JP2003242394A - Reservation system, portable terminal used therefor, and reservation processor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a reservation system for sequentially reserving admission to a plurality of game institutions at time interval by considering a time for waiting for the admission in a present situation through the use of a portable terminal. <P>SOLUTION: The system includes: entrance gate radio equipment 20 which is arranged in an entrance gate to a compound where the plurality of institutions exist, including a communication means with a public communication network 40; the portable terminal 10 comprising a private video communication means with the entrance gate radio equipment; and a reservation processor 30 which is connected to the public communication network and communication possible with the entrance gate radio equipment and the portable terminal. The portable terminal transmits a reservation request signal to the reservation processor when a visitor to the compound reserves the admission to the private institution by operating the terminal. The reservation processor receives the reservation request signal, reports the usage possible time of the admission-reserved institution to the portable terminal and performs a report to the portable terminal when time elapses to be the usage possible time. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention includes an entrance gate wireless device installed at an entrance gate to a premises such as an amusement park, a mobile phone, and an entrance reservation processing device for an amusement facility connected to a public communication network. Further, the present invention relates to a reservation system, and more particularly to calculation of a play facility entrance time and guidance of a mobile phone holder to the play facility before the entrance time.

[0002]

2. Description of the Related Art Amusement facilities such as amusement parks have a problem that they have to wait for a long time in order to use popular facilities.

On the other hand, each facility has introduced a reservation system in which the facility entrance time is determined in advance and the entrance is reserved.

This technology is carried out under the name "Fast Pass" in Tokyo Disneyland, which is operated by Oriental Land Co., Ltd. (Tokyo Disneyland homepage WWW.tokyodisne.
yresort. co. See jp / tdl. Heisei 13
August 27, 2014. ).

Fast Pass is a system that allows normal visitors (called "standby" in "Fast Pass") and Fast Pass visitors to enter separately. Look at the wait time and decide whether to use Fastpass or wait in standby.

[0006] When a ticket is issued to a Fastpass ticket issuing machine installed in an entertainment facility, the ticket with the entry time is received. Until this time, you can spend your meals and other things.

[0007]

In the fast path system, in order to prevent the occurrence of unfairness due to random reservations and the occurrence of invalid reservations, if the reservation act is performed once by the fast path, the following 2 The time limit is that you cannot book other attractions.

An object of the present invention is to use a portable terminal and a reservation system in which reservations for a plurality of amusement facilities can be reserved in an orderly manner while taking into consideration the current entrance waiting time. It is to provide a mobile terminal and a reservation processing device.

Another object of the present invention is to provide a reservation system in which a reservation person is guided to an amusement facility in an amusement park while watching a mobile terminal before the entrance time, and a mobile terminal and a reservation processing device used for the reservation system. To provide.

[0010]

According to the present invention, there is provided an entrance gate radio apparatus, which is installed at an entrance gate to a premises having a plurality of facilities and has a communication means with a public communication network, and the entrance gate radio apparatus. A mobile terminal having wireless communication means, a reservation processing device connected to the public communication network and capable of communicating with the entrance wireless device and the mobile terminal, and the mobile terminal,
When a visitor to the premises operates and reserves a facility on the premises, a reservation request signal is transmitted to the reservation processing device, and the reservation processing device receives the reservation request signal and enters the entrance. The reservation system is characterized by notifying the portable terminal of the available time of the reserved facility and notifying the portable terminal when the available time is reached.

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. The mobile terminal is operated by a visitor to the premises to reserve the premises of the premises, and the mobile terminal is provided with a reservation processing device that stores a map of the premises and facility position information of each facility of the premises. Then, the reservation request signal and the mobile terminal position information detected by the position detection means are transmitted to the reservation processing device, and the reservation processing device receives the reservation request signal and the mobile terminal position information, The received location information of the mobile terminal is collated with the stored map of the premises, and when confirmed, the mobile terminal is notified of the available time of the reserved facility, and when the available time is reached, the mobile terminal is accessed. A reservation system, characterized in that the report to the terminal.

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. The mobile terminal is operated by a visitor to the premises to reserve the premises of the premises, and the mobile terminal is provided with a reservation processing device that stores a map of the premises and facility position information of each facility of the premises. Then, the reservation request signal and the mobile terminal position information detected by the position detection means are transmitted to the reservation processing device, and the reservation processing device receives the reservation request signal and the mobile terminal position information, The received mobile terminal location information is collated with the stored map of the premises, and when confirmed, the mobile terminal is notified of the available time of the reserved facility, and the mobile terminal is notified before the available time is reached. The walking time required to reach the reserved facility is calculated from the stored facility location information, the mobile terminal location information, and the stored map of the premises, and is transmitted to the mobile terminal. It is a reservation system.

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. And a reservation processing device that stores a map of the premises and facility location information of each facility on the premises, and the mobile terminal is operated by a visitor to the premises to reserve the facility on the premises. Then, the reservation request signal and the mobile terminal position information detected by the position detecting means are transmitted to the reservation processing device, and the reservation processing device detects the reservation request signal and the mobile terminal device detected by the position detecting means. Upon receiving the location information, the received location information of the mobile terminal is compared with the stored map of the premises, and when confirmed, the mobile terminal is notified of the available time of the facility reserved for admission, Before the available time is reached, the stored map of the premises and the facility position information of the reserved facility are transmitted to the mobile terminal, and the mobile terminal receives the map of the premises and the Receiving the facility position information, calculating and displaying a required walking time to the reserved facility from the portable terminal position information detected by the position detecting means, the facility position information and the map of the premises. The reservation system is characterized by.

According to the present invention, there is provided an entrance wireless device which is installed at an entrance gate to a premises having a plurality of facilities and has a communication means with a public communication network, and a communication means with a public communication network which is installed at each of the plurality of facilities. And a portable terminal having an on-site wireless communication means with the entrance wireless device, and a connection to the public communication network for communication with the entrance wireless device, the facility device and the portable terminal. Equipped with an advanced reservation processing device,
The facility device notifies the reservation processing device of the number of reservations of its own facility, the reservation processing device calculates and stores the normal waiting time and the reservation waiting time from the notified number of reservations of the own facility, When the portable terminal is operated by a visitor to the premises and the facility on the premises is reserved for admission, it transmits a reservation request signal to the reservation processing device, and the reservation processing device transmits the reservation request signal. When receiving, calculating the normal waiting time and the reservation waiting time from the stored normal waiting time and reservation waiting time, and the reservation request signal and notifying the mobile terminal, and confirming the reservation from the mobile terminal. The reservation system is characterized in that the mobile terminal is notified after the reservation waiting time has elapsed.

According to the present invention, there is provided a display device installed so that a person who approaches the facility device can see the facility device, and the facility device displays the data received from the reservation processing device on the display device. System.

In the present invention, the portable terminal device has a position detecting means, the reservation processing device stores a map of the premises and facility position information of each facility, and the portable terminal device is: The mobile terminal position information detected by the position detecting means is transmitted to the reservation processing device, the reservation processing device receives the mobile terminal position information, and the facility position information, the mobile terminal position information, and the The reservation system is characterized in that the time required to walk to the facility is calculated from a map on the premises and transmitted to the mobile terminal.

In the present invention, the reservation processing device is a reservation system characterized by transmitting the mobile terminal position information to the mobile terminal as a mobile terminal position map in which the mobile terminal position information is entered on the map.

