Konica Corporation

Seiko Epson Corporation

Toppan Printing Co., Ltd.

Konishiroku Photo Industry Co., Ltd.

Other

Senju Sprinkler Company Limited

Satoshi Harada

Yasushi Hoshino

Toshiki Fujisawa

Kohichi Yamaguchi

Kosei Miyauchi

Kazuhiro Yashiki

Haruyoshi Yamada

Michio Yagi

Koji Watanabe

Seiichi Isoguchi

Masami Fujita

Seiji Tanaka

Kazuyuki Shimizu

Akira Onodera

Naoki Minamikawa

Masazi Yoshimura

Yukinori Karihara

Tohru Horiuchi

Kousei Miyauchi

Daisuke Yaegashi

Shigeo Sugawara

Kohsei Miyauchi

Ryoutarou Chiba

Zenkou Obara

The object of the present invention is to provide an optical information medium having a colored glossy effect which is single- or multi-colored in regions where a reflective layer is present, but colorless in regions where the reflective layer is absent. The optical information medium of the present invention includes a bonding part (receiving layer), at least one image part, and an adhesive layer (protective layer) covering the at least one image part, wherein each of the image part includes a micro-protrusion/depression structure including part having a micro-protrusion/depression structure on at least a part of the surface opposite to the bonding part, a reflective layer, and a mask layer, in the order from the bonding part (receiving layer), the micro-protrusion/depression structure including part is colorless or colored in one or more translucent or opaque color, and at least one of the micro-protrusion/depression structure including part of the image part is colored in one or more translucent or opaque color.

Optical information medium

A laminated transfer medium that can be used to make a printed matter or the like which includes a fine relief structure with an improved or even high non-defective rate. The laminated transfer medium can form a transfer laminate which contains a fine relief structure section having a fine relief shape onto a transfer target by using a hot stamp, and characterized in that the laminated transfer medium includes a carrier base, a bonding layer formed on the carrier base, a fine relief structure section having a fine relief shape being disposed on the bonding layer, and an adhesive layer formed on the fine relief structure section, wherein the fine relief structure section is made up of separate discrete pieces positioned to be contained in area to be transferred by using the hot stamp.

Laminated transfer medium and printed matter

The present invention realizes a new actuated valve type water flow detection device that can be applied to a pipe with a relatively large bore diameter. The water flow detection device A includes a coil spring for urging a detection rod in an opening direction of a valve body. Therefore, while detecting water flow by linking a rotation of the detection rodto a rotation of the valve body when the valve body opens or closes by a differential pressure, the detection rod does not apply a closing load to the valve body that is released. Therefore, even when the rotation of the valve body is small because the water flow in the secondary side is small in a conventional actuated valve type water flow detection device, it is possible to increase an opening angle of the valve body.

Water flow detection device

To provide an image reading apparatus which is capable of easily and quickly specifying a frame of a transparency original for which image reading is desired from the transparency original having a plurality of frames and of image reading with high accuracy at the time of final reading of a specified image. The image reading apparatus comprises: a carrier member holding a film-shaped transparency original which has a plurality of frames; an illuminating means illuminating the transparency original; and an image reading means reading image data of the transparency original illuminated by the illuminating means, in which when the image data is read in previewing, the carrier member is moved by a carrier moving means, and when final image reading of the image data is effected, the carrier member is moved by moving a carrier frame having the carrier moving means. The image data which has been read is outputted to an image display device connected to the image reading apparatus.

Image reading apparatus

A device for displaying photographic images by reading image data recorded on a film and displaying them on a display means, wherein the kind of the film is discriminated, at least either one of the number of frames displayed on a screen of the display means or the reading resolution of the image reader means is variably determined depending upon the kind of the film that is discriminated, and the images are displayed on the screen of the display means depending upon the determination by the determination means. The images of frames of a number determined depending upon the kind of the film are efficiently displayed on the screen of the display means and/or the images are displayed maintaining a proper resolution depending upon the kind of the film by varying the reading resolution of the image reader means.

