JP2002083333A - Checking system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To use a checking system in common by allowing a user to pass through an automatic gate with no ticket after reserving the ticket of an airplane, a super-express train, or a theater with a cellphone or the like, saving the time and labor for receiving the ticket after reservation to reduce various costs, automating all processes from the reservation of the ticket to its reckoning and gate transit, and unifying a storage medium of ticket reservation information or the like. SOLUTION: A removable noncontact card, which receives and stores the data stored in a cellphone or the like, transmits the stored data to an object, e.g. the automatic gate, receives the data transmitted from the automatic gate, updates or deletes the data and outputs the data to the cellphone or the like, is mounted on the cellphone or the like. The automatic gate is controlled by using the noncontact card-mounted cellphone.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a check system for automating the passage of gates at airports, highways, stations, theaters, etc., or for automating the use of ATM machines at banks.

[0002]

2. Description of the Related Art Conventionally, a check system for automating the passage of gates at airports, highways, stations, theaters, and the like uses different recording media for tickets and the like to be checked when passing the gate. In addition, after a reservation is made using a mobile phone or the like, a reserved ticket or the like is received, and then the ticket is used to pass through the gate. In addition, for example, when a device such as an ATM machine of a bank is used, a cash card is inserted into the ATM machine each time.

[0003] For this reason, the conventional check system has difficulty in standardizing the system construction, and in addition, everything from the reservation of a ticket or the like to the passage of the gate, or the entire operation from the use of the equipment is automated. Not done.

[0004]

The problem to be solved by the present invention is that the conventional check system has a difficulty in standardizing the construction of the system, and furthermore, from the reservation of a ticket or the like to the passage of a gate. Or the entire process up to the use of the equipment has not been automated.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and inputs and stores data stored in the portable telephone into a portable telephone or the like. The stored data is transmitted to an object, for example, an automatic gate, and the data transmitted from the automatic gate is received, and the data is updated or deleted. And a portable telephone mounted with a detachable non-contact card configured to output the non-contact card to a portable telephone, and receiving data transmitted from the non-contact card to receive the data. Data is searched and collated to control the gate or device, and the stored data is displayed and data for updating or deleting the data is transmitted to the non-contact card. The main feature is that it comprises an automatic gate configured to perform

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described based on embodiments with reference to the drawings. FIG. 1 is a schematic view showing an embodiment of a check system according to the present invention, which is basically composed of a portable telephone 1 with a non-contact card and an automatic gate 8. Mobile phone 2 constituting mobile phone 1 with non-contact card
Is a conventional device having various functions in addition to telephone and data transmission using radio waves, and can output data stored in a memory to the non-contact card 3. Further, the data stored in the non-contact card 3 can be inputted and displayed or output as voice to confirm.

[0007] The non-contact card 3 is provided with a device for transmitting and receiving data in a non-contact state with an object on an IC card. The interface 4 is composed of a memory 5 for storing data, a transmitting device 6 and a receiving device 7, and the interface 4 is connected to the mobile phone 2 to transmit and receive data between them. This is a connector for transmitting data, whereby the non-contact card 3 is mounted on the mobile phone 2 and power can be supplied from the mobile phone 2 to the non-contact card 3.

The memory 5 stores data output from the mobile phone 2 via the interface 4 and updates the data based on the data received by the receiving device 7. Alternatively, it is stored after receiving an operation such as deletion.

The transmitting device 6 stores data stored in the memory 5.
The data is transmitted to the automatic gate 8 using radio waves or light, and the receiving device 7 receives the data transmitted from the automatic gate 8 and sends it to the memory 5.

From these facts, the non-contact card mounted portable telephone 1 is stored in the portable telephone 2 using the non-contact card 3, and is inputted and stored in the non-contact card 3. The data is sent to the automatic gate 8 in a non-contact state and operated, and further, the data stored in the non-contact card 3 sent from the automatic gate 8 when the automatic gate 8 is operated. The data can be updated or deleted, and can be confirmed by displaying the data.

The data of the non-contact card 3 is stored as follows.
The program is programmed to be performed at the same time as the operation of the mobile phone 2 or the storage of the mobile phone 2, but the update or deletion of data cannot be executed by an individual operation.

Further, when transmitting and receiving data using radio waves, the transmitting device 6 and the receiving device 7 have a built-in antenna for both transmission and reception in the non-contact card 3 or the portable telephone 2.
When light is used for transmitting and receiving data, a light emitting element and a light receiving element are provided instead of the antenna. The power supply to the non-contact card 3 is not only received from the mobile phone 2 described above, but also a thin battery or a solar cell may be built in the non-contact card 3 from the automatic gate. The power source energy may be supplied by using the radio wave of (1).

