Mayekawa Mfg. Co., Ltd.

Hitachi, Ltd.

Japan Display Inc.

Daisuke Miyazaki

Hideki Shudai

Shuji Fujino

Yoshihiko Ueno

Masato Takeda

Toshikazu Kamae

Keisuke Yamada

Hisashi Kitagawa

Toshinori Ohtomo

Tetsuji Terada

Yoshiyuki Oomasa

Noboru Kunimatsu

Hiroyuki Yamada

Toshiyuki Higano

Yoshinori Yamamoto

Takashi Abe

Yuki Shimizu

Yojiro Shimada

Daisaku Hashimoto

Yasuchika Kashihara

Hiroki Yuzawa

Ryoichi Tabuchi

A welding device for a non-circular plate according to an embodiment includes a chuck for gripping and rotatably supporting a plurality of laminated non-circular plates, a welding torch for welding outer peripheral edge portions of the plurality of laminated non-circular plates, a stationary shield box, and a movable shield box which is position-adjustable with respect to the welding torch so as to form a shield space surrounding the welding torch with the stationary shield box.

Welding device for non-circular plate and producing method for non-circular plate structure

A method of producing a plate laminate unit for a heat exchanger includes: a compressing step of compressing a plate laminate, a pair of terminal plates disposed on both sides of the plate laminate in a laminating direction, and a pair of binding plates disposed on both sides of the pair of terminal plates in the laminating direction, using a pressing tool from both sides in the laminating direction; a welding step of welding an edge portion of the plate laminate to edge portions of the pair of terminal plates during the compressing step; a connecting step of connecting the pair of binding plates to each other by a connector after the welding step; and a pressure-releasing step of detaching the pressing tool after the connecting step.

Method of producing plate laminate unit for heat exchanger

A welding device for a plate laminated body according to an embodiment includes a welding torch, a chuck for gripping a plurality of laminated plates with a lamination direction being in a horizontal position, and at least one support extending along the lamination direction for supporting the plate laminated body from below.

Welding device for plate laminated body in horizontal orientation and producing method for plate structure thereof

According to some embodiments, there is provided a welding device for welding outer peripheral edges of two irregular shaped plates which are overlapped, including: a rotary table to which the two irregular shaped plates in an overlapped state are fixed; a torch unit, including a welding torch positioned to face the outer peripheral edges of the two irregular shaped plates fixed to the rotary table; a first torch actuator, capable of changing an orientation and a distance of the welding torch relative to the outer peripheral edges; and a first controller, configured to control the first torch actuator, so that the orientation of the welding torch relative to a tangential line of the outer peripheral edges and the distance of the welding torch from the outer peripheral edges are kept constant along a circumferential direction of the outer peripheral edges, during rotation of the two irregular shaped plates.

Welding device and welding method

The storage management computer according to the present invention can relatively easily configure a file sharing system for a file system. The storage management computer is provided with a calculation unit that includes at least a microprocessor and a communication interface circuit which communicates with a storage system, and the storage system is provided with a plurality of first pools for storing file data, and a plurality of second pools for storing block data corresponding to the file data. The calculation unit selects, from among the plurality of first pools, a predetermined first pool associated with one of the plurality of second pools, then selects a predetermined file system associated with the selected predetermined first pool, and configures a file sharing system for the selected predetermined file system.

Storage management computer, storage management method, and recording medium

A welding device according to some embodiments includes a rotary table fixing two irregular shaped plates which are overlapped, a torch unit including a welding torch positioned to face outer peripheral edges of the two irregular shaped plates fixed to the rotary table, a torch actuator configured to move the welding torch toward and away from the outer peripheral edges, an after-shielding part mounted to the welding torch on downstream side in a rotational direction of the rotary table and having nozzles arranged along the rotational direction, configured to jet shielding gas to the outer peripheral edges, and including a first nozzle positioned upstream and a second nozzle positioned downstream of the first nozzle in the rotational direction, and a controller configured to control an orientation of the nozzle in a direction of decreasing a shielding-gas-jetting distance between the second nozzle and the outer peripheral edges welded by the welding torch.

Welding device

A technique for attaining both improvement of edge rectilinearity of an alignment film and reduction of unevenness is provided. A liquid crystal display device includes a first substrate on which a first alignment film is formed, a second substrate on which a second alignment film is formed, and a liquid crystal layer sandwiched between the first and second substrates. A material forming a frame arranged to surround the first alignment film inside a seal member with which the first and second substrates are bonded to each other is a highly water repellent organic material having a low solubility in an application liquid for forming the first alignment film.

Liquid crystal display device and manufacturing method thereof

Digital content is stored in a logical volume provided in a storage system connected to a communications network. A sub-management computer selects a destination computer forming a supply destination for digital content from a plurality of business computers or virtual computers, further selects the address information corresponding to the selected destination computer from a plurality of address information components, and allocates the selected address information to the digital content itself or to the storage device.

System and method for managing supply of digital content

The method includes confirmation policy processing for acquiring confirmation item information indicating a condition every confirmation item to distinguish a cause at time of fault occurrence, reading presumed cause information indicating a presumed cause corresponding to each pattern in the confirmation item information when a confirmation item value of a confirmation object satisfies a condition in the confirmation item information, and acquiring a presumed cause corresponding to the confirmation item information of the condition; execution policy processing for executing contents of a measure against the presumed cause read from execution policy information; evaluation policy processing for acquiring evaluation item information to evaluate a measure result, judging an effect of the executed measure based on whether an evaluation item value of an evaluation object is in a stable operation range, and storing a judging result; and controlling an autonomous policy cycle for conducting the confirmation, execution and evaluation policy processing.

Growing community of inventors

Tokyo, Japan

Daisuke Miyazaki