Kabushiki Kaisha Toshiba

Nsk Corporation

Mitsubishi Electric Corporation

Masayuki Maruyama

Takeshi Chujoh

Osamu Yamaguchi

Hiroyuki Kozuki

Hisashi Kazama

Tomoyuki Shibata

Hiroaki Nakai

Tatsuo Kozakaya

Toshinori Matsui

Mayumi Yuasa

Hayao Watanabe

Yuto Yamaji

Tomokazu Kawahara

Katsuya Ikemoto

Quoc Viet Pham

Minoru Kubokawa

Kazunori Washio

Toshifumi Taguchi

Shota Miura

Kenichi Fukuyama

Duangmanee Putthividhya

A motor includes a housing including a housing base and a housing shaft portion that is provided on the housing base and extends in a direction along a rotation center axis, a motor stator that is disposed outward in a radial direction of the housing shaft portion, a motor rotor that is provided between the motor stator and the housing shaft portion, a bearing that is provided inward in a radial direction of the motor rotor and rotatably supports the motor rotor to the housing shaft portion, a sealing structure that is provided on an opposite side to the housing base in an axial direction of the motor rotor and seals between the motor rotor and the housing shaft portion, and a resolver that is configured to detect rotation of the motor rotor.

Motor

According to an embodiment, an information processing apparatus includes a memory and processing circuitry. The processing circuitry configured to acquire a plurality of input images captured at a specific place. The processing circuitry configured to adapt an estimation model used for detecting a target object included in images to the specific place based on the plurality of input images. The processing circuitry configured to output a result of determination of an adaptation state for the specific place in the estimation model.

Information processing apparatus and information processing method

In an optimal operation pattern selection method, a plurality of selectable motors is selected and an optimal operation pattern from among the motor operation pattern defined by positioning time to rotate a motor output shaft of the motor to rotate a load by a positioning angle and stop time to stop the motor output shaft is suggested. The optimal operation pattern selection method includes a comprehensive determination step of calculating a comprehensive determination result according to an adaptable item, and storing the comprehensive determination result linked to each of the motors; and a list display step of displaying a list of the motors to enable to receive selection of one of the motors, together with the comprehensive determination result stored in the comprehensive determination step.

Optimal operation pattern selection method for motor, optimal operation pattern selection program for motor, and motor selection device

An image processing method includes: retaining marker information including markers, each of the markers having a type which is shape, pattern or color; acquiring images in which at least one of the markers is caught; referring the marker information to detect the type and a position of the marker caught in the image; and dividing the image into a plurality of divided areas on the basis of the positions of one or more markers in the image, the plurality of divided areas having no common area and each including at least one type of the marker.

Image processing apparatus for dividing an image based on markers, method thereof and program therefor

There are included an opposite-side transmitter unit for transmitting the same messages to plural communication paths, respectively; and a host-side receiver unit for receiving the messages flowing through the plural communication paths, respectively; wherein, the receiver unit, compares the plural received messages to perform verification using error-detection code on any one of the messages when they are identical, or on all of the messages when there is a mismatch; and when detected error of message due to error inclusion or reception failure, discards all of the messages received at that time, and calculates an accumulated number of error detections for each of the communication paths through which the messages has been transmitted, so as to stop receiving the control-related message, when the number of error detections has reached a given number, from the communication path where the number of error detections has reached the given number.

Communication device using plurality of communication paths

A main microcomputer abnormality determination section checks whether or not a voltage value of Vcc based on digital data output from a main microcomputer analog-to-digital converter is equal to or higher than a threshold value to thereby perform abnormality determination for the main microcomputer analog-to-digital converter and Vref. A sub microcomputer abnormality determination section checks whether or not the voltage value of Vcc is equal to or higher than a threshold value based on digital data output from a sub microcomputer analog-to-digital converter to thereby perform abnormality determination for the sub microcomputer analog-to-digital converter and Vref. An abnormality identifying section identifies an abnormality occurring site by using both results of the abnormality determination performed by the main microcomputer abnormality determination section and the sub microcomputer abnormality determination section.

Electronic control device

The sensor holder has an annular portion that holds the sensors. A holding ring that is securely fitted in an inner peripheral surface of a cylinder portion constituting a cover made of metal in terms of a large tight fit is embedded in an intermediate portion of this annular portion in the axial direction. A portion of a folded portion of the holding ring in the axial direction is set in a just center position between axial positions of sensing portions of both sensors. According to this configuration, the above problem is solved by preventing such a situation that the thermal expansion or the thermal contraction yields a phase difference between the output signals of both sensors.

State measuring apparatus for rolling bearing unit and method of manufacturing the same

The stereo calibration apparatus includes an image input device inputting an image from each of two image pickup devices, a straight-line detector detecting at least four straight lines from each of two input images, a straight-line correspondence detector detecting at least four sets of corresponding lines by using an image feature in a neighboring area of the straight line, and a transformation matrix calculator calculating a transformation matrix between two image pickup devices from the sets of corresponding lines.

Stereo calibration apparatus and stereo image monitoring apparatus using the same

An object recognition apparatus comprises a moving picture decoding section which decodes data obtained by encoding a moving picture. A background image producing section produces a background image based on encoding information and a reproduction image. An object recognizing section sets a predetermined region to detect a feature quantity of an object, and carries out matching between the reproduction image and the background image, thereby recognizing the object in the moving picture.

Growing community of inventors

Tokyo, Japan

Masayuki Maruyama