Composite Media Recording Element and Imaging System and Method of Use Thereof

• US 20070177022A1
• Filed: 11/22/2006
• Published: 08/02/2007
• Est. Priority Date: 11/22/2005
• Status: Abandoned Application

• Current Assignee: Mediapod LLC (Intellectual Ventures LLC)
• Original Assignee: Mediapod LLC (Intellectual Ventures LLC)
• Inventors: Mowry, Craig
• Application Number:
  US11/562,840
• Publication Number:
  US 20070177022A1
• Time in Patent Office: Days
• US Class Current: 348/208.120
• CPC Class Codes: G03B 17/245 Optical means
• CPC Class Codes: H04N 2201/3253 Position information, e.g. geographical position at time of capture, GPS data
• CPC Class Codes: H04N 2201/3254 Orientation, e.g. landscape or portrait; Location or order of the image data, e.g. in memory
• CPC Class Codes: H04N 9/8205 involving the multiplexing of an additional signal and the colour video signal

Abstract

A composite media recording element is provided. An imaging system and method utilizing the composite media recording element is provided for tandem capture of visual information and positional information related to final images.

Claims

1. A composite media recording element comprising,

at least two recordable information components operable to store and subsequently provide mutually dependent information related to selected portions of at least one final image,

a plurality of said information related to selected portions including image information necessary for recreating said at least one final image,

a first recordable information component storing image data, said image data stored in response to aspects of an initial light stimulus related to a visual, said final image being a representation of at least one aspect of said visual,

a second recordable information component linked to said first information component, storing non-image data related to said image data, said non-image data related to positioning within a specific final image of said image data,

said non-image data encoding selected aspects of the physical position of at least said first image information recording component during response to aspects of said initial light stimulus, and

said mutually dependent information provided within said element further identifying the final image relevant to all of said information stored within said element, at least when elements related to different final images are not physically separated to distinguish said different final images.

2. The composite media recording element of claim 1, wherein said element is one of a plurality of elements comprising image information related to an entire final image, said plurality of elements presented in a motionless state, relative to each other, during initial storage of image data as a function of reaction to an initial light stimulus, said elements being unfixed particles of a selected size capable of shifting position relative to each other when affected externally, said elements remaining unfixed at least during image capture, wherein elements are provided for exposure and data storage in reaction to said light stimulus and following repositioning of elements storing information following said exposure.

3. The composite media recording element of claim 2, wherein said repositioning alters a position of said elements relative to each other.

4. The composite media recording element of claim 1 wherein at least one of said information storing components is a photographic latent image recording emulsion.

5. The composite media recording element of claim 1 wherein at least one of said information storing components is an electronic recording material.

6. The composite media recording element of claim 5 wherein at least one of said information storing components is a magnetic recording material.

7. The composite media recording element of claim 1 wherein said information storing components are in an unfixed state before and after exposure, said non-image data providing subsequent reference to positioning of image data within a final image, said image data related to said element, said subsequent reference representing at least one cooperative aspect of said mutually dependent information.

8. The composite media recording element of claim 1 wherein said image information recording component is exposed to said light stimulus to store said selected portions of at least one final image, and further comprising a camera operable to manage a plurality of said elements to and from an exposure area, affecting each element distinctly to store at least some of said mutually dependent information.

9. The composite media recording element of claim 8 wherein said exposure area is of a selectively large size and ratio, said size and ratio affecting the volume of elements provided to said exposure area.

10. The composite media recording element of claim 1, wherein said elements include only photographic emulsion as the recordable components, said emulsion being recordable over substantially the entire three dimensional surface of said element, said image and non-image data being recorded within said emulsion.

11. The composite media recording element of claim 10 further comprising a third component comprising a core for said emulsion to coat, said third component is related to a shape of an element structure.

12. The composite media recording element of claim 8 wherein said camera is operable to provide physical affecting means to provide said plurality of said element.

13. The composite media recording element of claim 12 wherein said physical affecting means involves a release of compressed gas.

14. The composite media recording element of claim 12 wherein said physical affecting means involves electronically affected repositioning means of substantially each element.

15. The composite media recording element of claim 14 wherein said physical affecting means are magnetic repositioning means.

16. The composite media recording element of claim 12 wherein said element is fixed to a containment following removal of said element from said camera for stabilizing said emulsion related to said element for photochemical processing.

17. The composite media recording element of claim 1, further comprising a computer operated data managing program for applying said mutually dependent information in creating final images from information stored within said components, said non-image data distinguishing image data relative to corresponding final images and final image aspects to which said image data relate.

18. A composite media imaging system comprising,

at least two information storing components operable to store and subsequently provide mutually dependent information related to selected portions of at least one final image,

a plurality of said portions relating to image information necessary to recreate said at least one final image,

one of said information storing components storing non-image data related to said final image, said non-image data related to positioning of image information recorded within an image information recording component of said system, wherein said information storing components are linked to provide said mutually dependent information related to said final image,

said non-image data encoding selected aspects of the physical position of said image information recording component during initial image information recording within said recording component, and further identifying the corresponding final image to which said image data pertains, when said components occur within a plurality of components related to a plurality of final images, and

a computer operated data managing program to apply said mutually dependent information in creating final images from information stored within said components.