In the present invention, the portable terminal has position detecting means and stores a map of the premises, and the reservation processing device stores facility position information of the plurality of facilities. The processing device receives the reservation request signal and transmits the facility position information of the facility reserved for admission to the mobile terminal, and the mobile terminal receives the facility position information of the facility, the position A reservation system characterized by calculating a required walking time to the facility from the portable terminal position information detected by the detecting means, the facility position information of the facility and the stored map of the premises and displaying the calculated walking time. is there.

In the present invention, the mobile terminal is a reservation system characterized by displaying the mobile terminal location information as a mobile terminal location map in which the location information is written on the map.

The present invention comprises a facility radio device added to the facility device, and an interlocking facility entrance gate that opens the gate by a gate opening request signal from the facility entrance gate wireless device requesting that the gate be opened. , The mobile terminal communicates with the reservation processing device using a mobile terminal identification code for identifying the mobile terminal, and the reservation processing device transmits the mobile terminal identification code to the facility wireless device. The facility entrance gate radio device requests the mobile terminal device for the mobile terminal device identification code by using the in-house wireless communication means, and the received mobile terminal device identification code makes the reservation process in advance. When the identification code received from the device matches, the opening request signal is output to the interlocking facility entrance gate to open the interlocking facility entrance gate.

The present invention comprises a facility radio device added to the facility device, and an interlocking facility entrance gate that opens a gate in response to a gate opening request signal from the facility radio device requesting to open the gate. The mobile terminal communicates with the reservation processing device using a mobile terminal identification code that identifies the mobile terminal, and the reservation processing device transmits the mobile terminal identification code to the facility wireless device. Then, the facility radio device requests the mobile terminal device for the mobile terminal device identification code by using the in-house wireless communication means, and transmits the received mobile terminal device identification code to the facility wireless device. In the reservation processing device, the received mobile terminal identification code is
If it matches the mobile terminal identification code of the person who reserved the facility,
An identification code matching signal is transmitted to the facility wireless device, and when the facility wireless device receives the identification code matching signal, the facility wireless device outputs the opening request signal to the interlocking facility entrance gate, and the interlocking facility. The reservation system is characterized by opening the entrance gate.

In the present invention, the position detecting means is G
The reservation system is a PS receiving means.

According to the present invention, there is provided an entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network, and a portable unit having premises wireless communication means for communicating with the entrance gate wireless device. A mobile terminal used in a reservation system including a terminal, a reservation processing device that is connected to the public communication network, and is capable of communicating with the entrance wireless device and the mobile terminal, and is operated by a visitor to the premises. When the facility on the premises is reserved for entry, a reservation request signal is transmitted to the reservation processing device.

According to the present invention, there is provided an entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network, and a portable device having premises wireless communication means for communicating with the entrance gate wireless device. The reservation processing device used in a reservation system including a terminal, a reservation processing device connected to the public communication network, and capable of communicating with the entrance wireless device and the mobile terminal, the transmission being transmitted from the mobile terminal. A reservation processing device, which receives a reservation request signal, notifies the portable terminal of the available time of the facility reserved for admission, and notifies the portable terminal when the available time is reached. .

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal and used, and which is connected to the public communication network and can communicate with the portable terminal. The portable terminal used in a reservation system including a reservation processing device that stores a map of the premises and facility position information of each facility in the premises, which is operated by a visitor to the premises, When the facility is reserved for admission, the portable terminal transmits the reservation request signal and the portable terminal position information detected by the position detecting means to the reservation processing device.

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal and used, and which is connected to the public communication network and can communicate with the portable terminal. And the reservation processing device used in a reservation system including a reservation processing device storing a map of the premises and facility position information of each facility in the premises, and a reservation request signal transmitted from the mobile terminal and The portable terminal position information detected by the position detecting means is received, and the received portable terminal position information is collated with a map on the premises that stores the received portable terminal position information. Notifying the mobile terminal, and when it is necessary to walk from the facility location information, the mobile terminal location information and the map of the premises to the reserved facility before the available time is reached. A reservation processing unit and transmits to the portable terminal calculates the.

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which can be used for communication with the portable terminal connected to the public communication network. And the reservation processing device used in a reservation system including a reservation processing device storing a map of the premises and facility position information of each facility on the premises, the reservation request signal and the position detection means detecting Receiving the mobile terminal location information, collating with the map of the premises that stores the received mobile terminal location information, and when confirmed, notifies the mobile terminal of the available time of the reserved facility, The mobile terminal is calculated by calculating the walking time required to reach the reserved facility from the facility location information, the mobile terminal location information, and the map of the premises before the available time is reached. A reservation processing unit and transmits to.

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which can be used for communication with the portable terminal which is connected to the public communication network. The portable terminal used in a reservation system including a reservation processing device that stores a map of the premises and facility position information of each facility in the premises, which is operated by a visitor to the premises, When the facility is reserved for admission, the reservation request signal and the mobile terminal position information detected by the position detecting means are transmitted to the reservation processing device, and the facility position of the reserved facility is transmitted from the reservation processing device. Receiving information, calculating the required walking time to the reserved facility from the mobile terminal position information detected by the position detecting means, the facility position information of the facility, and the map of the premises A mobile terminal and displaying Te.

According to the present invention, a portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which can be used for communication with the portable terminal which is connected to the public communication network. A reservation processing device used in a reservation system comprising a reservation processing device storing a map of the premises and facility position information of each facility in the premises, wherein the reservation request signal and the position from the mobile terminal By receiving the mobile terminal location information detected by the detection means,
By collating the received location information of the mobile terminal with the stored map of the premises and confirming it, the mobile terminal is notified of the available time of the reserved facility, and the reservation is made before the available time is reached. The reservation processing device is characterized in that the facility location information of the established facility is transmitted to the mobile terminal.

According to the present invention, there is provided an entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having a communication means with a public communication network, and a communication means with a public communication network installed at each of the plurality of facilities. A facility entrance gate device, a mobile terminal having a local area wireless communication unit with the entrance gate wireless device, the entrance gate wireless device connected to the public communication network, the facility entrance gate device, and the mobile terminal A reservation processing device for use in a reservation system including a reservation processing device capable of communicating with a mobile device, wherein the normal waiting time and the reservation waiting time stored upon receiving a reservation request signal transmitted from the mobile terminal device. Reservation processing characterized by calculating and notifying to the mobile terminal, and when confirmation of admission reservation is received from the mobile terminal, the mobile terminal is notified after elapse of the reservation admission waiting time. It is the location.

The present invention is a portable telephone having an entrance wireless device installed at an entrance to a premises having a plurality of facilities and having means for communicating with a public communication network, and a wireless communication means for premises with the entrance wireless device. A terminal and a reservation processing device that is connected to the public communication network and is capable of communicating with the entrance gate wireless device and the mobile terminal, the mobile terminal has position detecting means, and the reservation processing device, A mobile terminal used in a reservation system that stores a map of the premises and facility position information of each facility, wherein the mobile terminal position information detected by the position detection means is transmitted to the reservation processing device. It is a characteristic reservation system.

