JP2003114938A - Unmanned front system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system for allowing a user to make a stay contract with an agent by using a mobile communication body and to enter a room without meeting any person at the front desk by using the ID signal of a room key. SOLUTION: A user who has preliminarily passed identity examination performs access from a mobile communication body whose electronic settlement contract registration has been completed through the Internet to a prescribed server in order to make a stay reservation, and executes electronic settlement after completing the reservation, and holds ID issued as an ID room key by the server after executing the settlement. Then, at the time of entering a room, the user inputs a password to the mobile communication body, and when the the password is collated acceptably, the ID signal is transmitted from the mobile communication body for a fixed time, and the door which receives the ID signal permits the entry of the user.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an unmanned front system, and in particular, a mobile communication device is used to make an accommodation contract between a user and a business operator, and the ID signal of a room key can be used to prevent contact with people at the front. It relates to an unmanned front system that can enter the room.

[0002]

2. Description of the Related Art At present, it is possible to make a reservation such as a co-night stay from a push line telephone or a PC connected to the Internet. On the other hand, mobile communication devices such as mobile phones have rapidly spread, and due to the enhancement of additional functions other than telephone calls, all information is no longer available. Therefore, there is a demand for a system that allows users to use the services provided at offices, homes, etc., anywhere.

[0003]

[Problems to be Solved by the Invention] However, when using an accommodation facility, the user must always go to the front desk and receive the room key to receive the room key even if the reservation is made but the user actually has to make a reservation. It was In addition, there was a problem that the room key was lost even if it was received.

The present invention has been made in view of the above problems, and an object thereof is to distribute a room key between a user and a business operator using a mobile communication body, and It is to provide a system that is keyless by the key ID signal and allows you to enter the accommodation without seeing anyone.

[0005]

The invention for solving the above-mentioned problems is to register the mobile communication body to be used in the server of the service provider, make a contract for billing, settlement, etc. Make a reservation for accommodation by accessing the specified server via, and make an electronic payment after the reservation is completed, and after the payment is completed, the ID issued from the server is held and the ID becomes a room key. A number is input to the mobile communication unit, and if the identification number is correctly collated, the mobile communication unit transmits the ID signal for a certain period of time to transmit the ID.
The unattended front system is characterized in that the entrance door that receives the signal allows the user to enter the room.

[0006]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below.

FIG. 1 is a block diagram of the hardware of this system. This system is user (100), business (20
0), a bank (300), an accommodation facility (400), and the Internet (500).

A user (100) is a user server (10
Connect to the Internet (500) by the mobile communicator (102) via 1). The business operator (200) connects to the Internet (500) by the management PC (202) via the server (201) for reservation management and accommodation payment. The bank (300) connects to the Internet (500) by a deposit management server. Accommodation (40
0) connects to the incoming Internet (500) via the door server (401).

Between the user (100), the business operator (200) and the bank (300), the business operator examines the user in advance, the user passes the examination, and the user makes a procedure for an electronic payment contract. It is assumed that you have completed.

First, a user (100) is a mobile communication body (10).
According to 2), the business is inquired about the vacancy information of the accommodation facility (400). If there is a desired room, make a reservation and make electronic payment. At that time, the mobile communication unit (102) transmits a unique signal and a user password. The business operator (200) who has received the signal via the Internet (500) and received the payment management server (201) determines whether the user's account has a balance that can be settled, and a bank deposit management server (301). If the balance is confirmed, the ticket ID of the reserved seat is confirmed by the user (10
0) and send to the mobile communication unit (102). The user receives the room key ID in the mobile communication unit (102) via the user server (101).

Room information of the reservation / settlement server (201) is transmitted from the business operator (200) to the gate server (401) at any time.

On the scheduled stay date, the user (100) inputs a password into the mobile communication body (102) when passing through the entrance door (402). After confirming the password, the mobile communication body (10)
2) transmits a room key ID signal, and the entrance door (402) which has received the ID signal is a door server (40).
Inquire to 1) if the room key ID can enter the room,
Allow users to enter the room only when possible.

