Tokyo Electron Limited

Osaka University

Panasonic Corporation

Tokyo Electron Sagami Kabushiki Kaisha

Kabushiki Kaisha Toshiba

Tohoku University

Tokyo Electron Kabushiki Kaisha

Tokyo Electron Sagami Limited

Tokyo Electron Tohoku Kabushiki Kaisha

Tokyo Electron Limited and Matsushita Electric Works, Ltd.

Yasushi Yagi

Wataru Okase

Satoshi Kawachi

Mitsuru Ushijima

Yasunori Ishii

Yasuhiro Mukaigawa

Kazutsugu Aoki

Yasushi Makihara

Tomio Echigo

Ryusuke Sagawa

Tadahiro Ohmi

Toshihisa Nozawa

Masayuki Kitamura

Yusuke Monobe

Masayuki Kimura

Yoshifumi Watabe

Takuya Komoda

Takenobu Matsuo

Shinji Miyazaki

Koichi Aizawa

Takeshi Sakuma

Shingo Watanabe

Hiroshi Sato

Wataru Ohkase

Takahiko Moriya

Akio Nishimura

Hiroki Taniyama

Satoshi Nakashima

Toshiya Arai

Hironori Yagi

Eisuke Morisaki

Yoshitsugu Tanaka

Kyungho Park

Yoshiyuki Harima

Yoshinori Kato

Tetsuro Okuyama

Mituaki Komino

Hajime Nagahara

Fumio Okura

Tameyasu Hyakuzuka

Jun Yamauchi

Chuichi Kawamura

Kimihiko Yoshino

Katuhiko Iwabuchi

Daigo Muramatsu

Hai Vu

Chunsheng Hua

Masahiko Yachida

A personal data distribution management system includes source data management devices, a data distribution management device, and a relay processing device that are separate devices and are connected on a network. The source data management device includes a database that stores personal data on an individual subjected to a measurement with a measuring instrument, and attribute information related to the individual and the measurement, the database storing the personal data and the attribute information as original data associated with real name information on the individual. The data distribution management device fetches original data except for personal data, and creates a data catalog. The relay processing device outputs the data, which is the data except for real name information on individuals and from the database of each source data management device based on the data usage request received from the outside, to a data user terminal. This configuration enables data distribution management that reduces the risk of information leakage of personal data and individual real name information.

Personal data distribution management system and personal data distribution management method

A health condition estimation device capable of accurately estimating the health condition of a cow includes: a three-dimensional coordinates acquisition unit which acquires a group of three-dimensional coordinates representing the three-dimensional shape of a cow extracted from a distance image of the cow; a feature amount extraction unit which extracts the feature amount of the cow according to the group of three-dimensional coordinates acquired by the three-dimensional coordinates acquisition unit; and a score calculation unit which calculates a score that indicates the health condition of the cow, according to the feature amount extracted by the feature amount extraction unit. It is preferable: that the feature amount extraction unit extracts the feature amount that indicates the degree of sinking of the rumen, according to a group of three-dimensional coordinates in a rumen area in the group of three-dimensional coordinates acquired by the three-dimensional coordinates acquisition unit, the rumen area being an area on the body surface of the cow proximal to the rumen; and that the score calculation unit calculates the cow rumen fill score according to the feature amount extracted by the feature amount extraction unit and representing the degree of sinking of the rumen.

Health condition estimation device

To enable an image with no blind spot area to be obtained while ensuring a wide field of view, an omnidirectional imaging system includes: a primary mirror () including a hyperbolic mirror; a plurality of secondary mirrors () arranged around the primary mirror and each including a hyperbolic mirror; and a camera () that captures an image reflected by the primary mirror and images reflected by the plurality of secondary mirrors. A hyperboloid of the primary mirror and hyperboloids of the plurality of secondary mirrors have a substantially coincident outer focal point, and the camera () is placed so that a viewpoint of the camera substantially coincides with the outer focal point of the hyperboloid of the primary mirror () and the hyperboloids of the plurality of secondary mirrors (), the viewpoint of the camera being an entrance pupil position of a lens attached to the camera ().

