS device (2301), the terminal device (2302), and the rally server device (2303). First, stamp rally participation application information is transmitted from the terminal device to the rally server device (2304). When receiving the participation application, the rally server device transmits stamp rally processing circuit configuration information to the terminal device (2305). When the user patrols a plurality of stamp areas, rally information including position information is received from a GPS device or the like (2306). When a plurality of rally information is acquired, a stamp is issued based on the previously received stamp rally processing circuit configuration information.
<Embodiment 4>
<Embodiment 4: Overview>

The present embodiment is characterized in that a time element can be incorporated into a stamp rally by having time position information acquisition means in the rally information acquisition section and having time position information holding means in the stamp issue rally information holding section. It is a stamp rally system. Further, stamp issue rally information is acquired by the terminal device, and comparison with the rally information is performed in the terminal device.
<Embodiment 4: Configuration>

  FIG. 24 shows the configuration of this embodiment. The configuration of the present embodiment is almost the same as that of the first embodiment. However, the difference is that the rally information acquisition unit (2401) acquires time information associated with the position information as rally information (2402). The stamp issue rally information holding unit (2403) has time position information holding means (2404) for holding time information associated with the position information as stamp issue rally information to be held.

  The rally information is information in which the movement results of the user and the terminal device measured by GPS or the like are recorded. At this time, time position information acquisition means acquires time information in association with the movement record. The time information is acquired from a clock of the terminal device, a clock on the rally server device, a GPS clock, or the like. Thereby, it is possible to grasp when (time) and where (position) the user and the terminal device were. FIG. 25 shows an example of rally information. In the rally information, position information and time information associated with the position information are recorded together. The time information associated as the position information includes the time when the user enters and leaves the point area, the time when the user stays, and the like.

  The stamp issuance rally information is information that records conditions that the rally information must satisfy in order to issue a stamp. At this time, the time position information holding means holds the time information in association with the position information included in the rally information. By associating time information with position information included in the stamp issuance rally information, it is possible to incorporate a temporal element into the stamp rally. For example, it is possible to specify the time to stay in the point area and to specify the order in which the point area is visited. FIG. 26 shows an example of stamp issue rally information. In the stamp issuance rally information, the position information of the point areas A to D, the size of each area, and the staying time are set, and these pieces of information are stored in the stamp issuance rally information holding unit.

  FIG. 27 shows an example of this embodiment. (1) shows the received rally information on a map. Position information obtained from GPS or the like can be represented on a map as shown in (1). When the time information acquired by the time position information acquisition means is added to this, the result becomes (2). When time information is added in addition to the position information of (1), the time information is obtained by associating the time information with the position information, such as in what order the user visited the point area and how much time point area stayed. Is done.

  The rally information acquired by the user is compared with the stamp issuance rally information, and if the comparison result satisfies the condition, the stamp is issued. FIG. 28 shows an example of comparison. The stamp issuance rally information held in the stamp issuance rally information holding unit is (1). If the rally information acquired by the rally information acquisition unit is (2), the user is going around A which is one of the point areas from A to D set in the stamp issuance rally information, Moreover, since the staying time is staying longer than the set time, the comparison result satisfies a predetermined condition. As in (3), the vehicle travels around the point area A, but does not satisfy the stay time set in the stamp issuance rally information, so the comparison result does not satisfy the predetermined condition.

FIG. 29 shows an example of the program of the comparison unit of this embodiment. First, rally information is received, and position information and time information included in the rally information are read out. Next, stamp issue position information and stamp issue time information, which are position information included in the stamp issue rally information, are read from the stamp issue rally information to be compared. Then, the time information and the position information are compared, and it is determined whether or not the rally information satisfies the conditions of the stamp issuance rally information. If the conditions are satisfied, the stamp is issued.
<Embodiment 4: Processing flow>

