Abstract: A digital camera has two imaging units for capturing a pair of parallax images of an identical subject from different viewpoints for use in displaying a stereoscopic image. Parallax amounts between respective corresponding points of these parallax images are detected to calculate a cumulative frequency of the parallax amounts. Based on the cumulative frequency, adequacy of these parallax images for stereoscopic display is evaluated, and these images are recorded in association with information on the evaluated adequacy. Before displaying a stereoscopic image using the parallax images, a digital photo frame refers to the information on the stereoscopic adequacy of these images, and changes its output condition depending on the stereoscopic adequacy.

Abstract: A carton is disclosed. In this carton, a first connection plate is connected to an upper plate, a second connection plate is connected to the first connection plate, and a partition plate is connected to the second connection plate. When the partition plate is pulled outward from the opening, the partition plate moves in the same direction, and is pulled out.

Abstract: An input unit of the present invention includes: an instruction input unit including a display part, a posture of the instruction input unit capable of being displaced by a pressure applied to a first face thereof including a display screen of the display part; a switch pressing unit provided in the vicinity of an outer periphery of a face other than the first face of the instruction input unit, the switch pressing unit being capable of being displaced in accordance with the displacement of the instruction input unit; and a switch part arranged to work by being pressed by the switch pressing unit.

Abstract: In order that a recording medium can be attached to or detached from a main body of a digital camera in a state in which the digital camera is mounted on a stand for digital camera, there is provided the stand in which, a portion of a wall portion of the stand, facing a lower portion of a slot cover formed at a side surface of the camera man body of the digital camera in a state in which the digital camera is mounted on a holding portion of the stand, is an opening and closing wall portion, and the cover of the main body can be opened by opening the opening and closing wall portion.

Abstract: In order that a recording medium can be attached to or detached from a main body of a digital camera in a state in which the digital camera is mounted on a stand for digital camera, there is provided the stand in which, a portion of a wall portion of the stand, facing a lower portion of a slot cover formed at a side surface of the camera man body of the digital camera in a state in which the digital camera is mounted on a holding portion of the stand, is an opening and closing wall portion, and the cover of the main body can be opened by opening the opening and closing wall portion.

Abstract: The cradle apparatus for a camera facilitates satisfactory engagement and disengagement of a camera connector, ready locking of a camera in a state in which connectors are connected, and minimization of the dustiness of the connector of the cradle is to be provided. The cradle apparatus is mainly configured of a cradle body, a box-shaped sliding member, which is slidable relatively to the cradle body and accommodates and fixes a digital camera, and a cradle connector disposed on a side of the cradle body. By sliding the sliding member in a direction orthogonal to the mounting direction of the camera after mounting the digital camera to the sliding member, a camera connector can be engaged with and disengaged from the cradle connector.

Abstract: A carton is disclosed. In this carton, a first connection plate is connected to an upper plate, a second connection plate is connected to the first connection plate, and a partition plate is connected to the second connection plate. When the partition plate is pulled outward from the opening, the partition plate moves in the same direction, and is pulled out.

Abstract: A carton is disclosed. In this carton, a first connection plate is connected to an upper plate, a second connection plate is connected to the first connection plate, and a partition plate is connected to the second connection plate. When the partition plate is pulled outward from the opening, the partition plate moves in the same direction, and is pulled out.

Abstract: A cradle for a digital camera. When a digital camera is set in a retainer of the cradle, side portions of a wall formed at the retainer are disposed to shield a charging terminal and a USB terminal formed at a lower portion of a side surface of a casing of the digital camera. Thus, a charging cord and a USB cord cannot be connected directly to the charging terminal and the USB terminal when the digital camera has been set in the digital camera cradle. That is, when the digital camera is set in the cradle, it is possible to prevent redundant connection of connecting cords to any ones of a plurality of connecting terminals formed in the digital camera that are of kinds the same as other connecting terminals of the digital camera, which others are connected to connecting terminals provided at the cradle.

Abstract: A carton is disclosed. In this carton, a first connection plate is connected to an upper plate, a second connection plate is connected to the first connection plate, and a partition plate is connected to the second connection plate. When the partition plate is pulled outward from the opening, the partition plate moves in the same direction, and is pulled out.

Abstract: A cradle for a digital camera is formed by a cradle main body and a case member. The cradle main body of the cradle forms a bottom portion of the case member. The cradle main body may be fixed to the bottom portion of the case member, or may be able to be attached to and removed from the bottom portion of the case member. By accommodating a camera main body in the case member whose bottom portion is formed by the cradle main body, both the cradle main body and the camera main body can be easily transported and protected.

