Canon Kabushiki Kaisha

Fujitsu Corporation

Hitachi, Ltd.

Ihi Corporation

Fujitsu Semiconductor Memory Solution Limited

The Kansai Elect. Power

The Kansai Electric

Akio Ito

Kazuo Okubo

Kazuyuki Ozaki

Hironori Teguri

Hiroyuki Ichikawa

Kazuhiro Nakazawa

Takayuki Anbe

Yoshinori Abe

Yoichi Takaragi

Kentaro Saito

Nobuhiro Tagashira

Masayuki Fukai

Hirotaka Oshima

Hisatsugu Tahara

Katsuhito Shimizu

Tomobumi Nakayama

Masao Hayashi

Yoshiro Goto

Hiroshi Sugisaka

Atsuya Toyama

Masashi Sugihara

Tatsuo Yoshioka

Hidenori Sawa

Hiroyuki Kimura

Akinobu Nishikata

Soichi Hama

Toshio Manaka

Yoshihiko Suzuki

Shokyo Koh

Daisuke Uchida

Yukio Yokoyama

Takashi Nakahara

Hiroshi Kaburagi

Hirohiko Tashiro

Akihiko Yabuki

Hiroto Nakagawa

Shigeki Nagaya

Kazuhiro Sakaguchi

Akira Fujii

Isamu Sato

Shinichi Wakana

Masafumi Kamei

Noriyoshi Chizawa

Shigeaki Namba

Tadashi Hagiuda

Yasuteru Oono

Eiji Haraguchi

Michiharu Masuda

Sachihiro Youoku

Norihisa Handa

Satoru Sakai

Masuo Goto

Satoshi Kusaka

Osamu Sugimoto

Yoshiyuki Yamane

Shigeaki Hayashi

Toshihiro Ishizuka

Shoji Miyake

Yoko Sato

Haruo Nohara

Toshikazu Sekizawa

Tadaatsu Kato

Takayuki Ambe

Kazuo Ookubo

Kouichi Nagai

Ko Nakamura

Mitsuhiro Nakamura

Toru Kimura

Hazuhiro Kakazawa

Satoru Kutsuwade

A semiconductor device includes a substrate; a transistor formed on a surface of the substrate; a first insulating film formed above the transistor; a second semiconductor film formed on the first semiconductor film; a third semiconductor film formed on the second semiconductor film; a fourth semiconductor film formed on the third semiconductor film; and a ferroelectric capacitor formed on the fourth insulating film, wherein a hydrogen permeability of the third insulating film is higher than a hydrogen permeability of the first insulating film, and a hydrogen permeability and an oxygen permeability of the second insulating film and of the fourth insulating film are higher than the hydrogen permeability and an oxygen permeability of the first insulating film and of the third insulating film.

Semiconductor device and fabrication method

This underwater device is twin-motor underwater floating-type power generation device that is provided with: a device main body that is equipped with a pair of pods that have a turbine, and with a connecting beam that connects these pods together in parallel with each other; a sinker; and tether cables that tether the device main body to the seabed via this sinker. The respective turbines of the pods are each provided with variable pitch turbine blades. This device is also provided with a depth meter that detects deviation in posture in the roll direction that is generated in the pair of pods, and a posture controller that controls the pitch of the variable pitch turbine blades of the respective turbines so as to nullify any deviation in posture in the roll direction that has been generated in the pair of pods and has been detected by the depth meter.

Underwater device and method for controlling posture of underwater device

A printing apparatus includes a printer engine and a network interface. A first controller communicates with the network interface, and a second controller controls power supply to the printer engine and the first controller. The first controller, when the printing apparatus makes a transition to a power-saving state, causes the network interface to be in a first sleep state or a second sleep state from the normal operation state and instructs the second controller to stop power supply to the first controller. The second controller supplies power to the first controller when the printing apparatus resumes from the first sleep state, and supplies power to the first controller and the printer engine when the printing apparatus resumes from the second sleep state.

Printing apparatus, control method of printing apparatus, and storage medium

A digital multifunction peripheral including a contactless power feeding unit having a function of communicating with a terminal apparatus and a function of feeding the power in a contactless manner to the terminal apparatus is configured to detect a status of the digital multifunction peripheral, detect the presence or absence of a power receiving apparatus capable of communicating with the contactless power feeding unit, and, when such a power receiving apparatus is present, detect the status of the power receiving apparatus, and perform power-saving control based on the result of the detections.

Printing apparatus, method for controlling the same, and program

A waiting time during which receiving of a power receiving request is accepted from a power transmission apparatus is appropriately managed, to shorten a time required until power transmission is completed.

Power transmission apparatus, power transmission method, and storage medium

An alternating current power measuring apparatus includes a first capacitance element having one end connected to a conductor wire of a first electrical cable of a set of electrical cables for supplying alternating current to a load and having the other end capacitively coupled to a conductor wire of a second electrical cable, a first voltage measuring part which measures a first voltage which is a voltage of both ends of the first capacitance element, a first current measuring part which measures a first current flowing in the first electrical cable, and a processing part which computes a power to be supplied to the load by the set of electrical cables by the multiplication among a proportion between a specified voltage value of a voltage applied to the set of electrical cables and an effective value of the first voltage, the first voltage and the first current.

