Ricoh Company, Ltd.

Hitachi, Ltd.

Hitachi Car Engineering Co., Ltd.

Other

Hitachi Automotive Systems, Ltd.

Seikagaku Corporation

Masamichi Yamada

Hideo Kanai

Naoyuki Ishikawa

Tetsuya Fujioka

Izumi Watanabe

Keiichi Nakada

Masahiro Matsumoto

Hiroshi Nakano

Satoshi Tsuchiya

Yasutada Tsukioka

Yasunari Mikutsu

Akihisa Mikawa

Keiji Hanzawa

Yukimi Nishi

Junichi Horie

Kei Ueyama

Motohisa Ikeda

Nobuyasu Kanekawa

Katsuo Konishi

Kazutaka Yamamoto

Hideo Namba

Chiyo Sakenaga

Keiichiro Arai

Ryo Sato

Shinya Igarashi

Yasuo Katano

Naoki Nakamura

Shigenobu Hirano

Masahiro Itoh

Shigemitsu Higuchi

Yoshifumi Sudoh

Kenji Kameyama

Takashi Maki

Atsushi Kanke

Akio Yasukawa

Katsuaki Fukatsu

Tohru Sampei

Toshiharu Hachisuka

Aino Hasegawa

Susumu Momma

Hiroshi Yoneda

Norikazu Igarashi

Yasuhiro Kanamaru

Kenji Nakabayashi

Shun Okazaki

Masakatsu Saito

Naoya Fujita

Noboru Tokuyasu

Yoshihiro Sukegawa

Shoji Sasaki

Shiro Yamaoka

Mutsumi Suzuki

Kaoru Uchiyama

Shigeo Kurotaka

Masaaki Kurebayashi

Takahiro Yoshikawa

Rintaro Minamitani

Akira Koide

Hiromu Kikawa

Yoshio Kubo

Hisao Sonobe

Kenji Ohta

Yoshito Saito

Daisuke Terada

Toshio Tsuchiya

Hitoshi Yanagihara

Tadashi Isono

Kouichi Tomatsuri

Michiyori Miura

Kohichi Tomatsuri

Takemasa Tsutsui

Toshihiko Nakau

Takumi Sasaki

Mikutsu Yasunari

Motoshisa Ikeda

Naoyuki Ihikawa

A light guide member () includes a boundary surface () configured to reflect image light guided to the boundary surface () and emit the image light outside the light guide member (), an opposing surface () parallel to the boundary surface (), the opposing surface () facing the boundary surface (), a first inclined surface () having an inclination in which a distance between the first inclined surface () and the boundary surface () decreases in a guiding direction of the image light, and a second inclined surface () between the opposing surface () and the first inclined surface (), the second inclined surface () inclined at a different angle with the first inclined surface () in the guiding direction.

Light guide member and display device

A propagation optical system includes: a first optical system; an intermediate optical element; and a second optical system. The first optical system, the intermediate optical element, and the second optical system being sequentially arranged in a direction from the image display element toward the light guide member along an optical axis. The intermediate optical element has a non-rotationally symmetric curved surface, of which shape is non-rotationally symmetric about the optical axis. A cross-sectional shape, of the non-rotationally symmetric curved surface, in a first plane including the optical axis is non-arc shape. The first plane is a plane in which the non-rotationally symmetric surface has a strongest positive power among planes including the optical axis. The propagation optical system is configured to form, between the first optical system and the second optical system, an intermediate image corresponding to an image displayed on the image display element.

Propagation optical system and virtual image display device

A display stand includes a stand unit having posts and a mounting mechanism; and a mounting bracket on a back surface of a display. The mounting bracket includes first, second, and third fixing members extending from the back surface of the display, the mounting mechanism includes a mounting plate forming at least a part of a transverse plate that connects between the posts, the mounting plate including a straight rail part having a straight slot and a bent rail part having a bent slot that is bent at a substantially right angle. The first fixing member engages with the straight rail part and is linearly movable when the display rotates, and the second fixing member and the third fixing member each engage with the bent rail part and are movable along straight portions of the bent rail part when the display rotates.

Display stand and display stand system

Provided is an agent for improving human ocular subjective symptoms containing hyaluronic acid having an aminoalkyl cinnamate covalently bonded thereto.

