Mitsubishi Denki Kabushiki Kaisha

Mitsubishi Denki K.k.

Mitsuo Maeda

Motomu Yoshimura

Satoru Isoda

Satoshi Ueyama

Hiroaki Kawakubo

Tetsuya Nishimura

Kazuo Okada

Mieko Ohsuga

Kazuhiko Nakane

Masahiro Kimura

Masaharu Ogawa

Hajime Nakajima

Kyosuke Yoshimoto

Minoru Ozaki

Kunimaro Tanaka

Shigeki Nakayama

Shiro Yamauchi

Michihiro Tadokoro

Koichi Takeuchi

Masayoshi Shimamoto

Kouichi Yamada

Katsuyuki Kamei

Yoshio Hanazato

Yoshiki Nakajima

Isao Mizukura

Fumio Matsuda

Masatomo Seya

Katsunobu Muroi

Ken-Ichi Tanaka

Futomi Shimono

Ichiro Nakahori

Qinglian Guo

Junichiro Ozawa

A wellness system comprises an exercise load providing unit for providing a load of a physical exercise for a user, and for measuring a movement of the user who is doing the physical exercise, a virtual reality environment providing unit for providing the user with a virtual reality environment that can cause user's plural senses such as the sense of sight, hearing, touch, and smell to work, according to the contents of the virtual reality environment, and a control unit for controlling the virtual reality environment provided by the virtual reality environment providing unit according to the user's movement measured by the exercise load providing unit. Furthermore, when providing the virtual reality environment, the virtual reality environment providing unit displays an image which produces the virtual reality environment by setting its angle of view to be larger than an angle of view of a corresponding object or scene which was shot. A step dynamic image method is used to present the image data and involves storing a plurality of dynamic image cuts taken at a plurality of places in a path through which a user will virtually traverse and replaying the plurality of dynamic image cuts cut by cut according to a physical exercise that the user does and synchronizing each dynamic image cut with a corresponding sound, wind and fragrance.

Physical exercise system having a virtual reality environment controlled by a user's movement

A medical support system includes a patient-side system including patient shooting devices for photographing a patient's body and forming respective images displaying respective parts of the patient's body; a medical-side system located at a position spaced away from the patient-side system and including an image synthesizer for splicing together, at boundary portions, respective adjacent images of the patient's body to produce a composite image displaying an area of the patient's body extending across the respective images, and a display for displaying the composite image produced by the image synthesizer; and a communication link for transmitting information between the medical-side system and the patient-side system and for transferring the images produced by the patient shooting devices to the medical-side system.

Medical support system

The invention relates to an optical computing element for use in an optical computer utilizing computing light rays having a plurality of wavelength components. The optical computing element comprises a photo-chemical hole burning element which functions as a wavelength selecting filter of the computing light rays. Therefore, the optical computer using the photo-chemical hole burning element of the invention can perform arithmetic operations by taking advantage of differences in optical wavelength. The computer can efficiently perform bulky arithmetic processing, and can also speedily perform arithmetic operations through simultaneous parallel processing for information.

Optical computing element

Optical computer element

An information processing element for processing information with a function of neural network includes a semiconductor integrated circuit element portion comprising a plurality of neuron circuit regions constituting a neuron function among the neural network function, a molecular film element having a light-electricity function, provided on the circuit element portion, and the combination between the plurality of neurons is realized by utilizing a photoconductivity property of the molecular film element.

Information processing element

A wavelength selective optical recording and reproducing method includes an optical recording and reproducing step of information composed of time series signals on a recording medium having recording tracks as position series signals with light having a variable wavelength while switching the wavelength between predetermined values.

Wavelength selective optical recording and reproducing method

A photoresponsive element utilizing a molecular heterojunction includes a first redox material film, a second redox material film having a different redox potential from that of the first redox material film and disposed in contact with the first redox material film, a first electrode connected to the first redox material film, and a second electrode connected to the second redox material film. The photoresponsive element is photoconductive and photovoltaic.

Photoresponsive element utilizing a molecular heterojunction

An apparatus in accordance with the present invention sequentially fixes the wavelength of a light beam irradiated from a light source whose oscillation wavelength sequentially varies to a plurality of different wavelengths to a recording medium to required wavelengths each capable of forming a hole at absorption spectrum of the recording medium, synchronizes timing of change of the wavelength of the light source with timing of recording or regenerating each bit of information, records the optical hole formed in a manner that each bit of information corresponds to the wavelength varying in sequence, and detects the formed hole to regenerate information. Furthermore, the holes formed by the same wavelength are recorded at the positions separated by a distance capable of avoiding interference, while the holes formed by different wavelengths in correspondence to each bit of information are recorded at nearly the same position while that position is slightly displaced at a time, and thereby information is multiple-recorded with high density.

Frequency selective optical data record/regenerate apparatus

Disclosed herein is an electronic device including a redox electrical element formed with redox materials such as a flavin derivative and a porphyrin derivative. The size of this electronic device can be reduced to a hyperfine level. By utilizing this electronic device, furthermore, a high-speed integrated circuit of high density can be obtained.

Electronic device

A wavelength selective optical recording and reproducing device has a reference wavelength in a marker hole of a medium. The optical detector is adapted to detect light which is reflected from or transmitted through the marker hole. A phase detector detects the phase of an output of the optical detector by using a high frequency signal as a reference to obtain a signal indicative of the deviation of the wavelength of the output from a desired wavelength. A wavelength regulator is responsive to the wavelength deviation to control the wavelength of the light source to be the desired wavelength.

Wavelength selective optical recording and reproducing device

A sampling system for use in the analysis of water samples using quality sensors includes a device for intermittently supplying cleaning water containing ozone to the sensors, valves, pumps and related piping for cleaning the same.

Sampling system for water quality sensors

Growing community of inventors

Hyogo, Japan

Mitsuo Maeda