Seiko Koki Kabushiki Kaisha

Seikosha Co., Ltd.

Sony Interactive Entertainment Inc.

Tohoku University

Tokyo Institute of Technology

Okayama University

Hiroaki Ishida

Kiyoshi Kitai

Shinji Nagaoka

Tadashi Nakagawa

Nobuo Shinozaki

Masuo Ogihara

Hajime Oda

Ichiro Nemoto

Masanori Watanabe

Yuzuru Takazawa

Koji Sato

Yukio Morino

Tomoo Yonemoto

Takeshi Yamagishi

Masanori Fujita

Tomokazu Kake

Eiichi Onda

Keiji Togawa

Takeo Saito

Shigeo Hirose

Shigeru Tagami

Atsushi Takami

Yukio Nakamura

Kohji Fukunaga

Hiroshi Sudo

Yoshiyuki Iwamatsu

Tadahiko Yamaoka

Takashi Segawa

Isamu Ishii

Masaki Tanaka

Shintaro Ban

Masaru Kobayashi

Hiroyuki Izumi

Yoichi Nakano

Yoshio Umezu

Michitake Nakazawa

Hiroyuki Miyachi

Yasuhiro Nishitani

This invention provides a pharmaceutical composition for treating or preventing synucleinopathy comprising a compound represented by formula (I), or a pharmaceutically acceptable salt thereof.

Agent for treating synucleinopathy

In an interface apparatus for presenting a force sense at a remote place or in a virtual space to a user, the number of motors for exerting force upon fingers of the user is decreased. The interface apparatus includes a first arm and a second arm for being attached to the thumb and a finger other than the thumb, respectively. A motor includes a motor main body supported for rotation, and a rotary shaft that relatively rotates with respect to the motor main body. The rotary shaft is connected to the second arm. The motor main body is connected to the first arm so as to impart rotation thereof to the first arm.

Interface apparatus

An instant photocopying apparatus has a rod lens array for imaging fine areas of a manuscript on a photosensitive surface of an instant film. The apparatus has a carrier which is movable in a direction parallel to the manuscript. A flourescent lamp illuminates the manuscript. A filter holder is mounted to the lower end of the carrier, and an optical filter is provided for covering a light incidence portion of the rod lens array. The filter is removably mounted so as to enable changing the exposure and tint of the photosensitive surface of the instant film by mounting or dismounting the filter.

Instant photocopying apparatus

An instant photocopying apparatus that allows scanning of an optical means to be carried out plural times continuously by one copying starting operation in the instant photocopying apparatus for sequentially imaging and copying fine areas of an object on an instant photosensitive material by scanning the optical means in parallel to the object is provided. A scanning number setting means 57 is provided and a control circuit 48 is programmed so that it scans continuously by the number of times set by the scanning number setting means 57. An user set any scanning number by the scanning number setting means 57. Then when a start switch SW3 is pressed, the control circuit 48 lights up an illuminating means 24 and issues a command to a motor driving circuit 54 to scan continuously by the preset number of times from one end to the other end of a copying area.

A focal plane shutter has at least one shutter blade group comprised of a leading blade and a set of trailing blades. A first parallel link mechanism is pivotally connected at two spaced locations to the leading blade to effect displacement of the leading blade relative to a shutter opening. A second parallel link mechanism is pivotally connected at two or more spaced locations to the set of trailing blades to effect displacement of the trailing blades relative to the shutter opening. The distance between the two pivotal connections of the first parallel link mechanism is greater than the distance between the at least two pivotal connections of the second parallel link mechanism.

Focal plane shutter

A camera system of the type having a lens shutter, a focal-plane shutter, an aperture defined by the lens shutter, and a camera lens, includes a selector circuit which sets an operation mode to either a lens shutter mode in which the lens shutter is operated as a programmed shutter or a focal-plane shutter mode in which the shutter speed is controlled by the focal-plane shutter and the aperture of the camera system is controlled by the lens shutter; a first driving system which controls the lens shutter; a second driving system which controls the time during which the focal-plane shutter is operated; a sequential control circuit which controls the timing of the first and second driving systems; a setting circuit which sets the focal length of the camera lens; an arithmetic circuit which produces an output signal in response to the brightness of the subject, the distance to the subject, the focal length of the lens and the sensitivity of the film; and a switching circuit which switches the operation mode to the focal-plane shutter mode irrespective of the setting of the selector circuit when the exposure value to be controlled exceeds the programmed exposure value of the lens shutter and for switching either the operation mode or the shutter speed in accordance with the set focal length to prevent photographic blurring during camera shake, in response to the output from the arithmetic circuit.