Agent for improving ocular subjective symptoms and method thereof

A stand for supporting a display device includes multiple posts and a mounting plate module configured to connect the posts to each other. The stand is configured such that a rotary unit is attachable to and detachable from the mounting plate module, the display device is attachable to the mounting plate module via the rotary unit and is also attachable to the mounting plate module without the rotary unit, and a position of the display device relative to the stand in a depth direction in a state where the display device is attached to the mounting plate module via the rotary unit is the same as the position of the display device relative to the stand in the depth direction in a state where the display device is attached to the mounting plate module without the rotary unit.

Stand and stand system

A stand for suspending a display device includes a stand mechanism including supporting posts and a mounting plate connecting between the supporting posts; and a rotating unit configured to change orientation of the display device between a landscape orientation and a portrait orientation without detaching the display device, wherein the rotating unit includes a rotating unit fixed part fixed to the stand mechanism, and a rotating unit moving part fixed to a rear surface of the display device and configured to move together with the display device, wherein the rotating unit fixed part includes a fixing plate having two or more holes, a large spacer having two or more holes, and two or more small spacers each having one hole, and wherein the rotating unit moving part includes a sliding planar part having two or more holes.

Stand, stand system, and rotating unit for display device

Provided is an agent for proving human ocular subjective symptoms containing hyaluronic acid having an aminoalkyl cinnamate covalently bonded thereto.

An image display unit includes a first unit fixed to a receiving frame, a second unit, movably supported by the first unit, including an image generator to generate an image when light enters the image generator, and a first link unit to supportingly fix the first unit to the receiving frame, and a space between the first unit and the receiving frame adjustable by the first link unit.

Image display unit, image projection unit, and image projection apparatus

An image generation device includes an image generator, a stationary unit, a movable unit, and a dustproof unit. The image generator receives light and generate an image. The stationary unit includes a first stationary plate and a second stationary plate opposed to the first stationary plate. The movable unit includes a movable plate movably supported between the first stationary plate and the second stationary plate, the image generator mounted on the movable plate. The dustproof unit includes a dustproof member between the first stationary plate and the movable plate. The dustproof member surrounds the image generator.

Dustproof member for image generation device and image projection apparatus

An image projection apparatus includes a light source, light from which is used to form an image to be projected, a first flow path, a control unit configured to control a light emission from the light source, an electrical power stabilizing unit configured to stabilize an electrical power to be supplied to the light source, and an electrical power source unit configured to supply the electrical power to at least one of the control unit and the electrical power stabilizing unit. One or both of the electrical power source unit and the electrical power stabilizing unit is/are divided into a plurality of boards. The light source is arranged on a normal line of a surface of any of the plurality of boards. The plurality of boards configure surfaces of the first flow path except a surface nearest to the light source.

Image projection apparatus

A cooling apparatus including an air blow part including an air outtake port; and a heat dissipater including a plurality of heat dissipating fins, wherein an end side of an upper surface of the heat dissipater is linearly aligned, wherein the plurality of heat dissipating fins includes a first heat dissipating area and a second heat dissipating area, wherein a surface area of the heat dissipating fins arranged in the first heat dissipating area is smaller than a surface area of the heat dissipating fins arranged in the second heat dissipating area, wherein the heat dissipating fins are arranged at a position facing the air outtake port of the air blow part.

Cooling apparatus, image projection apparatus, and electronic device

Disclosed is a light source device including a light source that includes a light emitting tube; and a cooler configured to cool the light emitting tube. The cooler includes an inlet port for drawing cooling air for cooling the light emitting tube; a flow channel that extends from the inlet port to the light emitting tube in a horizontal direction and that is for flowing the cooling air toward the light emitting tube; and a baffle plate that is disposed in the flow channel and that can slide in a gravity direction. The baffle plate has a shape and openings such that, in an installation state, an upper portion of the flow channel is opened and a lower portion of the flow channel is closed by the shape and positions of the openings of the baffle plate.

Light source device provided with cooler and image projection device including light source device provided with cooler

A cooling device includes a heat dissipating unit that is in contact with an object to be cooled and dissipates heat, and an air blowing unit that takes therein air and blows the air to the heat dissipating unit. The heat dissipating unit includes a first stage portion and a second stage portion that have a difference in level therebetween. The air blowing unit includes a first inlet port that takes therein air from outside, and an outlet port that exhausts the taken-in air. The first inlet port faces the first stage portion, and the outlet port faces the second stage portion.

Cooling device, image projection apparatus, and electronic apparatus

Growing community of inventors

Kanagawa, Japan

Masamichi Yamada