`
`In re Applicant:
`
`DAVID A. MONROE, ET AL
`
`Filed:
`
`December 28, 2006
`
`Serial No.:
`
`11/617,509
`
`For:
`
`APPARATUS FOR
`
`CAPTURING, CONVERTING
`AND TRANSMITTING A
`VISUAL IMAGE SIGNAL VIA
`A DIGITAL TRANSMISSION
`SYSTEM
`
`WWWWWWWWWWWWWWW
`
`Art Unit:
`
`2625
`
`Examiner:
`
`Houshang Safaipour
`
`Docket No.:
`
`06-0719
`
`RESPONSE TO FINAL OFFICE ACTION DATED DECEMBER 12, 2008
`
`Commissioner for Patents
`P.O. Box 1450
`
`Alexandria, VA 22313-1450
`
`Dear Sir:
`
`Responsive to the Final Office Action Mailed December 12, 2008, please enter and
`
`consider the “Affidavit of David A. Monroe Under 37 CFR 1.131”, which is submitted
`
`herewith. A request for one month extension of time is requested in this submission via EFS-
`
`Web.
`
`Amendments begin on page 2.
`
`Remarks begin on page 14.
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`SAMSUNG EXHIBIT 1015
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`AMENDMENTS
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`Amendments to Claims
`
`This listing of claims shall replace all previous versions, and listings, of claims in the
`application.
`
`Listing of Claims:
`
`1- 42. (canceled).
`
`43. (currently amended) Apparatus comprising:
`
`a portable housing, the portable housing being Wireless;
`
`an image collection device supported by the portable housing, the image
`
`collection device being operable to provide visual image data of a field of view;
`
`a display supported by the portable housing, the display being operable to
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`display for viewing by a user a perceptible visual image, the perceptible visual image
`
`being generated from the visual image data;
`
`memory supported by the portable housing, the memory being suitable to
`
`receive visual image data in digital format, the memory being suitable to retain the
`
`visual image data in digital for-ma} format,
`
`an input device supported by the portable housing, the input device being
`
`operable by the user;
`
`operation of the input device by the user enabling the. memory to retain the
`
`visual image data in digital format, the memory being suitable to provide retained
`
`visual image data in digital format;
`
`media supported by the portable housing, the media being suitable to embody
`
`at least one compression algorithm;
`
`at least one processing platform supported by the portable housing, the at least
`
`one processing platform being operable to execute the at least one compression
`
`algorithm, the at least one processing platform being provided the retained visual
`
`image data in digital format, execution of the at least one compression algorithm
`
`providing compressed visual image data; and
`
`a mobile phone supported by the portable housing, the mobile phone being
`
`operable to send to a remote recipient a Wireless transmission, the Wireless
`
`transmission conveying the compressed digital image data; and
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`movement by the user of the portable housing commonly moving the image
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`collection device,
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`movement by the user of the portable housing commonly moving the display.
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`44. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the processing platform including at least one processor.
`
`45. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the portable housing including a handset.
`
`46. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`a microphone supported by the portable housing, the microphone being
`
`associated with the mobile phone;
`
`a speaker supported by the portable housing, the speaker being associated with
`
`the mobile phone.
`
`47. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the mobile phone being selectively operable to send to a remote recipient a
`
`Wireless transmission, the Wireless transmission conveying a voice transmission.
`
`48. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the mobile phone being selectively operable to receive from a remote sender
`
`an incoming Wireless transmission. the incoming Wireless transmission conveying at
`
`least one of:
`
`incoming compressed digital image data,
`
`an incoming voice transmission, and
`
`both incoming compressed digital image data and an incoming voice
`
`transmission.
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`49. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`a camera supported by the portable housing. the camera including the image
`
`collection device.
`
`50. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the image collection device being suitable to provide the visual image data in
`
`digital format.
`
`5 1. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the image collection device being suitable to provide the visual image data in
`
`analog format:
`
`an analog to digital converter supported by the portable housing. the analog to
`
`digital converter being suitable to receive the visual image data in analog format, the
`
`being suitable to provide the visual image data in digital format.