Alternating current power measuring apparatus

An A.C. power measuring apparatus includes a voltage detecting unit that detects voltage waveforms of each of phases of a set of insulated cables for supplying a three-phase A.C. power to a load, by performing a contactless measurement by electrostatic capacitance coupling, and a current detecting unit that detects current waveforms of the set of insulated tables, by performing a contactless measurement by electromagnetic induction coupling. The apparatus further includes a processing unit that computes a power to be supplied to the load, based on line-to-line voltage waveforms, the current waveforms, and prescribed voltage values, by normalizing the voltage waveforms of each of the phases so that as amplitude ratio of the voltage waveforms becomes in accordance with a grounding type of the three-phase A.C. power, and obtaining the line-to-line voltages of the set of three insulated cables based on the normalized voltage waveforms of each of the phases.

A.C. power measuring apparatus and A.C. power measuring method

A data encryption device is connected between an HDD and an HDD controller that controls the HDD. The data encryption device encrypts data that is stored from the HDD controller to the HDD, and decrypts data that is read from the HDD. A CPU of the data encryption device receives a command issued from the HDD controller to the HDD, and determines whether the command is executable at the HDD. When it is determined that the command is executable, the command is issued to the HDD. On the other hand, when it is determined that the command is unexecutable, the CPU prohibits issuance of the command to the HDD. Furthermore, when a command issued to the HDD is a specific command, the CPU bypasses data transferred between the HDD controller and the HDD without encryption or decryption.

Data processing device and data processing method

A digital MFP includes a dual I/F storage unit including two different interfaces: an external interface (RFID) and an internal interface (bus). When the power of the digital MFP is turned ON, in steps Sand S, if a main controller of the digital MFP determines that license information has been written in the dual I/F storage unit from a portable terminal while the power of the digital MFP was OFF, then in step S, the main controller validates a function of the digital MFP corresponding to the license information, by using the license information.

Image forming apparatus and method for setting license information

An image processing system for electronizinq paper documents can read a large quantity of manuscripts with image processing apparatuses to generate images. The system has multi function peripherals (MFP). One of the MFPs (combination destination) can send a management table for managing image data to another MFP (transmission source), which designates an image data combination position, generates a management table for managing the image data of the transmission source MFP, generates a management table, in which the management table of the transmission source is added to the management table of the combination destination, and transfers the image data of the transmission source MFP and the management tables to the combination destination MFP, which combines the image data of the transmission source MFP and the image data of the combination destination MFP based on the management tables and the combination position.

Image processing system, apparatus, control method thereof, and storage medium storing a computer program, that generate position information for designating a page of one image data into which another image data is inserted

An information processing method includes a storing step of storing a correspondence between destination names and e-mail addresses in a storage unit; a setting step of setting a destination name to which a document is to be transmitted; and an upload step of uploading the document to a document management server for a network printing in accordance with an e-mail address corresponding to the set destination name, a document being uploaded to the document management server and then being output in response to an output request from an owner of the e-mail address in the network printing. The uploaded document can be downloaded from the document management server to a printer through a communication medium and can be printed.

Information processing device, information processing method, and control program

A microinjection apparatus has a trap plate which traps at least one cell, so as to fix a position thereof, a capillary needle which injects a substance into the cell trapped by the trap plate, a movement mechanism portion which thrusts a distal end of the capillary needle onto a in a lengthwise direction of the needle, and which withdraws the capillary needle in the lengthwise direction thereof, and a discharge control portion which discharges the substance from the distal end of the capillary needle, when the capillary needle has been withdrawn to a predetermined position by the movement mechanism portion.

Microinjection apparatus, trap plate and microinjection method

An image processing system make it possible to easily for electronizing paper documents can read a large quantity of manuscripts with image processing apparatuses to generate images. The system has multi function peripherals (MFP). One of the MFPs (combination destination) can send a management table for managing image data to another MFP (transmission source), which designates an image data combination position, generates a management table for managing the image data of the transmission source MFP, generates a management table, in which the management table of the transmission source is added to the management table of the combination destination, and transfers the image data of the transmission source MFP and the management tables to the combination destination MEP, which combines the image data of the transmission source MFP and the image data of the combination destination MFP based on the management tables and the combination position.

Image processing system, apparatus, method, and storage medium storing a computer program, for combining image data using multiple devices

It is an object of this invention to provide highly reliable image read operation by detecting the positions of white and black streaks that can occur in flow scanning and prevent the occurrence of such streaks. To achieve this object, in copy operation, for example, the continuity and position of image data read by a CCD to detect the data as abnormal pixels, thereby outputting an image without any streak. In facsimile transmission, the continuity, position, and linewidth of image data are detected to detect the data as abnormal pixels, thereby transmitting an image without any streaks.

Streak removing image reading method and apparatus, program, and storage medium

Growing community of inventors

Yokohama, Japan

Akio Ito