Auto-portrait photo studio

• US 4,738,526 A
• Filed: 11/21/1986
• Issued: 04/19/1988
• Est. Priority Date: 11/21/1986
• Status: Expired due to Fees

• Current Assignee: Autostudio Corporation
• Original Assignee: Autostudio Corporation
• Inventors: Larish, John J.
• Primary Examiner(s): Hix, L. T.
• Assistant Examiner(s): Gray, David M.
• Application Number:
  US06/933,170
• Time in Patent Office: 515 Days
• Field of Search: 354/75, 354/76, 354/290, 354/291, 354/412, 358/906, 358/909
• US Class Current: 396/89
• CPC Class Codes: G03B 17/53 for automatically delivering a finished picture after a signal causing exposure has been given, e.g. by pushing a button, by inserting a coin
• CPC Class Codes: H04N 1/32358 using picture signal storage, e.g. at transmitter H04N1/17 takes precedence
• CPC Class Codes: H04N 7/18 Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast

Abstract

A method and system (including a unique arrangement of computer and photographic apparatus) for automated or computer-aided portrait photography. The method and system utilize an automatic, between-the-lens 35 mm camera including auto-wind, auto-focus and auto-exposure features. A beam splitter behind the camera lens captures a part of the image-forming light reflected from the portrait subject to provide a video pickup charge coupled device with an exact color video image of the subject as seen by the camera. On the outside of the camera housing a flat screen video viewfinder is provided which permits the operator (portrait photographer) to view the image which is being received by the video pickup device. The camera and overall system components are interfaced with and connected to a microprocessor and are controlled by the flash circuitry of the camera. When the operator is satisfied with the subject'"'"'s appearance and pose (as seen through the video viewfinder), press-button action trips the camera shutter for exposure of a frame of film, actuates the flash circuitry of the camera firing flash lighting apparatus and directs (through the microprocessor) the electronic storage (via solid state memory) of a video image identical to the image captured by the camera film. The stored video image can be outputed to a video portrait viewer (CRT screen) for subject viewing. The portrait viewer can also be utilized to display a mutiplicity of the capture (stored) video images (each representing a film frame) for subject selection.

Claims

1. A microprocessor-aided portrait photography system for the exposure of one or more frames of photographic film to the image-forming light reflected from a portrait subject and simultaneous reception and recording to said image-forming light to produce identical video displays of the image of the portrait subject as captured by said film, said portrait photography system comprising:

(a) an automatic camera including a camera housing, multiple frame photographic film, auto-focus lens means, auto-exposure shutter means, auto-film-wind means, and circuitry means for operating said camera;

(b) a video charge coupled device located within the camera housing and out of the path of image-forming light reflected from the portrait subject toward a frame of said photographic film;

(c) beam splitting means within the camera housing between said lens means and said shutter means for diverting a portion of said image-forming light to said charge coupled device for reception and conversion of said diverted portion of said image-forming light to an exact video image of the portrait suject as viewed by said camera;

(d) a microprocessor interconnected to the circuitry means of said camera to control the photographic functions thereof and interconnected to said charge coupled device to receive said video image and at the instant of exposure of said film frame record and store said image in the memory of said microprocessor;

(e) a video viewfinder associated with said camera housing and interconnected with said microprocessor for the display of said video image and for directing the alignment of said camera with the portrait subject;

(f) means associated with the circuitry means for said camera for actuating said shutter means to expose a frame of said film; and

(g) a video potrait viewer in communication with said microprocessor and located remote from said camera, within viewing range of the portrait subject, for the display to said subject of an exact video image as recorded and stored by said microprocessor as a representation of the image of the portrait subject captured on a frame of said photographic film.

2. A microprocessor-aided portrait photography system as claimed in claim 1 wherein the video charge coupled device within the camera housing converts said diverted portion of image-forming light to an exact color video image of the portrait subject as viewed by said camera and the video viewfinder associated with said camera and the video portrait viewer display said color video image as a visual representation of the image of the portrait subject captured on the frame of said photographic film by said camera.

3. A microprocessor-aided portrait photography system as claimed in claim 1 wherein flash lighting means is provided in communication with and under the direction said microprocessor for illuminating the portrait subject at the instant of activation of said shutter means and exposure of said film.

4. A microprocessor-aided portrait photography system as claimed in claim 1 wherein means is provided through the microprocessor to display via the video portrait viewer multiple video images of the portrait subject corresponding to the multiple frames of photographs of said subject captured on the camera film for comparison and selection by said subject.

5. A microprocessor-aided portrait photography system as claimed in claim 1 wherein means is provided through the microprocessor to periodically display via the video portrait viewer during a portrait photography session static and live images and programs for entertaining and gaining the attention of the portrait subject.

6. A microprocessor-aided portrait photography system as claimed in claim 1 wherein the camera is provided with a front projector for projecting illustrative matter from a transparency slide to a high reflection screen situated behind the portrait subject to provide background scenery for the portrait photography accomplished by said system.

7. A microprocessor-aided portrait photography system as claimed in claim 6 wherein secondary beam splitting means is provided within the camera housing in front of the auto-focus lens means for reflecting the illustrative matter projected from the front projector of the camera through the front opening of the camera housing to said reflection screen without inhibiting the reception by the camera of image-forming light reflected from the portrait subject.