`
`the display including an LCD. the LCD being operable to display for viewing
`
`by a user a perceptible visual image. the perceptible visual image being generated
`
`from the visual image data.
`
`52. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the display including a viewfinder, the viewfinder being suitable to receive the
`
`visual image data, the viewfinder being operable to display for viewing by a user a
`
`perceptible visual image, the perceptible visual image being generated from the visual
`
`image data.
`
`53. (previously presented) The apparatus according to claim 52 and further
`
`comprising:
`
`the viewfinder being suitable to receive the visual image data in digital formal.
`
`54. (previously presented) The apparatus according to claim 52 and further
`
`comprising:
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`the viewfinder being suitable to receive the visual image data in analog
`
`format.
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`55. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the display including a display screen, the display screen being defined apart
`
`from a viewfinder, the display screen being operable to display for viewing by a user
`
`a perceptible visual image, the perceptible visual image being generated from the
`
`visual image data.
`
`56. (previously presented) The apparatus according to claim 55 and further
`
`comprising:
`
`the display including an LCD, the LCD being operable to display for viewing
`
`by a user a perceptible visual image, the perceptible visual image being generated
`
`from the visual image data.
`
`57. (previously presented) The apparatus according to claim 56 and further
`
`comprising:
`
`the LCD being suitable to receive the visual image data in digital format.
`
`58. (previously presented) The apparatus according to claim 43 and further
`
`comprising;
`
`at least one transmission protocol algorithm embodied in suitable media;
`
`a processing platform associated with the at least one transmission protocol
`
`algorithm, the associated processing platform being operable to execute the at least
`
`one transmission protocol algorithm, the associated processing platform being
`
`provided the compressed visual image data, execution of the at least one transmission
`
`protocol algorithm providing the compressed visual image data in a transmission
`
`format, the visual image data in a transmission format being compatible with the
`
`mobile phone for Wireless transmission by the mobile phone.
`
`59. (previously presented) The apparatus according to claim 58 and further
`
`comprising:
`
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`the mobile phone being operable according to a specified wireless
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`transmission protocol, the at least one transmission protocol algorithm providing the
`
`visual image data in a compatible data transmission format, the compatible data
`
`transmission format being compatible with the specified wireless transmission
`
`protocol.
`
`60. (previously presented) The apparatus according to claim 59 and further
`
`comprising:
`
`at least one transmission protocol algorithm embodied in suitable media;
`
`a processing platform associated with the at least one transmission protocol
`
`algorithm, the associated processing platform being operable to execute the at least
`
`one transmission protocol algorithm, execution of the at least one transmission
`
`protocol algorithm providing compressed visual image data in a compatible format,
`
`the compatible format being compatible with at least one transmission protocol, the
`
`compressed visual image data in a compatible format being suitable for transmission
`
`by the mobile phone according to at least one wireless transmission protocol.
`
`61. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the portable housing including a first housing section, the image collection
`
`device being supported by the rust housing section,
`
`the portable housing including a second housing section, the display being
`
`supported by the second housing section,
`
`the first housing section being adjoined to the second housing section,
`
`the second housing section being movable in common with the first housing
`
`section when the first housing section is moved by the user,
`
`the first housing section being movable in common with the second housing
`
`section when the second housing section is moved by the user,
`
`the first housing section being supported for movement relative to the second
`
`housing section,
`
`the image collection device being movable in common with the first housing
`
`section relative to the display when the first housing section is moved relative to the
`
`second housing section.
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`62. (previously presented) The apparatus according to claim 62 and further
`
`comprising:
`
`the first housing section being supported for pivotal movement relative to the
`
`second housing section about a pivot axis.
`
`63. (previously presented) The apparatus according to claim 43 and further
`
`comprising:
`
`the image collection device being supported by the portable housing in fixed
`
`relation to the display.
