Abstract: A camera housing includes a humidity prevention system comprising various seals between internal components of the housing such as an external shell of the housing, a lens barrel within the external shell, a front cover of the housing, an outer front cover of the housing, and a viewing component connected to the outer front cover. A plurality of seals creates an airtight seal between the lens barrel and the front cover and between the front cover and the outer front cover. The seals create an airtight cavity within the outer front cover, the viewing component, the front cover, and the lens barrel. Additional seals can also be used to create an airtight seal between the outer front cover and the viewing component and between the external shell and the front cover, further preventing humidity from accumulating within the closed airtight space.

Abstract: Camera mount systems, allowing a camera crew to quickly change over from one type of camera mount to another type of camera mount, include an adapter plate and a camera mounting plate, which can mount to various types of camera mounts. The adapter plate includes a support platform and primary and secondary female alignment elements, which form sockets. The sockets are configured to receive primary and secondary male alignment elements of the camera mounting plate. The camera mounting plate and the adapter plate are configured to mate, using one or more locking, engagement, and/or catch mechanisms such that the mounting plate is securely positioned on the adapter plate. Upon assembly of a camera mount system with a camera mount, movement of the camera during and between filming is avoided.

Abstract: A developer supply container includes a developer accommodating portion for accommodating developer; a discharge opening for discharging the developer from said developer accommodating portion; a pump portion capable of changing an internal pressure of said developer accommodating portion so as to discharge the developer through said discharge opening; a venting portion for permitting venting between an inside and an outside of said developer accommodating portion while preventing flowing of the developer out of said developer accommodating portion; and a ventilation blocking portion for blocking venting of said venting portion at least when said pump portion operates.

Abstract: In accordance with one embodiment, an image forming apparatus comprises a fixing section, a pressing section, a plurality of nips, a plurality of conveyance paths, a switch section and a control section. The fixing section is heated through a heat source. The pressing section is pressed against the fixing section to form a nip. The plurality of nips are formed by at least one fixing section and at least one pressing section. The plurality of conveyance paths pass through at least one of the plurality of nips. The switch section switches the plurality of conveyance paths. The control section controls the switch section.

Abstract: A camera system with a full view monitoring function includes a base, a first camera apparatus, at least one second camera apparatus and a controller. The first camera apparatus is fixed on the base and invariably faces toward a first direction. The first camera apparatus is adapted to capture a panorama image. The second camera apparatus is movably disposed on the base and adjustably faces toward a detecting direction different from the first direction. The second camera apparatus is adapted to encircle around the first camera apparatus. The controller is electrically connected to the first camera apparatus and the second camera apparatus. The controller is adapted to analyze the panorama image to filter out a triggering zone, to encircle the second camera apparatus toward a detecting direction corresponding to the triggering zone, and to drive the second camera apparatus to capture a detecting image overlapping the triggering zone.

Abstract: A shutter apparatus limits an image capturing area of an image-capturing apparatus for capturing an image. The shutter apparatus includes a base in which a hole is formed, and a restricting member that surrounds the image-capturing apparatus, wherein the restricting member is divided into a plurality of members, each being operated independently, and received and protruded through the hole of the base.

Abstract: A camera motion control system has a camera mount supported by one or more rotary damper assemblies. At least one of the rotary damper assemblies has a damped axle protruding from a damping fluid housing. A diaphragm seal is affixed to and spans both the axle and the damping fluid housing to seal the damping fluid in the damping fluid housing.

Abstract: An image forming apparatus includes a toner image holding member, a transfer unit, and a supply unit. The toner image holding member holds a toner image. The transfer unit transfers the toner image held by the toner image holding member to a recording medium. The supply unit supplies powder such that the powder is interposed between an end portion of the recording medium and the toner image holding member and/or the transfer unit if the recording medium includes an intermediate adhesive layer.

Abstract: When a stepping motor is used as a driving source for a shutter device, if the stepping motor loses synchronization because of variations in load during driving or the like, it becomes unable to rotate a driving ring at that time, and this disables an exposure operation. In a first zone where a driven member is driven, but a light shielding member remains in a closed state or an open state, the motor drives the driven member in open-loop driving mode. In a second zone where the driven member is driven, and thus the light shielding member moves to the closed state or the open state, the motor drives the driven member in feed-back driving mode.

Abstract: A studio arrangement including a plurality of paths having a common termination point wherein none of the paths are parallel to another, a plurality of mannequins each comprising a conveyance that is slidably engaged with a different one of the paths such that each mannequin can slide along the path to the termination point, a background comprising a white surface, the background located behind the termination point, an image capture device located at a first position on an axis that intersects a mannequin at a second position when the mannequin is positioned at the termination point, and one or more light sources each aimed at the background and positioned in front of the termination point.

