초록 ▼

A photographic camera (1) includes a back part (8) attachment that houses a charge-coupled surface sensor (9) and an associated filter system (11 and 13-17). The filter system includes a plurality of filters (13-16) positioned on a carrier (11). A motor (20) rotates the carrier (11) about rotational

A photographic camera (1) includes a back part (8) attachment that houses a charge-coupled surface sensor (9) and an associated filter system (11 and 13-17). The filter system includes a plurality of filters (13-16) positioned on a carrier (11). A motor (20) rotates the carrier (11) about rotational axis (12) such that individual filters (13-16) or cover disk (17) are positioned in front of the charge-coupled surface sensor (9). When the back part (8) attachment is mounted on the camera, the charge-coupled surface sensor (9) and one of the filters (13-16) lie in the beam bath from lens (3). Preferably, the lens (3) is interchangeable. Preferably, the individual filters (13-16) of the filter system are selected to break down incident light into primary colors (e.g., red, green, blue, and yellow). The cover disk (17) protects the charge-coupled surface sensor (9) when the back part (8) attachment is removed from the camera body (1).

대표청구항 ▼

A photographic camera, comprising: a camera body having first and second sides; a lens positioned on said first side of said camera body; a back part selectively connectable to said second side of said camera body, said back part having a back part window positioned in a rear image field opening of

A photographic camera, comprising: a camera body having first and second sides; a lens positioned on said first side of said camera body; a back part selectively connectable to said second side of said camera body, said back part having a back part window positioned in a rear image field opening of said camera body; a filter system positioned within said back part having a filter disk carrier rotatable around a central rotational axis, on said filter disk carrier a plurality of filter disks are disposed, staggered circumferentially and rotationally symmetrically with respect to said central rotational axis; each filter disk being disposed in a plane parallel to said central rotational axis; and a charge-coupled device surface sensor mounted in said back part at a position where said charge-coupled device surface sensor is aligned with said lens, said rear image field opening and said back part window and is surrounded by said filter disk carrier whereby rotating said filter disk carrier causes individual filter disks to emerge in succession in front of said charge-coupled device surface sensor.