Abstract: A multi-antenna device includes a grounding plate, a first antenna and a second antenna. The first antenna includes a first feed element that is grounded to the grounding plate via a first feed point. The second antenna includes a second feed element that is grounded to the grounding plate via a second feed point. Polarization planes of the first and second antennas intersect at a predetermined angle.

Abstract: An antenna device (10) includes a feed element (11) including a first portion (111) and a second portion (112) and a non-feed element (12) including a plurality of folded back portions (121 to 125). The width (W2) of the second portion of the feed element is rendered larger than the width (W3) of the non-feed element, and at least the second portion of the feed element is configured to be coupled to the plurality of folded back portions of the non-feed element.

Abstract: A multi-antenna device includes a grounding plate, a first antenna and a second antenna. The first antenna includes a first feed element that is grounded to the grounding plate via a first feed point. The second antenna includes a second feed element that is grounded to the grounding plate via a second feed point. Polarization planes of the first and second antennas intersect at a predetermined angle.

Abstract: A multi-antenna device includes a grounding plate, a first antenna and a second antenna. The first antenna includes a first feed element that is grounded to the grounding plate via a first feed point. The second antenna includes a second feed element that is grounded to the grounding plate via a second feed point. The first feed point and the second feed point are disposed such that a straight line connecting the first feed point and a center of the grounding plate and a straight line connecting the second feed point and the center of the grounding plate are substantially perpendicular to each other in a plan view.

Abstract: An antenna device (10) includes a feed element (11) including a first portion (111) and a second portion (112) and a non-feed element (12) including a plurality of folded back portions (121 to 125). The width (W2) of the second portion of the feed element is rendered larger than the width (W3) of the non-feed element, and at least the second portion of the feed element is configured to be coupled to the plurality of folded back portions of the non-feed element.

Abstract: Security of a file or an application program saved in a wireless communication terminal is maintained. A process performed by the wireless communication terminal includes the steps of: detecting an access point for wireless LAN (Local Area Network) based on a signal sent from a wireless communication I/F; obtaining an SSID (and a MAC address) of the detected access point; referring to access management data stored in a hard disk based on the obtained SSID; and restricting access to the file or the program based on the access management data.

Abstract: A multi-antenna device includes a grounding plate, a first antenna and a second antenna. The first antenna includes a first feed element that is grounded to the grounding plate via a first feed point. The second antenna includes a second feed element that is grounded to the grounding plate via a second feed point. The first feed point and the second feed point are disposed such that a straight line connecting the first feed point and a center of the grounding plate and a straight line connecting the second feed point and the center of the grounding plate are substantially perpendicular to each other in a plan view.

Abstract: A plurality of servers each transmit data of an initial screen to be displayed on a display screen of radio equipment at a predetermined time interval. The radio equipment is in a reception waiting mode until it is connected to any one of the servers, and is performing channel scanning. Once the data of the initial screen transmitted from any one of the servers is received by the radio equipment, the radio equipment displays the initial screen on the display screen based on the received data. When an operation of a connection instruction is performed on the initial screen, the radio equipment is connected to the server corresponding to the initial screen.

Abstract: There is provided a surveillance device capable of transmitting an operation history of an appliance and image data while suppressing an increase in data transmission cost. A surveillance camera includes a control unit controlling an operation of the surveillance camera, a light receiving unit receiving an infrared signal transmitted from a remote controller, converting the infrared signal into an electric signal and sending the electric signal to the control unit, a storage unit storing image data, an image capturing unit performing an image capturing operation and sending an image signal generated by the image capturing operation to the storage unit, a time keeping unit generating time information concerning the surveillance camera and sending the information to the control unit, and a communication unit outputting data sent from the control unit to an external device.

Abstract: A terminal and an information relay apparatus allowing automatic setup for wireless connection without requiring setup operation by the user and capable of preventing information leakage when used at home are provided. A wireless LAN terminal communicates with a wireless access point relaying information to and from a communication apparatus constituting a communication network. Wireless LAN terminal includes an ROM, an optical communication block, a communication unit, and a CPU. The optical communication block is for optical communication. Communication unit is for communication by radio signal. CPU causes the optical communication unit to transmit a start request signal. After transmission of the start request signal, when the optical communication block receives an information request signal, CPU causes the optical communication block to transmit identification information stored in ROM.

Abstract: This portable terminal includes a control portion for transmitting a position of a touch panel portion directly or indirectly operated by one of the hands of the user to the other hand of the user by vibrating a portion, corresponding to the operated position of the touch panel portion, of a vibrating portion grasped by the other hand of the user when the user has directly or indirectly operated the touch panel portion with one of his/her hands.

