Kabushiki Kaisha Toshiba

Anritsu Infivis Co., Ltd.

Shanghai Tianma Micro-electronics Co., Ltd.

Hisashi Hayashi

Takashi Kanai

Akihiro Tanaka

Hidenori Ikeno

Kenta Cho

Tomoshi Otsuki

Mikito Iwamasa

Seiji Tokura

Yasuhiko Suzuki

Naoki Kase

Toshimitsu Kumazawa

Shuichiro Imahara

Gaku Ishii

Fumio Ozaki

Yoshiyuki Sakamoto

Takuro Moriyama

Naoya Saito

Itaru Miyazaki

Toshiaki Kikuchi

A liquid crystal display device includes a first liquid crystal display panel and a second liquid crystal display panel. The second liquid crystal display panel includes a scanning wiring extending in a zig-zag in the predetermined first direction. A period of bending points of the scanning wiring corresponds to a predetermined number of the sub pixels of the first liquid crystal display panel. The predetermined number is greater that a number of colors of the sub pixels arranged in the predetermined first direction in one of the first main pixel of the first liquid crystal display panel, and is not a natural number multiple of the number of colors of the sub pixels repeatedly arranged along the predetermined first direction of the first liquid crystal display panel.

Liquid crystal display device

To correctly acquire image data of an inspected article by preventing a difference in shade between images caused by a difference in position or sensitivity between sensor elements. An X-ray generation source irradiates an inspection region where an inspected article passes with an X-ray. X-ray detection means receives the X-ray passing through the inspection region using a plurality of sensor elements. Image data generation means generates image data of the inspected article from an output of the X-ray detection means. Incidence condition changing means changes two or more kinds of X-ray incidence conditions common for all of the plurality of sensor elements of the X-ray detection means in a state of absence of the inspected article in the inspection region. Correction data generation means acquires correction data that is needed for making a shade of an image uniform for each incidence condition.

X-ray inspection apparatus and correction method for X-ray inspection apparatus

A spatial information delivery system according to an embodiment of the present invention includes a partial spatial information generation device, and a plurality of partial spatial information transmission devices existing within a facility. The partial spatial information generation device generates partial spatial information which is part of spatial information relating to the facility and which is specific to each of the partial spatial information transmission devices, for each of the partial spatial information transmission devices based on locations of the partial spatial information transmission devices. Each of the partial spatial information transmission devices transmits the partial spatial information corresponding to the own partial spatial information transmission device.

Spatial information delivery system, spatial information delivery method, and non-transitory computer readable medium

An X-ray inspection device achieves a high cooling effect without using an expensive air conditioner and is excellent in cleaning property. The inside of a first case of an X-ray inspection device is separated into plural cooling partitions by separation walls by the use limit temperature and the like, and heat sources respectively having intrinsic use limit temperature are stored in respective partitions. Because a flow passage of air is set inside the cooling partition so that the heat sources having low use limit temperature are disposed upstream of the heat sources having high use limit temperature, the cooling efficiency is excellent. A heat absorption member of a heat exchange device exists inside the first case, and a heat radiation member exists inside a second case communicating with the external air. Because there is no protrusion of the heat radiation member as the total cases, cleaning property is excellent.

X-ray inspection device

According to one embodiment, an apparatus sends a request to adjust a power consumption to a plurality of request targets, based on power supply and demand. A minimum adjustment time of each request target is stored. The minimum adjustment time is an interval between a time when a request target receives the request and a time when the request target starts to adjust the power consumption. If an estimation value of the power supply is different from an estimation value of the power demand at a first time to start to adjust, at least one request target is selected from the request targets by using the minimum adjustment time. The at least one request target is acceptable for the request at a second time as a predetermined time prior to the first time. A first adjustment amount to the at least one request target is calculated until the second time.

Apparatus and a method for controlling power supply and demand

A plan executing apparatus includes: an executing unit that executes a plan which is a sequence of processes; a processing state retaining unit that retains a processing state of a target object of the plan; an execution information retaining unit that retains execution information which is information relating to execution of a plan in execution; an interrupt instruction accepting unit that accepts an interrupt instruction during execution of the plan; an interrupt information identifying unit that identifies interrupt information relating to execution of an interrupting plan, on accepting the interrupt instruction for the interrupting plan; and an interrupt possibility determining unit that determines whether the interrupting plan is to be executed or not based on the processing state, the execution information of the plan in execution, and the interrupt information.

Plan executing apparatus, method of plan execution, and computer program product therefor

A command executing apparatus includes an executing unit that executes a command indicating process contents of a robot; a suspending unit that suspends execution of the command, when an interrupt command; a resumption condition generating unit that generates a resumption condition for resuming a suspending command; an executed contents generating unit that generates executed contents indicating the process contents executed until the suspending command is suspended; a suspending state holding unit that holds the resumption command and the executed contents in association with the suspending command; a resumption propriety judging unit that judges whether the suspending command is able to be resumed, when the resumption command is obtained; and a resuming unit that indicates the executing unit that the execution of the suspending command is resumed from a point at which the suspending command is suspended, when the suspending command is judged to be able to be resumed.

Apparatus, method and computer program product for executing command

Each network-connected information processing apparatus stores restriction information defined for each agent in order to restrict the operation of the agent which moves to the self apparatus and runs. When the agent is to move from the first information processing apparatus as one of the information processing apparatuses to the second information processing apparatus as another information processing apparatus, the first information processing apparatus receives restriction information corresponding to the agent from the second information processing apparatus. The first information processing apparatus selects at least one of the components in correspondence with the second information processing apparatus on the basis of the restriction information, and moves the agent holding the selected component to the second information processing apparatus.

Growing community of inventors

Kanagawa, Japan

Hisashi Hayashi