Camera system

A method of driving a motor-driven shutter for a camera having a sector opening lever which is pivotal to open and close sectors, a sector opening cam movably supported and engageable with an engagement pin provided on the sector opening lever, an actuating member for pivoting the sector opening lever through engagement between the sector opening cam and the engagement pin, and a reversible motor for driving the actuating member. The motor is temporarily suspended when the actuating member is driven to a position where the sector opening cam comes into contact with the engagement pin, and the motor is restarted to cause the engagement pin to reach a predetermined position on the sector opening cam. Thus, it is possible to obtain a stable shutter opening operation and hence increase the degree of aperture accuracy.

Method of driving a motor-driven shutter for a camera

A device for activating shutter blades relative to a shutter opening and utilizing a control signal from an electronic circuit includes an electric motor rotatable clockwise and counterclockwise according to a control signal from the electronic circuit, a gear driven by the motor, the gear being located on one side of the shutter opening, fixed pivot axes located on an opposite side of the shutter opening, and a shutter operable device comprising shutter blades pivotable about the fixed pivot axes, the shutter operable device having gear teeth meshing with the gear such that the gear is operable to pivot the shutter blades clockwise and counterclockwise about fixed pivot axes to open and close the shutter opening.

Device for activating motor-driven shutter blades

A motor-driven shutter mechanism is provided with a lens protecting mechanism to protect the lens of a camera. The lens protecting mechanism consists of one or more lens guard members movable back and forth upon operation of the camera's motor-driven focussing and aperture setting mechanism to cover and uncover the lens. The lens guards are operably interconnected with the same motor which controls the focussing and aperture setting operations of the camera.

Motor-driven shutter for camera

A motor driven shutter for a camera provided with a drive member moving in a lens operating area and an exposure operating area that are parted in one and the other, only one motor capable of reciprocal operation for operating said drive member, a range member for setting a lens position by interlocking with said drive member in said lens operating area, an urging member for urging said range member in a direction toward an initial position, an opening and closing member which has a sector open and close by interlocking with said drive member on said exposure operating area, locking means which locks said range member at a position corresponding to a focusing direction signal, and releasing means for releasing the locking of said range member by moving said drive member to the lens operating area again after exposure operation is completed.

Motor driven shutter for camera

A flashmatic device for cameras equipped with a programmed electronic shutter having sectors serving also as diaphragm blades, firing the flash at a suitable point in a phase of the shutter operation in which the aperture is gradually opened, to ensure synchronized flash shooting. Even in a case where a sector closing signal is produced earlier than a flash trigger signal, the flash is fired by means of a switch which is closed in relation with the sector closing motion to make flash synchronization possible under any condition.

Flashmatic device for cameras

An electromagnetically releasable shutter for a camera comprises an electromagnet (8) which is energized upon the execution of shutter releasing operation and de-energized after an exposure time corresponding to the brightness of the object has elapsed since energization, an armature lever (7) which is driven by the electromagnet (8), an actuating member (4) which starts moving to drive a diaphragm operating member (6) in a direction to open the diaphragm when the armature lever (7) is attracted by the electromagnet (8), and a shutter closing member (9) which drives the diaphragm operating member (6) in a direction to close the diaphragm when the armature lever (7) is released from the electromagnet (8). The actuating member (4) is provided with a part to restrain the operation of the shutter closing member (9) when the actuating member (4) is at the charged position. The armature lever (7) is provided with a part which enters the range of movement of the shutter closing member (9) to restrain the operation of the shutter closing member (9).

Electromagnetically releasable shutter for a camera

An electromagnetically actuated shutter for a camera wherein automatic focusing and exposing operation are controlled by means of a single reversible stepping motor.

Electromagnetically actuated shutter for a camera

In an automatic focusing camera capable of bringing the lens into focus by automatically detecting the distance between the object and the camera, an automatic focusing device for a camera comprises an actuating member which is operated prior to the start of shutter operation, and a retainer which retains the actuating member at the initial stage of the release operation. The retainer is adapted to cancel the retention of the actuating member prior to start of the shutter operation by the shutter releasing member. The actuating member is interlocked with a coincidence type rangefinder which detects the focus of the lens and the actuating member can be returned to its initial position interlocking with the return motion of the shutter releasing member.

Automatic focusing device for the camera

A camera equipped with an electronic shutter having an automatic focus detecting device capable of automatic focusing of the photographing lens through detection of the distance between the object being photographed and the camera comprises an electronic module for the automatic focus detection system, an electronic module for the automatic exposure control system, an electromagnet connected to both of the electronic modules, and an obstructing means capable of constraining the electromagnet at a first position during the course of displacement of the electromagnet from a first position to a second position. According to the camera release operation or the operation caused by the camera release operation, the electronic module for the automatic focus detection system controls the electromagnet so as to determine the focus position and the electronic module for the exposure control system controls the electromagnet so as to adjust the exposure after the electromagnet is constrained by the obstructing means at the first position.

Growing community of inventors

Chiba, Japan

Hiroaki Ishida