`
`64. (previously presented) Apparatus comprising:
`
`a portable housing, the portable housing being wireless:
`
`an image collection device supported by the portable housing, the image
`
`collection device being operable to provide visual image data of a field of view;
`
`memory supported by the portable housing, the memory being suitable to
`
`receive visual image data in digital format, the memory being suitable to retain the
`
`visual image data in digital format,
`
`an input device supported by the portable housing, the input device being
`
`operable by the user;
`
`operation of the input device by the user enabling the memory to retain the
`
`visual image data in digital format, the memory being suitable to provide retained
`
`visual image data in digital format;
`
`media supported by the portable housing, the media being suitable to embody
`
`at least one compression algorithm;
`
`at least one processing platform supported by the portable housing, the at least
`
`one processing platform being operable to execute the at least one compression
`
`algorithm, the at least one processing platform being provided the retained visual
`
`image data in digital format, execution of the at least one compression algorithm
`
`providing compressed visual image data;
`
`a display supported by tile portable housing, the display being operable to
`
`display for viewing by a user a perceptible visual image of the lield of view, the
`
`perceptible visual image being generated from the visual image data in digital format;
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`a mobile phone supported by the portable housing, the mobile phone being
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`operable to send to a remote recipient a wireless transmission, the wireless
`
`transmission conveying the compressed digital image data; and
`
`movement by the user of the portable housing commonly moving the image
`
`collection device,
`
`movement by the user of the portable housing commonly moving the display.
`
`65. (previously presented) The apparatus according to claim 64 and further
`
`comprising:
`
`the display including at least one of:
`
`a viewfinder, and
`
`a display screen apart from the viewfinder.
`
`66. (previously presented) Apparatus comprising:
`
`a portable housing, the portable housing being wireless:
`
`an image collection device supported by the portable housing, the
`
`image collection device being operable to provide visual image data of a field
`
`of view;
`
`memory supported by the portable housing. the memory being suitable
`
`to receive visual image data in digital format, the memory being suitable to
`
`retain the visual image data in digital format,
`
`an input device supported by the portable housing, the input device
`
`being operable by the user;
`
`operation of the input device by the user enabling the memory to retain
`
`the visual image data in digital format, the memory being suitable to provide
`
`retained visual image data in digital format;
`
`media supported by. the portable housing, the media being suitable to
`
`embody at least one compression algorithm;
`
`at least one processing platform supported by the portable housing, the
`
`at least one processing platform being operable to execute the at least one
`
`compression algorithm, the at least one processing platform being provided
`
`the retained visual image data in digital format, execution of the at least one
`
`compression algoritlun providing compressed visual image data;
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`a display supported by the portable housing, the display being operable
`
`to display tor viewing by a user a perceptible visual image of the field of view,
`
`the perceptible visual image being generated from the retained visual image
`
`data in digital format;
`
`a mobile phone supported by the portable housing, the mobile phone
`
`being operable to send to a remote recipient a wireless transmission. the
`
`wireless transmission conveying the compressed digital image data; and
`
`movement by the user of .the portable housing commonly moving the
`
`image collection device,
`
`movement by the user of the portable housing commonly moving the
`
`display,
`
`67. (previously presented) The apparatus according to claim 66 and further
`
`comprising:
`
`the display including at least one of:
`
`a viewfinder, and
`
`a display screen apart from the viewfinder.
`
`68. (previously presented) A mobile handset comprising:
`
`a portable housing, the portable housing being wireless;
`
`an image collection device supported by the portable housing. the image
`
`collection device being operable to provide visual image data of a field of view;
`
`a display supported by the portable housing, the display being operable to
`
`display for viewing by a user a perceptible visual image, the perceptible visual
`
`image being generated from the visual image data;
`
`memory supported by the portable housing. the memory being suitable to
`
`receive visual image data in digital format, the memory being suitable to retain the
`
`visual image data in digital format,
`
`an input device supported by the portable housing, the input device being
`
`operable by the user;
`
`operation of the input device by the user enabling the memory to retain the
`
`visual image data in digital format, the memory being suitable to provide retained
`
`visual image data in digital format;
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`media supported by the portable housing, the media being suitable to embody
`
`at least one compression algorithm;
`
`at least one processing platform supported by the portable housing, the at least
`
`one processing platform being operable to execute the at least one compression
`
`algorithm, the at least one processing platform being provided the retained visual
`
`image data in digital format, execution of the at least one compression algorithm
`
`providing compressed visual image data; and
`
`a mobile phone supported by the portable housing, the mobile phone being
`
`operable to send to a remote recipient a wireless transmission, the wireless
`
`transmission conveying the compressed digital image data.