The data handled by the non-contact card mounted mobile phone 1 includes ticket reservation information such as air tickets, seat reservation tickets, admission tickets, etc., as well as IDs unique to issuers of tickets and the like. Information, commuter pass, prepaid card, credit card, cash card, telephone number and password
It may be related to registration of personal identification information including biometric information such as fingerprints, fundus images, photographs, etc., and the like (additional operations such as data encryption, compression, decompression, etc.). .

The data transmitted from the non-contact card 3
The data may be transmitted upon receiving a transmission request signal from an object such as the automatic gate 8 to be transmitted.

The portable telephone 2 may be a home telephone or the like in addition to a portable telephone including a PHS or the like. In this case, the non-contact card 3 mounted is an interface. By adopting a detachable method using a connector for the device 4, it can be carried away from the telephone. Further, the connection method between the mobile phone 2 and the interface 4 and the mounting position of the non-contact card 3 are not limited, and the non-contact card 3 is connected to the interface 4 by a connector. May be directly connected to the internal data bus of the mobile phone 2 without using the device.

Next, the automatic gate 8 can be used in combination with the above-mentioned portable telephone 1 with a non-contact card to form a check system. Receives data transmitted using radio waves or light from the server and sends it to the server 12 via the interface 11. Further, the transmitting device 10 receives data from the server 12 via the interface 11, and transmits the data to the non-contact card 3 by using radio waves or light.

The server 12 receives the data from the receiving device 9 in accordance with the program stored therein, and
Receiving the data sent to the server 12 via the server 11, the data is searched and collated, and if the data is normal, the gate 14 is received.
A gate control signal is sent through the interface 13 to open the gate, and this is stored and displayed, and the holder of a normal ticket or the like and the designated seat used by the holder. To be able to check the usage status of It should be noted that an alarm may be issued if it is not normal.

Further, the server 12 interfaces data for updating or deleting data stored in the non-contact card 3 which is generated when a ticket or the like is used. To the transmitting device 10 via the source 11;

From these facts, the automatic gate 8 receives the data from the non-contact card mounted portable telephone 1 in a non-contact state, searches and collates the data, and In addition to controlling the data 14, the data can be displayed and confirmed, and the data stored in the non-contact card 3 mounted on the non-contact card mounted mobile phone 1 is updated. Alternatively, data to be deleted is transmitted.

Incidentally, the automatic gate 8 is provided with the I
D and password, and personal identification information including biometric information such as a fingerprint, a fundus image, a photograph, etc., and a search collation function can be provided. In a larger system, a plurality of sets each including the receiving device 9 excluding the server 12 and the gate 14 are connected, and the system is connected to a host computer. In addition to the (check-in system), the automatic highway system (non-stop automatic toll collection system) and the ATM system of the bank (gate 14 may be omitted. In this case, the automatic gate 8 is not used). The present invention can be applied to other systems such as an information check and an information operation of the contact card 3, which is an automatic checker according to claims 3 and 4.

Data for updating or deleting the data transmitted from the automatic gate 8 and stored in the non-contact card 3 mounted on the non-contact card mounted portable telephone 1. May be, for example, from an automatic check-in device at an airport, and may further exclude such functions (data update or delete functions).
And a part of the building management system etc. will be constructed instead of the entrance door.

[0022]

According to the above configuration, the check system of the present invention reserves a ticket for an airplane, an express train, a theater, etc. using a mobile phone or the like, and then automatically checks the ticket without a ticket.
As a result, the time and effort of receiving a ticket after a reservation can be omitted, and various expenses for creating a ticket can be reduced.

Further, reservation information (data) such as tickets.
And the like are recorded on a non-contact card, so that the recording medium for the reservation information and the like can be shared, and the construction of a check system (check-in system) can be facilitated. Everything from reservation of tickets and the like, registration of personal identification information and the like to passage of the gate, and even settlement can be automated in a paperless manner.

Also, use of an ATM machine of a bank (automatic
In this case, the operation of inserting a cache card or the like is omitted.

Further, the non-contact card provided on the non-contact card mounted portable telephone can be detached, so that the detached non-contact card can be removed when the gate passes. By using it, you can use it like a commuter pass or ticket.