Next, reservation and settlement processing will be described.
FIG. 2 is a flowchart of the reservation payment process.

As shown in FIG. 2, the user (100) connects to the reservation settlement server (201) from the mobile communication body (102) (2-1), and confirms whether there is a desired room from the reservation status ( 2-2) If there is, make a reservation (2-
3) When the reservation is accepted, the business operator (200)
00) the deposit management server (301) is inquired whether the user has a ticket purchase balance (2-4), and if the purchase is possible, the user is confirmed whether the purchase is possible (2-5-A),
When the user (100) executes payment, the business operator (20
0) issues a room key ID to the mobile communication unit (102) (2-6-A). If the balance inquiry (2-4) indicates that the balance is insufficient, the balance is notified (2-5-B). If the user (100) does not purchase in the purchase confirmation (2-5-A), the end notification (2-6-B) is performed.

Next, the data processing of the business operator (200) after the accommodation contract will be described. FIG. 3 is a flowchart for notifying the room management status to the accommodation facility (400). As shown in FIG. 3, the business entity (200) transmits the issued room key ID from the reservation settlement server (201) to the door server (401) of the accommodation facility (400) (3-).
1), the transmitted information is received and held by the door server as needed (3-2).

Next, the entry process at the accommodation facility will be described. FIG. 4 is a flowchart performed when the user (100) enters the room.

As shown in FIG. 4, the user (100) issues a room key ID signal transmission command to the mobile communication body (102) when passing through the entrance door (402) (4-1). ), The mobile communication unit (102) confirms the password (4-2), so the user (100) inputs the password, and after confirming the password, sends the room key ID (4-).
3-A) When the room entrance door (402) receives the room key ID, it inquires of the door server (401) whether the ticket ID can enter the room (4-4). Is permitted (4-5-A). If there is an error in the password, re-input is notified (4-3-B). If the room key ID is incomplete, notify the business operator (200) to inquire.

(Other Embodiment 1) The same as the above embodiment until the entrance.

When the mobile communication unit (102) is equipped with a large liquid crystal, when passing through the entrance door (402),
The use guide information of the room after entering the room is downloaded to the mobile communication body (102) and can be used comfortably without hesitation even when using the room for the first time.

(Other Embodiment 2) Entrance door (40
Instead of inputting the password required to transmit the ticket ID signal required when passing through 2), the user's own voice is registered in advance for voice recognition. By doing this, even if the mobile communication unit is stolen and is likely to be used illegally, the room key ID is not for the user (100).
I can't make a call.

[0021]

As described above, the present invention uses the mobile communication device to distribute the room key between the user and the business operator, and is keyless by the ID signal of the room key and enters the accommodation without seeing a person. An unmanned front system can be achieved.

[Brief description of drawings]

FIG. 1 is a diagram showing the basic configuration of the system.

[Figure 2] Flow chart between user and business

[Figure 3] Flowchart of data communication between business operators and accommodation facilities

[Fig. 4] Flow chart when a user enters a room

[Explanation of symbols]

100 users 200 operators 300 banks 400 accommodation 500 Internet

Claims (3)

[Claims] 1. A user who has passed the background examination in advance accesses a predetermined server via the Internet from a mobile communication unit that has registered for electronic payment, makes a reservation for accommodation, makes an electronic payment after the reservation is completed, and ends the payment. I issued by the latter server
When D enters the room when the user holds D and the ID becomes a room key, the user inputs the personal identification number into the mobile communication body, and if the identification number is correctly collated, the mobile communication body transmits the ID. An unmanned front system, characterized in that a door that transmits a signal for a certain period of time and receives the ID signal permits a user to enter. 2. The unmanned front system according to claim 1, wherein the mobile communication unit is provided with a security device which refuses to use the mobile communication unit if the user illegally uses the mobile communication unit. 3. The unmanned front system according to claim 1, wherein said mobile communication device is capable of exceptionally making only 119 and 110 outgoing calls in any case.