According to the present invention, there is provided a portable telephone having an entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network, and a premises wireless communication means for communicating with the entrance gate wireless device. A terminal and a reservation processing device that is connected to the public communication network and is capable of communicating with the entrance gate wireless device and the mobile terminal, the mobile terminal has position detecting means, and the reservation processing device, In the reservation processing device used in the reservation system that stores the map of the premises and the facility position information of each facility, the mobile terminal position information detected by the position detection means, which is transmitted from the mobile terminal device, is stored. Reservation processing for receiving, calculating a walking time required to reach the facility from the facility location information, the mobile terminal location information, and a map of the premises, and transmitting it to the mobile terminal It is the location.

The present invention is the reservation processing apparatus, characterized in that the position of the mobile terminal is written on the map and the position map is transmitted to the mobile terminal.

The present invention has an entrance wireless device installed at an entrance to a premises having a plurality of facilities and having means for communicating with a public communication network, and a wireless communication device in the premises for communicating with the entrance wireless device. Also, a mobile terminal that stores a map of the premises, a position detecting means that is built in or connected to the mobile terminal, and used to communicate with the entrance wireless device and the mobile terminal that are connected to the public communication network. The portable terminal used in a reservation system including a reservation processing device capable of storing facility position information of each facility on the premises, wherein a facility on the premises is operated by a visitor to the premises. When the reservation is made, a reservation request signal is transmitted to the reservation processing device, the facility position information of the facility is received from the reservation processing device, and the portable terminal position information detected by the position detection means and the facility of the facility are received. And a location information and the premises of the map, a mobile terminal and displaying calculate the walking time required to the facility.

The present invention comprises an entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network, and a premises wireless communication means for communicating with the entrance gate wireless device. Also, a mobile terminal that stores a map of the premises, a position detecting means that is built in or connected to the mobile terminal, and used to communicate with the entrance wireless device and the mobile terminal that are connected to the public communication network. A reservation processing device used in a reservation system including a reservation processing device capable of storing facility position information of each facility on the premises, the reservation processing device receiving the reservation request signal from the mobile terminal, and making a reservation. The reservation processing device is characterized by transmitting the facility position information of the facility to the portable terminal.

The present invention is a mobile terminal device characterized in that the mobile terminal position information is displayed as a mobile terminal position map which is entered on the map.

[0037]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 2 shows a reservation system according to a first embodiment of the present invention. In FIG. 2, 10 is a mobile phone carried by a visitor to the amusement park, 20 is an entrance wireless device installed at the entrance of the amusement park, 50 is an amusement facility installed in the amusement park, and 30 is a reservation service operation. A host computer installed by a person (a business operator who provides a reservation service for a plurality of amusement parks or an operator of each amusement park), 40 is a public communication network, and the Internet network is assumed in the following specific description. . Therefore, the number for identifying the communication partner is an IP (Internet Protocol) address (or URL, Unique Resource).
e Locator) (an example of another public communication network is
It is a telephone network, and the number for identifying the communication partner is a telephone number. ), 41 is a mobile phone base station, and 30 is a host computer.

FIG. 3 shows a sequence diagram of signals transmitted and received in the reservation system according to the first embodiment of the present invention.
The operation of the first embodiment will be described below with reference to FIGS. 2 and 3.

The entrance gate wireless device 20 is installed at the entrance gate of the amusement park and can communicate with the mobile phone 10 via the wireless interface device 11 connected to the mobile phone 10. An example of this wireless communication system is the standard specification ARIB-STD T66 “Second Generation Low Power Data Communication System / Wireless LAN System Standard Version 1.0 December 14, 2011” established by the Association of Radio Industries and Businesses. like,
This is a so-called wireless LAN system. Other wireless communication systems of this type include IEEE 802.11a (Institute
of Electric and Electronics Engineers) method and Bluetooth method.

The entrance wireless device 20 constantly sends out a notification signal (that is, broadcasts) to the wireless interface device 11. As shown in FIG. 3, this notification signal includes the IP address request (70) and the host URL (71).

When an amusement park visitor who has a mobile phone 10 with him / her carries the mobile phone 10 through the entrance gate, the mobile phone 10 responds to the notification signal, and the IP address (72) of the own mobile phone is sent.
Is transmitted to the entrance gate wireless device 20 via the wireless interface 11. The entrance gate wireless device 20 assigns the play facility ID (73), which is assigned to identify the reservable play facilities 50 in the amusement park, to the mobile phone 10.
Send to. At the same time, the amusement park ID (74) and the IP address (72) for identifying one's own amusement park from other amusement parks are transmitted to the host computer 30 via the public communication network 40.

The host computer 30 stores a list of customers who provide the reservation service. In Figure 4,
This customer list 31 is shown. In FIG. 4, 72 is I
P address, 75 is the name of the customer providing the service by the service operator, 74 is the customer ID, and 76 indicates whether the customer is currently inside or outside the amusement park,
The inside / outside flag.

The IP address (72) (XX.YY.ZZ.01) received from the entrance wireless device 20 is searched from the customer list 31. If they do not match, it is determined that the customer is not a customer and the processing is executed. Abort. If they match, it is confirmed whether the received amusement park ID (74) (AAA02) is an amusement park corresponding to the service of the customer. If they match, the inside / outside flag 76 is changed from OUT to IN, and XX. YY. Z
Z. Enter 01. After that, the IP address (XX.Y
Y. ZZ. When 01) is received, the service is processed as being currently provided.

Next, the amusement park visitor selects the amusement facility 50 for which he / she wants to make an admission reservation while looking at the screen of the mobile phone 10 based on the amusement facility ID received when he / she goes through the entrance gate (this In the example, it is assumed that a reservation application is made for two places, a play facility ID = 005 and a play facility ID = 008.) When the selection is completed, the mobile phone 10 displays the play facility ID (73), the number of visitors (77), the adult / dwarf (78) indicating whether each person is an adult or dwarf, and the IP address (72).
Is transmitted to the host computer 30. At this time, the mobile phone 10 is a number for identifying the transmission destination in the public communication network, which has already been received from the entrance wireless device 20.
Using the host URL (71), the host computer 3
Send to 0.

The host computer 30 stores a list of customers who are currently providing the amusement facility reservation service and the time of entry into the amusement facility 50. FIG. 5 shows a reservation list. This reservation list 32 is based on the amusement park ID (7
4) is a table relating to an amusement park which is AAA02, and the above-mentioned IP address (XX.YY.ZZ.01) is registered as an IP address during service provision.

The host computer 30 is a play facility ID.
When (73) is received, the waiting time is obtained from the separately stored waiting time list, the present time + waiting time = entry time is calculated, and the entrance time (80) is set to the reservation list 32. To
Fill out. In this example, the entrance time (80) is entered in the game facility ID = 005 and the game facility ID = 008. Then, to the mobile phone 10, an entry time (80) for each play facility 50 and a reservation confirmation request (85) requesting confirmation of whether to make a reservation are transmitted.

As a result, the amusement park visitor knows the time to go to the amusement facility 50 when he / she makes a reservation for admission, and if he / she agrees, sends a reservation confirmation (86).

The host computer 30 confirms the reservation (8
By receiving 6), the reservation is confirmed and the mobile phone 1
Reservation completion notification (7
9) is transmitted.

Here, the above-mentioned host computer 3
The waiting time list stored by 0 will be described.
FIG. 6 shows the waiting time list 33. The above visitor is
Since the facility facility ID = 005 is reserved, the waiting time 82 is 70 minutes, and when the current time is 12:00, the entrance time can be calculated as 12: 00 + 70 minutes = 13: 10.

