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[미국특허] Data input device 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • G09G-005/08
출원번호 US-0089812 (1998-06-03)
우선권정보 JP-0092008 (1998-04-03)
발명자 / 주소
  • Suzuki Katsutoshi,JPX
출원인 / 주소
  • Alps Electric Co., Ltd., JPX
대리인 / 주소
    Brinks Hofer Gilson & Lione
인용정보 피인용 횟수 : 83  인용 특허 : 7

초록

In a data input device, an X-encoder 2 and a Y-encoder 3 are driven by a track ball 1 called a track ball and pulse outputs can be obtained from the respective encoders. Switches SW1, SW2, SW3 and SW4 are disposed around the track ball 1. When the track ball 1 is rolled about a Z-axis by a finger F

대표청구항

[ What is claimed is:] [1.] A data input device comprising:an operating body rolled manually;encoders for obtaining outputs in accordance with the rolling of said operating body;coordinate data creating means for creating coordinate data from the outputs from said encoders; andsensors for sensing th

이 특허에 인용된 특허 (7) 인용/피인용 타임라인 분석

  1. Bacon Glade B. (Everett WA) Kaneko Steven T. (Seattle WA) McRobert Alan W. (Bothell WA) Michelman Eric H. (Seattle WA), 3-D cursor positioning device.
  2. Wang David,TWX, Control device for display state change on monitor.
  3. Pearson ; Jr. Phil E. (Milwaukee WI) Collins Arthur K. (Waukesha WI), Dual control of image level and window parameters of a display and the like.
  4. Yeh Hsin-Chyh,TWX, Encoder module for use in cursor control device.
  5. Nagai Takao (Itami JPX), Multi-dimension track-ring.
  6. Suzuki Katsutoshi (Iwaki JPX), Multi-way input device.
  7. Imai Atsushi (Kanagawa JPX) Isobe Yutaka (Kanagawa JPX) Nakata Tetsuro (Kanagawa JPX) Nakao Ayumi (Kanagawa JPX), Three-dimensional image special effect apparatus.

