Canon Kabushiki Kaisha

Ricoh Company, Ltd.

Honda Motor Co., Ltd.

Honda Giken Kogyo Kabushiki Kaisha

Nippon Bee Chemical Co., Ltd.

Nippon Paint Compnay, Ltd.

Jfe Steel Corporation

Basf Coatings Gmbh

Other

Nec Corporation

Nippon Telegraph and Telephone Corporation

Kansai Paint Company, Ltd.

Japan Polyolefins Co., Ltd.

Nippon Paint Automotive Coatings Co., Ltd

Nippon Paint Holdings Co., Ltd.

Takeshi Ogawa

Yasuhiro Nihei

Masahiro Itoh

Yohei Horikawa

Koji Masuda

Makoto Aoki

Yoshinobu Sato

Hiroshi Takahashi

Naoto Watanabe

Takashi Hashimoto

Hiroaki Tanaka

Koichi Kudo

Hajime Kawasaki

Masao Suzuki

Toshishige Fujii

Kenji Onuki

Shutaro Kunieda

Satoshi Shoda

Keisuke Kojima

Takashi Soma

Hiroshi Yamazaki

Satoshi Ikeda

Tetsuo Watanabe

Nobuo Fukushima

Hiroshi Kitagawa

Hiroshi Ogino

Kei Yasutomi

Ryosuke Miyamoto

Fumihito Masubuchi

Hiroyasu Katagawa

Takeshi Ueda

Kenichi Kondo

Hideo Yamamoto

Jun Suzuki

Hideyuki Kihara

Atsushi Sugita

Natsumi Matsue

Tomotaka Uekusa

Masaki Urabe

Kunio Yamamoto

Seigo Miyazoe

Shu Takahashi

Yoichi Ichikawa

Eiji Iizuka

Toshihiro Takesue

Masahiko Okuzawa

Hiroshi Iida

Takamasa Aoki

Yusuke Kurata

Katsuo Miyazaki

Emi Nomi

Takashi Yamamoto

Takao Miura

Seiji Miyahara

Takuroh Sone

Takayuki Yasuda

Keihiro Kurakata

Takeo Sakimura

Tatsuya Itakura

Masanobu Inoue

Hisayuki Nakashima

Daisuke Wakamiya

Masao Akata

Koji Nakajima

Yoshihiko Saito

Katsumi Mizuguchi

Hitoshi Imagawa

Shigeyuki Mizuno

Yasufumi Honda

Atsuo Magoshi

Toshihiko Uchiyama

Makoto Hashimoto

Hirokazu Togai

Chisato Ishida

Satoru Ihara

Koji Funakoshi

Izumi Nishimura

Masao Sakai

Takahide Maeda

Sonoko Kakui

Yoshiki Yamane

Ryusuke Muramoto

Ryuichi Shiraga

Shiori Ohta

Isao Higashi

Yukihiro Doi

Yoshihisa Saiki

Tomio Takada

Kunihiko Asai

Naotaka Kitamura

Kyohei Homma

Yusuke Yagi

Yoshiki Takaira

Takanori Hashimoto

Yutaro Kawasaki

This invention provides a signal processing apparatus which comprises a CPU and a programmable signal processor which has a plurality of execution units, a register file having a plurality of registers connected serially, and a shift controller which issues a shift signal to shift data held in the register file when each of the execution units has completed execution of a program of one cycle. Each of the execution units, after the execution of the program of one cycle, re-executes the program in accordance with the reception of the shift signal. The CPU stores, to a program memory in each of the execution units, a program including instructions to store data of a result of processing to one of registers so that the other execution unit refers the data in next cycle.

Signal processing apparatus and non-transitory computer-readable storage medium

An information processing system including a circuitry configured to detect first identification information used to identify a job, generate second identification information associated with the first identification information, and create a slip on which the first identification information and the second identification information are displayed.

Information processing system and slip creation method

There is provided a depth information generating apparatus. A first generating unit generates first depth information on the basis of a plurality of viewpoint images which are obtained from first shooting and which have mutually-different viewpoints. A second generating unit generates second depth information for a captured image obtained from second shooting by correcting the first depth information so as to reflect a change in depth caused by a difference in a focal distance of the second shooting relative to the first shooting.

Depth information generating apparatus, image capturing apparatus, depth information generating method, image processing apparatus, and image processing method

A method and apparatus for identifying a portion that is a factor causing a discrepancy in springback amount between a press-formed product and a CAE analysis. The method includes a formed product driving stress distribution acquisition step of acquiring a driving stress distribution of a press-formed product, an analysis driving stress distribution acquisition step of acquiring a driving stress distribution of a springback analysis, a stress difference distribution setting step of setting a stress difference distribution, a stress difference springback amount acquisition step of acquiring a springback amount based on the stress difference distribution, a changed stress difference springback amount acquisition step of acquiring a springback amount by changing a value in a region of the stress difference distribution, and a springback amount discrepancy factor portion identification step of identifying a portion that is a factor causing a discrepancy in springback amount by comparing the acquired springback amounts.