The host computer 30 also updates the waiting time list 33. The number of waiting persons 69 is 158 + 5 = 163 because five persons have been reserved. This 163
Is divided by the number of players 84 per play, 163/20 =
8 is 3. Therefore, the waiting time 82 is updated to 10 × 8 = 80 minutes by using the play time 83 per time.

After that, at the entrance time (13:10), as shown in FIG. 3, the host computer 30 transmits to the portable telephone 10 a reservation time notification (81) indicating that the entrance time has arrived. When the mobile phone 10 receives the reservation time notification (81), the mobile phone 10 sounds a beep or the like to call the mobile phone holder's attention. In this way, it becomes possible to enter the reserved amusement facility 50.

Next, a second embodiment of the present invention will be described. FIG. 7 shows a reservation system according to the second embodiment. In FIG. 7, 10 is a mobile phone carried by a visitor to the amusement park, 12 is a GPS receiver, 50 is a play facility,
30 is a host computer installed by a reservation service operator (a business operator providing a reservation service for a plurality of amusement parks or an operator of each amusement park), 40 is a public communication network, 41 is a mobile phone base station, and 42 is It is a GPS satellite.

FIG. 8 shows a sequence diagram of signals transmitted and received in the reservation system according to the second embodiment. less than,
The operation of the second embodiment will be described with reference to FIGS. 7 and 8.

A visitor to the amusement park uses the mobile phone 10 to access the operator of the reservation service (specifically,
Browse the homepage) and start the reservation application for the amusement facility 50. At this time, as shown in FIG. 8, the reservation application (70) and the IP address (72) are transmitted to the host computer 30. The host computer 30 stores a customer list 31 as shown in FIG.
Based on the P address (72), it is determined whether or not the customer is a customer of the reservation service. If you are a customer, mobile phone 1
A position information request (92) is transmitted to 0.

The mobile phone 10 requests the position information (92).
When it receives, the GPS receiver 12 is activated, position information (93) is obtained (in this example, latitude and longitude) and transmitted to the host computer 30.

The host computer 30 stores the position information of the amusement park providing the reservation service. If the received location information (93) is included in the range of the amusement park providing the service, it is judged that the player is actually in the amusement park, the reservation service is started (69), and a plurality of amusement facilities in the park are started. The ID (73) is transmitted to the mobile phone 10.

The amusement park visitor selects the amusement facility 50 to be reserved while looking at the screen of the mobile phone 10. The subsequent steps are the same as those in the first embodiment.

Next, a third embodiment of the present invention will be described. The third embodiment has the same configuration as that of the second embodiment, but the difference is that when the admission time approaches, the reservation information is guided to the play facility 50 in the park by the position information of the mobile phone 10. In other words, to give directions. Figure 9
FIG. 9 shows a signal sequence diagram of the third embodiment. First, the host computer 30 stores amusement park map information. The map information includes position information (specifically, latitude, longitude, altitude) of each play facility 50. It also stores roads (line segments) and sketches of landmarks (landmarks).

The mobile phone 10 is the host computer 3
From 0 to the place where the reservation completion notification (79) is received,
This is the same as the second embodiment.

Prior to the reserved entry time, the host computer 30 starts the guidance. Since it is uncertain where the person in the park is in the park, even if he / she is farthest from the reserved amusement facility 50, he / she can use the mobile phone at a certain time (for example, 20 minutes) set in time for the entrance time. A position information request (92) is transmitted to 10.

The mobile phone 10 requests the position information (92).
When the GPS information is received, the GPS receiver 12 is activated and position information (93) is obtained (in this example, latitude and longitude are used). Then, it is transmitted to the host computer 30.

The host computer 30 compares the latitude and longitude of the amusement facility 50 reserved by the reservation person with the position information (93) on the map information, and determines the walking distance from the position of the mobile phone 10 to the amusement facility 30. calculate. Divide that distance by the walking speed (for example, 80 m / min)
The time required to reach 0 (95) is calculated and transmitted to the mobile phone 10.

At the same time, from the stored schematic diagram of the amusement park,
A schematic diagram (94) including both the play facility 50 and the position of the mobile phone 10 is cut out, the position of the mobile phone 10 is entered on the schematic diagram (94), and then transmitted to the mobile phone 10.
Here, since it is a schematic diagram, there is an advantage that the data transmission amount can be small.

The reservation person is displayed on the mobile phone 10,
From the time required (95), it is possible to know how much time is left for the entrance time to the play facility 50, and the schematic diagram (94) is displayed, so that the player can surely arrive at the play facility 50.

The host computer 30 executes this series of processing at regular time intervals (for example, one minute intervals) by the reservation person.
By repeating until the game facility 50 of interest is approached, the reservation person can be guided (direction guidance) to the game facility 50.

Here, in the above description, the position information (93)
Is the latitude and longitude, but the cellular phone 10 detects the GPS data (satellite number, Ps) detected by the GPS receiver 12.
(Data called uedo Range) itself may be used, and the host computer 30 is capable of converting GPS data into latitude and longitude. In this case, there is an advantage that the data processing in the mobile phone 10 is reduced and the power consumption can be reduced.

Further, according to the adult / child (78) information stored in the host computer 30, the walking speed is set to a low speed (for example, 60 m / min) when a child is included, It is possible to calculate the required time with higher accuracy (the data received from the mobile phone 10 may be adults / children / infants, and the speed may be low when an infant is included).

In the above description, the required time was calculated by the host computer 30, but an example of calculation by the mobile phone 10 will be described below. FIG. 10 shows a sequence diagram of signals when calculation is performed by the mobile phone 10. As a premise, the mobile phone 10 stores a schematic diagram of an amusement park. Specifically, the reservation completion notification (7
9) After reception, the schematic of the amusement park is received from the host computer 30 and stored.

The host computer 30 transmits the guidance start (96) and the position information (97) of the reserved amusement facility 50 to the mobile phone 10 at a fixed time (for example, 20 minutes) before the entrance time.

When the mobile phone 10 receives the guidance start (96), it activates the GPS receiver 12 and sends the position information (9
3) is obtained. Then, the amusement facility position information (97) and its own position information (93) are compared with the stored schematic diagram to obtain the walking distance from the position of the mobile phone 10 to the amusement facility 50, and the required time is calculated. Calculate and display.

Next, a schematic diagram including both the amusement facility position information (97) and the own positional information (93) is cut out from the stored schematic diagram, and its own position is entered and displayed on the schematic diagram. Similar to the previous example, by repeating this series of processing at regular time intervals, the game facility 50 is guided.

Next, a fourth embodiment of the present invention will be described. FIG. 11 shows a reservation system according to the fourth embodiment. In FIG. 11, 10 is a mobile phone carried by a visitor to the amusement park, 20 is an entrance wireless device installed at the entrance of the amusement park, 51 is installed at an amusement facility in the amusement park, and via a public communication network, Amusement facility device capable of communicating with a host computer, 30 is a host computer installed by a reservation service operator (a business operator providing a reservation service for a plurality of amusement parks, or an operator of each amusement park), 40 is a public communication network , 41 is a mobile phone base station, and 52 is a display device, which posts the data from the amusement facility device 51 to visitors in the park. As described below, when entering the amusement facility, a person who normally waits for entry and a person who enters by making a reservation are allowed to enter separately.