Scanner for scanning photographic images

Provision is made of a carrier for holding a piece film cut every after several frames and a carrier for holding a long wound film contained in a cartridge and having a motor for frame-feeding. When the carrier is loaded, the carrier is driven at a high speed by a first stepping motor and is driven to a predetermined position, to optically detect whether the carrier is for holding the piece film or for holding the long wound film. When the carrier is for holding the piece film, the carrier is driven at a high speed by the first stepping motor and is prescanned. When the carrier is for holding the long wound film, the carrier is driven by a second stepping motor and is prescanned. In the main scanning, both of the carriers are driven by the second stepping motor at a low speed, so that image is read maintaining a high resolution.

Film scanner

A film scanner includes: a film carrier having, an aperture for image reading, a film conveyor for conveying a film on which image information in each frame has been recorded, to the aperture one frame by one frame of the film, and a communication device for receiving a control signal to control the film conveyor; an image reader for optically reading the recorded image information on the film; a controller for generating the control signal; and a first outputting device connected with the communication device for outputting the control signal to the film carrier.

Photographic image processing apparatus

A camera includes: a switching circuit for switching the camera between a suspending status and a photographable status; a remote control unit which includes an operation member for conducting a photographing operation and a transmitter for outputting a photographing signal when the operation member is operated; a receiver for receiving the photographing signal; and a control circuit for controlling the camera so that a photographing operation is always conducted in accordance with a receipt of the photographing signal with the receiver when the switching circuit is switched to the photographable status. In order to conserve battery voltage, the control circuit sends a signal to the receiver to turn the receiver off after a set period of time has lapsed and no photographing signal has been received from the control unit.

Camera with a remote control unit

An electronic flash device includes a flash discharge tube, an IGBT, connected to the flash discharge tube, for controlling light emission, a trigger means for driving the flash discharge tube, an AC voltage generating means having an oscillation transformer for generating an AC voltage from an input voltage, and a power supply section for generating a gate drive voltage for the IGBT from a counter electromotive voltage generated at a terminal of a winding of the oscillation transformer. The electronic flash device further includes an IGBT drive voltage generating means, a first resistor connected between the IGBT drive voltage generating means and a gate of the IGBT, a capacitor having a terminal connected to the IGBT drive voltage generating means and having a capacitance larger than an electrostatic capacitance across the gate and an emitter of the IGBT, a second resistor having a terminal connected to the other terminal of the capacitor and the other terminal connected to the gate of the IGBT and a resistance smaller than that of the first resistor, and a third resistor connected between a ground terminal and a connection terminal between the IGBT drive voltage generating means and the first resistor.

Electronic flash device

A camera to record an identification data with a subject image. The identification data is superimposed on the subject image in an imprint area within a predetermined area of the photographic film, where the imprint area corresponds to the length of the identification data. A movable masking member masks the imprint area to decrease the luminance of the subject image therein. A controller of the camera determines a masking position of the mask member based on the number of characters of the identification data, and controls a driver to drive the masking member to the masking position. A finder masking member of the camera is linked to the film masking member, and masks an area of the view finder that corresponds to the imprint area of the film for indicating the imprint area in the view finder frame.

Camera having a data registration device

The present invention relates to the improvement of an exposure control device in a camera having a centralized control system that has a built-in control circuit such as a microprocessor etc. and employing a shutter wherein an optimum exposure is obtained in a way that the exposure is given to the film between the gradual opening of the shutter and the closing thereof and the correlation between the shutter apertures and their corresponding lapse of time form a triangle on the graph. If further relates to the improvement of the exposure control means for flash photographing in a camera employing aforesaid shutter and a built-in strobe flash light source.

Camera

The present invention relates to the improvement of an exposure control means in a camera having a centralized control system that has a built-in control circuit such as a microprocessor etc. and employing a shutter wherein an optimum exposure is obtained in a way that the exposure is given to the film between the gradual opening of the shutter and the closing thereof and the correlations between the shutter apertures and their corresponding lapse of time form a triangle on the graph. It further relates to the improvement of the exposure control means for flash photographing in a camera employing aforesaid shutter and a bulit-in strobe flash light source.

Growing community of inventors

Hachioji, Japan

Satoshi Harada