Springback amount discrepancy factor portion identification method and apparatus

Provided is a technology capable of suppressing an edge crack occurring due to stretch flange deformation without being constrained by a target pressed component shape. The technology includes two-stage cutting processing of, when it is estimated that there is concern about risk of occurrence of an edge crack due to stretch flange deformation on an edge of a material () to be pressed in press forming, performing twice cutting processing on an edge including at least a site where there is concern about risk of occurrence of the edge crack as pre-processing for press forming in which there is concern about risk of occurrence of the edge crack. In the two-stage cutting processing, cutting to form a partial, beam-shaped overhang portion at a position including a site where there is concern about risk of occurrence of the edge crack is performed in the first cutting and the overhang portion is cut in the second cutting.

Method for manufacturing pressed component, and method for manufacturing blank material

An image capturing apparatus capable of performing highly-accurate focus detection at a high frame rate with minimal time lag is provided with a focus position detection unit configured to calculate a focus position by using an image via an image capturing optical system, an aberration information acquisition unit configured to acquire aberration information of the image capturing optical system, a color information acquisition unit configured to acquire color information of a subject in a focus detection region, a first correction value calculation unit configured to calculate a first correction value for correcting the focus position based on the aberration information, a second correction value calculation unit configured to calculate a second correction value for correcting the focus position based on the first correction value and the color information, and a correction unit configured to correct the focus position by using the second correction value.

Image capturing apparatus, storage medium, and image capturing method

An information processing apparatus comprises: a correction unit that sequentially inputs count values of a plurality of pixels from an image sensor and corrects the input count values, the image sensor having the plurality of pixels each of which has a sensor that outputs a pulse signal in response to an incident of a photon and a counter that counts the number of pulse signals. In a case where a count value reaches a maximum value, the counter resets the count value to 0 and continues counting, and, in a case were an input count value is obtained by continuing counting after the count value is reset to 0, the correction unit corrects the input count value.

Information processing apparatus, image sensor, image capturing apparatus, and information processing method

A lens apparatus having a focus lens can be detachably attached to an imaging apparatus. A sensor of the imaging apparatus photoelectrically converts an optical image formed via the lens apparatus. A generation unit generates an image based on an image signal output from the imaging apparatus. The imaging apparatus receives information about a focal length variation from the lens apparatus received by a lens communication control unit configured to control communication with the lens apparatus, and an image magnification variation correction control unit corrects the magnification of the image based on the information.

Imaging apparatus, lens apparatus, and method for controlling the same

Disclosed is a method for forming a multilayer coating film, including applying a first and second aqueous base coat, and a clear coat to an object, and thereafter simultaneously heating and curing the three-layer coating film. The first aqueous base coat includes a water-soluble or water-dispersible polyurethane resin having a glass transition temperature of &#x2212;20&#xb0; C. or below and a weight average molecular weight of 30,000 to 500,000, and a crosslinkable resin having a weight average molecular weight of 600 or more. The first aqueous base coat-coated film has a breaking strength of 2050 N/cm2 or more and a loss tangent (tan &#x3b4;) at &#x2212;20&#xb0; C. of 0.075 or more. The migration amount of a melamine resin from the second aqueous base coat-coated film layer to the first aqueous base coat-coated film layer is within 3% by mass of a total resin solid content of the first aqueous base coat.

Method for forming multilayer coating film

A distance-measuring apparatus, a mobile object, a robot, a three-dimensional measuring device, a surveillance camera, and a distance-measuring method. The distance-measuring apparatus, a mobile object includes a light source to emit light, an imaging element to receive and photoelectrically convert the light into a plurality of electrical signals, and to obtain the electrical signals upon being sorted into a plurality of phase signals, and a computing unit to calculate distance to the object based on the phase signals. In the distance-measuring apparatus, a period of time during which the imaging element obtains the phase signals is different from a light emitting period of the light source in length. The distance-measuring method includes determining whether or not aliasing is present based on a light emitting period of the light source, a period of time during which the plurality of phase signals are obtained, and a result of the calculating.

Distance-measuring apparatus, mobile object, robot, three-dimensional measuring device, surveillance camera, and distance-measuring method

A range-finding device including a light-emitting device, an imaging unit, a calculator, and a controller. The image unit receives pulsed light reflected from an object within the space for a plurality of time periods in a time-division manner, electrically converts the pulsed light into an electrical signal, and accumulates electric charge of the electrical signal for each of the plurality of time periods. The calculator calculates a time difference between emission of the pulsed light and reception of the pulsed light reflected from the object based on the electric charge accumulated for each of the plurality of time periods and determine a distance to the object based on the time difference. The controller controls the timing of reception of the pulsed light for each of the plurality of time periods at the imaging unit according to an intensity of the pulsed light reflected from the object.

Range-finding device

An distance measurement apparatus includes a light source to emit irradiation light, circuitry to output, to the light source, a first current that changes in accordance of light-emission timing information defining at least turn-on timing of the light source, and a second current that does not change in accordance of the light-emission timing information, a sensor to detect reflection light reflected from an object irradiated with the irradiation light emitted from the light source. The circuitry calculates a distance to the object based on a detection amount of the reflection light detected by the sensor.

Distance measurement apparatus, and method of measuring distance

Growing community of inventors

Tokyo, Japan

Takeshi Ogawa