FIG. 12 shows a sequence diagram of signals transmitted and received in the reservation system according to the fourth embodiment. The operation of the fourth embodiment will be described below with reference to FIGS. 11 and 12, focusing on the differences from the first embodiment.

The amusement facility apparatus 51 periodically detects the number (87) of queues waiting to enter the self-amusement facility, and sends it to the host computer 30 via the public communication network 40.

The host computer 30 stores a waiting time list, and when the normal waiting number (87) is received from the amusement facility apparatus 51, the waiting time list 34 is updated to the normal waiting time (88). , And the reservation waiting time (82) are returned to the amusement facility apparatus 51.

The amusement facility apparatus 51 displays the received both waiting times on the display device 52 and posts them so that the visitors near the amusement facility apparatus 51 can see them.

FIG. 13 shows a waiting time list 34 according to the fourth embodiment. The waiting time, the waiting number of persons, and the play time per game are stored in the normal waiting person and the reservation person, respectively.

In FIG. 12, a visitor to the amusement park goes through the entrance gate and makes a reservation for entrance using the mobile phone 10, or is displayed on the display device 52 in front of the amusement facility device 51 desired to enter. Checking both waiting times, determine whether to enter normally in line or to make an admission reservation (in this example, reservation applications were made for two places: amusement facility ID = 005 and amusement facility ID = 008 And).

When the selection is completed, the mobile phone 10 displays the play facility ID (73), the number of visitors (77), the adult / dwarf (78) indicating whether each person is an adult or dwarf, and the IP address (7).
2) is transmitted to the host computer 30.

From the waiting time list 34, the host computer 30 determines that the play facility ID = 005 and the play facility ID.
A normal waiting time (88) and a reservation waiting time (82) of = 008 are obtained and transmitted to the mobile phone 10 together with a reservation confirmation request (85) requesting confirmation of whether to make a reservation.

The reservation person compares the normal waiting time with the reservation waiting time, and judges whether to wait without making a reservation because it is a short time, or to make a reservation because there is a place to drop in. . As a result, if you accept the reservation,
The mobile phone 10 transmits a reservation confirmation (86) including a normal waiting / reservation flag (89) indicating normal waiting or reservation.

The host computer 30 updates the stored reservation list 32 and sends the mobile phone 10 a reservation completion notice (79) indicating that the reservation has been completed.

Since the operation is performed as described above, the reservation can be executed according to the intention of the reservation person while reflecting the latest waiting number of each play facility apparatus 51 at any time.

Further, although the above-mentioned amusement facility apparatus 51 transmits the normal waiting number (87) to the host computer 30, it may be converted into the normal waiting time and then the normal waiting time may be transmitted. Similarly, the host computer 30 transmits the normal waiting time 88 and the reservation waiting time 82 to the mobile phone 10. However, the host computer 30 may convert the normal entrance time and the reserved entrance time, and then transmit the respective entrance times. In addition, in FIG. 13, the number of normal waiters and the number of players who make reservations at one time are
When the amusement facility ID = 005, it is set to 2: 1. By adjusting this ratio, it is possible to provide a more optimal service for the subscriber.

Next explained is the fifth embodiment of the invention. FIG. 1 shows a reservation system according to the fifth embodiment. In FIG. 1, the difference from the first embodiment is that
The GPS receiver 12 is connected to the mobile phone 10, and the position can be detected. 42 is a GPS satellite. FIG. 14 shows a sequence diagram of signals transmitted / received in the system of the fifth embodiment. The feature of the fifth embodiment is that it guides the reservation person to the amusement facility 50 in the park, that is, guides the passenger according to the position information of the mobile phone 10.

The operation of the fifth embodiment will be described below with reference to FIGS. 1 and 14, focusing on the differences from the first embodiment. First, the host computer 30 stores amusement park map information. The map information includes position information (specifically, latitude, longitude, altitude) of each play facility 50. It also stores roads (line segments) and sketches of landmarks (landmarks). Mobile phone 10
The process up to the point of receiving the reservation completion notice (79) from the host computer 30 is the same as in the first embodiment.

Prior to the reserved entry time, the host computer 30 starts the guidance. Since it is uncertain where the person in the park is in the park, even if he / she is farthest from the reserved amusement facility 50, he / she can use the mobile phone at a certain time (for example, 20 minutes) set in time for the entrance time. A position information request (92) is transmitted to 10.

The mobile phone 10 requests the position information (92).
When the GPS information is received, the GPS receiver 12 is activated and position information (93) is obtained (in this example, latitude and longitude are used). Then, it is transmitted to the host computer 30.

The host computer 30 compares the latitude and longitude of the game facility 50 reserved by the reservation person with the position information (93) on the map information to determine the walking distance from the position of the mobile phone 10 to the game facility 50. calculate. Divide that distance by the walking speed (for example, 80 m / min)
The time required to reach 0 (95) is calculated and transmitted to the mobile phone 10.

At the same time, from the stored schematic diagram of the amusement park,
A schematic diagram (94) including both the play facility 50 and the position of the mobile phone 10 is cut out, the position of the mobile phone 10 is entered on the schematic diagram (94), and then transmitted to the mobile phone 10.
Here, since it is a schematic diagram, there is an advantage that the data transmission amount can be small.

The reservation person is displayed on the mobile phone 10,
From the time required (95), it is possible to know how much time is left for the entrance time to the play facility 50, and the schematic diagram (94) is displayed, so that the player can surely arrive at the play facility 50.

The host computer 30 executes this series of processing at regular time intervals (for example, one minute intervals) by the reservation person.
By repeating until the game facility 50 of interest is approached, the reservation person can be guided (direction guidance) to the game facility 50.

Here, in the above description, the position information (93)
Is the latitude and longitude, but the cellular phone 10 detects the GPS data (satellite number, Ps) detected by the GPS receiver 12.
(Data called uedo Range) itself may be used, and the host computer 30 is capable of converting GPS data into latitude and longitude. In this case, there is an advantage that the data processing in the mobile phone 10 is reduced and the power consumption can be reduced.

Further, according to the adult / children (78) information stored in the host computer 30, the walking speed is set to a low speed (for example, 60 m / min) when a child is included, It is possible to calculate the required time with higher accuracy (the data received from the mobile phone 10 may be adults / children / infants, and the speed may be low when an infant is included).

In the above description, the required time was calculated by the host computer 30, but an example of calculation by the mobile phone 10 will be described below. FIG. 15 shows a sequence diagram of signals when calculation is performed by the mobile phone 10. As a premise, the mobile phone 10 receives and stores a schematic diagram of the amusement park from the entrance gate wireless device 20 when entering the amusement park.

The host computer 30 starts guiding (96) to the mobile phone 10 a predetermined time before the entrance time (for example, 20 minutes before) and the position information (9) of the reserved amusement facility.
7) is transmitted.

When the mobile phone 10 receives the guidance start (96), it activates the GPS receiver 12 and sends the position information (9
3) is obtained. Then, the amusement facility position information (97) and its own position information (93) are compared with the stored schematic diagram to obtain the walking distance from the position of the mobile phone 10 to the amusement facility 50, and the required time is calculated. Calculate and display.

Next, a schematic diagram including both the amusement facility position information (97) and the own positional information (93) is cut out from the stored schematic diagram, and the position of the player is entered and displayed on the schematic diagram. Similar to the previous example, by repeating this series of processing at regular time intervals, the game facility 50 is guided.

