Mitsubishi Denki Kabushiki Kaisha

Mitsubishi Electric Corporation

Canon Kabushiki Kaisha

Nippon Telegraph and Telephone Corporation

Shimizu Construction Co., Ltd.

Other

Mitsubishi Electric Research Laboratories, Inc.

Forschungszentrum Karlsruhe Gmbh

Tsukishima Kikai Kabushiki Kaisha

Mitsubishi Jukogyo Kabushiki Kaisha Shimizu Construction Co.

Mitsubishi Electric Home Appliance Co., Ltd.

Hajime Nakajima

Takeshi Musha

Masahiro Shikai

Toru Oka

Takashi Okamuro

Akihide Shiratsuki

Hiroshi Nishizawa

Yoshinao Tatei

Takeshi Masuda

Isao Watanabe

Jin Inoue

Toru Sasaki

Amit Kumar Agrawal

Jay E Thornton

Osamu Nasu

Tsuyoshi Horikawa

Keiji Nakamura

Kunimaro Tanaka

Kyoji Sekiguchi

Motoya Takai

Kenji Inomata

Masaya Mizunuma

Kenjiro Kime

Shin Tahata

Kazuhiko Nakane

Hiroshi Itoh

Kazuhiro Matsumoto

Masaharu Ogawa

Takashi Iwamoto

Kyosuke Yoshimoto

Hiroyuki Kawano

Tomokazu Ogomi

Wataru Tsujita

Kenichi Suzuki

Minoru Ozaki

Keita Mochizuki

Makoto Komiyama

Shigeru Abe

Masahiro Ishikawa

Taku Matsuzawa

Toshiaki Okumura

Kenji Shimohata

Yoichi Ohmura

Hidetaka Koya

Toshiro Nakashima

Takuya Noguchi

Hirokazu Sakuma

Masahiko Sakamoto

Toshiyuki Yamada

Kazuo Takashima

Yoshihiro Takahama

Patrick Ruther

Masanori Nimura

Toshikazu Satone

Jumpei Yamashita

Kazuro Nishi

Takayuki Nishiya

Shigenori Takeda

Toshikazu Kitagaki

Yoshio Sato

Keiji Ohkoda

Takashi Hirai

Koichi Takeuchi

Nobuyoshi Kishida

Shuji Iwata

Kouichi Yamada

Akira Ota

Masayoshi Shimamoto

Takeshi Fujiki

Koichi Sugimoto

Sadaaki Yoshioka

Daisuke Ohama

Shigeki Yamakawa

Motomu Yoshimura

Akira Kataoka

Mitsuo Maeda

Tomohiro Kudo

Kazuhiko Sumi

Kunikazu Koura

Toshihide Aiba

Yoshiki Nakajima

Teiichiro Saito

Tatsuya Nagatani

Miyuki Takeshita

Masaaki Nakano

Makito Seki

Fumio Matsuda

Kazuhiro Kameoka

Yoshimasa Watanabe

Tamao Takatsu

Kenichi Sugizaki

Hiroki Muramoto

Masateru Hayashi

Tetsushi Azuma

Yoshikazu Nagayoshi

Tatsushi Takahashi

Emiko Kurata

Misao Igarashi

Masakazu Nakanishi

Atsuhisa Nakanishi

A debug information abstraction unit () of a proxy server () adds, when a predetermined rule of an extension program is embodied into a program, a program for outputting debug information regarding the predetermined rule to the embodied program. Then, a debug information transmission unit () of a terminal device () transmits, to a debug support device (), the debug information regarding the predetermined rule for which the program has been added.

Debugging assistance system and debugging assistance method

A distance estimation apparatus includes processing circuitry configured to acquire a sensor value output from a sensor configured to measure a relative motion of a head or eyeballs of a user who visually searches for a target on a plane and estimate a distance between the user and a search target plane using a maximum value of an amount of change when a rate of change in the sensor value acquired within a time period that is equal to or greater than a predetermined threshold value becomes a maximum.