8. A microprocessor-aided portrait photography system as claimed in claim 6 wherein the front projector of said camera is provided with means in communication with the microprocessor for reading bar code indicia on each transparency slide to verify that the illustrative matter of said slide is compatible as background scenery for the portrait photography.

9. A microprocessor-aided portrait photography system as claimed in claim 6 wherein the front projector of said camera is provided with means for accepting each transparency slide only in its proper projection orientation for projection of background scenery for the portrait photography.

10. A microprocessor-aided portrait photography system as claimed in claim 1 wherein the microprocessor is interconnected with a computer keyboard for controlling said portrait photography system.

11. A microprocessor-aided portrait photography system as claimed in claim 10 wherein portrait subject order-processing and billing information is inputted into said system through said keyboard and printed out via an electronic printer interconnected with said microprocessor.

12. A microprocessor-aided portrait photography system for the exposure of a sequence of photographic film frames to the image-forming light reflected from a portrait subject during a sequence of poses and simultaneous reception and recording of said image-forming light to produce an identical sequcnce or video images of the portrait subject as captured by said film frames, said portrait photography system comprising:

(a) an automatic camera including a camera housing, multiple frame photographic film, auto-focus lens means, auto-exposure shutter means, auto-film-wind means, and circuitry means for operating said camera;

(b) a video charge coupled device located within the camera housng and out of the path of image-forming light reflected from the portrait subject toward a frame of said photographic film;

(c) beam splitting means within the camera housing between said lens means and said shutter means for diverting a portion of said image-forming light to said charge coupled device for reception and conversion of said diverted portion of said image-forming light to exact color video images o the portrait subject as viewed by said camera;

(d) a microprocessor interconnected to the circuitry means of said camera to control the photographic functions thereof and interconnected to said charge coupled device to receive the color video images of the portrait subject and at the instant of exposure of each film frame record and store the identical video image in the memory of said microprocessor;

(e) a flat screen video view finder associated with said camera housing and interconnected with said microprocessor for the display of said video images to the camera operator for alignment of said camera with the portrait subject;

(f) means associated with the circuitry means of said camera for a actuating said shutter means to expose each frame of said film; and

(g) a CRT video portrait viewer in communication with said microprocessor and located remote from said camera, within viewing range of the portrait subject, for display to the portrait subject of said video images as recorded and stored by said microprocessor as identical representation of the images of the portrait subject captured on each film frame.

13. A microprocessor-aided portrait photography system as claimed in claim 12 wherein flash lighting means, external of the camera housng, is provided in communication with and under the direction of said microprocessor for illuminating the portrait subject at the instant of activation of said shutter means and exposure of said film.

14. A microprocessor-aided portrait photography system as claimed in claim 12 wherein means is provided through the microprocessor to display via the video portrait viewer multiple video images of the portrait subject corresponding to the multiple frames of photographs of said subject captured on the camera film for comparison and selection by said subject.

15. A microprocessor-aided portrait photography system as claimed in claim 12 wherein the camera is provided with a front projector for projecting illustrative matter from a transparency slide to a high reflection screen situated behind the portrait subject to provide background scenery for the portrait photography accomplished by said system.

16. A microprocessor-aided portrait photography system as claimed in claim 15 wherein secondary beam splitting means is provided within the camera housing in front of the auto-focus lens means for reflecting the illustrative matter projected from the front projector of the camera through the front opening of the camera housing to said reflection screen without inhibiting the reception by the camer of image-forming light reflected from the portrait subject.

17. A microprocessor-aided portrait photography system as claimed in claim 12 wherein said beam splitting means consists essentially of a flat glass lens which bears a silver coating on its forward surface and is oriented at an angle with respect to the image-forming light reflected from the portrait subject to divert a portion of said light to said video charge coupled device.

18. A microprocessor-aided portrait photography system as claimed in claim 16 said secondary beam splitting means consists essentially of a flat glass lens which bears a silver coating on its forward surface for reflecting the illustrative matter projected from the front projector of said camera to said reflection screen behind the portrait subject.

19. A method of microprocessor-aided, automated portrait photography of a portrait subject comprising the steps of:

(a) receiving image-forming light reflected from a portrait subject through the lens of an auto-focus, auto-exposure and auto-film-wind camera;

(b) directing said image-forming light within said camera to a beam splitting means behind the lens of said camera for passage of a first portion of said image-forming light therethrough to the shutter of said camera and for reflection of a second portion of said image-forming light to a video charge coupled device for the conversion thereof to a video image of the portrait subject as viewed by said camera;

(c) displaying said video image through microprocessor means on a flat screen video viewfinder associated with said camera for assisting the camera operator in the alignment of said camera with the portrait subject;

(d) opening the shutter of said camera to permit the passage of said first portion of said image-forming light to expose a frame of light sensitive film for the recording of a photogaphic image of the portrait subject thereon and at the same instant directing the reception and recording of the video image of the video charge coupled device in the memory circuitry and disc storage software of said microprocessor means; and

(e) retrieving said video image from said memory circuitry and said software of said microprocessor means and displaying said video image on a CRT video portrait viewer to the portrait subject for review by said subject as an exact representation of the photographic image recorded on said frame of film.

20. A method of microprocessor-aided, automated portrait photography of a portrait subject as claimed in claim 19 wherein the opening of the shutter of said camera energizes circuitry directing the microprocessor means to coordinate and activate the energization of flash lighting means for illuminating the portrait subject.