FIG. 30 shows a processing flow of the present embodiment. The processing flow of the present embodiment is a part of the processing flow of the first embodiment, but is characterized by handling time information in addition to position information. When the terminal device holds the stamp issuance rally information, the time position information holding unit holds the time information associated with the position information and the position information (S3001). When the rally information acquisition unit acquires rally information from GPS or the like, the time position information holding means acquires position information and time information associated with the position information from a terminal device, a rally server device, or a clock such as GPS ( S3002). After obtaining the rally information, the comparison unit compares it with the stamp issuance rally information (S3003), and the position information and time information included in the rally information are held in the time position information holding means of the stamp issuance rally information. It is determined whether or not the condition is satisfied (S3004). If the determination result satisfies the condition, a stamp issuance is requested (S3005).
<Embodiment 5>
<Embodiment 5: Overview>

In this embodiment, the second rally information acquisition unit has the time position information acquisition unit, and the second stamp issue rally information holding unit has the time position information holding unit, so that temporal elements can be incorporated into the stamp rally. This is a stamp rally system. Further, a plurality of acquired rally information is collectively transmitted to the rally server device, and the rally server device compares with the stamp issuance rally information.
<Embodiment 5: Configuration>

  FIG. 31 shows the configuration of this embodiment. The configuration of the present embodiment is substantially the same as that of the second embodiment, but the difference is that the second rally information acquisition unit (3101) acquires time information associated with the position information as rally information. The second stamp issue rally information holding unit (3103) has time position information holding means (3104) for holding time information associated with position information as rally information to be held. is there.

  The rally information is information in which the movement results of the user and the terminal device measured by GPS or the like are recorded. At this time, time position information acquisition means acquires time information in association with the movement record. The time information is acquired from a clock of the terminal device, a clock on the rally server device, a GPS clock, or the like. Thereby, it is possible to grasp when (time) and where (position) the user and the terminal device were. FIG. 32 shows an example of a plurality of rally information collected. In the rally information, position information and time information associated with the position information are recorded together. The time information associated as the position information includes the time when the user enters and leaves the point area, the time when the user stays, and the like.

  The stamp issuance rally information is information that records conditions that the rally information must satisfy in order to issue a stamp. The stamp issuance rally information is almost the same as that in FIG.

  The rally information acquired by the user is compared with the stamp issuance rally information, and if the comparison result satisfies the condition, the stamp is issued. A feature of comparison in the present embodiment is that a plurality of rally information is compared together. FIG. 33 shows an example of comparison. Assume that the stamp issue rally information held in the second stamp issue rally information holding unit is (1). If the rally information acquired by the rally information acquisition unit is (2), the user has visited the A to D point areas set in the stamp issuance rally information, and the stay time is also set. The comparison result satisfies a predetermined condition because the user stays for more than a certain time. When the rally information acquired by the rally information acquisition unit is (3), the user has not visited the point area B set in the stamp issuance rally information, and the stay time of A is also set The comparison result does not satisfy the predetermined condition because the stay time is not satisfied.

FIG. 34 shows an example of the program of the second comparison unit of this embodiment. First, rally information is received, and position information and time information included in the rally information are read out. Next, stamp issue position information and stamp issue time information, which are position information included in the stamp issue rally information, are read from the stamp issue rally information to be compared. Then, the time information and the position information are compared, and it is determined whether the rally information satisfies the conditions for the stamp issuance rally information. If the conditions are satisfied, the stamp is issued.
<Embodiment 5: Process flow>

FIG. 35 shows a processing flow of this embodiment. The processing flow of the present embodiment is a part of the processing flow of the second embodiment, but is characterized by handling time information in addition to position information. When the second stamp issue rally information holding unit of the terminal device holds the stamp issue rally information, the time position information holding means holds the position information and time information associated with the position information (S3501). When the second rally information acquisition unit acquires rally information from GPS or the like, the time position information holding means acquires the position information and time information associated with the position information from a clock such as a terminal device, rally server device, or GPS. (S3502). When a plurality of rally information is accumulated, the rally information is transmitted to the rally server device and compared with the stamp issuance rally information by the second comparison unit (S3503), and the position information and time information included in the rally information are the second stamp. It is determined whether or not the conditions of the position information and time information held in the time position information holding means of the issuing rally information holding unit are satisfied. If the determination result satisfies the condition, a stamp is issued and transmitted to the terminal device (S3504).
<Embodiment 6>
<Embodiment 6: Overview>

