Abstract: The present invention provides a reception system, a reception method, and a non-transitory computer-readable medium storing a program that are capable of identifying a guest. The reception system (100) includes a face photo information check unit (1), and a reception terminal (2). When the reception terminal (2) receives an input indicating an application for a check-in of a guest (GS1), the face photo information check unit (1) checks passport-face-photo-at-check-in-time information scanned from a passport (P1) at the time of check-in, with face-photo-at-check-in-time information through photographing the guest (GS1) at the time of check-in. When the passport-face-photo-at-check-in-time information and the face-photo-at-check-in-time information indicate a same person as a result of checking by the face photo information check unit (1), the reception terminal (2) displays information on a room reserved by the guest (GS1), and issues a card key for the room reserved by the guest (GS1).

Abstract: This invention provides a color matching test piece capable of freely changing a combination of a base color and an upper color to be overpainted one on another with less work. The color matching test piece 10 is formed of a clear-colorless film base 10a. A plurality of the color matching test pieces 10 painted with individual colors with respect to each color to be overpainted are prepared, and the test pieces 10 are stuck to a car body or the like with a defatting agent to reproduce the state of the overpainted color in order for color comparison relative to the original color of the car body. The color matching test piece 10 has peeling tabs 11 and jig holes 12 and is superposed on the other test pieces according to need.

Abstract: A contact center server of the present invention comprises an image recognition unit, an image data search unit, a personal data search unit, a receptionist terminal selector unit, and a call connection unit. The image recognition unit recognizes an image of the face of a caller transmitted from a caller terminal when the caller terminal transmits a call to the contact center server. The image data search unit searches an image data storage unit for face image data which matches the image of the face of the caller from among customer face image data stored in the image data storage unit. The personal data search unit searches a personal data storage unit for personal data corresponding to the customer face image data from among personal data stored in the personal data storage unit. The receptionist terminal selector unit selects one or more receptionist terminals from among a plurality of receptionist terminals based on the customer personal data.

Abstract: In an internal line control system, a telephone having an Internet protocol (IP) and capable of being connected to the Internet through the communication mode, includes a device for storing an IP address of a private branch exchange, and a device for sending a switching request to the IP address of the private branch exchange while specifying identification information. Concurrently, a private branch exchange having an Internet protocol (IP) and connected to the Internet through the communication mode, includes a device for storing a correlation between the IP address of the telephone and an internal line number depending upon the identification information, and a device for transmitting, depending upon the correlation between the IP address and the internal line number, a control signal and a speech communication signal for an internal line telephone of the internal line number to an address specified by the IP address.

Abstract: The invention provides a private branch mobile communication apparatus and method which allows hand-over without interruption of communication and makes it possible to allow a service from a private branch exchange of a home node to be utilized as it is even if a radio terminal moves from the private branch exchange of the home node to another private branch exchange. A network common database, a local database and a memory section are stored in each of private branch exchanges.

Abstract: In an IP telephone system 10 enabling a voice telephone communication between a pair of subscriber's talking terminals 100 and 110 respectively connected to a pair of private branch exchanges 200 and 210 interconnected through an IP network 400, by utilizing VoIP gateway functions respectively provided in the pair of private branch exchanges 200 and 210 and by action of a voice conversion based on a voice CODEC, when the subscriber's talking terminal 100 of a calling party side dispatches a telephone calling, the subscriber's talking terminal 100 of the calling party side sends a voice CODEC change designating access code and a voice CODEC designating code to the private branch exchange 200 of the calling party side and the private branch exchange 210 of a called party side.

Abstract: The present invention provides a private branch exchange which allows the same system call sign (SYS-ID) to be shared with other private branch exchanges for allocating it to general cell stations. The private branch exchange (PBX), to which a control cell station (CS) is allocated, communicating with mobile stations (PS) reads the system call sign from the control cell station where the system call sign is stored in advance. The system call sign is stored into cell stations in a plurality of private branch exchanges connected to each other when the cell stations belong to the same group as that of the control cell station of the first mentioned private branch exchange.

Abstract: In a PBX network, a global database is provided in each PBX node for storing shared data for verification of authorized mobile stations when accessing the network via a wireless cell-site station. During a wireless mode, a mobile station monitors the strength of its downlink signal from a first cell-site station of a first PBX node. If it falls below a threshold, the mobile station begins a scan across the spectrum. If a strong signal is detected, it stops the scan and transmits a handover request message to a second cell-site station transmitting that strong signal. The second node receives the message via the second cell-site station to establish the mobile's verification. If the mobile station is an authorized user, the second node transmits a handover grant message to the second cell-site station, transmits a command message to the first node for a switchover to a link between the first and second nodes, and connects the link to the second cell-site station.

Abstract: In an internal line control system, a telephone having an Internet protocol (IP) and capable of being connected to the Internet through the communication mode, includes means for storage of an IP address of a private branch exchange, and means for sending a switching request to the IP address of the private branch exchange while specifying identification information. Concurrently, a private branch exchange having an Internet protocol (IP) and connected to the Internet through the communication mode, includes means for storage of a correlation between the IP address of the telephone and an internal line number depending upon the identification information, and means for transmitting, depending upon the correlation between the IP address and the internal line number, a control signal and a speech communication signal for an internal line telephone of the internal line number to an address specified by the IP address.

Abstract: A private communications network system allows a mobile station to be used in a different private communications network than that in which it is registered, by a method of authenticating the mobile station outside of its home private communication network. When a mobile station 17 requests location registration in a private communications network 2 in which the mobile station 17 is not registered, a control unit 22 of a PBX 21 in the private communications network 2 requests a network common data management unit 3 to send group data which is used to identify a private communications network 1 in which the mobile station 17 is registered. Control trait 22 then requests a PBX 11 in a private communications network 1 to send subscriber data 33 of the mobile station 17.

Abstract: In a communication system for a plurality of terminals, a terminal control unit is connected between a call control unit and the terminals. The terminal control unit is associated with a memory unit having a group supervisory table for storing a relationship between group numbers and the terminals belonging thereto for message broadcasting. When a destination call message is supplied from the call control unit to the terminal control unit, a group number is analyzed from the destination call message. Then, a number of the terminals belonging to the analyzed group number are selected in accordance with the group supervisory table, and message broadcasting is performed upon the selected terminals.