Abstract: An LCD panel for displaying information in finder has an input terminal. In order to connect the input terminal and a driving circuit, an FPC board is employed. The LCD panel and the FPC board partially overlap each other so that the terminals of the LCD panel and the FPC board face each other with a cushion inserted therebetween. The cushion includes insulating portions and conductive portions. The overlapping portion of the LCD panel and the terminal are inserted into the slit so that the LCD panel, the cushion and the FPC board firmly contact each other. Thus, the display panel and the FPC board are electrically connected.
Abstract: An adjustable platform is used with a camera support system which includes a camera support and a support apparatus. The adjustable platform includes a platform, a mounting plate, to which a camera is attached, and a quick release mechanism. The platform has a surface, a first downwardly innerly beveled sidewall and a second downwardly innerly beveled sidewall. The mounting plate is disposed on the platform. The first and second downwardly innerly beveled sidewalls loosely engage the mounting plate so that the mounting plate is slidably coupled to the platform. The quick release mechanism is coupled to the platform and, when the quick release mechanism engages the mounting plate, it secures the mounting plate to the platform. The adjustable platform includes a lateral adjustment mechanism and a longitudinal adjustment mechanism disposed beneath the platform and coupled thereto.
November 17, 1995
Date of Patent:
April 7, 1998
George K. Paddock, Christopher C. Haarhoff
Abstract: A camera or an apparatus for a camera, which is arranged to record photographed-frame information indicative of a photographed frame on photographed frames of a film on a frame-by-frame basis, comprises an indication device which gives a midroll interrupt indication for rewinding a film which is partway used into a film cartridge, a film transport device which rewinds the film which is partway used into the film cartridge in accordance with the midroll interrupt indication given by the indication device, and a determination device which determines whether the photographed-frame information is recorded on photographed frames of the film on a frame-by-frame basis, while the film transport device is rewinding the film into the film cartridge in accordance with the midroll interrupt indication given by the indication device.
Abstract: A lens drive mechanism includes first and second members positioned adjacent to each other where the second member supports a lens group and is movable relative to the first member along an optical axis of the lens group, and a first guide shaft extending in a direction of the optical axis which is supported by the first member to be guided in the direction of the optical axis, where one end of the first guide shaft is secured to the second member. The lens drive mechanism also includes a gear rotatably supported on the first member, which does not move in the direction of the optical axis relative to the first member and has a hole at an axial center on an inner periphery of which is formed a first thread.
Abstract: A viewpoint detection device comprises a viewpoint detection circuit which detects a position of viewpoint of an operator, a memory for storing detection information from the viewpoint detection circuit in a case where the position of the viewpoint is properly detected, and a correction circuit which compensates an output of the viewpoint detection circuit by using detection information stored in the memory, when the detection of the position of viewpoint is not conducted properly by the viewpoint detection circuit.
Abstract: A camera for detecting the line-of-sight of a user includes a photographing controller for performing a continuous shot operation in which a photographing operation is repeated continuously while a release button is pressed, a line-of-sight detector for detecting the position of the user's line-of-sight, a line-of-sight detection controller for operating the line-of-sight detector for every photographing operation, a focus detector for performing a focus detecting operation based on the position of the line-of-sight detected by the line-of-sight detector, a determinator for determining whether the result of focus detection by the focus detector is appropriate, and a focus detection controller for operating the focus detector without operating the line-of-sight detector if the determinator determines that the result of focus detection is inappropriate.
Abstract: An automatic focusing apparatus of a camera according to the present invention includes: a focus detector which detects repeatedly focus conditions of a photographic lens and outputs successively focus signals corresponding to the focus conditions; a drive unit for driving the photographic lens for focus adjustment; a predictor for predicting an in-focus point from the plurality of focus signals from the focus detector; a control unit for controlling the drive unit to drive the photographic lens toward the in-focus point predicted by the predictor; an auxiliary light projector for projecting auxiliary light onto an object to enable detecting operation of the focus detector; and a forbidding device for forbidding the control of drive by the control unit while the auxiliary light is projected by the auxiliary light projector.
Abstract: A camera image stabilizing apparatus includes a blur detecting device for detecting blur in an image; a blur compensating device for compensating blur in the image; a control device for controlling the blur compensating device, in response to an output from the blur detecting device; and a varying device for changing in accordance with shutter speed, at least one of an integration time constant of the control device, that of a high-pass filter, or the gain of a control loop.
Abstract: An image shake detecting device for detecting a shake of an image on an image sensing plane on the basis of a video signal output from an image sensor includes detection circuits arranged to detect image displacement in a plurality of areas set on the image sensing plane, and a control microcomputer which makes a discrimination, on the basis of information output from these detection circuits, between a movement of a camera and a solo movement of a photographed object. The device thus accurately makes compensation for an image shake by judging the state of the image on the basis of information output from these detection circuits. The image shake detecting device further includes a computing circuit arranged to compute a quantity of an image shake on the basis of a difference in detecting timing of a feature point of the image and a sensitivity control circuit arranged to change the detection sensitivity of the shake detection circuits.