Abstract: A system for capturing aerial images, the system comprising at least one overview camera, a plurality of detail cameras, and a frame for holding the cameras, each detail camera having a longer focal length than the at least one overview camera, each detail camera mounted at a different angle laterally so that the fields of view of the detail cameras overlap to form an extended lateral field of view, the frame comprising a center support, each side of the center support supporting at least some of the cameras.

Abstract: An apparatus can include a processor; memory operatively coupled to the processor; a display operatively coupled to the processor; a camera that includes a lens, an active state and a dormant state; a housing that houses at least the processor and the camera and that includes a surface where the surface comprises an aperture aligned with the lens of the camera; a flap where, in a first orientation, the flap covers the aperture and where, in a second orientation, the flap exposes the aperture; and circuitry that determines the state of the camera based on the orientation of the flap. Various other apparatuses, systems, methods, etc., are also disclosed.

Abstract: An enclosure for a surveillance camera includes a housing having front, rear, top, bottom and opposing side walls. A camera dome projects downwardly below the bottom wall. A support structure includes a vertical channel attachable to a vertical post for supporting the housing on a post. A cover is selectively attachable to both the top and bottom walls, the cover normally being attached to the bottom wall to cover and protect the camera dome during transport or when surveillance is not required and attached to said top wall to expose said camera dome when in use during surveillance. The top and bottom walls are provided with connecting members for easily removing or securing the cover by flipping it 180° when moving the cover between the top and bottom walls of the housing when mounted on the support structure and post.

Abstract: An imaging system includes an imaging body having an optical system and an imaging element, a power supplier configured to supply power to the imaging element, and a housing configured to hold the imaging body and the power supplier, wherein the optical system includes at least one optical element projecting from the housing, and a distance AP between a gravity center A of a portion including the optical system and a gravity center P of the entire imaging system and a distance BP between a gravity center B of the power supplier and the gravity center P of the entire imaging system satisfy the following condition.

Abstract: A photographic stage is provided that includes at least one camera, a scanner, and a computer configured to capture a plurality of images from the at least one camera. The computer is also configured to detect a tagged item based on data from the scanner and to identify the tagged item in at least one of the images. A method of using the photographic stage and an apparatus is also provided.

Abstract: An optical adjusting device includes: a rotating unit that includes and rotates about a through-hole through which light passes; at least one moving unit that is movably disposed relative to the rotating unit and is linearly movable between an advance position corresponding to the through-hole and a retreat position outside the through-hole; a transmitting unit that is disposed between the rotating unit and the moving unit and transmits a rotational force of the rotating unit to the moving unit; and an optical unit that is disposed on the moving unit and blocks at least part of light passing through the through-hole.

Abstract: Incident light that passes through the optical aperture is controlled by pivoting the light control unit (130) alternately to a first stationary position of being retracted from the optical aperture (102 and 122), and a second stationary position of overlapping with the optical aperture by moving the light control unit by the drive unit (132 and 150), and when the light control unit is at the first stationary position, the light control unit is capable of sticking out of the first substrate and the second substrate.

Abstract: A light adjusting apparatus including first and second substrates that include openings and are disposed parallel to each other at a predetermined distance, a rotating shaft member rotatably attached to the first and second substrates, a drive section that rotates the rotating shaft member, an incident light adjusting section that has a light adjusting function and is joined to the rotating shaft member so as to rotate integrally therewith, and a ring-shaped protruding portion for increasing a junction area of a joint portion between the rotating shaft member and the incident light adjusting section, in which the incident light adjusting section is rotated by the drive section via the rotating shaft member to be displaced to an inserted position located in the optical path of the incident light that passes through the openings or a retracted position to thereby adjust the incident light.

Abstract: A lens driving device includes a lens barrel supporting a lens; an autofocusing driving unit disposed on one side of a plane perpendicular to an optical axis direction based on the lens barrel to thereby drive the lens barrel in the optical axis direction; and a hand-shake prevention driving unit disposed on sides of the plane perpendicular to the optical axis direction other than the one side on which the autofocusing driving unit is disposed, to thereby drive the lens in a direction perpendicular to the optical axis direction.

Abstract: A power source switching device includes a first switch circuit provided between a first power source and a load section, a second switch circuit provided between a second power source and the load section, a third switch circuit provided between the first power source and the load section in series with the first switch circuit, a fourth switch circuit provided between the second power source and the load section in series with the second switch circuit, a logic circuit that controls the third and the fourth switch circuits to prevent at least one of the third and fourth switch circuits from turning on while both of the first and second switch circuits are in an on state, and a control circuit that controls the first switch circuit, the second switch circuit, and the logic circuit.