`
`69. (previously presented) Apparatus comprising:
`
`a portable housing, the portable housing being wireless;
`
`an image collection device supported by the portable housing, the image
`
`collection device being operable to provide visual image data of a field of view;
`
`memory supported by the portable housing, the memory being suitable to
`
`receive visual image data in digital format, the memory being suitable to retain the
`
`visual image data in digital format,
`
`an input device supported by the portable housing, the input device being
`
`operable by the user;
`
`operation of the input device by the user enabling the memory to retain the
`
`visual image data in digital format, the memory being suitable to provide retained
`
`visual image data in digital format;
`
`media supported by the portable housing, the media being suitable to embody
`
`at least one compression algorithm;
`
`at least one processing platform supported by the portable housing, the at least
`
`one processing platform being operable to execute the at least one compression
`
`algorithm, the at least one processing platform being provided the retained visual
`
`image data in digital format, execution of the at least one compression algorithm
`
`providing compressed visual image data;
`
`a display supported by the portable housing, the display being operable to
`
`display for viewing by a user a perceptible visual image of the field of view, the
`
`perceptible visual image being generated from the retained. visual image data in
`
`digital format;
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`a mobile phone supported by the portable housing, the mobile phone being
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`selectively operable to send to a remote recipient a wireless image transmission, the
`
`wireless transmission conveying the compressed digital image data, the mobile phone.
`
`being selectively operable to send to a remote recipient a wireless voice transmission,
`
`the mobile phone being selectively operable to receive from a remote sender an
`
`incoming wireless image transmission; and
`
`the display being operable to display for viewing by a user a perceptible visual
`
`image of the incoming wireless image transmission.
`
`70, (previously presented) The apparatus according to claim 69 and further
`
`comprising:
`
`the display including at least one of:
`
`a viewfinder. and
`
`a display screen apart from the viewfinder.
`
`71. (previously presented) Apparatus comprising:
`
`a portable housing, the portable housing being wireless;
`
`an image collection device supported by the portable housing, the image
`
`collection device being operable to provide in digital format visual image data of a
`
`field of view;
`
`memory supported by the portable housing. the memory being suitable lo
`
`receive the visual image data in digital format, the memory being suitable to retain the
`
`visual image data in digital format,
`
`an input device supported by the portable housing. the input device being
`
`operable by the user;
`
`operation of the input device by the user enabling the memory to retain the
`
`visual image data in digital format, the memory being suitable to provide retained
`
`visual image data in digital format;
`
`at least one compression algorithm embodied at least in part in suitable
`
`programmed media, the media being supported by the portable housing;
`
`at least one processor supported by the portable housing, the at least one
`
`processor being operable to execute the at least one compression algorithm, the at
`
`least one processor being provided the retained visual image data in digital format,
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`execution of the at least one compression algorithm providing compressed visual
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`image data;
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`at least one display supported by the portable housing, the at least one display
`
`being operable to display for viewing by a user a perceptible visual image of the field
`
`of view, the perceptible visual image being generated from at least one of:
`
`the visual image data in digital format, and
`
`the retained visual image data in digital format;
`
`a mobile phone supported by the portable housing, the mobile phone being
`
`operable to send to a remote recipient a Wireless transmission, the Wireless
`
`transmission conveying the compressed .digital image data.
`
`72. (previously presented) Apparatus according to claim 71 and further comprising:
`
`the image collection device including an analog to digital converter, the analog
`
`to digital converter being operable to provide the visual image data in digital formal.
`
`73. (previously presented) The apparatus according to claim 71 and further
`
`comprising:
`
`the at least one display including at least one of:
`
`a viewfinder; and
`
`a display screen apart from the viewfinder.
`
`74. (previously presented) Apparatus comprising:
`
`a mobile phone, the mobile phone having a housing;
`
`an image capture device supported by the housing, the image capture device
`
`providing a captured image;
`
`a display supported by the housing, the display being operable to display the
`
`captured image;
`
`a processor supported by the housing, the processor being operable to process
`
`digital image data of the captured image, the processor being operable to provide
`
`processed image data;
`
`memory associated with the processor for storing the processed image data;
`
`and a user interface enabling a user to select for transmission a captured image, the
`
`respective processed image data being provided to the mobile phone for transmission
`
`to a recipient.
