Hitachi, Ltd.

Hitachi Medical Corporation

Hitachi Via Mechanics Ltd.

Atsushi Katayama

Isamu Takekoshi

Mitsuru Ohnuma

Hiroshi Mitsumaki

Peter Hohmann

Hiroyuki Kuriyama

Shigeru Sato

Tsuneo Maeda

Masahito Saegusa

Mitsuru Oonuma

Hiroyuki Kobayashi

Hajime Yamazaki

Tomoyuki Miyata

Hiroyasu Uchida

Ryuji Tao

Tadashi Ohishi

Albert Wohland

Daiji Tsuboi

Hisashi Sato

Alfred Resch

Isao Shindo

Kahei Shiraishi

Atushi Ninomiya

Hiromichi Sato

Atsushi Ninomiya

Atsuhiko Urushihara

Takeshi Hoshino

Yoshihiro Iwama

Yukinobu Maruyama

Takashi Yoshimaru

Youichi Horii

Atsuhiko Nishikawa

Kazunori Yanagisawa

Atsuo Yoshida

Katsuhiro Nagasawa

Shigeki Masatsugu

Tatsuo Murai

Sadao Terakado

Tsukasa Ariyoshi

Yoshiki Igarashi

Tadashi Sube

Satoko Kojima

Yoshitaka Shibata

Nobuhiko Matsukuma

Norio Michigami

Shyoji Kondo

Kenta Kumagai

Joshua D Minges

Steven D Bronson

Erich A Greenebaum

Douglas Trumbull

Eric A Wilson

Brahm Rhodes

The field of view of a video camera is set to include electric appliances such as a refrigerator, TV set, air conditioner and lamp installed within a room. When the user operates a remote controller to emit a visible laser beam toward a controlable range including these electric appliances set within this field of view, and designate a certain one of the appliances by the resulting pointer within the controlable range, the video camera for extracting only the visible laser beam of a wave length picks up this pointer, and a control box detects the position of the pointer within the controlable range from the output of the camera so that the appliance designated by this pointer can be detected and remotely controlled by use of the remote controller.

Remote control network system for remotely controlling a plurality of electric apparatus such as home appliances

A biochemical analyzer for automatically analyzing components of a specimen, in which a specimen rack conveying part, a specimen introducing part, and a specimen storage part are arranged, independent from one another. The specimen introducing part, the analyzing part and the specimen storage part are coupled to one another along the longitudinal direction of the specimen conveying part. The heights of these three parts measured from the floor are from 850 to 950 mm, their depths are from 750 to 800 mm and their widths are multiples of the dimension of the specimen rack. A uniform appearance is achieved by having standardized dimensions. Also a low height provides better viewing and a lighter environment.

Biochemical analyzer

A small automatic analyzer in which a specimen disc and a reagent disc are disposed at different positions in a depth direction in a this-side area of an upper surface of an analyzer housing , a reaction disc is disposed backward from the specimen disc between the specimen disc and the reagent disc , a specimen extracting and injecting unit is disposed between the reaction disc and the specimen disc , a reagent extracting and injecting unit is disposed between the reaction disc and the reagent disc , the specimen and reagent extracting and injecting units and are arranged at different positions in an oblique direction, the reaction disc , specimen disc and reaction disc each have a separate cover therefor, and the specimen extracting and injecting unit and the specimen extracting and injecting unit have a common cover therefor.

Automatic analyzer and display method for automatic analyzer

In order to display distortion-free and high-precision images which give a three-dimensional appearance to many crews in a ride simulation system, there is provided a ride simulation system comprising a ride casing which is in shape of a capsule and can accept one or more people and a driving mechanism for driving this ride casing, wherein a horizontally long, curve screen is provided at the front of the interior of the ride casing, a plurality of projectors are provided at the rear of the interior of the ride casing, and because of projection on each corresponding divided area of the curve screen by means of the plurality of projectors, one picture is displayed on the curve screen.

Ride simulation system

A magnetic resonance imaging system includes a lower body which has a flat upper surface, and contains a first magnetic pole, an upper body which has a lower surface disposed in opposed relation to the upper surface of the lower body, and contains a second magnetic pole, a bed disposed adjacent to the lower body, and a pair of support posts which are provided respectively on right and left sides of the lower body, and interconnect the lower body and the upper body. A space, formed between the lower surface of the upper body and the upper surface of the lower body, is open at least toward the bed between the pair of right and left support posts.

Magnetic resonance imaging system

A printed circuit board drilling machine, with a well-designed outer shape, providing excellent operability and maintainability, which sequentially makes a number of holes in at least one printed circuit board, placed on a table,moved in an XY plane, by using a drill driven by a spindle motor,The machine has openable/closable doors,and,which is separated into an upper door and a lower door in a front portion. The upper door,opens upward, while the lower door,opens downward. The upper door,comprises transparent material. Upon maintenance, the doors,and,are opened, and the table,is moved inwardly. Thus, the distance from the outside of the machine to the spindle motor,and its peripheral parts can be reduced, and maintenance can be easily performed with respect to the spindle motor,and its peripheral parts.

Printed circuit board drilling machine and its maintenance method

The electron microscope provides sufficient leg space for an observer sitting in a chair in a working posture and allows concentrated observation and swift operation of the electron microscope without burdening the observer. An electron gun column is supported on a support structure formed in a rectangular parallelepiped. The electron gun column, a column evacuation device and a viewing chamber are mounted on the dampers on the support structure through a vibration plate. The table is mounted on the support structure through table supports provided on the top surface of the support structure. Further, the table has an opening at a location corresponding to the viewing chamber so that the table and the viewing chamber, both mounted on the support structure, are not in contact with each other. The layout of the operation panel divides the operation devices of the electron microscope into a group of devices that are frequently reached by touch and operated during observation and a group of devices that are not frequently used during observation. The former group is arranged in arc areas within reach of the operator's arms when pivoted about the elbows as the operator rests his arms naturally on the operation table. The latter group is classified according to the functions performed and is arranged in positions that are behind the arc areas of pivoting arms and are easily recognized visually.

Electron microscope

Open type magnetic resonance imaging system which allows for easy access

An object of the present invention is to provide a small and compact analytical apparatus. An input/output device for directing the analytical apparatus and displaying analytical results and operation conditions is detachably provided on a body of the apparatus. Since the input/output device can be fixed to an upper position of the body, the apparatus saves space and can be placed on a desk. The analytical apparatus includes a sample disk and a reagent disk. The diameter of the reagent disk is greater than that of the sample disk, and both disks are arranged at the front of the apparatus so that the center of the sample disk is nearer the operator side than the center of the reagent disk. Therefore, the whole arrangement is compact, and the apparatus itself is compact.

Apparatus for automatically analyzing sample

Reagent bottle

Electron Microscope

Reagent bottle holder for a reagent disc

Growing community of inventors

Kodaira, Japan

Atsushi Katayama