Kabushiki Kaisha Toshiba

Jatco Corporation

Nissan Motor Company Limited

Toshiba Memory Corporation

Other

Fuji Xerox Co., Ltd.

Anest Iwata Corporation

Takahiro Ikeda

Masayuki Shimizu

Hisao Nobu

Yumiko Miyano

Hirokazu Karasawa

Kenji Sakakibara

Seiichiro Takahashi

Takashi Eguchi

Tomohiro Utagawa

Hideo Isobe

Ryoichi Arai

Soichi Inoue

Takashi Sato

Osamu Yamaguchi

Shoji Mimotogi

Takeshi Ito

Masahiro Katayama

Tomoyuki Mizuochi

Takashi Shimanuki

Motohisa Abe

Noriyuki Yamane

Shin Matsumoto

Kensuke Maruyama

Koichi Tsuji

Koji Hashimoto

Shiro Suzuki

Kouichi Nagai

Masafumi Asano

Masayuki Nakamoto

Daisuke Kawamura

Makoto Ochiai

Tsutomu Shiihara

Kiichiro Arikawa

Haruko Akutsu

Mitsuyuki Ishida

Seiji Honda

Masanori Satou

Katsuyoshi Fukuda

Hisako Aoyama

Toshihiko Matsuo

Hiromitsu Tomioka

Kenji Kojima

Akira Kuramoto

Taiji Hirasawa

Yoshino Ito

Kazuo Hiyama

Ikuko Saito

Yumiko Maruyama

Masami Sakai

Norihiro Ishikawa

Masahiro Kusuda

Yuki Tawara

Daisuke Yanagawa

A hydraulic circuit includes a first oil path, a second oil path, a hydraulic control circuit, a third oil path, a check valve, and a relief valve. The first oil path links to a discharge port of a first oil pump. The second oil path links to a discharge port of a second oil pump. In the hydraulic control circuit, a first regulator valve is disposed downstream of a confluence point of the first oil path and the second oil path. The third oil path connects a suction port of the first oil pump and a strainer. The check valve is provided in the third oil path and restricts a movement of oil toward the strainer side. The relief valve is provided in the third oil path and discharges oil in the third oil path to an outside when a pressure in the third oil path exceeds a reference pressure.

Hydraulic circuit

According to one embodiment, an atom probe inspection device includes one or more processors configured to change a two-dimensional position of a detected ion, detect two-dimensional position information of the ion and a flying time of the ion, identify a type of an element of the ion, generate first information under a first condition and second information under a second condition, and generate a reconstruction image of the sample from the first information and the second information.

Atom probe inspection device, field ion microscope, and distortion correction method

A recording medium processing apparatus includes a housing that accommodates a processing unit, which is capable of processing a recording medium, and that has an internal space a part of which is open; an internal stacker that is disposed in the internal space and that allows the recording medium to be stacked thereon; a light source that is disposed in a part of the internal stacker and that emits a light beam toward a predetermined position on the internal stacker, the light beam notifying a user of a state in which the recording medium is or is not stacked on the internal stacker; and a reflection member that is disposed in a part of the internal stacker and that reflects the light beam from the light source laterally outward from the internal stacker.

Recording medium processing apparatus

In an image processing method, first, one point is designated on input image data as a start point of a retrieval line by external input. Subsequently, one point, which is different from the start point, is designated on the input image data as an endpoint of the retrieval line by the external input. Subsequently, a cumulative line profile of the retrieval line is prepared by calculating a cumulative sum of luminance values on the retrieval line. Subsequently, an edge position on the retrieval line is calculated based on the cumulative line profile of the retrieval line.

Image processing method and image processing program

In a hydraulic control circuit including a solenoid valve, whose change responsiveness in an actual pressure with respect to a change in an instructional pressure deteriorates when the instructional pressure enters a dead band region on a lower pressure side than a dead band threshold, for adjusting a hydraulic pressure supplied to a hydraulic device operated by the hydraulic pressure based on the instructional pressure, the instructional pressure is increased in a stepwise manner to a charge pressure higher than the dead band threshold, when the instructional pressure is set in the dead band region and the instructional pressure increases within the dead band region to such an extent that a speed ratio does not change. Then, a lower limit of the instructional pressure is set to the dead band threshold, and use of the dead band region is prohibited for a certain period of time.

Hydraulic control circuit and its control method

Provided is an airbrush in which a needle cap separated from a nozzle is not easily lost. The airbrush includes: an airbrush body; a nozzle that is provided at a tip of the airbrush body so as to spray paint and air; a needle cap that is separably attached to the nozzle; and a needle cap attachment portion that is provided at a rear end of the airbrush body so as to temporarily attach the needle cap separated from the nozzle thereto.

Airbrush

A transmission controller determines whether a shift is a kickdown, and when the shift is determined as the kickdown, the target line pressure is increased to a first target pressure corresponding to an input torque to a continuously variable transmission increased by the kickdown; the transmission controller then determines whether the line pressure has reached the first target pressure, and if determined that the line pressure has reached the first target pressure, the target line pressure is increased to a second target pressure higher than the first target pressure.