Next explained is the sixth embodiment of the invention. FIG. 16 shows a reservation system according to the sixth embodiment. 16, the difference from the fourth embodiment is that the play facility apparatus 51 is connected to the wireless interface 11 connected to the mobile phone 10 and the wireless interface 53 capable of in-house wireless communication, and A facility entrance gate 54 at the entrance of the play facility apparatus 51 is connected to the play facility apparatus 51, and the facility entrance gate 54 opens in association with an opening / closing control signal from the play facility apparatus 51.

FIG. 17 shows a sequence diagram of signals transmitted / received in the system of the sixth embodiment. The feature of the sixth embodiment is that each amusement facility device 51 detects the approach of a reservation person, verifies that the person is a legitimate visitor through in-house wireless communication, and opens the entrance gate of the amusement facility device 51. To open up.

Below, with reference to FIG. 16 and FIG.
The operation of this embodiment will be described focusing on the differences from the fourth embodiment.

When the reservation is completed, the host computer 30 transmits the IP address (72) and the entrance time (80) to the amusement facility apparatus 51 via the public communication network 40.

The amusement facility apparatus 51 constantly sends (ie, broadcasts) an IP address request (70) from the wireless interface 53.

When the reservation time approaches the play facility apparatus 51 as the entry time approaches, the mobile phone side wireless interface 1
1 transmits the IP address (72) to the wireless interface 5
Send to 3.

If the received IP address (72) matches the IP address received from the host computer 30 in advance, the amusement facility apparatus 51 determines that it is a valid reservation person and detects it by the wireless interface 53. When the approach of the mobile phone 10 is detected from the intensity of the radio wave and the direction of arrival, and when it comes close enough to the play facility device 51, an opening / closing control signal is output to the facility entrance gate 54 to open the facility entrance gate 54 and make a reservation. People to enter.

By operating in this manner, it is possible to automatically judge the legitimacy of the visitors and permit the entrance (specifically, open the gate) in each of the play facility devices 51.

In the above description, the play facility device 51 is the IP
Although the address (72) has been received from the host computer 30 in advance, an example in which the address (72) is received from the host computer 30 after the reservation person approaches will be described below. In FIG.
4 shows a signal sequence in the case of receiving from the host computer 30 after the approach of the reservation person. The amusement facility device 51,
The IP address request (70) is constantly transmitted from the wireless interface 53, and the same applies until the wireless interface 11 of the reservation person sends the IP address when approaching.

The amusement facility apparatus 53 sends the received IP address (72) to the host computer 30 together with a collation request (98) requesting a collation of the IP address and its own amusement facility ID (73). .

The host computer 30 requests the collation request (9
When 8) is received, the reservation list 32 is searched for the IP address (72) and the amusement facility ID (73), and if they match, it is determined that the person is a valid reservation person. And, it shows whether it is a legitimate booker or not booked,
The reservation person / NOT (99) is transmitted to the amusement facility apparatus 51.

When the amusement facility apparatus 51 receives the signal indicating that the user is a reservation person, the amusement facility apparatus 51 detects the approach of the mobile phone 10 from the strength of the radio wave detected by the wireless interface 53 and the arrival direction, and the When you get close enough,
An opening / closing control signal is output to the facility entrance gate 54, the facility entrance gate 54 is opened, and the reservation person is entered.

By operating in this way, it is possible to automatically judge the legitimacy of the visitors and to permit the entrance (specifically, to open the gate) in each of the play facility devices 51.

[0112]

According to the present invention, a reservation system for making reservations for entrances to a plurality of amusement facilities by using a mobile terminal in a timely manner while taking into consideration the current entrance waiting time, and It is possible to provide a mobile terminal and a reservation processing device used for it. Further, according to the present invention, further, before the admission time, the reservation person looks at the mobile terminal,
It is possible to provide a reservation system that guides amusement facilities in an amusement park, a mobile terminal used for the reservation system, and a reservation processing device.

[Brief description of drawings]

FIG. 1 is a diagram showing a reservation system according to a fifth embodiment of the present invention.

FIG. 2 is a diagram showing a reservation system according to the first embodiment of this invention.

FIG. 3 is a diagram showing a sequence of signals transmitted and received in the reservation system according to the first embodiment of the present invention.

FIG. 4 is a diagram showing a customer list stored in a host computer in the reservation system according to the embodiment of the present invention.

FIG. 5 is a diagram showing a reservation list stored in a host computer in the reservation system according to the embodiment of the present invention.

FIG. 6 is a diagram showing a waiting time list stored in a host computer in the reservation systems according to the first, second, third and fifth embodiments of the present invention.

FIG. 7 is a diagram showing a reservation system according to a second embodiment of this invention.

FIG. 8 is a diagram showing a sequence of signals transmitted and received in the reservation system according to the second embodiment of the present invention.

FIG. 9 is a diagram showing a sequence of signals transmitted and received in the reservation system according to the third embodiment of the present invention.

FIG. 10 is a diagram showing a signal sequence when calculation is performed by a mobile phone in the reservation system according to the third embodiment of the present invention.

FIG. 11 is a diagram showing a reservation system according to a fourth embodiment of this invention.

FIG. 12 is a diagram showing a sequence of a reservation system according to a fourth embodiment of the present invention.

FIG. 13 is a diagram showing a waiting time list of host computers in the reservation systems according to the fourth and sixth embodiments of the present invention.

FIG. 14 is a diagram showing a sequence of a reservation system according to a fifth embodiment of the present invention.

FIG. 15 is a diagram showing a sequence in a case where calculation is performed by a mobile phone in the reservation system according to the fifth embodiment of the present invention.

FIG. 16 is a diagram showing a reservation system according to a sixth embodiment of this invention.

FIG. 17 is a diagram showing a sequence of signals transmitted and received in the reservation system according to the sixth embodiment of the present invention.

FIG. 18 is a diagram showing another sequence of signals transmitted and received in the reservation system according to the sixth embodiment of the present invention.

[Explanation of symbols]

10 ... Mobile phone, 11 ... Wireless interface, 12 ...
GPS receiver, 20 ... Entrance wireless device, 30 ... Host computer, 40 ... Public communication network, 41 ... Mobile phone base station, 42 ... GPS satellite, 50 ... Amusement facility, 51 ... Amusement facility device, 52 ... Display device, 53 ... wireless interface,
54 ... Facility entrance gate.