Abstract: A plurality of servers each transmit data of an initial screen to be displayed on a display screen of radio equipment at a predetermined time interval. The radio equipment is in a reception waiting mode until it is connected to any one of the servers, and is performing channel scanning. Once the data of the initial screen transmitted from any one of the servers is received by the radio equipment, the radio equipment displays the initial screen on the display screen based on the received data. When an operation of a connection instruction is performed on the initial screen, the radio equipment is connected to the server corresponding to the initial screen.

Abstract: A remote control device capable of controlling a plurality of apparatuses is provided. The remote control device includes an external slit portion, an internal slit portion, a light receiving element, and a control circuit. The external slit portion and internal slit portion are arranged such that a prolonged line of each opening crosses a reception region of the light receiving element. The light receiving element is connected to the control circuit via a signal line. The external slit portion is formed such that the opening is located vertically when the remote control device is operated. The internal slit is formed such that the longitudinal direction of the opening is placed vertically when the remote control device is operated.

Abstract: Security of a file or an application program saved in a wireless communication terminal is maintained. A process performed by the wireless communication terminal includes the steps of: detecting an access point for wireless LAN (Local Area Network) based on a signal sent from a wireless communication I/F; obtaining an SSID (and a MAC address) of the detected access point; referring to access management data stored in a hard disk based on the obtained SSID; and restricting access to the file or the program based on the access management data.

Abstract: For an information terminal to be operated by users for collecting predetermined pieces of information from remote information devices by free-space optical communication, the present invention provides a technique for suppressing the power consumption of the information terminal by minimizing the amount of calculation performed to collect the aforementioned information. According to the present invention, each information device emits ID light on which a low-frequency pilot signal is superimposed. The information terminal captures a series of frames of images including the ID light and locates the ID light within the images by the following steps: (1) creating multiple levels of binned images having different resolutions for each frame of the image; (2) calculating an evaluation index for each pixel within a target range of the binned images at each level, from the lowest to the highest resolution, where the target range is narrowed every time the process switches over to a lower level.

Abstract: A terminal and an information relay apparatus allowing automatic setup for wireless connection without requiring setup operation by the user and capable of preventing information leakage when used at home are provided. A wireless LAN terminal communicates with a wireless access point relaying information to and from a communication apparatus constituting a communication network. Wireless LAN terminal includes an ROM, an optical communication block, a communication unit, and a CPU. The optical communication block is for optical communication. Communication unit is for communication by radio signal. CPU causes the optical communication unit to transmit a start request signal. After transmission of the start request signal, when the optical communication block receives an information request signal, CPU causes the optical communication block to transmit identification information stored in ROM.

Abstract: A communication terminal includes a base station antenna and the like, a measurement unit, a key operation unit, a memory, and a transmission control unit. The measurement unit acquires element information from a radio wave. A message is entered at the key operation unit. A plurality of types of element information from transmission sources different from each other and the message are stored in correspondence in the memory. The transmission control unit controls the base station antenna and the like such that a message is transmitted when the combination of the received element information corresponds to the combination of element information stored in the memory.

Abstract: There is provided a surveillance device capable of transmitting an operation history of an appliance and image data while suppressing an increase in data transmission cost. A surveillance camera includes a control unit controlling an operation of the surveillance camera, a light receiving unit receiving an infrared signal transmitted from a remote controller, converting the infrared signal into an electric signal and sending the electric signal to the control unit, a storage unit storing image data, an image capturing unit performing an image capturing operation and sending an image signal generated by the image capturing operation to the storage unit, a time keeping unit generating time information concerning the surveillance camera and sending the information to the control unit, and a communication unit outputting data sent from the control unit to an external device.

Abstract: There is provided a remote controller capable of swiftly confirming safety of a resident without making the resident aware of being monitored by a third party, and making it difficult for an unspecified third party to know privacy of the resident. The remote controller includes an operation unit receiving an input of an instruction to an apparatus, a first and a second communications unit transmitting a signal, a storage unit storing history information including the time when the signal was transmitted and the instruction indicated by the signal, and a control unit. The control unit generates the signal indicating the instruction, detects the time, and determines whether to transmit at least a portion of the history information. When the transmission is determined, the control unit reads the portion of the history information from the storage unit, and controls the second communications unit to transmit the read information.

Abstract: A remote control device capable of controlling devices in an expanded range is provided. Processing executed by a remote control includes the steps of transmitting a control signal to an HDD recorder, transmitting a communications request to a remote control connected over the Internet based on a reply received from the HDD recorder, and executing an IP telephone session to/from the remote control. The IP telephone session includes the steps of transmitting control information for controlling an operation of the HDD recorder based on a reply provided from the remote control, receiving a reply of a result of determination about control information from the remote control, and transmitting a request for the control to the remote control based on the reply.