Distance estimation device, distance estimation method and distance estimation program

An estimation method includes first acquiring information of an eyeball motion of a user on the basis of a measurement value of an eye potential of the user, second acquiring positional information of an interaction target on a screen that corresponds to an interaction performed on a device through an operation of the user, third acquiring information regarding a relative motion of sight of the user on the basis at least of the information of the eyeball motion of the user, and estimating a sight position of the user on the screen on the basis of the information regarding the relative motion of the sight of the user and the positional information of the interaction target on the screen, by processing circuitry.

Estimation method, estimation program, and estimation device

A storage unit stores a rule for specifying additional information to be displayed for each operation scene identified with a combination of states of DOM elements of a predetermined web page being represented by presence/absence or attribute values. A rule interpretation execution unit monitors the states of the DOM elements of the predetermined web page, and causes the storage unit to store the states as a context board. The rule interpretation execution unit displays, if states of the operation scene matching states of the context board stored in the storage unit, the additional information specified with the rule.

Attribute-based rules for displaying additional information

A setting unit () includes: a limitation unit () that limits a list of extension user interface items to be added to an existing Web system, the items being selectable by a setting person, according to a role of the setting person including affiliated post, skill, or authority of the setting person and user interface information; and an operation setting unit () that sets the extension user interface in which a parameter specifiable for the item selected by the setting person is limited according to the role of the setting person and the user interface information.

User-based extension setting devices, methods, and programs

In an elevator car position detection device, a magnetic field generator generates an eddy current magnetic field on an identification member, and a magnetic field detector detects the eddy current magnetic field generated on the identification member. The identification member includes a plurality of conductors which are continuously arranged along an ascending and descending direction of a car, and are relatively different in a plate thickness with respect to a skin depth of an eddy current generated by the magnetic field generator on the identification member. A shape of at least a part of a boundary between the adjacent conductors is a straight line or a curve tilted with respect to a direction orthogonal to the ascending and descending direction of the car.

Elevator car position detection device

To obtain a position detection device capable of detecting highly accurate and robust position by suppressing affect of error detection of an edge, provided is a configuration for performing a validity determination of edges detected by binarizing an image signal () converted by a light-receiving element () for receiving light irradiated from a light source () toward a scale () having a code pattern, and performing position detection after removing the edges determined to be invalid as edges that have been affected by foreign matter and the like among the edges on which the validity determination has been performed.

Position detection device

Provided is a magnetic rotation-angle detector that includes a disk-shaped magnet that is magnetized so as to change magnetic poles n times per rotation (where n is an integer equal to or larger than 1); a magnetic-body slit plate that is rotated together with the magnet, where a part having a high magnetic flux permeability and a part having a low magnetic flux permeability are alternately and repeatedly arranged thereon so as to change the magnetic flux permeability m times per rotation (where m is an integer equal to or larger than 2 and m&#x3e;n); a magnetic sensor that detects magnetism from the magnet when the magnet has passed by through the magnetic-body slit plate; and a calculation unit that obtains the rotation angle of the magnet from the output from the magnetic sensor.

Magnetic rotation-angle detector

A rotation number detector according to an embodiment is a rotation number detector that detects the number of rotations of a magnet attached to a rotating body by using a power generation unit. The power generation unit includes N (N is a natural number equal to or larger than 1) power generation elements, each including a magnetic wire in which magnetization reversal occurs due to a large Barkhausen effect and a pickup coil that is wound around the magnetic wire. The magnetic wire is longer than a wound portion of the pickup coil in an extension direction of the magnetic wire of the power generation elements. The magnetic wire is set above a rotation center of the magnet.