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`75. (previously presented) The apparatus according to claim 74 and further
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`comprising:
`
`removable memory apart from the memory, said removable memory being
`
`suitable to be removably housed in the housing for storing processed image data, the
`
`processed image data corresponding to a plurality of the captured images.
`
`76. (previously presented) The apparatus according to claim 74 and further
`
`comprising:
`
`the display being operable to display as images generated from incoming
`
`processed image data received via the mobile phone.
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`REMARKS
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`Claims 43-76 are pending. Claim 43 has been amended herein. Claims 1-42 were
`
`previously canceled. Applicant requests reconsideration in view of these Remarks.
`
`Submitted herewith is the “Affidavit of David A. Monroe Under 37 CFR 1.131” dated
`
`December 27, 2004, which was previously filed in parent Application 10/336,470. The
`
`instant application is a continuation of 10/336,470, as shown by the Preliminary Amendment
`
`and Application Data Sheet filed in the instant application. Applicant respectfully submits
`
`that the “Affidavit of David A. Monroe Under 37 CFR 1.131” establishes conception of the
`
`subject matter specified in claims 43-76 not later than March 18, 1993, and diligence in
`
`reducing to practice the claimed subject matter.
`
`Rejections Under 37 CFR §103(a)
`
`Applicant respectfully submits that, in view of the accompanying “Affidavit of David
`
`A. Monroe Under 37 CFR 1.131”, the subject matter specified in claims 43-76 overcomes the
`
`rejections under 37 CFR §103(a). This is because the “Affidavit of David A. Monroe Under
`
`37 CFR 1.131” clearly establishes that the subject matter specified in claims 43-76, and
`
`supported in the specification, predates each of the cited references (Hassan, Sizer,
`
`Jachimowicz, Rostoker). Accordingly, these references do not form a proper basis to reject
`
`claims 43-76, because each one has an effective date as a reference which is later than March
`
`18, 1993. Accordingly, Applicant respectfully submits that claims 43-76, as herein amended,
`
`are allowable.
`
`Applicant requests issuance of a Notice of Allowance for claims 43-76 in view of
`
`these Remarks. The undersigned is available by phone to discuss any issue regarding this
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`application at (512) 499-8900. The Commissioner is authorized to deduct any fee, or any
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`underpayment, from Moore Landrey Deposit Account 50-4128.
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`Respectfully submitted,
`
`/Jeffrey D. Hunt/
`
`Jeffrey D. Hunt, Reg. 38,189
`
`Date: March 13, 2009
`
`CUSTOMER # 67589
`
`MOORE LANDREY, L.L.P.
`1609 Shoal Creek Blvd., Ste. 100
`Austin, Texas 78701
`
`Telephone:
`Facsimile:
`
`(512) 499-8900
`(512) 320-8906
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`IN THE UNITED STATES PATENT AND TRADEMARK OFFICE
`
`Group Art Unit: 2622
`
`Examiner: Joseph R. Pokrzywa
`
`r
`
`,ri
`
`1
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`.
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`§ § § § § §
`
`§
`§
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`§ § § § §
`
`In re Application of:
`
`David A. Monroe
`
`Serial No.: 10/336,470
`
`Filed: January 3, 2003
`
`For: APPARATUS FOR CAPTURING,
`CONVERTING AND
`TRANSMITTING A VISUAL
`IMAGE SIGNAL VIA A DIGITAL
`TRANSMISSION SYSTEM
`
`AFFIDAVIT OF DAVID A. MONROE UNDER 37 CFR 1.131
`
`David A. Monroe, being duly sworn, states as follows:
`
`1.
`
`2.
`
`I am over 21 years of age and am competent to make this declaration.
`
`I am the named inventor of the applications for patent, U.S. Serial Nos. 10/326,503 and
`10/338,470, each of which have an effective filing date of January 12, 1998.
