Ricoh Company, Ltd.

Hitachi Industrial Equipment Systems Co., Ltd.

Kabushiki Kaisha Toshiba

Disco Corporation

Saturn Licensing LLC

Yokogawa Electric Corporation

Tokyo Broadcasting Systems, Inc.

Toshiaki Takahashi

Ryosuke Mikoshiba

Manabu Nonaka

Mamoru Yorimoto

Yoshikuni Ishikawa

Mitsuru Yamada

Kazuyuki Uchida

Kenji Nakanoue

Tooru Honma

Masahiro Ishida

Hiroyuki Endo

Takeshi Horiuchi

Yu Wakabayashi

Hiroaki Yokota

Manabu Dohi

Kazuhisa Arai

Toshiki Shirahata

Tatsunori Sato

Kazuyuki Fukui

Makoto Shinohara

Hiroyuki Endou

Yoshihiro Uto

Masanao Kuwabara

Hidemasa Yamaguchi

Tatsuhito Azegami

Kouichi Yajima

Kouhei Satou

Yuuji Satou

Kazuma Sekiya

Toshiaki Tanaka

Kakuji Murakami

Toshiaki Tokita

Hidehiko Fujiwara

Takeshi Sano

Yasuo Miyoshi

Osamu Kojima

Shigeya Kuwao

Hiroyuki Takayama

Yasuji Sato

Akiko Konishi

Makoto Kikuchi

Hiroyuki Suzukawa

Hiroki Matsuoka

Masayasu Watanabe

Jun Naraoka

Daiki Kato

Ryuhei Waragai

Hidenori Oku

Masaki Fukano

Takahiro Naito

Kazunori Kawaguchi

Toru Homma

Masaaki Sasada

Fuyuhiko Sugiura

Atsushi Tokumi

Tsuyoshi Iwatsuki

Takaaki Ogawa

Homma Toru

A supporting body is provided that is able to select a form of support to a display unit in accordance with a user's purpose or preference, an installation environment, or the like. The supporting body supports a display unit including a display section, a first mounting section, and a second mounting section to cause the display unit to stand on a placement surface in a first direction. The display section has a display surface that spreads in each of the first direction and a second direction, and the first mounting section and the second mounting section are disposed side by side in the first direction. The supporting body includes a first supporting unit that is formed detachably on the first mounting section, and a second supporting unit that is formed detachably on the second mounting section.

Supporting body and display apparatus

Provided is an apparatus comprising: an image acquisition unit configured to acquire a captured image; a compression unit configured to compress a captured image to generate compressed data; a reproduction unit configured to generate, from the compressed data, a reproduced image that reproduces the captured image; an evaluation acquisition unit configured to acquire an evaluation corresponding to a degree of approximation between the reproduced image and the captured image; and a learning processing unit configured to perform learning processing of a model configured to output, in response to an input of a new captured image, a compression parameter value to be applied in compression of the captured image, by using learning data including the evaluation, a captured image corresponding to the evaluation, and a compression parameter value applied in compression of the captured image.

Apparatus, monitoring system, method, and computer-readable medium

There is provided a supporting body that is able to select a form of support to a display unit in accordance with a user's purpose or preference, an installation environment, or the like. The supporting body supports the display unit, and includes a first supporting unit and a second supporting unit that are detachably provided on the display unit, and a first form and a second form are configured to be selectable. In the first form, the first supporting unit is mounted at a first position of the display unit and the second supporting unit is mounted at a second position of the display unit. In the second form, the second supporting unit is mounted at the first position or a third position of the display unit, and the first supporting unit is mounted at the second position or a fourth position of the display unit.

A sheet conveying device, which is included in an image forming apparatus and an optional device attachable to the image forming apparatus, includes a sheet container, a sheet feeder, a separator, a guide, and a projection. The sheet container loads multiple sheets. The sheet feeder feeds a sheet out of the multiple sheets in the sheet container. The separator separates the sheet from another sheet fed together with the sheet. The guide having a guide surface to guide the sheet passing the separator such that the sheet is fed in a predetermined sheet conveying direction. An upstream end in the sheet conveying direction of the guide surface of the guide is located lower than a downstream end in the sheet conveying direction of the separator. The projection is disposed facing the separator at the upstream end in the sheet conveying direction of the guide surface.

Sheet conveying device, image forming apparatus incorporating the sheet conveying device, and optional device incorporating the sheet conveying device

A sheet transfer guide, which is disposed along a sheet conveyance passage through which a sheet passes, provided to guide the sheet, and is included in an image forming apparatus and an image reading device, includes a base material, a coat layer formed on the base material and having a surface roughness smaller than a surface roughness of the base material, and a guide face to which the sheet contacts. The coat layer is formed on the guide face.