This embodiment has a function to acquire time information in the rally information acquisition function, and a time element can be incorporated into the stamp rally by having a function to hold time information in the stamp issue rally information holding function. It is a stamp rally system characterized by. Also, stamp rally processing circuit configuration information, which is a program, is acquired from the rally server device, each unit in the execution unit is configured by this program, and everything from acquisition of rally information to comparison and stamp issuance is performed by the terminal device.
<Embodiment 6: Configuration>

  FIG. 36 shows the configuration of this embodiment. The configuration of this embodiment is almost the same as that of the third embodiment, but the difference is that the rally information acquisition function (3601) has a function (3602) for acquiring time information associated with position information as rally information. The stamp issue rally information holding function (3603) has a function (3604) for holding time information associated with position information as rally information to be held.

  The rally information is information in which the movement results of the user and the terminal device measured by GPS or the like are recorded. The rally information of this embodiment is almost the same as that of FIG.

  The stamp issuance rally information is information that records conditions that the rally information must satisfy in order to issue a stamp. The stamp issuance rally information of this embodiment is substantially the same as that of FIG.

  The rally information acquired by the user is compared with the stamp issuance rally information, and if the comparison result satisfies the condition, the stamp is issued. The comparison of this embodiment is almost the same as that of FIG. 33 of the fifth embodiment, but the feature of this embodiment is that the comparison is performed by a terminal device.

The program of the third comparison unit of this embodiment is almost the same as that of FIG. 34 of the fifth embodiment, but the feature of this embodiment is that the program of the third comparison unit is executed by the execution unit in the terminal device. .
<Sixth Embodiment: Process Flow>

FIG. 37 shows the flow of processing of this embodiment. The processing flow of the present embodiment is a part of the processing flow of the third embodiment, but is characterized by handling time information in addition to position information. First, when the terminal device acquires stamp issue rally information, the function of holding time information associated with position information holds position information and time information associated with position information (S3701). Next, when the rally information acquisition function acquires position information from GPS or the like, the function to acquire time information associated with the position information acquires the time information at that time from a terminal device, a rally server device, or a clock such as GPS ( S3702). When a plurality of rally information is accumulated, the rally information is compared with the stamp issuance rally information by the third comparison unit (S3703), and the position information and time information included in the rally information are the position information and time of the stamp issuance rally information. It is determined whether information conditions are met. If the determination result satisfies the condition, a stamp is issued and transmitted to the terminal device (S3704).
<Embodiment 7>
<Embodiment 7: Overview>

The terminal device according to the present embodiment is a terminal device that generates application information based on an issued stamp.
<Embodiment 7: Configuration>

  The configuration of this embodiment is shown in FIG. The second terminal device (3801) of this embodiment includes a stamp acquisition unit (3802), an application information generation unit (3803), and an application information output unit (3804).

  The “stamp acquisition unit” acquires a stamp issued when the rally information described in the first to third embodiments is compared with the stamp issuance rally information in a predetermined relationship. The stamp may be transmitted from the rally server device or issued by a program acquired by the terminal device itself. This stamp certifies that the user travels through a preset point area and the acquired rally information satisfies the stamp issuance rally information which is a set condition.

  The “application information generation unit” generates application information based on the issued stamp. The application information is generated based on the stamp acquired by the stamp acquisition unit. The application information is information for the user to satisfy a preset condition and request a prize for the stamp rally organizer. FIG. 39 shows an example of application information. The application information includes information that proves that the rally information satisfies the stamp issuance rally information, such as the stamp ID and information such as the user's name, address, and e-mail address that are necessary for the request for prizes. It is included information.

  FIG. 40 shows an example of a program constituting the application information generating unit. First, after confirming the acquisition of the stamp, the application information generation unit reads a stamp ID that proves that the rally information satisfies the stamp issuing rally information, a user ID that identifies the user, and the like. Next, the user is requested to input information necessary for the application. When all input is completed and application information is generated, the application information output unit is instructed to transmit the application information.