`
`During the prosecution of these applications I have become aware of a number of patents
`and publications which may be relevant to the scope of my invention. These patents and
`publications (the “131 Prior Art”) have an effective prior art date which is earlier than my
`filing date but later than the date of the invention in each of the respective applications.
`
`Some, but not all of the 131 Prior Art has been cited by the Examiner during prosecution
`of each of the subject applications. However, in the interest of thoroughness I desire to
`disclose all of the 131 Prior Art known to me at this time. The relevant 131 Prior Art is
`as follows:
`
`Patent/Publication
`
`Earliest Effective Date
`
`Cited by Examiner
`
`US. Pat. No. 5,546,194
`
`March 23, 1994
`
`US. Pat. No. 5,550,654
`
`May 13, 1994
`
`US. Pat. No. 5,689,300
`
`November 18, 1997
`
`US. Pat. No. 5,754,227
`
`September 28, 1994
`
`SN 10/336,470
`
`SN 10/336,470
`
`SN 10/336,470
`
`NOT CITED
`
`Page 16 of 130
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`Page 16 of 130
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`SAMSUNG EXHIBIT 1015
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`
`
`U.S. Pat. No. 5,854,694
`
`October 17, 1995
`
`U.S. Pat. No. 5,893,037
`
`December 9, 1994
`
`U.S. Pat. No. 5,517,683
`
`January 18, 1995
`
`U.S. Pat. No. 5,711,013
`
`January 18, 1995
`
`U.S. Pat. No. 5,666,159
`
`April 24, 1995
`
`U.S. Pat. No. 5,793,416
`
`December 29, 1995
`
`U.S. Pat No. 5,825,408
`
`March 18, 1994
`
`U.S. Pat. No. 5,893,037
`
`December 9, 1994
`
`U.S. Pat. No. 5,929,901
`
`October 6, 1997
`
`U.S. Pat. NO. 5,995,041
`
`December 30, 1996
`
`U.S. Pat. No. 5,969,750
`
`September 4, 1996
`
`U.S. Pat. No. 6,072,600
`
`1 January 30, 1996
`
`U.S. Pat. NO. 5,806,005
`
`May 10, 1996
`
`U.S. Pat. NO. 5,864,766
`
`August 13, 1996
`
`U.S. Pat. No. 6,043,839
`
`January 12, 1998
`
`U.S. Pat. No. 6,085,112
`
`November 7, 1996
`
`U.S. Pat. No. 6,111,863
`
`December 29, 1995
`
`U.S. Pat. No. 6,122,526
`
`April 24, 1997
`
`PCT Publication
`WO 97/26744
`
`July 24, 1997
`
`U.S. Pat. No. 6,181,954
`
`January 12, 1998
`
`U.S. Pat. No. 6,452,626
`
`October 6, 1997
`
`NOT CITED
`
`NOT CITED
`
`NOT CITED
`
`NOT CITED
`
`SN 10/336,470
`
`SN 10/326,503
`
`SN 10/326,503
`
`SN 10/326,503
`
`NOT CITED
`
`SN 10/336,470
`
`SN 10/326,503
`
`SN 10/336,470
`
`SN 10/326,503
`
`NOT CITED
`
`NOT CITED
`
`NOT CITED
`
`SN 10/326,503
`
`NOT CITED
`
`SN lO/326,503
`
`SN 10/326,503
`
`NOT CITED
`
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`6.
`
`7.
`
`8.
`
`9.
`
`e 131 Prior Art is March 18, 1994. My invention
`The earliest effective date of any of th
`n the subject applications
`is more
`date for each of the inventions shown and described i
`than one year earlier than the earliest effective date of any ofthe 131 Prior Art, namely,
`earlier than March 18, 1993. This is supported by the schematic drawings Exhibits 10
`and 11, that are dated earlier than March 18, 1993, and by the design renderings and
`sketches contained in Exhibits 7, 8, and 9, all ofwhich are dated earlier than March 18,
`
`1993.
`
`the filing date of January 12, 1998 I
`the date of the inventions t0
`abandon the inventions. During this
`During the period from
`invention and did not
`was diligent in pursuing the
`6—16 was continually refined and
`d and shown in Exhibits
`period the invention conceive
`‘al product that met all the
`revised, primarily in
`ile at the same time being feasible. Commercial success
`requirements of the inventions wh
`and financial (cost) criteria.
