Fujitsu Corporation

Ngk Spark Plug Company, Limited

Shinichi Hayashi

Hisashi Sasaki

Takashi Yamamoto

Hiroshi Kinoshita

Yoshiaki Horinouchi

Masaru Kondo

Yasuo Inoue

Takayuki Uchihira

Tooru Enoki

Manabu Tsukada

The disclosed access control apparatus and method controls an I/O device to perform processing of access requests in a predetermined order including inputting access requests from multiple tasks to cause the I/O device to perform file processing, storing and managing information about file priorities, obtaining a file priority corresponding to an access request, managing a queue having multiple queues for which the processing priorities corresponding to the file priorities are set and causing the access request to be stored in any of the queues corresponding to the file priority, and obtaining the access requests stored in the queues in an order based on the processing priorities set for the queues and sends the access requests to the I/O device.

Access control apparatus and access control method

A communication apparatus communicably connects a network of a plurality of apparatuses and a data relay apparatus to another network of the same manner as that of the network by detecting a failure occurring in the network, and determining a detour to assure communication between an apparatus connected to a network disconnected due to the failure detected and the other network. A tunneling is established serving as a virtual direct communication circuit to the determined detour.

Communication control apparatus, method and program thereof

Capacitive liquid condition sensing apparatus includes a pair of a-electrode and a-electrode arranged to form a first capacitance; a pair of a-electrode and a-electrode arranged to form a second capacitance; a circuit board formed with a sensing circuit to sense the liquid condition such as a liquid level in accordance with the first and second capacitances; and---and-conductive paths connecting the---and-electrodes, respectively, to the sensing circuit, and including---and-conductive segments, respectively. The---and-conductive segments are arranged in a row, and extend side by side. The---and-conductive segments are arranged so that a first parasitic capacitance formed between the-conductive segment and the-conductive segment is equal to a second parasitic capacitance formed between the-conductive segment and the-conductive segment.

Liquid condition sensing apparatus

A traffic engineering method is provided for optimizing an entire network resource, to a network divided intro a plurality of areas, each area including a plurality of nodes. According to the traffic engineering method, a load-balancing process is performed in each area separately. Thus, a memory capacity required by a node carrying out the load-balancing process can be reduced by a large amount, thereby achieving a high-speed load balancing process.

Traffic engineering method and node apparatus using traffic engineering method

An engine oil deterioration detection apparatus includes a sensing capacitor CS formed of paired electrodes dipped into engine oil whose deterioration is to be detected, the engine oil deterioration detection apparatus detecting deterioration of the engine oil on the basis of a change in electrostatic capacitance of the sensing capacitor CS. A measurement signal generation circuit generates a measurement signal to be supplied to the sensing capacitor CS. A detection signal output circuit outputs a detection signal on the basis of a response wave signal produced from the sensing capacitor CS in response to supply of the measurement signal thereto, the detection signal reflecting the electrostatic capacitance of the sensing capacitor CS. A temperature compensation mechanism is provided to compensate for a level change of the detection signal stemming from a temperature characteristic and/or a time-course deterioration of the detection signal output circuit.

Oil deterioration sensor

A liquid state detecting element comprising: a film portion made of a flexible insulating material and extending in a longitudinal direction; and a pair of detecting electrodes juxtaposed to each other on a layer of said film portion and extending in said longitudinal direction, in which said detecting electrodes are for being immersed at least partially in a liquid to be measured, so that a state of said measured liquid is detected on a basis of an electrostatic capacity between said pair of detecting electrodes, wherein: said liquid state detecting element further comprises reinforcing portions made of a conductive material and disposed on said layer of said film portion on an outer side of said detecting electrodes; and said reinforcing portions include: a grounding terminal for being connected with a ground line; and a pair of parallel reinforcing portions extending in said longitudinal direction along side edges of said film portion so as to sandwich said pair of detecting electrodes.

Growing community of inventors

Fukuoka, Japan

Shinichi Hayashi