  The “application information output unit” transmits the application information generated by the application information generation unit to the organizer. The output of the application information is transmitted to the organizer through a mobile phone network or a wireless network.

FIG. 41 is a hardware block diagram showing the internal configuration of the data terminal device and rally server device of the present embodiment. The terminal device (4101) and the rally server device (4102) are controlled by the CPU (4103, 4109) as the control center, and the ROM (4105, 4113), RAM (4104, 4110), I / O (4107, 4111), HDD ( 4106, 4112) are commonly connected by a system bus composed of a plurality of numbers. When the stamp is issued, the stamp acquisition unit of the terminal device stores the stamp in a predetermined area of a storage device such as RAM or HDD. Next, the application information generation unit generates application information. The application information is generated by reading a stamp stored in a storage device such as a RAM or HDD in accordance with an instruction from the CPU, and obtaining user personal information from the user via the I / O from the user input device (4114). Generate. The generated application information is stored in a storage area such as RAM or HDD. When the application information is generated, the application information output unit outputs the application information to a rally organizer such as a rally server. For output, the application information stored in the RAM or HDD is read according to instructions from the CPU, and output via I / O.
<Seventh Embodiment: Process Flow>

FIG. 42 shows a processing flow of this embodiment. When the stamp acquisition unit acquires the issued stamp (S4201), the application information generation unit generates application information (S4202). The generated application information is output from the application information output unit (S4203), and the application information is transmitted to the organizer of the stamp rally.
<Embodiment 8>
<Embodiment 8: Overview>

This embodiment is a third terminal device having a second execution unit for executing stamp rally processing circuit configuration information for configuring a stamp acquisition function and an application information generation function by a program. This embodiment downloads stamp rally processing circuit configuration information, which is a program, from the rally server device, and executes this to execute from the issue of the stamp to the generation of the application information and the output of the application information at the terminal device. It is a feature.
<Eighth embodiment: configuration>

  A block diagram showing the configuration of the present embodiment is shown in FIG. The portable third terminal device (4301) of the present embodiment has a second rally program receiving unit (4302) and a second execution unit (4303).

  The second rally program receiving unit receives the stamp rally processing circuit configuration information (4304). The stamp rally processing circuit configuration information includes a stamp acquisition function (4305) for acquiring a stamp, an application information generation function (4306) for generating application information based on a stamp acquired using the stamp acquisition function, and the generated application. This is information for configuring the application information output function (4307) for outputting information by a program. The application information is information including information such as a stamp ID, a user ID, a user name, an address, and an e-mail address necessary for a request for a gift of the stamp rally, and is almost common to FIG. 49 of the seventh embodiment. Therefore, detailed description is omitted.

  The second execution unit is a device that executes the stamp rally processing circuit configuration information based on the information. The second execution unit includes a stamp acquisition unit (4308), an application information generation unit (4309), and an application information output unit (4310).

  The “stamp acquisition unit” acquires a stamp issued when the rally information described in the first to third embodiments is compared with the stamp issuance rally information in a predetermined relationship. The stamp may be transmitted from the rally server device or issued by a program acquired by the terminal device itself. This stamp certifies that the user travels through a preset point area and the acquired rally information satisfies the stamp issuance rally information which is a set condition.

  The “application information generation unit” generates application information based on the issued stamp. The application information is generated based on the stamp acquired by the stamp acquisition unit. The application information is information for the user to satisfy a preset condition and request a prize for the stamp rally organizer. In addition, since the program which comprises an application information production | generation part is the same as that of FIG. 50 of Embodiment 7, description is abbreviate | omitted.

  The “application information output unit” transmits the application information generated by the application information generation unit to the organizer. The output of the application information is transmitted to the organizer through a mobile phone network or a wireless network.