`demanded meeting both acceptable performance criteria
`over transmission systems as
`I began working with the concept of sending image data
`, a pioneering desktop device
`In 1983 I developed the “PhotoPhoneTM”
`system for the
`early as 1983,
`d as an early “tele-radiology”
`ultimately was extensively used and thrive
`Exhibit 1.
`transmission of medical X-Ray images, see
`
`focused on extending the
`that
`pany called PhotoTelesis
`In 1986 I extended this desktop
`In 1985 I started a com
`nt applications.
`PhotoPhone to specific Governme
`uding cellular. This was done
`technology to enable transmission over radio circuits, incl
`by the addition of a cellular/radio interface circuit board called “CIS”, see Exhibit 2. On
`May 26, 1986, a press release was released that discussed several new products that were
`announced at
`the Armed Forces Communication and Electronics Associations in
`Washington, DC. The Com-RIT TM product included the CIS board and provided image
`transmission from a desktop unit over mobile telephones and portable satellite terminals,
`
`see Exhibit 3.
`
`oped several Remote Image Transceivers or R.I.T.’s
`Over the next several years, I devel
`for the United States Military, see Exhibit 4, and as shown and described in the 1987
`Business Plan of my company PhotoTelesis, see Exhibit 5.
`In 1989 I conceived the
`circuitry for a concept model R.I.T. which could be handheld, see Exhibit 6. Over the
`next several years I continued to develop the handheld R.I.T. while continuing to work
`on, develop and build the military R.I.T. systems such as those shown in the 1986
`Business Plan,Exhibit 5. Evidence of this continuing effort
`is the design concept
`drawings of Exhibits 7 and 8, dated 1990. Additional concepts were generated during
`1991 (Exhibit 9).
`In addition,
`in 1991, the first detailed schematic was generated
`(Exhibit 10), which would permit a prototype circuit to be built.
`
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`eded and in 1989 1 conceived the
`l perceived that a small, handheld image RIT was ne
`for a concept model R.I.T. that could be handheld, see Exhibit 6. This
`design, although functionally viable, was in practice power hungry and slow in
`circuit architecture
`'
`d my efforts to develop the handheld
`performance. Over the next several ye
`R.I.T. while continuing to work on, develop and build the larger specialized tactical
`military R.1.T. systems such as those shown in the 1987 B
`Evidence of this continuing effort are the design concept drawings generated in
`corroboration with an industrial designer shown in Exhibits 7
`addition, in 1991 1 developed the enhanced architecture that enabled the first detailed
`schematic (Exhibit 10), which would permit a higher performance and low-power
`prototype circuit to be built.
`
`usiness Plan, Exhibit 5.
`
`and 8, dated 1990.
`
`In
`
`10.
`
`11.
`
`12.
`
`13.
`
`(1 for a handheld R.1.T., as shown in
`'on No. 10/336,470. Continued
`In 1992, the first compreh
`that would be more desirable to
`Exhibit 11. This circuit
`ackaging modification
`13. Some of the design concepts
`work done in 1992 on a p
`hown in Exhibits 12 and
`Government Customers, as is s
`vemment model as was shown
`e also included in the Go
`of the 1992 and earlier period wer
`the 1992 concept
`le, Fig. 6 in the application to
`in the Application. Compare, for examp
`drawings Exhibits 12 and 13.
`s, 1993-1997, Photo-Telesis became the standard R.I.T. for
`tactical
`systems developed and
`Over the next several year
`image
`transmission. The
`Government
`tactical
`commercialized by PhotoTelesis were employed by the US. Government in many
`systems. Many of the products developed and sold by PhotoTelesis followed the
`concepts shown and described in the 1987 Business Plan (Exhibit 5).
`ontinued to develop the concept of a
`During this time, 1 continued to be interested in and c
`eld
`true handheld R.I.T. product.
`In fact, I came up with a formal proposal of a handh
`R.1.T. in 1995 and put together a concept proposal inNovember, 1995 (Exhibit 1