Omron Corporation

Matsushita Electric Industrial Co., Ltd.

Maxell, Ltd.

Taito Company, Ltd.

Hiroyuki Inoue

Kiyoshi Imai

Hitoshi Oba

Masahiro Kawachi

Kohei Tomita

Takashi Kamei

Kiyohiko Gondo

Naoya Nakashita

Yoshinori Kawai

Koji Shimada

Takeshi Yoshiura

Shinichiro Iura

Hajime Takegawa

Kenji Horie

Kizuku Fujita

Masumi Tezuka

Keiji Fujiwara

Tomomi Ogawa

Kazuhiro Nishikawa

Junichi Wada

Hayami Hosokawa

Hiroaki Fujiwara

Masahiro Ono

Kazuki Kasai

Hiromasa Takatsuka

Kazunori Osako

Kazuo Shikita

Arata Nakamura

Kazuto Nishida

Toshinori Sato

Youichi Nakamura

Kazumasa Okumura

Satoru Shimokawa

Hitoshi Kubota

Mikio Hasegawa

Tsuneyuki Ejima

Toshio Kinoshita

Akihiro Shiraishi

Masanori Yasutake

Toru Hosoda

Takeshi Katayama

Shinji Yoshino

Osamu Yamamoto

Takashi Anezaki

Shigeru Kondou

Takamasa Yamaji

Nobuharu Ishikawa

Osamu Miyazaki

Manabu Yamane

Takeshi Ikumoto

Tomohiro Maruo

Masaru Ichihara

Yuichi Inoue

Masahiro Kurokawa

Hidetoshi Okuyama

Ryuichiro Takaichi

Yoshio Takeda

Tetsuro Shingu

Hiroshi Takeda

Mai Miyawaki

Tadashi Senga

Norimasa Yamanaka

Shinji Mizuhata

Teruki Yamada

Masahiro Ohara

Yoshiyuki Tani

Yoji Hasebe

Yoshimasa Takeda

Kazuo Ohuchi

Ryosuke Toyama

Kenichi Nakamune

Tatsuya Ino

A feature is realized with which it is possible to determine the work entity by which each load should be transported. A simulator () is provided with a transport capacity acquisition portion () for acquiring the transport capacity of one or a plurality of types of work entity, a load information acquisition portion (), a map information acquisition portion (), a work entity situation acquisition portion (), and a work entity determination portion () for determining a work entity.

Simulator, control device, and non-transitory computer-readable recording medium

In a projection-type image display apparatus configured to project images formed on a display element by using light from a plurality of light sources, the apparatus includes light-source coolers provided to the light sources and configured to cool the light sources, and the light-source coolers are arranged so that light-source heat dissipating directions of all the light-source coolers are substantially the same among the light-source coolers the light-source heat dissipating directions being directed toward heat dissipating parts dissipating the heat of the light sources with reference to heat absorbing parts absorbing the heat of the light sources.

Projection-type image display apparatus

A robot control system comprising a plurality of robots and a worker terminal that is capable of sending operation commands to a plurality of robots, by using wireless communications. The worker terminal has: an identification part that identifies a target robot to be used for work, from among a plurality of robots; a reception part that receives operation instructions for the robot from a worker; and a wireless communications part that sends operation commands to only the robot identified as the target robot by the identification part, when an operation instruction is received by the reception part.

Robot control system

A CPU provides a fluorescent light detecting head with an irradiation instruction, in response to which the fluorescent light detecting head irradiates an ultraviolet ray for detection on an ultraviolet curing resin material to be examined. The CPU then acquires from the fluorescent light detecting head an intensity of a fluorescent light emitted from a photo polymerization initiator included in the ultraviolet curing resin material when receiving the ultraviolet ray for detection. The CPU retrieves a predetermined number of past data of the intensity of the fluorescent light from a storage unit and performs a (moving) average calculation processing to calculate the intensity of the fluorescent light at the current time. The CPU performs an estimation processing of a state of the ultraviolet curing resin material based on the calculated intensity of the fluorescent light.