Continuously variable transmission and a hydraulic control method thereof

An inspection device includes first and second electro-optical systems, a first detector, and a shape calculation unit. The first electro-optical system irradiates an object to be inspected with a first electron beam to cause an irradiation mark to be placed on the object to be inspected. The second electro-optical system irradiates the object to be inspected with a second electron beam. The first detector detects a secondary electron generated from the object to be inspected in response to the irradiation by the second electron beam, and outputs a first signal based on the irradiation mark. The shape calculation unit calculates a three-dimensional shape of the object to be inspected based on the first signal, an irradiation direction of the first electron beam, and an irradiation direction of the second electron beam.

Semiconductor circuit

A target primary pressure and a target secondary pressure are set based on a speed ratio, a target line pressure as a target value of a line pressure is set to be a value obtained by adding an offset amount, as a positive value, to either one having a higher value out of the target primary pressure and the target secondary pressure, in at least a cross-point region as a region where an absolute value of a deviation, obtained by subtracting the target primary pressure from the target secondary pressure, is smaller than a predetermined deviation, and a primary pressure, a secondary pressure, and the line pressure are controlled to be the target primary pressure, the target secondary pressure, and the target line pressure, respectively.

Continuously variable transmission and its hydraulic pressure control method

An ultrasonic inspection apparatus includes: an ultrasonic probe apparatus including an ultrasonic transducer; a drive element selecting section that selects a required piezoelectric vibrator of the ultrasonic transducer; a signal detecting circuit that detects an electric signal dependent on a reflected echo of an ultrasonic wave emitted from the selected piezoelectric vibrator; a signal processing section that produces data on an internal image of the inspection object based on the detected reflected echo; a second display unit that combines multiple pieces of image data acquired from the signal processing section and displays an integrated visualization data result; and an second input unit that is used to perform an operation command such as a command input to start or terminate an inspection or an a command to set inspection condition.

Ultrasonic inspection apparatus, ultrasonic probe apparatus used for ultrasonic inspection apparatus, and ultrasonic inspection method

A three-dimensional ultrasonic inspection apparatuscan make increased inspection accuracy in comparison to the conventional apparatus and includes: an ultrasonic transducerdisposed m&#xd7;n piezoelectric vibrators in a matrix; a signal processing unitto receive, detect an echo, and generate a three-dimensional image data by processing an electric signal of the echo detected; a peak detecting elementto detect a first peak and a second peak of an intensity distribution of the three-dimensional image data in a depth (z) direction; a joint portion image creation unitto create a three-dimensional image of the joined areaby mapping z direction distance of the first peak and the second peak to x-y plane; a determination unitto determine whether the joined areais sound by two-step determination; and a display unitto display the three-dimensional image and the determination result, of the joined area

Three-dimensional ultrasonic inspection apparatus

A three-dimensional ultrasonic inspection apparatus includes: an ultrasonic transducer disposed m&#xd7;n piezoelectric vibrators in a matrix; a signal processing device to receive, detect an echo, and generate a three-dimensional image data by processing an electric signal of the echo detected; and a display processing device to display a result of processing the three-dimensional image data generated by the signal processing device, wherein the display processing device includes a peak detecting unit to detect a first peak and a second peak of an intensity distribution of the three-dimensional image data in a depth (z) direction, a joint portion image creation unit to create a three-dimensional image of the joined area by mapping z direction distance of the first peak and the second peak to x-y plane, a determination unit to determine whether the joined area is sound or not, and a display unit to display the three-dimensional image and the determination result of the joined area.

An ultrasonic transducer is provided with a distance measuring ultrasonic sensor for detecting a distance between the ultrasonic transducer and a surface of an inspection object and an inclination of the ultrasonic transducer with respect to the surface of the inspection object, to control the distance and the inclination of the ultrasonic transducer with respect to the inspection object based on information detected by the distance measuring ultrasonic sensor, and at least part of ultrasonic wave transmission/reception by the distance measuring ultrasonic sensor is performed during execution of aperture synthesis processing during which transmission/reception by the ultrasonic transducer is not performed.

Ultrasonic inspection device and ultrasonic inspection method

There is provided an ultrasonic inspection apparatus using scanning path information with high accuracy at a time of ultrasonic flaw inspection. The ultrasonic inspection apparatus includes: a measurement unit measuring a distance to a surface of the object to be inspected to obtain measurement data including a group of points; a shape data generation unit, by using the measurement data including the group of points obtained by the measurement unit, for generating shape data of the surface of the object to be inspected including the group of points having position information represented by a coordinate system of the scanner mechanism; and a path information generation unit, by using the shape data generated by the shape data generation unit, for calculating a passage point on the surface of the object to be inspected that forms a scanning path of the ultrasonic transducer, and generating the scanning path information of the ultrasonic transducer in which a normal vector of the passage point on the surface of the object to be inspected and an opening surface of the ultrasonic transducer intersect each other, and a distance between the passage point and a center of the opening surface of the ultrasonic transducer is constant.

Ultrasonic inspection apparatus

There is provided a copying apparatus that copies a workpiece, including a shoe that comes into contact with a portion of the workpiece to be copied, and a first swiveling unit that swivels with the shoe in an arc pattern around a point, as a swiveling center, on a plane where the shoe comes into contact with the portion of the workpiece to be copied.

Copying apparatus

Growing community of inventors

Kanagawa, Japan

Takahiro Ikeda