Sanyo Electric Co., Ltd.

Yukinori Kuwano

Shoichi Nakano

Takeo Fukatsu

Masaru Takeuchi

Hisao Haku

Kazuyuki Goto

Masaru Yamano

Souichi Sakai

Shigeru Noguchi

Koji Minami

Yoshikazu Tsujino

Kenichi Shibata

Yuji Hamada

Hisaki Tarui

Kaneo Watanabe

Takanori Fujii

Noboru Nakamura

Hiroyuki Kuriyama

Masakazu Sakata

Kazuyuki Gotoh

Shinya Tsuda

Toshiaki Yokoo

Kazuhiko Honma

Takao Matsuyama

Michitoshi Ohnishi

Takashi Ikeda

Haruhiko Murata

Yoshitaka Nishio

Mitsugu Kobayashi

Hiroshi Kawada

Hisao Uehara

Kousuke Takeuchi

Hiroaki Izu

Toshiyuki Okino

Kazuhiko Kuroki

Masayuki Tanaka

Akira Terakawa

Masayuki Iwamoto

Kenichiro Wakisaka

Toshiharu Tanaka

Hideto Fujita

Tetsuya Enomoto

Yukio Nakashima

Tsugufumi Matsuoka

Shoichiro Nakayama

Hirosato Yagi

Saburo Nakashima

Masato Nishikuni

Takahisa Andou

Noriyuki Mori

Nobuaki Uwa

Terutoyo Imai

Kenichiro Wakizaka

Makoto Tanaka

Masato Arisawa

Takeo Tsutsumi

Masakazu Umetani

Isao Nagaoka

Syunichi Kishimoto

Syouichi Yoshii

Nobuhiro Okuda

Yuuji Hamada

The present invention relates to a monitoring system capable of automatically detecting and reporting to a supervisor that a person enters a monitoring area from an area outside the monitoring area. The present invention comprises an imaging device for imaging the monitoring area, and means for detecting information relating to the movement of an object in the monitoring area.

Monitoring system and imaging system

A projection optical unit comprises a frame, a projection lens, a dichroic prism for synthesizing red image light, green image light and blue image light, and three liquid crystal display panels for red, green and blue. A lens mounting portion on which the projection lens is mounted, a prism mounting portion on which the dichroic prism is mounted, and three mounting surfaces on which the three liquid crystal display panels are respectively mounted are formed in the frame. The projection lens, the dichroic prism, and the three liquid crystal display panels are mounted on the frame. The three liquid crystal display panels are mounted through a focus adjusting mechanism comprising a belleville spring and a screw. The two liquid crystal display panels for red and blue are further subjected to CG adjustment (adjustment for matching pixels of the liquid crystal display panels for read and blue with pixels of the liquid crystal display panel for green) by an eccentric screw.

Projection optical unit and projection display

A two-dimensional image which is constitute by a plurality of frame images which are continuous in time is taken as an image for one eye, while a two-dimensional image obtained by shifting the frame image by N frames (N includes zero and is not fixed), thereby to produce a three-dimensional image. For example, the two-dimensional image is not changed, that is, the frame difference (N) is adjusted to '0' with respect to a portion of the two-dimensional image whose content is not easily converted into a three-dimensional image, while the frame difference (N) is adjusted to (N) larger than (N) for a normal three-dimensional image with respect to a portion of the two-dimensional image whose content is very easily converted into a three-dimensional image, thereby to give further three-dimensional feeling to a viewer as well as reduce the fatigue of the eyes of the viewer.

Method of converting two-dimensional image into three-dimensional image

An electrostatic motor for use as a power generating mechanism to be mounted on a micromachine includes a rotatable semiconductor substrate and a drive electrode disposed in proximity to the substrate. The semiconductor substrate is doped with a specified impurity element to form electromagnetic wave-static electric converters of p-n junction. When the motor is to be started, the converter in the vicinity of the electrode is irradiated with electromagnetic waves to set up an electric field between the opposed surfaces of the converter and the electrode to rotate the substrate by an electrostatic force due to the electric field.

Micromachine

The invention discloses a novel flat display panel suited for use with computer terminal equipment, television sets, or the like. The flat display panel first confines light in a core layer of a light wave guide, and then diminishes refractive index in part of the core layer by applying a specific vltage to it. Light transmitted from part of the core layer having diminished refractive index is then outputted outside from the light wave guide. Using the externally outputted light, the flat display panel displays figures. The flat display panel embodied by the invention minimizes the total thickness of the display panel itself. It effectively allows display of figures in a sizable visual area, and yet, allows display of figures at an extremely fast speed as well.

Flat display panel

A focus adjusting apparatus comprises a focus lens device provided in an optical system. The focus lens device comprises a transparent container of a rectangular prism form, a lens member supported in the container and formed of poly(acrylic amide) gel as a polymer gel substance having electro-reactive deformability, and a pair of transparent electrodes, the container being filled with water-aceton mixture solution. The lens member is formed by two lens materials having different proportions of acrylic acid group. A voltage is applied to the transparent electrodes under control of an automatic focusing circuit to cause electric field in the container, whereby the lens member is deformed in a concentric spherical form to form a lens. When the application of the voltage is stopped, the lens member returns to the initial form. A focal distance of the lens member is changed according to degrees of such deformation of the lens member.