Method for estimating state of ultraviolet curing resin material

To enables realization of an image data collection function, a bank switch function and the like at low cost in a juxtaposedly placed type sensor system for handling an image, such as a visual sensor or a displacement sensor, by introduction of the minimum required number of new units into an existing system. A first operation of storing image data acquired by a sensor controller from a sensor head and/or measurement data obtained by processing the image data, into a non-volatile record medium of a data storage unit, and/or a second operation of writing the setting data having been stored into the non-volatile record medium of the data storage unit, on a bank memory inside the sensor controller unit, are made possible.

Sensor system

Sensor controller

Joint connector

A sensor controller is disclosed which transmits large-capacity data such as waveform data and image data within a short time (in rapid cycles, for example) and makes possible various collaborative operations using the transmitted data. A control unit includes a programmable logic circuit and a CPU to control the operation of the sensor controller. A unit connector can be used to connect other sensor controllers. An inter-unit path constitutes a signal transmission path between the control unit and the unit connector and includes a sensing data transmission path between the programmable logic circuit and the unit connector. In the case where another sensor controller is connected to the unit connector, the sensing data can be transmitted between the programmable logic circuit of the local sensor controller and the programmable logic circuit of the particular another sensor controller.

The X-ray inspection device and the X-ray inspection method according to the present invention are configured to hold an object to be inspected irradiated with an X-ray from an X-ray irradiation device, uses a swinging device for performing swinging motion of tilting the object to be inspected at an arbitrary angle and in an arbitrary direction, images the X-ray that passes through the object to be inspected in an X-ray detection device and extracts data of a desired cross section from the X-ray image of the X-ray detection device in a control device.

X-ray inspection apparatus and X-ray inspection method

The present invention includes a plurality of lead terminals made of a conductive material having spring elasticity; and insulative housing that buries a part of the region of lead terminal and fixedly retains a plurality of lead terminals in an arrangement having been set in advance. Lead terminal is composed of a buried part that is a part of lead terminal buried in housing; bottom end joint that is extended from one end of the buried part, is exposed through bottom end surface of housing, and extracted in width direction of bottom end surface; and flexibly changing part that is exposed from another end of the buried part through one wall surface orthogonal to bottom end surface, and is extended along this wall surface to top end surface facing to bottom end surface, being spaced from wall surface and top end surface.

Board connecting component and three-dimensional connecting structure using thereof

A photoelectric sensor has a light projection unit having a light emission element for emitting detection light to a detection region; a light reception unit having a light reception element receiving light from the detection region to obtain a detection value corresponding to an amount of received light; a target value storage unit for storing an adjustment target value for a detection value; a sensitivity adjustment unit for adjusting a power of the detection light emitted from the light projection unit and/or a conversion factor from the amount of received light in the light reception unit to the detection value, thereby matching the detection value with the target value; and an adjustment instruction unit for instructing execution of adjustment to the sensitivity adjustment unit.

Photoelectric sensor having sensitivity adjustment device

A portable terminal carried by an operator of a target apparatus includes a communicating device for conducting wireless communication and a first information acquiring device for acquiring first information related to the target apparatus from the target apparatus via the communicating device. The portable terminal also includes a second information sending device for sending second information to at least one external information terminal via the communicating device based on the first information. Further, the portable terminal includes a third information acquiring device for acquiring third information from at least one external information terminal responding to the second information via the communicating device and an information outputting device for outputting an information output based on the third information.

Portable terminal and message notifying system using the same

An optical reflection sensor emits light and its reflection from a target object is received. A signal processor carries out a measurement on the received reflected light such as the distance to the target object each time the reflected light is received. Repeatability of measured values is calculated and displayed on a display device incorporated into the housing of the sensor. The display device may have two display areas such that the calculated repeatability and the measured value can be displayed simultaneously. The calculated repeatability may be compared with a specified threshold value, with the result of the comparison displayed. The housing may also incorporate an input device through which a required level of accuracy may be set.

Optical reflection sensor

An optical fiber photoelectric sensor unit comprising: two sets of light-emitting and light-receiving circuits corresponding to a first and second detection channels; a single CPU which performs detecting operations of the two detection channels by time sharing; two output lines corresponding to the two detection channels; four fiber inlets aligned vertically on the front surface, a first and second digital display parts which each display a string of digits in the longitudinal direction of the case and which are aligned on the top surface in the longitudinal direction of the case.

Optical fiber photoelectric sensor unit

Growing community of inventors

Kyoto, Japan

Hiroyuki Inoue