Omnidirectional imaging system

An apparatus which estimates an inside of an object, includes: a first obtaining unit which obtains light path models and a first light intensity distribution, based on an assumption that a first object includes no second object, distribution; a second obtaining unit which obtains a second light intensity distribution which is an intensity distribution of observed light; a voting value calculating unit which calculates a voting value for each of positions on a predetermined plane, based on a result of comparison in light intensity between the first and second light intensity distributions; a voting unit which votes the voting value to voting regions on a light path model along which light reaches each position; and an estimating unit which estimates whether the second object exists in each voting region, based on a result of the voting.

Apparatus which estimates inside of object and method of estimating inside of object

A moving object detection device includes a window setting unit configured to set a window having a predetermined volume in a video, an orientation of spatial intensity gradient calculation unit configured to calculate, for each pixel included in the window, an orientation of spatial intensity gradient, a spatial histogram calculation unit configured to calculate a spatial histogram that is a histogram of the orientation of spatial intensity gradient within the window, an orientation of temporal intensity gradient calculation unit configured to calculate, for each pixel included in the window, an orientation of temporal intensity gradient, a temporal histogram calculation unit configured to calculate a temporal histogram that is a histogram of an orientation of temporal intensity gradient within the window, and a determination unit configured to determine whether or not the moving object is included within the window based on the spatial histogram and the temporal histogram.

Moving object detection device

Blur correction device () includes: a blur information generation unit () which generates blur information based on sensor data indicating camera motion; a blur correction unit () which corrects blur in a captured image, based on the blur information, to generate a candidate corrected image; an evaluation value calculation unit () which calculates an evaluation value indicating a blur correction level for the candidate corrected image; a termination judgment unit () which judges whether the blur correction should be terminated, based on a predetermined condition; and a blur information updating unit which updates the blur information, when the blur correction should not be terminated. When the blur information is updated, the blur correction unit () corrects the blur, based on the updated blur information, to generate a new candidate corrected image. When the blur correction should be terminated, the termination judgment unit () determines the corrected image from the candidate corrected images, based on the evaluation value.

Blur correction device and blur correction method

An optical system includes: a main mirror () having a shape of a portion of a convex paraboloid which includes an opening in a center and is rotationally symmetric; a second-reflection mirror () which further reflects light reflected by the main mirror (), and has a shape of a portion of a concave paraboloid which is rotationally symmetric; at least one lens which forms an image of the light reflected by the second-reflection mirror (); and a lens barrel () holding the at least one lens, and a position of a front principal point of the at least one lens coincides with a focal position of the second-reflection mirror (), and an optical axis of the at least one lens is tilted with respect to a rotational axis of each of the convex paraboloid and the concave paraboloid.

Optical system and imaging device

Disclosed is a light emitting device manufacturing apparatus including a plurality of processing chambers for performing a substrate processing for forming, on a target substrate, a light emitting device having multiple layers including an organic layer, wherein each of the plurality of processing chambers is configured to perform a substrate process on the target substrate while maintaining the target substrate such that its device forming surface, on which the light emitting device is to be formed, is oriented toward a direction opposite to a direction of gravity.

Light emitting device and method for manufacturing light emitting device

The present invention discloses a capsule endoscope image display controller () including: an image-to-image similarity calculating unit () that calculates, for each image included in an image sequence captured by a capsule endoscope which moves within the digestive organs, a similarity between the image and its temporally consecutive image; an amount-of-movement calculating unit () that calculates, for each image included in the image sequence, an amount of movement of a feature area included in the image; a video state classifying unit () that classifies, for each image included in the image sequence, a video state of the image into one of the following states, based on the video state, the similarity, and the amount of movement of the image: (a) 'stationary state' indicating that the capsule endoscope is stationary, (b) 'digestive organs deformation state' indicating that the digestive organs are deformed, and (c) &#x201c;capsule moving state&#x201d; indicating that the capsule endoscope is moving, based on the similarity and the amount of movement of the image; a rendering duration determining unit () that determines, for each image included in the image sequence, a rendering duration between the image and its temporally consecutive image; and a display controlling unit () that sequentially displays, on a screen, the images included in the image sequence with the determined rendering durations.