FIG. 44 is a hardware block diagram showing the internal configuration of the data terminal device and the rally server device of this embodiment. The terminal device (4401) and the rally server device (4402) use the CPU (4403, 4409) as the control center, and the ROM (4405, 4413), RAM (4404, 4410), I / O (4407, 4411), HDD ( 4406, 4412) are commonly connected by a system bus composed of a plurality of numbers. First, the second rally program receiving unit downloads the stamp rally processing circuit configuration information from the rally server. At this time, the CPU instructs to download the stamp rally processing circuit configuration information from the rally server, and stores it in a predetermined area of a storage device such as a RAM or HDD. The stored stamp rally processing circuit configuration information is executed by the CPU and installed in a storage area such as an HDD or RAM. By installing the stamp rally processing circuit configuration information, the stamp acquisition unit, the application information generation unit, and the application information output unit are configured. When the stamp is issued, the stamp acquisition unit of the terminal device stores the stamp in a predetermined area of a storage device such as RAM or HDD. Next, the application information generation unit generates application information. The application information is generated by reading a stamp stored in a storage device such as a RAM or HDD in accordance with an instruction from the CPU, and obtaining user personal information from the user via the I / O from the user input device (4414). Generate. The generated application information is stored in a storage area such as RAM or HDD. When the application information is generated, the application information output unit outputs the application information to a rally organizer such as a rally server. For output, the application information stored in the RAM or HDD is read according to instructions from the CPU, and output via I / O.
<Eighth embodiment: flow of processing>

FIG. 45 shows a processing flow of the present embodiment. First, stamp rally processing circuit configuration information for configuring a stamp acquisition function and an application information generation function by a program is received from a rally server (S4501). When the received stamp rally processing circuit configuration information is executed, a stamp acquisition unit, an application information generation unit, and an application information output unit are configured in the execution unit (S4502). When the stamp acquisition unit acquires the issued stamp (S4503), the application information generation unit generates application information (S4504). The generated application information is output from the application information output unit (S4505), and the application information is transmitted to the organizer of the stamp rally.
A moving blade (1404) is installed on the top of the.

Conceptual diagram for explaining the first embodiment Conceptual diagram illustrating the configuration of the first embodiment The figure for demonstrating the rally information of Embodiment 1. The figure for demonstrating the stamp issue rally information of Embodiment 1. The figure explaining the comparison content in the comparison part of Embodiment 1. The figure for demonstrating the comparison program of Embodiment 1. Hardware block diagram for explaining the internal configuration of the first embodiment FIG. 3 is a flowchart for explaining a processing flow according to the first embodiment. FIG. 3 is a sequence diagram for explaining the exchange of information according to the first embodiment. Conceptual diagram for explaining the second embodiment Conceptual diagram illustrating the configuration of the second embodiment The figure for demonstrating the rally information of Embodiment 2. The figure explaining the comparison content in the comparison part of Embodiment 2. The figure for demonstrating the comparison program of Embodiment 2. Hardware block diagram for explaining an internal configuration of the second embodiment FIG. 9 is a flowchart for explaining a processing flow of the second embodiment. Sequence diagram for explaining the exchange of information according to the second embodiment Conceptual diagram for explaining the third embodiment Conceptual diagram illustrating the configuration of the third embodiment The figure for demonstrating the comparison program of Embodiment 3. Hardware block diagram for explaining an internal configuration of the third embodiment FIG. 9 is a flowchart for explaining a processing flow of the third embodiment. Sequence diagram for explaining the exchange of information according to the third embodiment Conceptual diagram illustrating the configuration of the fourth embodiment The figure for demonstrating the rally information of Embodiment 4. The figure for demonstrating the stamp issue rally information of Embodiment 4. The figure which shows an example of the rally information of Embodiment 4. The figure explaining the comparison content in the comparison part of Embodiment 4. The figure for demonstrating the comparison program of Embodiment 4. The flowchart figure which shows the flow of a process of Embodiment 4. Conceptual diagram illustrating the configuration of the fifth embodiment The figure for demonstrating the rally information of Embodiment 5. The figure explaining the comparison content in the comparison part of Embodiment 5. The figure for demonstrating the comparison program of Embodiment 5. FIG. 9 is a flowchart showing a process flow of the fifth embodiment. Conceptual diagram for explaining the configuration of the sixth embodiment FIG. 10 is a flowchart for explaining a processing flow of the sixth embodiment. Conceptual diagram for explaining the configuration of the seventh embodiment The figure for demonstrating the application information of Embodiment 7. An example of a program constituting the application information generating unit of the seventh embodiment Hardware block diagram showing an internal configuration of the seventh embodiment FIG. 10 is a flowchart showing a flow of processing according to the seventh embodiment. Conceptual diagram for explaining the configuration of the eighth embodiment Hardware block diagram showing an internal configuration of the eighth embodiment FIG. 10 is a flowchart showing a flow of processing according to the eighth embodiment.