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Shin Aikawa             292 Yoshida-cho, Totsuka-ku, Yokohama-shi, Kanagawa             Ceremony Hitachi Digital Media Development Book             Department (72) Inventor Hiroyasu Iketo             292 Yoshida-cho, Totsuka-ku, Yokohama-shi, Kanagawa             Ceremony Hitachi Digital Media Development Book             Department (72) Inventor Takayo Hirabayashi             1-24-24 Nishishinbashi, Minato-ku, Tokyo Stock market             Inside Hitachi High-Technologies (72) Inventor Naohisa Kobayashi             1-24-24 Nishishinbashi, Minato-ku, Tokyo Stock market             Inside Hitachi High-Technologies (72) Inventor Guo Construction             1-24-24 Nishishinbashi, Minato-ku, Tokyo Stock market             Inside Hitachi High-Technologies

Claims (27)

[Claims] 1. A portable terminal having an entrance wireless device installed at an entrance to a premises having a plurality of facilities and having means for communicating with a public communication network, and a wireless terminal for premises wireless communication with the entrance wireless device. And a reservation processing device that is connected to the public communication network and is capable of communicating with the entrance gate wireless device and the mobile terminal, wherein the mobile terminal is operated by a visitor to the premises and the facility on the premises is When the reservation for admission is made, a reservation request signal is transmitted to the reservation processing device, the reservation processing device receives the reservation request signal, and notifies the portable terminal of the available time of the facility reserved for admission. The reservation system is characterized in that the mobile terminal is notified when the available time is reached. 2. A portable terminal which can be wirelessly connected to a public communication network, a position detection means which is built in or connected to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. A reservation processing device that stores a map of the premises and facility position information of each facility on the premises is provided, and the portable terminal is operated by a visitor to the premises to reserve the facilities on the premises. The reservation request signal and the mobile terminal position information detected by the position detecting means are transmitted to the reservation processing device, and the reservation processing device receives and receives the reservation request signal and the mobile terminal position information. When the mobile terminal location information is collated with the stored map of the premises and confirmed, the mobile terminal is notified of the available time of the reserved facility, and when the available time is reached, the mobile terminal is Reservation system which is characterized in that report. 3. A portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. A reservation processing device that stores a map of the premises and facility position information of each facility on the premises is provided, and the portable terminal is operated by a visitor to the premises to reserve the facilities on the premises. The reservation request signal and the mobile terminal position information detected by the position detecting means are transmitted to the reservation processing device, and the reservation processing device receives and receives the reservation request signal and the mobile terminal position information. The mobile terminal location information is collated with the stored map of the premises, and when confirmed, the mobile terminal is notified of the available time of the reserved facility, and the stored time is stored before the available time is reached. hand Reservation characterized by calculating the walking time required to reach the reserved facility from the facility location information, the location information of the portable terminal, and the stored map of the premises, and transmitting it to the portable terminal system. 4. A portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or connected to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. A reservation processing device that stores a map of the premises and facility position information of each facility on the premises is provided, and the portable terminal is operated by a visitor to the premises to reserve the facility on the premises. And transmitting the reservation request signal and the mobile terminal position information detected by the position detection means to the reservation processing device, and the reservation processing device detects the reservation request signal and the mobile terminal position information detected by the position detection means. Upon receipt of the confirmation, the received location information of the mobile terminal is collated with the stored map of the premises, and if confirmed, the mobile terminal is notified of the available time of the facility reserved for admission, and the availability Before the time is reached, the stored map of the premises and the facility location information of the reserved facility are transmitted to the mobile terminal, and the mobile terminal transmits the map of the premises and the location of the facility. Receiving information, calculating and displaying a required walking time to the reserved facility from the mobile terminal position information detected by the position detecting means, the facility position information and the map of the premises. And a reservation system. 5. An entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having a communication means with a public communication network, and a communication means installed at each of the plurality of facilities with a public communication network. A portable terminal having a facility wireless communication means for premises wireless communication with the entrance wireless device, and a reservation which is connected to the public communication network and can communicate with the entrance wireless device, the facility device and the portable terminal. The facility device notifies the reservation processing device of the number of reservations of the own facility, and the reservation processing device calculates the normal waiting time and the reservation waiting time from the notified number of reservations of the own facility. The mobile terminal is operated by a visitor to the premises and the facility on the premises is reserved for admission, and transmits a reservation request signal to the reservation processing device, and the reservation processing device, Receiving the reservation request signal In response to the stored normal waiting time, reservation waiting time, and the reservation request signal, the normal waiting time and the reservation waiting time are calculated and notified to the mobile terminal, and when the reservation is confirmed from the mobile terminal. A reservation system characterized in that the mobile terminal is notified after the reservation waiting time has elapsed. 6. The reservation system according to claim 5, further comprising a display device installed so that a person approaching the facility device can see the facility device, and the facility device displays the data received from the reservation processing device on the display device. A reservation system characterized by: 7. The reservation system according to claim 1, 5 or 6, wherein the portable terminal device has a position detecting means, and the reservation processing device displays a map of the premises and facility position information of each facility. The mobile terminal device stores the mobile terminal device position information detected by the position detecting means to the reservation processing device, the reservation processing device receives the mobile terminal device position information, and the facility A reservation system, wherein a required walking time to the facility is calculated from position information, the position information of the mobile terminal and a map of the premises, and the time required to walk to the facility is transmitted to the mobile terminal. 8. The reservation system according to claim 7, wherein the reservation processing device transmits the mobile terminal location information to the mobile terminal as a mobile terminal location map written on the map. And a reservation system. 9. A reservation system according to claim 1, 5 or 6, wherein said portable terminal device has a position detecting means and stores a map of said premises, and said reservation processing device is of said plurality of facilities. Stores facility location information, the reservation processing device receives the reservation request signal, transmits the facility location information of the facility reserved for admission to the mobile terminal, the mobile terminal, the Receive the facility location information of the facility,
Reservation characterized by calculating and displaying a required walking time to the facility from the portable terminal position information detected by the position detecting means, the facility position information of the facility and the stored map of the premises system. 10. The reservation system according to claim 9,
The reservation system, wherein the mobile terminal displays the mobile terminal location information as a mobile terminal location map in which the location information is written on the map. 11. The reservation system according to claim 5 or 6, wherein the facility wireless device added to the facility device and the facility entrance gate wireless device open the gate by a gate opening request signal requesting to open the gate. An opening interlocking facility entrance gate is provided, the mobile terminal communicates with the reservation processing device using a mobile terminal identification code that identifies the mobile terminal, and the reservation processing device is the mobile terminal. A device identification code is transmitted to the facility wireless device, the facility entrance gate wireless device requests the portable terminal device identification code by using the indoor wireless communication means to the portable terminal device, and the received portable terminal device. If the identification code matches the identification code previously received from the reservation processing device,