[Brief description of the drawings]

FIG. 1 is a schematic diagram showing one embodiment of a check system of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Non-contact card mounted mobile telephone 2 Mobile telephone 3 Non-contact card 4, 11, 13 Interface 5 Memory 6, 10, Transmitting device 7, 9 Receiving device 8 Automatic gate 12 Server −14 gate

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) H04M 11/00 302 H04M 11/00 302 (72) Inventor Ryuichi Maruyama 1-21-6 Minamiruyama, Nagareyama City, Chiba Prefecture (72) Inventor Noomi Yamada 2562-2 Sunatsuda, Kawagoe-shi, Saitama F-term (reference) 3E040 AA04 BA07 DA02 FH05 5B049 AA01 BB32 BB61 CC06 CC14 FF08 GG06 5K101 KK17 LL12 NN21 PP04

Claims (4)

[Claims] 1. A check system comprising a contactless card-mounted portable telephone for storing and transmitting data such as ticket reservation information or personal information and an automatic gate for automating gate passage. The non-contact card-equipped mobile phone can be used as a mobile phone or a mobile phone that transmits data using radio waves.
Input means for inputting the data stored in the mobile phone or the like; storage means for storing the input data; and transmitting the stored data to the automatic gate by transmitting radio waves or light to the automatic gate. Transmitting means for transmitting data using the automatic gate, and receiving means for receiving data transmitted from the automatic gate using radio waves or light;
An attachment / detachment unit comprising an operation unit for updating or deleting the stored data based on the received data, and an output unit for outputting the operated data to the mobile phone or the like. A possible non-contact card is mounted, the automatic gate receives data transmitted from the non-contact card using radio waves or light, and the received data. Storage means for storing the data, search and collation means for retrieving and collating the stored data, control means for controlling a gate based on the retrieval and collation means, and display means for displaying the stored data. A transmission means for transmitting data for performing an operation of updating or deleting data stored in the non-contact card to the non-contact card. 2. A check system comprising a non-contact card-mounted mobile phone for storing and transmitting data such as ticket reservation information or personal information and an automatic gate for automating gate passage. The non-contact card-equipped mobile phone can be used as a mobile phone or a mobile phone that transmits data using radio waves.
Input means for inputting the data stored in the mobile phone or the like; storage means for storing the input data; and transmitting the stored data to the automatic gate by transmitting radio waves or light to the automatic gate. Transmitting means for transmitting data using the automatic gate, and receiving means for receiving data transmitted from the automatic gate using radio waves or light;
An attachment / detachment unit comprising an operation unit for updating or deleting the stored data based on the received data, and an output unit for outputting the operated data to the mobile phone or the like. A possible non-contact card is mounted, the automatic gate receives data transmitted from the non-contact card using radio waves or light, and the received data. Storage means for storing the data, search and collation means for retrieving and collating the stored data, control means for controlling a gate based on the retrieval and collation means, and display means for displaying the stored data. A transmission means for transmitting data for performing an operation of updating or deleting data stored in the non-contact card to the non-contact card. 3. A check system comprising a non-contact card-mounted mobile phone for storing and transmitting data such as ticket reservation information or personal information and an automatic checker for automating the card check. The non-contact card-equipped mobile phone can be used as a mobile phone or a mobile phone that transmits data using radio waves.
Input means for inputting the data stored in the mobile phone or the like; storage means for storing the input data; and transmitting the stored data to the automatic checker by using radio waves or light. Transmitting means for transmitting data from the automatic checker, receiving means for receiving data transmitted using radio waves or light from the automatic checker, and updating the stored data based on the received data. Or an operation means for performing an operation of deleting,
A detachable non-contact card equipped with output means for outputting operated data to the mobile phone or the like is mounted, and the automatic checker uses radio waves or light from the non-contact card. Receiving means for receiving the transmitted data, storage means for storing the received data, search and collation means for retrieving and collating the stored data, and displaying the stored data. Display means for transmitting data for updating or deleting data stored in the non-contact card to the non-contact card. Check system. 4. A check system comprising a non-contact card mounted portable telephone for storing and transmitting data such as ticket reservation information or personal information, and an automatic checker for automating the card check. The non-contact card-equipped mobile phone can be used as a mobile phone or a mobile phone that transmits data using radio waves.
Input means for inputting the data stored in the mobile phone or the like; storage means for storing the input data; and transmitting the stored data to the automatic checker by using radio waves or light. Transmitting means for transmitting data from the automatic checker, receiving means for receiving data transmitted using radio waves or light from the automatic checker, and updating the stored data based on the received data. Or an operation means for performing an operation of deleting,
A non-contact card having output means for outputting operated data to the mobile phone or the like is mounted, and the automatic checker is transmitted from the non-contact card using radio waves or light. Receiving means for receiving received data, storage means for storing the received data, search and collation means for retrieving and collating the stored data, and display means for displaying the stored data. And a transmission means for transmitting data for updating or deleting data stored in the non-contact card to the non-contact card. .