Rotation number detector

Provided is an absolute encoder capable of detecting the absolute angle at high resolution and with high precision. An image sensor receives light in an absolute value code pattern of a scale, an edge detecting unit detects from the received light signal an edge pixel position and an edge direction, and an edge position correcting unit corrects the edge pixel position based on the edge direction. A phase detecting unit detects from the corrected edge pixel position the phase shift amount of a shift from a reference pixel position of the image sensor, and a high precision detection unit uses a rough absolute position detected by a rough detection unit and the phase shift amount detected by the phase detecting unit to detect the absolute position with high precision.

Absolute encoder

A radioactivity analyzing apparatus for analyzing a radionuclide contained in a sample material. The apparatus includes a radiation detector that detects a radiation to be detected emitted from the sample material and a radiation analyzer configured to analyze the radiation based on an output from the radiation detector. The radiation analyzer includes a pulse-height analyzer configured to extract a pulse-height distribution from a pulse signal being output from the radiation detector and depending on the radiation, an inverse-problem operator configured to perform an inverse-problem solution of the pulse-height distribution to extract an energy spectrum of the radiation, and a deterioration detector configured to determine a deterioration state of the radiation detector based on the extracted energy spectrum.

Radioactivity analyzing apparatus

An image reader configured to read an image of an object-to-be-read includes: a board, a line sensor assembly including a plurality of photosensitive elements formed on one surface of the board along a main scanning direction, a lens array assembly including a plurality of lenses arrayed along the main scanning direction, and configured to focus the reflected light onto the line sensor assembly, a light shield configured to support a portion of the lens array assembly at the line-sensor-assembly side or to be in contact with the portion of the lens array assembly at the line-sensor-assembly side, and to block light other than the light focused by the lens array assembly, and a transparent member made of transparent material, formed with a retainer space where the lens array assembly and the light shield are retained, and covering a portion of the lens array assembly at the object-to-be-read side and the light shield.

Image read-in device with fastener to fasten transparent member retaining lens array assembly and light shield to board

An encoder includes a first multiple rotation counter that generates first multiple rotation data using a rotation signal indicating one rotation of a rotational shaft of a motor, a second multiple rotation counter that generates second multiple rotation data using the rotation signal, a first cumulative-number calculation unit that calculates first accumulated multiple rotation data using an angle signal indicating a rotational angle of the rotational shaft, a second cumulative-number calculation unit that calculates second accumulated multiple rotation data using the angle signal, and a first comparative diagnosis unit that diagnoses whether the encoder has a fault by performing a comparison to determine whether the first multiple rotation data, the second multiple rotation data, the first accumulated multiple rotation data, and the second accumulated multiple rotation data are a same value.

Servomotor and encoder

The invention is related to a magnetic substance detection device for detecting a magnetic substance, including: a magnetoresistive sensor arranged in the middle of a movement path of the magnetic substance; and a lower magnet in which a south pole and a north pole are arrayed along the movement direction of the magnetic substance; and a upper magnet in which a north pole and a south pole are arrayed along the movement direction of the magnetic substance. The lower and upper magnets are arranged with the movement path of the magnetic substance interposed so that the south pole of the lower magnet and the north pole of the upper magnet are opposed to each other, and the north pole of the lower magnet and the south pole of the upper magnet are opposed to each other, whereby the magnetic substance can be detected with high accuracy.

Magnetic substance detection device

In a photographing optical system, an autofluorescence barrier filter having a characteristic of transmitting a light having an autofluorescence wavelength and a near-infrared wavelength, and a near-infrared light cut-off filter having a characteristic of transmitting the visible light and blocking the near-infrared light are disposed to be replaceable. In the case of observing a fundus, the fluorescence barrier filter is inserted into an optical path in an observation photographing optical system, so that observation can be performed by using a near-infrared illuminating light. In the case of autofluorescence photographing, the photographing can be performed without filter switching. In the case of color photographing, at the time of observation, the observation is performed using the fluorescence barrier filter, and at the time of photographing, the photographing can be performed using the replaced infrared light cut-off filter.

Fundus camera

Growing community of inventors

Tokyo, Japan

Hajime Nakajima