A reservation system which outputs the opening request signal to the interlocking facility entrance gate to open the interlocking facility entrance gate. 12. The reservation system according to claim 5 or 6, wherein the facility radio device added to the facility device and the facility radio device open the gate in response to a gate opening request signal requesting to open the gate. A facility entrance gate, the mobile terminal communicates with the reservation processing device using a mobile terminal identification code that identifies the mobile terminal, and the reservation processing device identifies the mobile terminal identification. A code is transmitted to the facility wireless device, and the facility wireless device requests the mobile terminal identification code to the mobile terminal using the in-house wireless communication means, and receives the mobile terminal identification. A code is transmitted to the facility wireless device, and the reservation processing device, when the received mobile terminal identification code matches the mobile terminal identification code of the person who reserved the facility, sends an identification code matching signal to the facility absence When the facility wireless device receives the identification code matching signal, the facility wireless device outputs the opening request signal to the interlocking facility entrance gate to open the interlocking facility entrance gate. And a reservation system. 13. The reservation system according to any one of claims 2 to 4, 7 to 10, wherein the position detecting means is a GPS receiving means. 14. A portable terminal having an entrance wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network, and a wireless terminal for premises wireless communication with the entrance wireless device. A mobile terminal used in a reservation system that is connected to the public communication network and includes a reservation processing device that can communicate with the entrance gate wireless device and the mobile terminal, and is operated by a visitor to the premises. A mobile terminal, which transmits a reservation request signal to the reservation processing device when the facility on the premises is reserved for admission. 15. A portable terminal having an entrance wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network, and a wireless terminal for premises wireless communication with the entrance wireless device. A reservation request transmitted from the mobile terminal, the reservation processing apparatus being used in a reservation system including a reservation processing apparatus connected to the public communication network and capable of communicating with the entrance gate wireless apparatus and the mobile terminal. A reservation processing apparatus, which receives a signal, notifies the portable terminal of the available time of the facility reserved for admission, and notifies the portable terminal when the available time is reached. 16. A mobile terminal capable of wirelessly connecting to a public communication network, a position detecting means built in or connected to the mobile terminal, and connected to the public communication network to communicate with the mobile terminal. The mobile terminal used in a reservation system including a reservation processing device that stores a map of the premises and facility location information of each facility in the premises, the facility being operated by a visitor to the premises. The mobile terminal transmits the reservation request signal and the position information of the mobile terminal detected by the position detecting means to the reservation processing device when the reservation is made. 17. A portable terminal device capable of wirelessly connecting to a public communication network, a position detecting means built in or connected to the portable terminal device, and capable of communicating with the portable terminal device connected to the public communication network. The reservation processing device used in a reservation system including a reservation processing device storing a map of the premises and facility position information of each facility on the premises, wherein the reservation request signal and the position transmitted from the mobile terminal device. The portable terminal position information detected by the detecting means is received, and the received portable terminal position information is collated with a map on the premises storing the information, and if confirmed, the usable time of the reserved facility is determined by the portable terminal. Notify the aircraft and calculate the time required to walk to the reserved facility from the facility location information, the mobile terminal location information, and the map of the premises before the available time is reached. Reservation processing unit and transmits to the portable terminal Te. 18. A portable terminal which can be wirelessly connected to a public communication network, a position detecting means which is built in or used by connecting to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. The reservation processing device for use in a reservation system comprising a reservation processing device storing a map of the premises and facility position information of each facility on the premises, wherein the mobile terminal detected by the reservation request signal and the position detecting means. Upon receiving the machine position information, the received mobile terminal position information is collated with a map on the premises storing the information, and if confirmed, the mobile terminal is notified of the available time of the reserved facility, and the use is performed. Before reaching the available time, from the facility location information, the mobile terminal location information and the campus map,
A reservation processing apparatus, characterized in that a required walking time to the reserved facility is calculated and transmitted to the mobile terminal. 19. A mobile terminal capable of wirelessly connecting to a public communication network, a position detecting means built in or connected to the mobile terminal, and connected to the public communication network to communicate with the mobile terminal. The mobile terminal used in a reservation system including a reservation processing device that stores a map of the premises and facility location information of each facility in the premises, the facility being operated by a visitor to the premises. When the entry reservation is made, the reservation request signal and the mobile terminal position information detected by the position detection means are transmitted to the reservation processing device, and the facility position information of the reserved facility transmitted from the reservation processing device is displayed. The time required to walk to the reserved facility is calculated and displayed from the mobile terminal position information received by the position detecting means, the facility position information of the facility, and the map of the premises. Mobile terminal and said Rukoto. 20. A portable terminal which can be wirelessly connected to a public communication network, position detecting means which is built in or connected to the portable terminal, and which is connected to the public communication network and can communicate with the portable terminal. The reservation processing device for use in a reservation system comprising a reservation processing device storing a map of the premises and facility position information of each facility on the premises, wherein the reservation request signal from the mobile terminal and the position detecting means. The mobile terminal location information detected by is received, the received mobile terminal location information is collated with a map on the premises storing the location information, and when confirmed, the available time of the reserved facility is stored in the mobile terminal. A reservation processing device, which notifies and transmits the facility position information of the reserved facility to the mobile terminal before the available time is reached. 21. An entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having a communication means with a public communication network, and a communication means installed at each of the plurality of facilities with a public communication network. A facility entrance gate device, a mobile terminal having a local wireless communication unit with the entrance gate wireless device, the entrance gate wireless device connected to the public communication network, the facility entrance gate device and the mobile terminal The reservation processing device used in a reservation system having a communicable reservation processing device, wherein a reservation request signal transmitted from the mobile terminal is received, and the stored normal waiting time and reservation waiting time are calculated. Then, when the reservation confirmation is received from the mobile terminal, the reservation processing apparatus notifies the mobile terminal after the reservation entrance waiting time has elapsed. 22. A portable terminal having an entrance wireless device installed at an entrance to a premises having a plurality of facilities and having means for communicating with a public communication network, and a wireless terminal for premises wireless communication with the entrance wireless device. And a reservation processing device connected to the public communication network and capable of communicating with the entrance gate radio device and the mobile terminal device, the mobile terminal device having a position detecting means, and the reservation processing device, the reservation processing device. The mobile terminal used in the reservation system storing the map and the facility position information of each facility, wherein the mobile terminal position information detected by the position detecting means is transmitted to the reservation processing device. Reservation system to do. 23. An entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network, and a portable terminal having premises wireless communication means for communicating with the entrance gateway wireless device. And a reservation processing device connected to the public communication network and capable of communicating with the entrance gate radio device and the mobile terminal device, the mobile terminal device having a position detecting means, and the reservation processing device, the reservation processing device. The reservation processing device used in the reservation system storing the map and the facility position information of each facility, which receives the mobile terminal position information detected by the position detection means, which is transmitted from the mobile terminal device. A reservation processing apparatus, which calculates a required walking time to the facility from the facility location information, the mobile terminal location information, and a map of the premises, and transmits the walking duration to the mobile terminal. 24. The reservation processing device according to claim 23, wherein a position map of the mobile terminal is written on the map and is transmitted to the mobile terminal. . 25. An entrance gate wireless device installed at an entrance gate to a premises having a plurality of facilities and having means for communicating with a public communication network; and a premises wireless communication means for communicating with the entrance gate wireless device, A mobile terminal that stores a map of the premises, a position detection unit that is built in or connected to the mobile terminal, and is used to communicate with the entrance wireless device and the mobile terminal that are connected to the public communication network. The portable terminal used in a reservation system including a reservation processing device that stores facility location information of each facility on the premises, wherein the facility on the premises is reserved for admission by being operated by a visitor to the premises. Then, transmits a reservation request signal to the reservation processing device, receives the facility position information of the facility from the reservation processing device,
A mobile terminal device for calculating and displaying a required walking time to the facility from the position information of the mobile terminal device detected by the position detecting means, the facility position information of the facility, and the map of the premises. 26. An entrance gate wireless device which is installed at an entrance gate to a premises having a plurality of facilities and has a communication means for communicating with a public communication network; and a premises wireless communication means for communicating with the entrance gate wireless device, A mobile terminal that stores a map of the premises, a position detection unit that is built in or connected to the mobile terminal, and is used to communicate with the entrance wireless device and the mobile terminal that are connected to the public communication network. A reservation processing device used in a reservation system including a reservation processing device that stores facility location information of each facility on the premises, the facility being reserved by receiving the reservation request signal from the mobile terminal. A reservation processing device, characterized in that the facility location information is transmitted to the portable terminal. 27. The mobile terminal according to claim 25,
A mobile terminal, wherein the mobile terminal location information is displayed on the map as a mobile terminal location map.