Abstract: A camera adapted to receive a film cartridge having a recording member on which is recorded information relating to a total number of available frames in a film is provided. This camera includes an information detector that detects the information relating to the total number of available frames that is recorded on the recording member, a display unit that displays the information relating to the total number of available frames, an abnormality judging unit that determines whether any abnormality is present in the information relating to the total number of available frames that is detected by the information detector, and a display controller that controls a display of the display unit according to a result of judgement made by the abnormality judging unit.
Abstract: A camera including a body unit and a top cover unit configured to be mounted on the body unit. The body unit has a body section that defines a space within the camera. The camera also includes a component disposed on the top cover unit and a control unit disposed in the space defined within the camera. The control unit controls the component. The camera also includes a connection unit that electrically connects the component and the control unit. The connection unit is disposed proximately close to the space defined within the camera, thereby allowing the top cover unit to be removed from the body unit without disconnecting the component and the control unit and thereby allowing diagnostic operations to be performed within the camera.
Abstract: The picture frame switching mechanism according to the present invention includes: a plurality of picture frame definition members whose relative position in a plane perpendicular to an optical axis of an optical system is changed so as to switch picture frames; a drive section which drives a portion of the plurality of picture frame definition members; and a linked driving section which drives other portion of the picture frame definition members in linkage according to predetermined conditions with driving of the portion of the picture frame definition members.
Abstract: An electronic flash illuminates an object. A first photometric unit measures a visible light component of ambient light of the object. A second photometric unit measures an infrared light component of the ambient light of the object. A determining unit determines the ratio between the visible light component measured by the first photometric unit and the infrared light component measured by the second photometric unit. On the basis of the ratio determined by the determining unit, a light emission determining unit determines whether the electronic flash is to be made emit light.
Abstract: A camera includes a CCD line sensor divided into a plurality of blocks and a plurality of monitors provided near each of the divided blocks and sensing the amount of received light corresponding to each block. The storage of charge in each block of the CCD is controlled based on the amount of the light received by the monitor. Each block corresponds to each part of an object in a finder of the camera.
Abstract: A camera equipped with a date imprinting circuit capable of setting multiple imprinting modes and a photographic mode setting circuit capable of setting multiple photographic modes. The camera includes an operational circuit to set and modify the previously mentioned imprinting modes and photographic modes. A detection circuit detects whether or not the camera is in a first state or a second state. A selection circuit modifies the imprinting mode by operating the operational circuit when the detection circuit detects that the camera is in the first state and modifies the photographic mode by operating the operation circuit when the detection circuit detects that the camera is in the second state.
Abstract: In a single use camera having a flash circuit and a film drive motor operated from a single battery source, a control circuit is provided with a diode that is coupled from a terminal on the motor control switch to the flash charging circuit to suppress operation of the flash charging circuit while the film drive motor is operating to advance the film after a picture taking event. The motor OFF position of the control switch is connected to battery positive terminal and the control circuit includes a capacitive connection from the switch to the flash charging circuit such that when the motor switch changes over from the motor ON to motor OFF position, a positive pulse is applied to restart operation of the flash charging circuit when the motor is turned off. This arrangement suppresses operation of the flash charging circuit while the motor is running, allowing full battery current to be applied to the motor.
Abstract: A photographing apparatus having a vibration reducing mechanism comprises a photographing optical system, a preparatory flash device for preventing a pink-eye, and a vibration reducing mechanism for detecting a vibration quantity of an optical axis of the photographing optical system and moving a whole or a part of the photographing optical system relatively to a photographing picture. The photographing apparatus has a function of stopping the preparatory flash device when the vibration reducing mechanism is in an operable state.
Abstract: An auto focus camera includes a focus detecting circuit, a lens driving circuit for driving a taking lens to an in-focus position based on a focus detection result, a starting signal outputting circuit for outputting a starting signal which starts a focusing operation, an operating member to be operated by a user after the starting signal is outputted, and a controlling circuit for controlling the lens driving circuit so as to drive the taking lens in manners different between before and after an operation of the operation member.
Abstract: In a distance measuring apparatus, a light-detecting portion in a trigonometric distance measuring apparatus using a passive method is also used as a light-detecting portion for photometry processing. Thus, the luminance range for distance measurement is widened. The distance measuring apparatus includes two light-detecting portions arranged in correspondence with two optical systems. Correction filters for luminous efficacy correction is arranged in the optical paths of each optical system covering halves of the corresponding light-detecting portions.
Abstract: A distance measuring apparatus includes a pair of line sensors. An image of an object is projected on the line sensor through a lens. The distance up to an object is measured according to the object image in the line sensor. The line sensor includes a plurality of pixels (CCD). The time period for respective pixels to complete charge accumulation with the pixel first completing charge accumulation as the pixel of quantizing reference becomes the data for the respective pixels. In the present invention, the range of pixels used for quantizing reference is altered according to variation in the focal length of the lens. The operation of distance measurement is terminated when charge accumulation for all the pixels within the range of the integration completion determination ends. The range of integration completion determination is altered according to the focal length, the measured brightness value and the shooting mode.