Abstract: The present invention provides a film unit with a lens in which data such as a taking date can be taken at a low price. The IC substrate is put together while the film unit with lens is assembled. The timer in the IC times the current date and time. The date mode selector outputs the information, which is selected by the mode select switch, to the memory. The release sensor switches in synchronous with the release of the shutter button and outputs the current frame number information, which is counted by the frame number counter, to the memory so as to increase the frame number of the frame number counter. Moreover, the release sensor writes the information outputted from the timer and the information outputted from the date mode selector in the addresses 1-36 so as to correspond to the frame number information from the frame number counter in interlocking with the release of the shutter. Therefore, the taking date and time information of the film are written in the addresses 1-36 of the memory in turn.

Abstract: A photographic camera system includes a photographic camera that can successively expose a photographic film in different frame sizes and an automatic printer for automatically printing the processed photographic film exposed with those different frame sizes. The camera varies the aspect of an exposure opening in the camera body and the film is fed for a length corresponding to the selected aspect by detecting a hole located in a marginal area of the film. The photographic camera magnetically or optically records at a location away from the hole an aspect information signal indicative of the selected aspect of the exposed frame on the photographic film, and the automatic printer automatically prints the photographic film using the magnetically or optically recorded aspect information signal detected from the photographic film.

Abstract: A data print unit or camera assembly capable of imparting data onto film or similar media disposed within the camera. Preferably, the data print unit includes a lamp chamber having slit limiting projections disposed therein for attenuating reflections created when the lamp is activated in order to produce a cleaner data image overlay on the exposed frame. Also, preferably, this data print unit or camera assembly may include a photosensing lamp triggering circuit in optical communication with the shutter aperture for more accurately timing data lamp activation and duration in response to subject lighting conditions.

Abstract: A camera with a data imprinting device has a plurality of in-line LEDs producing light focused by an optical system upon a photographic film at a first and a second position, corresponding to a full size format and a panorama size format, respectively. The focused light imprints data images upon the film at the first position are larger than data images imprinted at the second position. The optical system has first and second prisms, with integrated lenses, for reflecting and focusing the light upon the film at the first and second positions, respectively. A shutter plate is selectively positioned over apertures through which the light is focused, thus blocking the light and allowing only a selected imprint to be made upon the film. A vertical pattern of the data image is created by a controller selectively illuminating the in-line LEDs while a horizontal pattern is produced by the controller illuminating the LEDs in coordination with the movement of the film past the apertures.

Abstract: A camera with a data imprinting device has a plurality of in-line LEDs producing light focused by an optical system upon a photographic film at a first and a second position, corresponding to a full size format and a panorama size format, respectively. The focused light imprints data images upon the film at the first position are larger than data images imprinted at the second position. The optical system has first and second prisms, with integrated lenses, for reflecting and focusing the light upon the film at the first and second positions, respectively. A shutter plate is selectively positioned over apertures through which the light is focused, thus blocking the light and allowing only a selected imprint to be made upon the film. A vertical pattern of the data image is created by a controller selectively illuminating the in-line LEDs while a horizontal pattern is produced by the controller illuminating the LEDs in coordination with the movement of the film past the apertures.

Abstract: A data imprinting device focusses light emitted from an array of LEDs onto the film, exposing the film as it is fed. A single chip microcomputer controls the LED array to imprint data. Some of the LEDs in the array are always energized together, while others are energized independently. The LEDs which are energized together require only a single control line, thus reducing the number of control lines, and consequently permitting reduction in the size of the camera. The group-wise serial activation of the dot matrix columns slightly staggers the imprinted data, but the imprinted characters are fully recognizable. In addition to reducing the number of control lines, the group-wise serial activation also reduces the peak load on the constant circuit, and thereby reduces the size of this circuit.

Abstract: A photographic camera, system and method are presented for producing a composite image or print from an exposed film frame and a selected prerecorded image. The prerecorded image is selected by the photographer at the time of exposure of the film frame (14) from a known set of prerecorded images. A selected identifier (18) is imprinted, for example, optically or magnetically onto the film (10, 10') commensurate with exposure of a photographic image onto the film frame (14). The coding is employed in a subsequent automated scanning, integrating and printing operation (79) to produce the desired composite image.

Abstract: Optical film encoding apparatus comprising an LED with a pair of wire leads, and means for supporting the LED including its wire leads to precisely position the LED opposite a filmstrip to be optically encoded, is characterized in that the supporting means supports each one of the wire leads suitably bent at multiple angles to prevent stray ambient light from following the wire leads towards the filmstrip. Preferably, the supporting means includes a lead spreader which supports the wire leads bent at an initial one of the multiple angles closest to the LED in opposite directions to dynamically balance the deformation forces applied to the wire leads due to their being bent. This is done to prevent the deformation forces from otherwise tending to shift the LED from being precisely positioned relative to the filmstrip.