19. The system of claim 18 wherein at least one of said information storing components comprise photographic emulsion.

20. The system of claim 18 wherein said information storing components comprise an electronic recording material.

21. The system of claim 20 wherein said information storing components comprise a magnetic recording material.

22. The system of claim 18 wherein said information storing components are distinct particles of a selected size, said particles occurring in an unfixed state before and after exposure.

23. The system of claim 18 wherein said image information recording component is exposed to light to capture said selected portions of at least one final image, and a camera managing the transport and exposure of said image information recording component, said camera affects the information storage component to store the non-image data related to the mutually dependent information being captured.

24. The system of claim 23, further comprising an exposure area within said camera of a selectable size affects the volume and dispersal of said components by said camera to and from said exposure area.

25. The system of claim 18 wherein said information storing components are in an unfixed state before and after initial recording, said initial recording including exposure to a light stimulus representing a visual.

26. The system of claim 18 wherein said components are provided as aspects of an element, each element operable to store image and non image data and to subsequently provide a computer operating distinct image data managing software with sufficient information to distinguish the equivalence of at least one pixel of image information and to further distinguish a selected final image and placement within said final image where said pixel should be placed, within a final image.

27. The system of claim 18 further comprising a camera operating in tandem with a distinct data generating assembly, a stimulus affecting said assembly generates at least information related to the position and shape of selectively distinguished image zones represented within said mutually dependent information recorded by one of said components storing image data, wherein said information related to position and shape pertains to exposure periods occurring when none of said components are being affected by said camera to store said mutually dependent information,

said assembly providing intermediary positioning of said zones not available within image data of said element for extrapolating image information not stored within said components,

said extrapolating at least involving computer modification of image data based on data recorded by said assembly when image information was not being captured, and

said assembly sampling at least one aspect of a full visual related to at least one final image, said sampling occurring selectively more frequently for each portion of said visual than information recorded within said components, relative to said each portion.

28. A method for imaging comprising,

providing at least two information storing components operable to store and subsequently provide mutually dependent information related to selected portions of at least one final image, wherein a plurality of said portions relating to image information necessary to recreate said at least one selected final image,

storing non-image data related to said final image in one of said information storing components, said non-image data related to positioning of image information recorded within an image information recording component of said system,

linking said information storing components to provide said mutually dependent information related to said final image,

encoding selected aspects of the physical position of said image information recording component in said non-image data during initial image information recording within said recording component, and identifying the corresponding final image to which said image data pertains, at least when said components occur within a plurality of components related to a plurality of final images, and

applying said mutually dependent information in a computer operated data managing program to create final images from information stored within said components, said non-image data distinguishing image data relative to corresponding final images and final image aspects to which said image data relate.

29. The method of claim 28 wherein said linking of said components occurs as a physical joining of said components into elements, said elements being particles of a selected size and shape.

30. The method of claim 29 wherein said elements are unfixed particles operable to be repositioned by a camera functional to affect said elements, said camera affecting repositioning of said particles randomizing the position of said particles relative to each other during each repositioning.

31. The method of claim 28 wherein said information storing components are in an emulsion.

32. The method of claim 28 wherein said information storing components are a magnetic recording material or an electronic recording material, or a combination thereof.

33. The method of claim 28 wherein said information storing components are in an unfixed state before and after exposure.

34. The method of claim 28 further comprising exposing said image information recording component to light to capture said selected portions of at least one final image, wherein the camera affects the information storage component to store the non-image data related to the mutually dependent information being captured.

35. The method of claim 28 wherein at least one of said information storing components comprise photographic emulsion.

36. The method of claim 28 wherein said information storing components comprise an electronic recording material.

37. The method of claim 28 wherein said information storing components comprise a magnetic recording material.

38. The method of claim 28 wherein said information storing components are in an unfixed state before and after initial recording, said initial recording including exposure to a light stimulus representing a visual.

39. An imaging system for tandem capture of information related to one or more final images comprising,

an image information collection and recording device for providing stimuli related to a visual to a first media capture module, said module capturing aspects of said stimuli as image information, and

one or more second media capture modules for capturing additional information related to aspects of said visual, wherein said first or second module comprise linking data to selectively link distinct information gathered by the modules to inform a computer-operated image data managing program to generate final images related to said visual.

40. The imaging system of claim 39 wherein some portion of said additional information is captured during time periods in which said first media capture module is not operative to capture information.

41. The imaging system of claim 39 wherein said second module is positioned independently from said first module, gathering information not available for capture from the position of said first module, including information related to aspects of said visual at least partially represented within information captured by said first module, said information related to aspects affecting selected distinctions between final images and images represented by information captured by said first module.

42. The imaging system of claim 39 wherein at least said second module is one of a plurality of devices operating to generate data related to at least stimuli received by said devices representative of at least one aspect of said visual represented within information captured by said first module, said devices operable to be positioned within an area represented within said visual captured by said first module, including positions intentionally visually blocked by visual aspects allowing said devices to provide information affecting final images that do not reveal visually said devices within the visual information captured by said first module.

43. The imaging system of claim 39 wherein at least said second module may generate and receive transmitted signals that allow said second module to generate data unique to the position of said second module and selectively linked to corresponding image information captured by said first module, all linked module information informing computer generated final images.

44. The imaging system of claim 39 wherein said first module is a camera for generating key frame image information related to said visual, each key frame image generated providing primary image data related to a plurality of final images, said devices capturing at least some data related to generating mutually unique final images that are based on a single key frame image.