Nec Communication Systems, Ltd.

Advanced Telecommunications Research Institute International

Bridgestone Corporation

Kabushiki Kaisha Yakult Honsha

Nec Communications, Ltd.

Kabushiki Kaisha Toshiba

Koichi Yoshimura

Tetsuya Ito

Akira Matsumoto

Yoshihisa Kondo

Sadao Obana

Hiroyuki Yomo

Suhua Tang

Hiroyuki Iizuka

Masahito Iwai

Toshiyasu Tanaka

Fumiyasu Ishikawa

Stefan Aust

Tohru Iino

Norie Masuoka

Eiji Hayashida

Soshi Kuroshima

Takaaki Kezuka

Shun Yadorihara

Repair materials made of at least unvulcanized rubber are applied on a repair site of a damaged part of a tire, heating pads are applied on surfaces of the repair materials, wood pieces or other stuffing members differing in size are stuffed inside the tire, in a tire circumferential in tire circumferential direction where the repair materials are applied. The tire circumferential is fastened and pressed from surroundings by bands, and the repair site is heated by the heating pads to vulcanize the unvulcanized rubber of the repair materials, to thereby repair the tire. This repair method provides a low-cost tire repair method capable of maintaining the shape of the tire at the time of pressing and vulcanization, in various kinds of tires.

Tire repair method

A wireless base station () includes a wakeup device () and a main device (). When the main device () is in a sleep mode, the wakeup device () is connected to the antenna (). Then, when the wakeup device () receives a wakeup signal for activating the wireless base station () from a terminal device assigned to the wireless base station () in a communication band used for wireless communication with the terminal device and when the information for identifying a wireless base station to be activated contained in the received wakeup signal is identical with the identification information of the wireless base station (), the wakeup device () outputs a driving signal to the main device (). The main device () transitions from the sleep mode to an operating mode in response to the driving signal from the wakeup device ().

Wireless base station and wireless communication systems using the same

Disclosed is a novel lactic acid bacterium belonging to, which has an excellent fermentative ability affording high achievable cell counts even if various vegetable or fruit juices are used as fermentative substrates. The lactic acid bacterium belonging tois characterized by the achievable viable cell counts being 10CFU/ml or more in both cases when 100% juice of grape or of orange is used as fermentative substrate.

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Wireless base station and wireless communication system using the same

A packet interval (a time difference between sequentially received packets) in a certain previous time is calculated and a cumulative distribution function of the calculated packet interval is obtained. Meanwhile, a function value-corresponding to-flow end that is a boundary value of the cumulative distribution function to be considered as a flow end (timeout) in the range of a cumulative distribution function value is stored. From the cumulative distribution function obtained as described above, a value of a packet interval mapped to a cumulative distribution function value that matches the function value-corresponding to-flow end is set as a threshold. That is, the threshold is dynamically set based on a previous packet interval. Therefore, a packet stop period from a last packet reception time to a current time is measured, and it is detected as a flow timeout at a timing when the measured value is equal to or greater than the threshold.

Communication apparatus, communication state detecting method, and communication state detecting program

A terminal devicetransmits a wireless frame having a frame length or amplitude that represents the ID of a wireless base stationto be woken up to the wireless base station. The wireless base stationdetects the wakeup ID from the frame length or amplitude of the wireless frame from the terminal device, and, if the detected wakeup ID is identical with its own ID, transitions from a sleep mode to an operating mode. In this case, the wireless frame is the same wireless frame as that transmitted and received by the wireless communication module of the terminal deviceto and from the wireless base station

Terminal device, wireless base station wirelessly communicating with the same, and wireless communication system using terminal device and wireless base station

An information classification systemincludes: a classified information storing partfor storing classified information having already been classified into a certain group and group specification information for specifying the group, in association with each other; and a confidence calculating partfor calculating confidence having a value depending on a probability that a group which is specified based on unclassified information as a target to be classified and classified information selected as reference information from among the stored classified information and into which the unclassified information should be classified is a true group.

Information classification system

Growing community of inventors

Tokyo, Japan

Koichi Yoshimura