Explanation of symbols

0201 GPS satellite etc.
0202 Rally Information Acquisition Department
0203 Stamp Rally Information Holding Unit
0204 Comparison unit
0205 Stamp issue request information automatic transmission section
0206 Stamp issue request information receiver
0207 Stamp transmitter
0208 Terminal equipment
0209 Rally server device

Claims (17)

A stamp rally system comprising a terminal device and a rally server device,
The terminal device has a rally information acquisition unit that acquires rally information including its own position information;
A stamp issuance rally information holding unit for holding stamp issuance rally information, which is rally information for which stamp is permitted, and
A comparison unit that compares the rally information acquired by the rally information acquisition unit with the held stamp issue rally information,
If the comparison result in the comparison unit is a comparison result that is in a predetermined relationship, a stamp issue request information automatic transmission unit that automatically transmits stamp issue request information;
Have
The rally server device is
A stamp issuance request information receiving unit for receiving stamp issuance request information transmitted from a stamp issuance request information transmitting unit of the terminal device;
A stamp transmitter that transmits a stamp to be issued based on the stamp issue request information received by the stamp issue request information receiver;
With stamp rally system. A stamp rally system comprising a terminal device and a rally server device,
The terminal device has a second rally information acquisition unit that acquires rally information including its own position information;
A rally information holding unit for holding the rally information acquired by the second rally information acquiring unit;
A rally information output unit that collectively outputs the rally information held in the rally information holding unit;
Have
The rally server device is
A rally information acquisition unit that collectively acquires a plurality of rally information output from the rally information output unit of the terminal device;
A second stamp issue rally information holding unit for holding stamp issue rally information;
A second comparison unit that compares the rally information acquired by the rally information acquisition unit with the stamp issue rally information held in the second stamp issue rally information holding unit;
A second stamp transmission unit that issues and transmits a stamp when the comparison result in the second comparison unit is a comparison result that is in a predetermined relationship;
With stamp rally system. A stamp rally system comprising a terminal device and a rally server device,
The terminal device
A rally information acquisition function for acquiring rally information including its own position information;
Stamp issue rally information holding function to hold stamp issue rally information,
A comparison function for comparing the rally information acquired by the rally information acquisition function with the held stamp issuing rally information;
A stamp rally processing circuit which is information for configuring a section for executing a stamp issuing function for issuing a stamp when the comparison result using the comparison function is a comparison result having a predetermined relationship. A rally program receiver for receiving configuration information;
A third rally information acquisition unit having the rally information acquisition function based on the stamp rally processing circuit configuration information received by the rally program receiving unit, and a third stamp issue rally information holding unit having the stamp issue rally information holding function And an execution unit for configuring a third comparison unit having the comparison function and a third stamp issue unit having the stamp issue function,
Have
The rally server device is
A stamp rally system having a stamp rally processing circuit configuration information transmitting unit for transmitting the stamp rally processing circuit configuration information. The rally information acquisition unit of the terminal device has time position information acquisition means for acquiring time information in association with position information as rally information,
The stamp rally system according to claim 1, wherein the stamp issuance rally information holding unit includes time position information holding means for holding time information in association with position information as rally information to be held. The second rally information acquisition unit of the terminal device has time position information acquisition means for acquiring time information in association with position information as rally information,
The stamp rally system according to claim 2, wherein the second stamp issue rally information holding unit includes time position information holding means for holding time information in association with position information as rally information to be held. The rally information acquisition function realized in the terminal device has a function of acquiring time information in association with position information as rally information,
The stamp rally system according to claim 3, wherein the stamp issue rally information holding function further has a function of holding time information in association with position information as held rally information. A stamp acquisition unit that acquires a stamp issued based on the rally information acquired by the rally information acquisition unit in the terminal device according to claim 1;
An application information generation unit that generates application information based on the stamp acquired by the stamp acquisition unit;
An application information output unit that outputs the application information generated by the application information generation unit;