Focus adjusting apparatus provided with a focus lens member formed of

A card type image reader comprises a rectangular card base and a reinforcing member provided on one side of the card base. A photodetector array in a straight line is provided on one end portion of the reinforcing member and the card base holds control circuit means and memory means. The control circuit means reads information of an original through the photodetector array in synchronization with a clock signal and stores the read information into the memory means.

Card type image reader with means for relieving bending stress

An electrostatic latent image forming apparatus includes a dielectric drum (10) a surface of which is uniformly charged in a predetermined polarity by a charging corotron (16). A recording head (18) includes a transparent base plate (30), a transparent electrode (32) and a photoconductive layer (34) composed of an amorphous silicon are formed on the transparent base plate in this order. A plurality of discharging electrodes (36) are formed on the photoconductive layer. A bias voltage (46) having a reverse polarity of the charged polarity being charging by the charging corotron is applied. When a light signal in accordance with an image to be formed is entered on the back surface of the transparent base plate, carriers, that is, holes and electrons are generated in the photoconductive layer, the carrier having the same polarity as the bias voltage is discharged onto the dielectric drum through the discharging electrodes. Electric charges are removed or reduced at a portion on the dielectric drum where such discharge occurs, and therefore an electrostatic latent image in accordance with the light signal being entered is formed on the dielectric drum.

Electrostatic latent image forming apparatus

An electrophotographic photosensitive sensor comprises a blocking layer, a photoconductive layer and a surface layer made mainly of microcrystalline or amorphous silicon and/or germanium and formed on a conductive substrate. At least one of the layers including the blocking layer, the photoconductive layer or the surface layer includes a multilayer which includes a plurality of constituent thin layers having different optical energy band gaps.

Electrophotographic photosensitive sensor

An ultrafine tube is produced by a method comprising the steps of applying a highly polymerized material on a substrate to form a resist layer on a surface of said substrate, applying a laser beam to the resist layer under such a condition that said resist layer is melted to form an ultrafine tube between the substrate and resist layer in the predetermined pattern.

Ultrafine tube and method for its production

There is disclosed a radiation sensitive high polymeric material which is used, for example, for making a photo-mask which is comprising polymethyl methacrylate having an average molecular weight which is in a range from 600,000 to 1,500,000 and a tetraalkylammonium perchlorate as an orientation inhibitor wherein said polymethyl methacrylate and tetraalkylammonium perchlorate are dissolved in an acetic cellosolve as a solvent.

Radiation-sensitive high-polymeric material

An electrostatic recording apparatus comprises a photosensitive drum. The photosensitive drum comprises a bulk layer of amorphous silicon formed on a support, and in the bulk layer, a first layer region is formed at the support side and a second layer region is formed at the surface side. The first layer region is formed in a manner of comprising hydrogen of 0.01-40 atomic %, oxygen of 0.1-40 atomic % and boron of 5.times.10.sup.-6 -1.0 atomic %. On the other hand, oxygen and boron are not doped virtually in the second layer region and generation of carrier traps is suppressed in this non-doped second layer region. Furthermore, the peak wavelengths of the lights irradiated onto the photosensitive drum from both a light source for exposure and light source for discharge are set shorter than 650 nm, and preferably shorter than 600 nm. Light of short wavelengths shorter than 650 nm is almost absorbed in the second layer region, and generation of carriers in the first layer region is small, and thereby capture of carriers in traps is suppressed.

Electrostatic recording apparatus

A transparent photo detector device according to an aspect of the present invention comprises: a transparent insulator substrate; a plurality of light sensor elements dispersively disposed on a main surface of the substrate, said sensor element including a transparent front electrode, a semiconductor layer for photo electric function and an opaque back electrode formed in that order on the main surface of the substrate, said semiconductor layer being neither protracting from nor retracting into between said front and back electrodes; and a transparent wire pattern formed on the main surface of the substrate for electrically connecting the plurality of sensor elements.

Transparent photo detector device

A transparent conductive film is formed on a glass substrate covering substantially its entire surface area and this transparent conductive film is divided into a plurality of transparent conductive parts per each photoelectric converting region. The photoelectric converting region is of a nearly rectangular shape, and accordingly, in order to divide the transparent conductive film into respective transparent conductive film parts, a laser beam is irradiated along all longitudinal and lateral sides of the rectangle. Thereby, the transparent conductive film parts corresponding to the photoelectric converting regions are formed as island regions. Semiconductor film parts are formed on the transparent conductive film parts divided into island regions corresponding to respective photoelectric converting regions and subsequently aluminum film parts are formed on these semiconductor film parts. Transparent conductive film parts are electrically connected to aluminum film parts of adjacent photoelectric converting regions. Thus, a photovoltaic device is manufactured wherein a plurality of photoelectric converting regions are formed on the substrate and respective photoelectric converting regions are connected in a series fashion.

Photovoltaic device

A field effect transistor comprises a source electrode, a drain electrode, a channel layer between the source electrode and the drain electrode, a gate electrode for controlling electric current in the channel layer, and a superlattice layer interposed between the channel layer and the gate electrode, the superlattice layer having a plurality of constituent thin layers perpendicular to a direction of electric current in the channel layer.

Field effect transistor

Growing community of inventors

Katano, Japan

Yukinori Kuwano