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Multifunction space bar for video screen graphics cursor control 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • G09G-005/00
출원번호 US-0578846 (1995-12-26)
발명자 / 주소
  • Carroll
  • Jr. George L.
  • Slavin Michael A.
대리인 / 주소
    McHale & Slavin
인용정보 피인용 횟수 : 90  인용 특허 : 0

초록

A multifunction space bar for control of a video screen graphics cursor for replacement of, or as a supplement to, a second peripheral pointing device without keyboard modification. The device is a conventional space bar replacement and fits within the confines of conventional keyboards allowing the

대표청구항

[ What is claimed as new and desire to secure by Letters Patent of the United States is:] [1.] A multi-function space bar device occupying the traditional single position space bar location or each of the dual position space bar locations with said device capable of supplying information signals det

이 특허를 인용한 특허 (90)

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  27. Fisher, Joseph; Kocalar, Erturk; Rathnam, Lakshman, Integrated contact switch and touch sensor elements.
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  29. Gregorio,Pedro; Olien,Neil T.; Bailey,David W.; Vassallo,Steven P., Interface apparatus with cable-driven force feedback and four grounded actuators.
  30. Schuler, Chester L.; Haberman, Seth M., Interface device with tactile responsiveness.
  31. Rosenberg Louis B., Isotonic-isometric force feedback interface.
  32. Rosenberg,Louis B., Isotonic-isometric haptic feedback interface.
  33. Laubach, Kevin, Keyboard with integrated touch surface.
  34. Laubach, Kevin, Keyboard with ntegrated touch surface.
  35. Tognazzini,Bruce, Linear touch input device.
  36. Chen,Michael Changcheng, Low-profile multi-channel input device.
  37. Gregorio, Pedro; Olien, Neil T.; Bailey, David W.; Vassallo, Steven P., Medical simulation interface apparatus and method.
  38. Tsuk, Robert W.; Robbin, Jeffrey L., Method and apparatus for accelerated scrolling.
  39. Tsuk, Robert W.; Robbin, Jeffrey L., Method and apparatus for accelerated scrolling.
  40. Tsuk, Robert W.; Robbin, Jeffrey L., Method and apparatus for accelerated scrolling.
  41. Tsuk,Robert W.; Robbin,Jeffrey L., Method and apparatus for accelerated scrolling.
  42. Robbin, Jeffrey L.; Jobs, Steve; Schiller, Philip W., Method and apparatus for use of rotational user inputs.
  43. Robbin, Jeffrey L.; Jobs, Steve; Schiller, Philip W., Method and apparatus for use of rotational user inputs.
  44. Robbin,Jeffrey L.; Jobs,Steve; Schiller,Philip W., Method and apparatus for use of rotational user inputs.
  45. Bollinger, Steven, Method of capacitively sensing finger position.
  46. Zadesky, Stephen Paul; Lynch, Stephen Brian; Degner, Brett William, Movable touch pad with added functionality.
  47. Zadesky,Stephen Paul; Lynch,Stephen Brian; Degner,Brett William, Movable touch pad with added functionality.
  48. Rathnam, Lakshman; Bokma, Louis; Rothkopf, Fletcher; Mucignat, Andrea; Kocalar, Erturk; Lyon, Benjamin; Fisher, Joseph, Multi-dimensional scroll wheel.
  49. Rathnam, Lakshman; Bokma, Louis; Rothkopf, Fletcher; Mucignat, Andrea; Kocalar, Erturk; Lyon, Benjamin; Fisher, Joseph, Multi-dimensional scroll wheel.
  50. Williams, Hilary L., Multi-functional cellular telephone.
  51. Culver Craig F., Multiple-cylinder control device for computers and other electronic apparatus.
  52. Hotelling, Steve, Mutual capacitance touch sensing device.
  53. Hotelling, Steve, Mutual capacitance touch sensing device.
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  55. Hotelling, Steven Porter, Mutual capacitance touch sensing device.
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  71. Rosenberg, Louis B.; Schena, Bruce M., System and method of applying force feedback to a manipulandum wheel utilized with a graphical user interface.
  72. Grant, Danny A.; Belaus, Gregory M. G.; Olien, Neil T.; Da Costa, Henrique; Cruz-Hernandez, Juan Manuel, Systems and methods for casino gaming haptics.
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  76. Nelson, Donald Douglas; Ikits, Milan; Ho, Chih-Hao; Kunkler, Kevin, Systems and methods for real-time winding analysis for knot detection.
  77. Tremblay, Mark R.; Yim, Mark H., Tactile feedback interface device.
  78. Culver, Craig F., Tactile feedback interface device including display screen.
  79. Tremblay, Marc R.; Yim, Mark H., Tactile feedback man-machine interface device.
  80. Tremblay, Mark R.; Yim, Mark H., Tactile feedback man-machine interface device.
  81. Lampell, Michael D.; Bertrand, Francois-Yves; Berfield, Alan; Lee, Leo; Snider, Eric, Techniques for interactive input to portable electronic devices.
  82. Lampell, Michael D.; Bertrand, François-Yves; Berfield, Alan; Lee, Leo; Snider, Eric, Techniques for interactive input to portable electronic devices.
  83. Marriott, Greg; Bar-Nahum, Guy; Bollinger, Steven, Touch pad for handheld device.
  84. Marriott,Greg; Bar Nahum,Guy; Bollinger,Steven, Touch pad for handheld device.
  85. Zadesky, Stephen P.; Tan, Tang Y., Touch pad for handheld device.
  86. Zadesky,Stephen Paul; Tan,Tang Yew, Touch pad for handheld device.
  87. Zadesky,Stephen Paul; Tan,Tang Yew, Touch pad for handheld device.
  88. McKillop, Chris; Grignon, Andrew; Ording, Bas, Touch pad with symbols based on mode.
  89. Hotelling, Steven Porter; Zadesky, Stephen Paul, Touch sensing device having conductive nodes.
  90. Valentine, Mark F.; Cranfill, David B.; Olley, Michael F., Touch sensor integrated with a keyboard spacebar.
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