Abstract: A secure element (SE) unit 102 holding service data used by an application is provided in a UIM card 100. Thus, when the user identify module (UIM) card 100 is transferred between portable terminals, service data and accompanying information of the application can be moved together with the UIM card 100 to another portable terminal. In addition, an access management unit 400 included in a portable terminal 200 compares UIM information of a UIM information storage unit 103 with UIM information, held by an authority information holding unit 205, of a UIM card of which use authority is possessed by an application. If they do not agree, access to service data stored in the SE unit 102 is restricted.

Abstract: The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

Abstract: A communication terminal (10) including a first communication unit (11) and a second communication unit (12) includes a presence status detection unit (13) that detects a presence status indicating whether a distance from a personal computer (50) is inside a communication range where communication is possible or outside the communication range where communication is not possible for each of the first communication unit (11) and the second communication unit (12), and a communication status management unit (14) that, in accordance with the presence status of either communication unit (11, 12) detected by the presence status detection unit (13), causes the other communication unit (11, 12) to transition to an activation state, a standby state or a disconnection state.

Abstract: There is provided a sensor module that is readily attachable to and detachable from a mobile terminal, can incorporate a sensor function at low development cost and is capable of maintaining the waterproofness of a mobile phone. The sensor module of the present invention comprises a housing, a sensor element, a sensor data processing part, a sensor data recording part, contactless communication means, a module communication part and a module control part. The housing has attaching means for attaching and detaching the sensor module to and from a mobile terminal. The sensor data processing part acquires data from the sensor element and performs predetermined processing on the acquired data.

Abstract: The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

Abstract: The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

Abstract: The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

Abstract: The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

Abstract: A reproducing apparatus (2) of the present invention receives information of a WEB site from a service-providing server (3) that administrates the WEB site, and reproduces the information. The service-providing server (3) holds identification information (40) of a user of a portable communication apparatus (1) that is permitted to access the WEB site. The reproducing apparatus (2) includes: a data receiving section for receiving, from the portable communication apparatus (1), invitation information (51), identification information (40), and transmission time point information (50); a reproducing apparatus infrared communication section; a destination determination section that establishes a connection to the service-providing server (3) based on the received invitation information (51), and transmits the invitation information (51), the identification information (40), and transmission-instruction time (50); and a reproducing apparatus communication control section.

Abstract: The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

Abstract: An SE unit holding service data used by an application is provided in a UIM card. Thus, when the UIM card is transferred between portable terminals, service data and accompanying information of the application can be moved together with the UIM card to another portable terminal. In addition, an access management unit included in a portable terminal compares UIM information of a UIM information storage unit with UIM information, held by an authority information holding unit, of a UIM card of which use authority is possessed by an application. If they do not agree, access to service data stored in the SE unit is restricted.

Abstract: A communication terminal (10) including a first communication unit (11) and a second communication unit (12) includes a presence status detection unit (13) that detects a presence status indicating whether a distance from a personal computer (50) is inside a communication range where communication is possible or outside the communication range where communication is not possible for each of the first communication unit (11) and the second communication unit (12), and a communication status management unit (14) that, in accordance with the presence status of either communication unit (11, 12) detected by the presence status detection unit (13), causes the other communication unit (11, 12) to transition to an activation state, a standby state or a disconnection state.

Abstract: An infrared communication apparatus and method enabling data communication with a receiving device, regardless of a protocol with which the receiving device is compatible. A transmitting unit transmits a first packet to inquire whether a receiving device is compatible with a first protocol and transmits a second packet to inquire whether the receiving device is compatible with a second protocol, to the receiving device at least once, and transmits a plurality of third packets to inquire whether the receiving device is compatible with a third protocol, to the receiving device. A receiving unit receives a response packet indicating a protocol with which the receiving device is compatible, from the receiving device having received the first packet, the second packet, and the plurality of third packets. A data transmitting unit transmits data to the receiving device, based on the protocol indicated by the response packet received by the receiving unit.

Abstract: According to one embodiment, an electronic apparatus comprises a communication device, a first controller, a second controller, and a player. The communication device has a close proximity wireless communication function. The first controller establishes connection between a wireless device and the communication device in a proximity state. The second controller connects the electronic apparatus to a server through the close proximity wireless communication function and a wireless communication function of the wireless device. The player plays a content received from the server through the close proximity wireless communication function and the wireless communication function of the wireless device, to halt playing the content when the proximity state is released during the playing, and resume playing the content when the proximity state is restored.

Abstract: The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

Abstract: A reproducing apparatus (2) of the present invention receives information of a WEB site from a service-providing server (3) that administrates the WEB site, and reproduces the information. The service-providing server (3) holds identification information (40) of a user of a portable communication apparatus (1) that is permitted to access the WEB site. The reproducing apparatus (2) includes: a data receiving section for receiving, from the portable communication apparatus (1), invitation information (51), identification information (40), and transmission time point information (50); a reproducing apparatus infrared communication section; a destination determination section that establishes a connection to the service-providing server (3) based on the received invitation information (51), and transmits the invitation information (51), the identification information (40), and transmission-instruction time (50); and a reproducing apparatus communication control section.

Abstract: When an application is activated, a mobile station 10 detects external devices 20, 30, 40 as candidates for a BLUETOOTH connection out of external devices existing in the surrounding area, and presents a list of the devices to a user. When the user selects from the list an external device 20 with which a connection is to be attempted to make, a link is established by a connection procedure according to a security level described in an ADF of the application. Namely, when “high” is described as the security level, an authentication process and an encryption process requiring input of a PIN are executed prior to the establishment of the link. On the other hand, when “low” is described as the security level, a link is established without executing these processes.

Abstract: An infrared communication apparatus and method enabling data communication with a receiving device, regardless of a protocol with which the receiving device is compatible. A transmitting unit transmits a first packet to inquire whether a receiving device is compatible with a first protocol and transmits a second packet to inquire whether the receiving device is compatible with a second protocol, to the receiving device at least once, and transmits a plurality of third packets to inquire whether the receiving device is compatible with a third protocol, to the receiving device. A receiving unit receives a response packet indicating a protocol with which the receiving device is compatible, from the receiving device having received the first packet, the second packet, and the plurality of third packets. A data transmitting unit transmits data to the receiving device, based on the protocol indicated by the response packet received by the receiving unit.

Abstract: The communication state information providing system comprises a cellular phone of an information provider, and an information providing device having an information receiving unit for receiving, via a wireless LAN, the communication state information transmitted from the cellular phone, a communication state information storage unit for storing the communication state information received by the information receiving unit associated with the phone number specifying the cellular phone, and an information transmitting unit for transmitting the communication state information stored in the communication state information storage unit to a destination associated with the phone number of the cellular phone.

Abstract: A transmission-reception device receives site screen data transmitted from an IP server. An SRAM records the site screen data received by the transmission-reception device. When in a reception standby state, the CPU reads the site screen data recorded in the SRAM, generates a site screen, and displays this on the liquid crystal display.