Capsule endoscope image display controller

An endoscope that is free from a dead area and capable of preventing the physician from overlooking any nidus is an endoscope for taking the inside of digestive organs, and the endoscope is provided with an omnidirectional camera (), a light (), a forceps () and a rinse water injection port () at the tip (). The omnidirectional camera () is a device for taking the inside of digestive organs, and is able to take 360-degree images of its surroundings. A probe-type endoscope () is provided with a receiver () composed of orthogonal coils, and the receiver () is used for estimating the position and attitude of the probe-type endoscope (). An image taken by the omnidirectional camera () is presented on a display unit () of an image processing device () connected to the probe-type endoscope (). In the image processing device, a video mosaicking process is performed on a plurality of images obtained by the omnidirectional camera () to generate a panoramic image of the inside of a digestive organ.

Endoscope system

In an anodic oxidation apparatus and an anodic oxidation method and a panel for a display device manufactured by them, a large target substrate is treated by a smaller component. The anodic oxidation apparatus includes a lamp which emits light; a treatment bath which has a stage capable of mounting a target substrate thereon with a treatment part thereof directed upward and is provided at a position where the emitted light reaches and a frame located on the stage; a cathode electrode which is provided on the way of the emitted light to reach the mounted target substrate and includes an opening to allow the light to pass therethrough; a seal member which establishes a liquid sealing property between the frame and the mounted target substrate; a conductive contact member which is provided to be contactable with a plurality of electrode patterns formed on the target substrate outside an annular shape of the seal member and moves along side of the target substrate; and a current source which is electrically connected to the contact member and sets an output current value in accordance with the number of electrode patterns of the mounted target substrate in contact as the contact member moves.

Anodic oxidation apparatus

In an anodization apparatus and an anodization method for electrochemically treating a target substrate by irradiating the target substrate with light, treatment of a large target substrate can be made possible with smaller constituent elements. The electrical contact with the target substrate by a contact member is realized by a plurality of contact members or by the movement of a contact member to change the electrical contact position. The target substrate is manufactured in advance so as to have such a structure that portions thereof to be in contact with the plural contact members are connected to portions of a conductive layer on a treatment part thereof respectively. When the combination of this target substrate and the contact member(s) is used, and the electric current is passed through a part of the contact members, using a changeover switch, or the electric current passed through the contact member is applied to a portion of the conductive layer of the target substrate by the movement of the contact member, it is made possible to reduce the value of the electric current necessary for the treatment to an amount required only for the portion of the treatment part.

Anodization device and anodization method

An anodic oxidation apparatus and an anodic oxidation method are provided that enable uniform photoirradiation of a treatment part of a target substrate, thereby realizing enhancement in uniformity of anodic oxidation in the surface of the target substrate. The anodic oxidation apparatus includes: a lamp that emits light; a target substrate holder provided at a position reached by the emitted light and capable of holding the target substrate; a cathode electrode that is provided on the way of the emitted light to reach the target substrate and that has an opening portion to allow light to pass therethrough and has a conductor section not transmitting light; and a vibrating mechanism to periodically vibrate a spatial position of one of the cathode electrode, the lamp, and the target substrate holder. While the positional relationship among the three of the lamp, the cathode electrode, and the target substrate holder holding the target substrate is roughly maintained, the spatial position of at least one of the three is periodically vibrated, thereby dispersing the shadow of the cathode electrode on the target substrate with time.

Anodic oxidizer, anodic oxidation method

Provided is a wide field of view head mounted display device capable of presenting 120 degree field of view per one eye and 180 or more by both eyes horizontally while keeping resolution at least to the same extent of the conventional art. The wide field of view head mounted display device includes: a LCDfor displaying an image; a lensfor projecting an image displayed on the LCD; and a catoptric system with a concave mirrorand a convex mirror. The LCDand the lens, the concave mirrorand convex mirrorare positioned in a relative relationship to observe by an observing pupilat a predetermined position a virtual image of a beam of reflected light as an incident light on the concave mirrorwhen the light of displayed image on the LCDis projected to the convex mirrorthrough the lensand a reflected light of the projected light at the convex mirrorarrives as the incident light at the concave mirror

Wide field of view head mounted display device

Liquid treatment units are disposed in multi-tiers surrounding a main-arm . Among liquid treatment units, plating units M through M are disposed on a lower tier side, and a unit for post-treatment process such as a cleaning unit where a cleaner atmosphere is necessary is disposed on an upper tier side. Thereby, an improvement in an area efficiency and the formation and maintenance of a clean atmosphere can be simultaneously obtained.

Liquid treatment system and liquid treatment method

Growing community of inventors

Hyogo, Japan

Yasushi Yagi