Abstract: In order that a recording medium can be attached to or detached from a main body of a digital camera in a state in which the digital camera is mounted on a stand for digital camera, there is provided the stand in which, a portion of a wall portion of the stand, facing a lower portion of a slot cover formed at a side surface of the camera man body of the digital camera in a state in which the digital camera is mounted on a holding portion of the stand, is an opening and closing wall portion, and the cover of the main body can be opened by opening the opening and closing wall portion.

Abstract: The cradle apparatus for a camera facilitates satisfactory engagement and disengagement of a camera connector, ready locking of a camera in a state in which connectors are connected, and minimization of the dustiness of the connector of the cradle is to be provided. The cradle apparatus is mainly configured of a cradle body, a box-shaped sliding member, which is slidable relatively to the cradle body and accommodates and fixes a digital camera, and a cradle connector disposed on a side of the cradle body. By sliding the sliding member in a direction orthogonal to the mounting direction of the camera after mounting the digital camera to the sliding member, a camera connector can be engaged with and disengaged from the cradle connector.

Abstract: A cradle for a digital camera. When a digital camera is set in a retainer of the cradle, side portions of a wall formed at the retainer are disposed to shield a charging terminal and a USB terminal formed at a lower portion of a side surface of a casing of the digital camera. Thus, a charging cord and a USB cord cannot be connected directly to the charging terminal and the USB terminal when the digital camera has been set in the digital camera cradle. That is, when the digital camera is set in the cradle, it is possible to prevent redundant connection of connecting cords to any ones of a plurality of connecting terminals formed in the digital camera that are of kinds the same as other connecting terminals of the digital camera, which others are connected to connecting terminals provided at the cradle.

Abstract: An input unit of the present invention includes: an instruction input unit including a display part, a posture of the instruction input unit capable of being displaced by a pressure applied to a first face thereof including a display screen of the display part; a switch pressing unit provided in the vicinity of an outer periphery of a face other than the first face of the instruction input unit, the switch pressing unit being capable of being displaced in accordance with the displacement of the instruction input unit; and a switch part arranged to work by being pressed by the switch pressing unit.

Abstract: A waterproof case for a camera comprises a case body, which contains the camera, and a lid, which is hinged to the case body and closes an opening of the case body watertightly. The hinge connecting the lid to the case body is provided with a friction member that holds the lid stationary at an arbitrary opening angle or at a predetermined opening angle regardless of the weight of the lid. The waterproof case is provided with a camera attachment member and a coil spring for moving the camera contained in the case body to a predetermined position as the lid opens. It is therefore possible to easily exchange recording mediums, and replace and charge a battery in the camera without taking the camera out completely from the case body.

Abstract: A solid state image pickup mounting structure which is used to mount a low pass filter onto the upper surface of a solid state image pickup element and fix them to a reference plate. The mounting structure includes a low pass filter holder formed of an elastic material and having first and second frame portions, and fastening means for fastening and fixing the low pass filter holder through the solid state image pickup element onto the reference plate. According to the mounting structure, the low pass filter is press fitted into the first frame portion of the low pass filter holder and the solid state image pickup element is mounted to the second frame portion in a manner similar to press fitting to thereby form them into a unit with the low pass filter on board the front surface of the solid state image pickup element, and the integrally formed members are then fastened and fixed onto the reference plate by the fastening means.

Abstract: A parallax correcting mechanism for a camera having a zoom lens. An objective lens is placed in the optical path of a viewfinder and is movable perpendicular to the optical axis of the viewfinder in cooperation with the focusing mechanism of the associated camera. A movable lens is also placed in the optical path of the viewfinder and is movable along the optical axis of the viewfinder in cooperation with the zoom adjustment of a zoom lens associated with the camera. The movement of the objective lens corrects for any parallax error between the viewfinder and an image seen by the zoom lens of the camera. The movement of the movable lens insures that the field angle of the viewfinder will correspond to that of the zoom lens.

Abstract: A zoom lens drive mechanism which is capable of zooming by moving first and second lens groups with a constant relation being maintained between them and of focusing by moving only the first lens group. A zoom shaft is disposed in parallel with the optical axis of the zoom lens and on the zoom shaft there is rotatably disposed a zoom cam ring which includes two cam grooves in the outer periphery thereof. In the zoom shaft there is disposed a first lens group drive means which is free to move in the axial direction of the zoom shaft and in the first lens group drive means there is provided a focus cam ring such that it is free to rotate. Two cam followers respectively provided in the first lens group drive means and in the second lens group are in engagement with the two cam grooves in the zoom cam ring, respectively, and a cam follower provided in the first lens group is in engagement with a cam groove formed in the focus cam ring.