A second terminal device. A stamp acquisition function for acquiring a stamp issued based on the rally information acquired using the rally information acquisition unit in the terminal device according to claim 1;
An application information generation function for generating application information based on a stamp acquired using the stamp acquisition function;
Application information output function that outputs application information generated using the application information generation function,
A second rally program receiving unit for receiving stamp rally processing circuit configuration information, which is information for configuring the
Third having a second execution unit for realizing a stamp acquisition unit, an application information generation unit, and an application information output unit based on the stamp rally processing circuit configuration information received by the second rally program receiving unit Terminal device. A stamp issuance request information receiving unit for receiving stamp issuance request information transmitted from a stamp issuance request information transmitting unit of the terminal device;
A stamp sending unit that has a stamp sending unit that sends a stamp to be issued based on the stamp issuing request information received by the stamp issuing request information receiving unit.
A rally information acquisition unit for acquiring rally information including its own position information;
A stamp issuance rally information holding unit for holding stamp issuance rally information, which is rally information for which stamp is permitted, and
A comparison unit that compares the rally information acquired by the rally information acquisition unit with the held stamp issue rally information,
If the comparison result in the comparison unit is a comparison result that is in a predetermined relationship, a stamp issue request information automatic transmission unit that automatically transmits stamp issue request information;
A terminal device. A rally information acquisition unit for acquiring rally information including its own position information;
A stamp issuance rally information holding unit for holding stamp issuance rally information, which is rally information for which stamp is permitted, and
A comparison unit that compares the rally information acquired by the rally information acquisition unit with the held stamp issue rally information,
If the comparison result in the comparison unit is a comparison result that is in a predetermined relationship, a stamp issue request information automatic transmission unit that automatically transmits stamp issue request information;
A rally server device that constitutes a stamp rally system together with a terminal device,
A stamp issuance request information receiving unit for receiving stamp issuance request information transmitted from a stamp issuance request information transmitting unit of the terminal device;
A rally server device having a stamp transmission unit that transmits a stamp to be issued based on stamp issue request information received by a stamp issue request information reception unit. A rally information acquisition unit that collectively acquires a plurality of rally information output from the rally information output unit of the terminal device;
A second stamp issue rally information holding unit for holding stamp issue rally information;
A second comparison unit that compares the rally information acquired by the rally information acquisition unit with the stamp issue rally information held in the second stamp issue rally information holding unit;
When the comparison result in the second comparison unit is a comparison result that is in a predetermined relationship, the stamp rally system is configured together with the rally server device having a second stamp transmission unit that issues and transmits a stamp. A terminal device,
A second rally information acquisition unit for acquiring rally information including its own position information;
A rally information holding unit capable of holding a plurality of rally information acquired by the second rally information acquiring unit;
A terminal device having a rally information output unit that collectively outputs a plurality of rally information held in the rally information holding unit. A second rally information acquisition unit for acquiring rally information including its own position information;
A rally information holding unit for holding the rally information acquired by the second rally information acquiring unit;
A rally server device that constitutes a stamp rally system together with a terminal device, having a rally information output unit that collectively outputs rally information held in the rally information holding unit,
A rally information acquisition unit that collectively acquires a plurality of rally information output from the rally information output unit of the terminal device;
A second stamp issue rally information holding unit for holding stamp issue rally information;
A second comparison unit that compares the rally information acquired by the rally information acquisition unit with the stamp issue rally information held in the second stamp issue rally information holding unit;
A rally server device, comprising: a second stamp transmission unit that issues and transmits a stamp when the comparison result of the second comparison unit is a comparison result indicating that the comparison result is in a predetermined relationship. A terminal device constituting a stamp rally system, together with a rally server device having a stamp rally processing circuit configuration information transmission unit for transmitting the stamp rally processing circuit configuration information,
A rally information acquisition function for acquiring rally information including its own position information;
Stamp issue rally information holding function to hold stamp issue rally information,