이 특허를 인용한 특허 (83) 인용/피인용 타임라인 분석

  1. Hotelling, Steve; Huppi, Brian, Ambidextrous mouse.
  2. Hotelling, Steve; Huppi, Brian, Ambidextrous mouse.
  3. Hotelling, Steve; Huppi, Brian, Ambidextrous mouse.
  4. Hotelling, Steve; Huppi, Brian, Ambidextrous mouse.
  5. Hotelling, Steve; Huppi, Brian, Ambidextrous mouse.
  6. Hotelling, Steven P.; Huppi, Brian Q., Ambidextrous mouse.
  7. Seo, Young-wan; Kim, Min-chul; Lee, Eun-jung, Apparatus and method for navigation in three-dimensional graphical user interface.
  8. Hotelling, Steve P., Capacitance sensing electrode with integrated I/O mechanism.
  9. Hotelling, Steven P., Capacitance sensing electrode with integrated I/O mechanism.
  10. Lyon, Benjamin; Fisher, Joseph; Rathnam, Lakshman, Capacitive sensor having electrodes arranged on the substrate and the flex circuit.
  11. Lynch, Brian; Moolsintong, Jan, Center button isolation ring.
  12. Weber, Douglas; Matsuyuki, Naoto, Co-extruded materials and methods.
  13. Rothkopf, Fletcher; Moolsintong, Jan; Fisher, Joseph; Sander, Wendell; Kocalar, Erturk, Compact input device.
  14. Andre,Bartley K.; Farag,Adam S.; Farag,Abraham S., Cursor control device having an integral top member.
  15. Weber, Douglas; Zadesky, Stephen P.; Ng, Stanley C.; Hodge, Andrew B., Dynamic input graphic display.
  16. King, Nicholas; Kerr, Duncan Robert; Herbst, Paul; Hotelling, Steven P., Electronic device having display and surrounding touch sensitive bezel for user interface and control.
  17. King, Nick; Kerr, Duncan; Herbst, Paul; Hotelling, Steven P., Electronic device having display and surrounding touch sensitive bezel for user interface and control.
  18. Prest, Christopher D.; Rothkopf, Fletcher R.; Dinh, Richard Hung Minh, Gimballed scroll wheel.
  19. Prest, Christopher D.; Rothkopf, Fletcher; Dinh, Richard Hung Minh, Gimballed scroll wheel.
  20. Weber, Douglas J.; Moolsintong, Pinida Jan; Zadesky, Stephen P., Hybrid button.
  21. Weber, Douglas J.; Moolsintong, Pinida Jan; Zadesky, Stephen P., Hybrid button.
  22. Ng, Stanley C.; Kerr, Duncan Robert, Illuminated touchpad.
  23. Kayama Shun,JPX ; Kataoka Yasuhiro,JPX ; Munekata Kenji,JPX, Input device.
  24. Adams,Aditha M.; Bathiche,Steven N.; Fisher,Steven W.; Garcia,Gino; Lindhout,Daan; Muss,Timothy Michael; Newton,Mark, Input device including a scroll wheel assembly for manipulating an image in multiple directions.
  25. Ledbetter,Carl J.; Lindhout,Daan; Adams,Aditha; McLoone,Hugh E.; Muss,Timothy Michael; Koo,James Y.; Garcia,Gino, Input device including a wheel assembly for scrolling an image in multiple directions.
  26. Ledbetter,Carl J.; Lindhout,Daan; Adams,Aditha; McLoone,Hugh E.; Muss,Timothy Michael; Koo,James Y.; Garcia,Gino, Input device including a wheel assembly for scrolling an image in multiple directions.
  27. Ledbetter,Carl J; Lindhout,Daan; Adams,Aditha; McLoone,Hugh E.; Muss,Timothy Michael; Koo,James Y.; Garcia,Gino, Input device including a wheel assembly for scrolling an image in multiple directions.
  28. Ledbetter,Carl J; Lindhout,Daan; Adams,Aditha; McLoone,Hugh E.; Muss,Timothy Michael; Koo,James Y.; Garcia,Gino, Input device including a wheel assembly for scrolling an image in multiple directions.
  29. Ledbetter,Carl J; Lindhout,Daan; Adams,Aditha; McLoone,Hugh E.; Muss,Timothy Michael; Koo,James Y.; Garcia,Gino, Input device including a wheel assembly for scrolling an image in multiple directions.
  30. Fisher, Joseph; Kocalar, Erturk; Hotelling, Steven; Gutierrez, David, Input device with optimized capacitive sensing.
  31. Fisher, Joseph; Kocalar, Erturk; Rathnam, Lakshman, Integrated contact switch and touch sensor elements.
  32. Tsuk, Robert W.; Robbin, Jeffrey L., Method and apparatus for accelerated scrolling.
  33. Tsuk, Robert W.; Robbin, Jeffrey L., Method and apparatus for accelerated scrolling.
  34. Tsuk, Robert W.; Robbin, Jeffrey L., Method and apparatus for accelerated scrolling.
  35. Tsuk,Robert W.; Robbin,Jeffrey L., Method and apparatus for accelerated scrolling.
  36. Robbin, Jeffrey L.; Jobs, Steve; Schiller, Philip W., Method and apparatus for use of rotational user inputs.
