A camera with a printer includes a loading room into which an instant film pack in which instant films are accommodated in a stacking manner is loaded, a slit formed in the loading room, a claw member that enters through the slit, and sends out the instant film, and a loading room side rib provided along the slit. The loading room side rib is formed at a position and with a protruding amount where the loading room side rib is capable of being inserted into the instant film pack loaded into the loading room.

A camera with a printer includes a loading room into which an instant film pack in which instant films are accommodated in a stacking manner is loaded, a slit formed in the loading room, a claw member that enters through the slit, and sends out the instant film, and a loading room side rib provided along the slit. The loading room side rib is formed at a position and with a protruding amount where the loading room side rib is capable of being inserted into the instant film pack loaded into the loading room.

A camera with a printer includes a loading room into which an instant film pack in which instant films are accommodated in a stacking manner is loaded, a slit formed in the loading room, a claw member that enters through the slit, and sends out the instant film, and a loading room side rib provided along the slit. The loading room side rib is formed at a position and with a protruding amount where the loading room side rib is capable of being inserted into the instant film pack loaded into the loading room.

A camera with a printer includes a loading room into which an instant film pack in which instant films are accommodated in a stacking manner is loaded, a slit formed in the loading room, a claw member that enters through the slit, and sends out the instant film, and a loading room side rib provided along the slit. The loading room side rib is formed at a position and with a protruding amount where the loading room side rib is capable of being inserted into the instant film pack loaded into the loading room.

An optical unit with a shake correction function may include a unit with a swing mechanism having an optical module and a swing drive mechanism structured to swing the optical module, a rolling drive mechanism including a magnetic drive mechanism structured to turn the unit with the swing mechanism in a direction different from a swing direction by the swing drive mechanism, a connection member which connects the unit with the swing mechanism with a turning shaft of the rolling drive mechanism, and a support member which supports the rolling drive mechanism. The connection member includes an abutting part integrally turned with the unit with the swing mechanism and the support member includes a position restriction part which restricts a movable range of the abutting part.

A camera module is provided, including a prism base, a prism driving mechanism, a prism unit, a lens unit, and an image sensor. The lens unit is disposed on the lens driving mechanism. The prism base includes a metal member, at least one first wiring layer, and a first insulation layer disposed between the metal member and the first wiring layer. The prism driving mechanism is electrically connected to the first wiring layer. The prism unit is connected to the prism driving mechanism, and the prism driving mechanism can drive the prism unit to rotate relative to the prism base. The image sensor can catch the light reflected by the prism unit and passing through the lens unit.

A camera module is provided, including a prism base, a prism driving mechanism, a prism unit, a lens unit, and an image sensor. The lens unit is disposed on the lens driving mechanism. The prism base includes a metal member, at least one first wiring layer, and a first insulation layer disposed between the metal member and the first wiring layer. The prism driving mechanism is electrically connected to the first wiring layer. The prism unit is connected to the prism driving mechanism, and the prism driving mechanism can drive the prism unit to rotate relative to the prism base. The image sensor can catch the light reflected by the prism unit and passing through the lens unit.

A first acquisition unit acquires an optical image in which both an electronic cassette in which a detection panel for detecting radiation is built in a portable housing and a subject facing radiography using the electronic cassette are shown, from a camera. A first demarcation unit demarcates a detection region of the radiation by the detection panel, the detection region being determined in accordance with a position of the electronic cassette, in the optical image. A second demarcation unit demarcates an imaging region which is a region to be imaged in the radiography, the imaging region being determined in accordance with a position of the subject, in the optical image. A display controller performs control of displaying a frame indicating the detection region and a frame indicating the imaging region on a touch panel display in a manner of being superimposed on the optical image.

An imaging device includes an imaging element, a holding unit that holds the imaging element, a support unit that supports the holding unit such that the holding unit is movable, coils that drive the holding unit, flexible printed boards that are connected to the imaging element or the coils, a control board that is connected to the imaging element or the coils via the flexible printed boards, and a through-hole through which the flexible printed boards are to pass.

An imaging device includes an imaging element, a holding unit that holds the imaging element, a support unit that supports the holding unit such that the holding unit is movable, coils that drive the holding unit, flexible printed boards that are connected to the imaging element or the coils, a control board that is connected to the imaging element or the coils via the flexible printed boards, and a through-hole through which the flexible printed boards are to pass.