A comparison function for comparing the rally information acquired by the rally information acquisition function with the held stamp issuing rally information;
A stamp rally processing circuit which is information for configuring a section for executing a stamp issuing function for issuing a stamp when the comparison result using the comparison function is a comparison result having a predetermined relationship. A rally program receiver for receiving configuration information;
A third rally information acquisition unit having the rally information acquisition function based on the stamp rally processing circuit configuration information received by the rally program receiving unit, and a third stamp issue rally information holding unit having the stamp issue rally information holding function And an execution unit for configuring a third comparison unit having the comparison function and a third stamp issue unit having the stamp issue function,
A terminal device. A rally information acquisition function for acquiring rally information including its own position information;
Stamp issue rally information holding function to hold stamp issue rally information,
A comparison function for comparing the rally information acquired by the rally information acquisition function with the held stamp issuing rally information;
A stamp rally processing circuit which is information for configuring a section for executing a stamp issuing function for issuing a stamp when the comparison result using the comparison function is a comparison result having a predetermined relationship. A rally program receiver for receiving configuration information;
A third rally information acquisition unit having the rally information acquisition function based on the stamp rally processing circuit configuration information received by the rally program receiving unit, and a third stamp issue rally information holding unit having the stamp issue rally information holding function And an execution unit for configuring a third comparison unit having the comparison function and a third stamp issue unit having the stamp issue function,
A rally server device that constitutes a stamp rally system together with a terminal device,
A rally server device having a stamp rally processing circuit configuration information transmitting unit for transmitting the stamp rally processing circuit configuration information. The operation method of the stamp rally system,
A rally information acquisition step of acquiring rally information including position information of the terminal device itself;
A comparison step for comparing the rally information acquired in the rally information acquisition step with the stamp issuance rally information which is the rally information for which the stamp issuance is permitted;
A stamp issuance request information automatic transmission step for automatically transmitting stamp issuance request information when the comparison result in the comparison step is a comparison result having a predetermined relationship;
A stamp issuance request information receiving step for receiving the stamp issuance request information transmitted in the stamp issuance request information sending step;
A stamp sending step for sending a stamp to be issued based on the stamp issuance request information received in the stamp issuance request information receiving step;
A method of operating a stamp rally system comprising: The operation method of the stamp rally system,
A second rally information acquisition step of acquiring rally information including the position information of the terminal device itself;
A rally information holding step for holding the rally information acquired in the second rally information acquiring step;
A rally information output step for collectively outputting the rally information held in the rally information holding step;
A rally information acquisition step for collectively acquiring a plurality of rally information output from the rally information output step;
A second stamp issue rally information holding step for holding stamp issue rally information;
A second comparison step of comparing the rally information acquired in the rally information acquisition step with the stamp issue rally information held in the second stamp issue rally information holding step;
A second stamp transmission step of issuing and transmitting a stamp if the comparison result in the second comparison step is a comparison result that is in a predetermined relationship;
Method of stamp rally system with The operation method of the stamp rally system,
A rally information acquisition function for acquiring rally information including position information of the terminal device itself;
Stamp issue rally information holding function to hold stamp issue rally information,
A comparison function for comparing the rally information acquired by the rally information acquisition function with the held stamp issuing rally information;
A stamp rally processing circuit which is information for configuring a step for executing a program by a stamp issuing function for issuing a stamp when the comparison result using the comparison function is a comparison result that is in a predetermined relationship A rally program receiving step for receiving configuration information;
A third rally information acquisition unit having the rally information acquisition function based on the stamp rally processing circuit configuration information received in the rally program receiving step, and a third stamp issue rally information holding unit having the stamp issue rally information holding function And an execution step for configuring a third comparison unit having the comparison function and a third stamp issuing unit having the stamp issue function,
A method of operating a stamp rally system comprising:

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