  37. Robbin, Jeffrey L.; Jobs, Steve; Schiller, Philip W., Method and apparatus for use of rotational user inputs.
  38. Robbin,Jeffrey L.; Jobs,Steve; Schiller,Philip W., Method and apparatus for use of rotational user inputs.
  39. Bollinger, Steven, Method of capacitively sensing finger position.
  40. Cheon, Jee Young; Choi, Kyung Dong, Mobile communication device and method of controlling the same.
  41. Yoshikawa,Masahide, Mobile electronic equipment.
  42. Koo,James Y., Modular scroll wheel with integral detent-engaging spring tab.
  43. Koo,James Y., Modular scroll wheel with integral detent-engaging sprint tab.
  44. Huppi,Brian, Mouse having a rotary dial.
  45. Low, Wing Kong; Berkeley, Brian H.; Lyon, Benjamin Bendix, Mouse having an optically-based scrolling feature.
  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. Farag, Abraham; Huppi, Brian, Multi-button mouse.
  49. Farag, Abraham; Huppi, Brian Q., Multi-button mouse.
  50. Farag, Abraham; Huppi, Brian Q., Multi-button mouse.
  51. Farag,Abraham; Huppi,Brian, Multi-button mouse.
  52. Rathnam, Lakshman; Bokma, Louis; Rothkopf, Fletcher; Mucignat, Andrea; Kocalar, Erturk; Lyon, Benjamin; Fisher, Joseph, Multi-dimensional scroll wheel.
  53. Rathnam, Lakshman; Bokma, Louis; Rothkopf, Fletcher; Mucignat, Andrea; Kocalar, Erturk; Lyon, Benjamin; Fisher, Joseph, Multi-dimensional scroll wheel.
  54. Williams, Hilary L., Multi-functional cellular telephone.
  55. Culver Craig F., Multiple-cylinder control device for computers and other electronic apparatus.
  56. Hotelling, Steve, Mutual capacitance touch sensing device.
  57. Hotelling, Steve, Mutual capacitance touch sensing device.
  58. Hotelling, Steven P., Mutual capacitance touch sensing device.
  59. Hotelling, Steven Porter, Mutual capacitance touch sensing device.
  60. Williams, Hilary L., Portable computers.
  61. Williams, Hilary Lyndsay, Portable computers.
  62. Williams, Hilary Lyndsay, Portable computers.
  63. Williams, Hilary Lyndsay, Portable computers.
  64. Rothkopf, Fletcher R.; Zadesky, Stephen P., Resistive force sensor with capacitive discrimination.
  65. Bohn, David D., Scroll wheel assembly for scrolling an image in multiple directions.
  66. Bohn,David D., Scroll wheel assembly for scrolling an image in multiple directions.
  67. Koo,James Y.; Bohn,David D, Scroll wheel carriage.
  68. Lindhout,Daan; Muss,Timothy Michael; Bathiche,Steven N.; Fisher,Steven W.; Hinckley,Kenneth P., Scrolling apparatus providing multi-directional movement of an image.
  69. Tsuk, Robert W.; Robbin, Jeffrey L., Scrolling based on rotational movement.
  70. Forsblad, Larry; Hotelling, Steve; Lynch, Brian; Lyon, Benjamin; Moolsintong, Jan; Weber, Doug; Zadesky, Steve, Scrolling input arrangements using capacitive sensors on a flexible membrane.
  71. Bull, William; Hicks, Kourtny Minh; Wood, Policarpo; Hope, Eric James, Scrolling techniques for user interfaces.
  72. Fisher, Joseph; Kocalar, Erturk; Bhargava, Rishabh; Rathnam, Lakshman, Sensor configurations of an input device that are switchable based on mode.
  73. Lampell, Michael D.; Bertrand, Francois-Yves; Berfield, Alan; Lee, Leo; Snider, Eric, Techniques for interactive input to portable electronic devices.
  74. Lampell, Michael D.; Bertrand, François-Yves; Berfield, Alan; Lee, Leo; Snider, Eric, Techniques for interactive input to portable electronic devices.
  75. Marriott, Greg; Bar-Nahum, Guy; Bollinger, Steven, Touch pad for handheld device.
  76. Marriott,Greg; Bar Nahum,Guy; Bollinger,Steven, Touch pad for handheld device.
  77. Zadesky, Stephen P.; Tan, Tang Y., Touch pad for handheld device.
  78. Zadesky,Stephen Paul; Tan,Tang Yew, Touch pad for handheld device.
  79. Zadesky,Stephen Paul; Tan,Tang Yew, Touch pad handheld device.
  80. McKillop, Chris; Grignon, Andrew; Ording, Bas, Touch pad with symbols based on mode.
  81. Hotelling, Steven Porter; Zadesky, Stephen Paul, Touch sensing device having conductive nodes.
  82. Lee,Shih Yang, Track ball structure.
  83. Chin,Chen Khol; Thor,Chung Min, Two-dimensional optical encoder with multiple code wheels.

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