Sheet transfer guide, image forming apparatus incorporating the sheet transfer guide, and image reading device incorporating the sheet transfer guide

When a paper feeding ray is set, an arm of a one-armed pinion makes a contact with an abutting member formed in a main unit to which the paper feeding tray is attached. When the paper feeding tray is pushed in, the arm is pushed by the abutting member, the one-armed pinion rotates as the rack member moves, and the one-armed pinion moves in a direction into the paper feeding tray. When a spring is stretched, a bottom plate push-up member rotates up on its rotation center and rises by a predetermined angle to press a bundle of stacked paper sheets against a feed roller, so that the paper sheets can be fed.

Paper feeding device and image forming apparatus

Disclosed is a wound iron core () for a static apparatus in which magnetic paths in the inside of the wound iron core are subdivided to improve iron core characteristics. The iron core () is configured by using two or more kinds of magnetic materials (to) with different magnetic permeabilities to form laminated blocks with single plates or a plurality of laminated plates and by alternately arranging the laminated blocks with different magnetic permeabilities from the inner circumference. An iron core material () with large magnetic permeability out of iron core materials with different magnetic permeabilities is arranged on the inner circumference side. Further, when the iron core materials with different magnetic permeabilities are alternately arranged, the iron core materials () with the same magnetic permeability are configured to gradually change in thickness to ease an excessive magnetic flux density distribution in the iron core. A ring-shaped iron core is configured such that a plurality of block-like laminated members, which are each formed by laminating a plurality of strip-like amorphous material thin plates, are laminated and formed into a ring shape and a sheet-like non-magnetic insulation material is arranged between the n-th (n: an integer of two or more) layer of the ring-shaped block-like laminated members from the most inner circumference side and the (n+1)-th layer of the ring-shaped block-like laminated members from the most inner circumference side.

Wound iron core for static apparatus, amorphous transformer and coil winding frame for transformer

During the assembly process of an amorphous core transformer, when an offset has arisen between a coil and the amorphous core, and when an offset has arisen between the coil and the core due to a shock resulting from unloading or vibrations during transport, there has been the risk of breakage of an insulating member between an amorphous core and a coil, causing amorphous fragments to be scattered. The object of the present invention is to prevent scattering of amorphous fragments. The amorphous core transformer, which results from assembling a coil and an amorphous core having a joint section, is characterized by folding an insulating member having a rectangular cylinder and flanges, inserting the folded insulating member into the hole of the coil, expanding the cylinder and the flanges of the insulating member, disconnecting the joint section of the amorphous core, inserting the open-ended amorphous core into the cylinder of the insulating member placed within the coil, lapping the disconnected joint section of the amorphous core, and covering/wrapping yokes of the amorphous core with the flanges of the insulating member.

Amorphous core transformer

An amorphous core transformer is provided which is capable of effectively suppressing influences, fluctuation, displacement or the like of a coil caused by an electromagnetic mechanical force or the like. In an amorphous core transformerincluding an amorphous core, a plurality of coilsin which the amorphous coreis inserted and a fixing metal framethat assembles the coilsand the amorphous core, the inter-coil memberis interposed between the neighboring coilsand the inter-coil memberis positioned and held by a positioning member. Thus, it is possible to prevent the coilsfrom being deformed or displaced beyond the inter-coil memberand maintain the shape of the coils

An amorphous transformer which includes an amorphous core formed of an amorphous material with a lap provided at an upper portion and allowed to stand in substantially a vertical direction while being supported at a core support member, and a coil which is fitted with the amorphous core. The core support member is formed by integrating a core support member for supporting a side surface of the amorphous core and a corner support member for supporting a corner portion of the core. The core support member is provided in substantially a vertical direction along at least one of the side surfaces of the core.

Amorphous transformer

A sheet feeding device includes a sheet carrying unit and an attraction separation and conveyance device. The sheet carrying unit is configured to carry thereon a sheet stack. The attraction separation and conveyance device is configured to electrostatically attract the uppermost sheet of the sheet stack and separate and convey the uppermost sheet from the sheet stack, and is placed between the upstream end and the central position in a sheet conveying direction of the sheet stack located at a sheet carrying position and having a minimum sheet size compatible with the sheet feeding device.

Sheet feeding device and image forming apparatus incorporating same

A sheet feeding device includes a sheet carrying unit, an attraction separation device electrostatically attracting and separating an uppermost sheet from a sheet stack and including multiple rollers, an endless dielectric belt stretched over the multiple rollers, and an elastic member provided inside a loop of the belt to cause the endless dielectric belt to contact the uppermost sheet, a sheet conveying device, and a lifting and lowering device. The lifting and lowering device lifts the sheet stack to a lift position at which the uppermost sheet contacts with the attraction separation device, and the attraction separation device stands by for a predetermined time to attract the uppermost sheet and starts to convey the uppermost sheet after the predetermined time elapses in a state in which the sheet stack remains at the lift position.

Growing community of inventors

Tokyo, Japan

Toshiaki Takahashi