Abstract: A camera mechanism provides for motion of a metal component relative to an njection-molded plastic component. The parts are so formed that contraction of the plastic subsequent to injection-molding grips the metal component tightly enough to hold said components in fixed position relative to each other so far as accidental relative displacement is concerned, while permitting relative motion when enough force is applied to overcome the frictional resistance threbetween. The mechanism is particularly suitable for use in focussing the camera, that is, changing the distance between the lens housing and the film plane.

Abstract: A camera is provided with an objective supported by a housing of the camera or movement along its optical axis. A movable member is guided by the camera housing for movement transversely with respect to the optical axis, and this movable member has a pair of inclined surfaces. These inclined surfaces are inclined both with respect to the optical axis and with respect to the direction of movement of the movable member. A pair of pressing members respectively press against the inclined surfaces of the movable member, a pair of springs acting on the pair of pressing members for urging them against the inclined surfaces, respectively, so that the latter surfaces are slidable with respect to the pressing members engaging the same.

Abstract: A drive device for film transport and shutter cocking lever for a camera se film has a hole associated with each picture frame position and having a film transport wheel coupled to a spool core wherein a first gear wheel is concentrically connected with a film transport wheel and a second gear wheel is seated and freely revolvable, wherein a carrier conveys a coupling gear wheel which in a first position of the carrier is simultaneously in engagement with the first and second gear wheels and out of engagement in a second position and wherein the engagement occurs in a manner depending upon the position of the shutter cocking lever, or in a manner depending upon the positon of a spring-loaded pawl. The pawl is pivoted by engagement against a moving surface driven by the second gear wheel and having notch recesses therein.