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Method and apparatus for controlling differentially driven wheel slip 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • G06F-015/20
  • B60T-008/10
출원번호 US-0245245 (1980-05-07)
국제출원번호 PCT/US80/00540 (1980-05-07)
§371/§102 date 980May71 (980May71)
국제공개번호 WO-8103153 (1981-11-12)
발명자 / 주소
  • Miller Robert G. (East Peoria IL) Myers Allen D. (Decatur IL) Phelps Weldon L. (Dunlap IL) Sieving Alfred W. (Venedy IL)
출원인 / 주소
  • Caterpillar Tractor Co. (Peoria IL 02)
인용정보 피인용 횟수 : 57  인용 특허 : 3

초록

A slip control system for vehicles having spaced apart differentially driven wheels (200,202) including means (220) for calculating wheel slip according to the ratio of wheel speeds, means (242,230,232) for entering a slip control mode wherein a braking force is applied to the slipping wheel and inc

대표청구항

In an anti-slip apparatus for balancing the power transfer between a pair of driven wheels (200,202) when one of the wheels loses traction and rotates faster than the other, said apparatus having first means (212,214) for braking the wheels and second means (216, 222, 220) for generating a slip sign

이 특허에 인용된 특허 (3)

  1. Reinecke Erich (Burgdorf DEX), Anti-skid and anti-spin braking system.
  2. Leconte Gilles (Boulogne-Billancourt FR), Anti-spinning device for automobiles.
  3. Devlin ; Thomas A., Digital traction control system.

이 특허를 인용한 특허 (57)

  1. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  2. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  3. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  4. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  5. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  6. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  7. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  8. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  9. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  10. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  11. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  12. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  13. Braunberger, Alfred S.; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  14. Braunberger, Fritz, Absolute acceleration sensor for use within moving vehicles.
  15. Braunberger, Fritz, Absolute acceleration sensor for use within moving vehicles.
  16. Braunberger, Fritz, Absolute acceleration sensor for use within moving vehicles.
  17. Braunberger, Fritz, Absolute acceleration sensor for use within moving vehicles.
  18. Braunberger, Fritz; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  19. Braunberger, Fritz; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  20. Braunberger, Fritz; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  21. Braunberger, Fritz; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  22. Braunberger, Fritz; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  23. Braunberger, Fritz; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  24. Braunberger, Fritz; Braunberger, Beau M., Absolute acceleration sensor for use within moving vehicles.
  25. Matsumoto Shinichi (Toyota JPX), Acceleration slip controller for a vehicle.
  26. Leiber Heinz (Oberriexingen DEX), All-wheel drive automotive vehicle traction control system.
  27. Donnelly, Frank; Tarnow, Andrew, Alternator boost method.
  28. Craig,William C; Fitzgibbons,Patrick J, Braking system.
  29. Hirotsu Tetsuji (Katsuta JPX) Kiwaki Hisakatsu (Katsuta JPX) Nakamura Kiyoshi (Katsuta JPX) Narita Hiroshi (Katsuta JPX) Kasai Syozi (Katsuta JPX) Kimura Akira (Katsuta JPX) Tsutsui Yoshio (Katsuta J, Control system for maintaining traction of rolling stock.
  30. Donnelly,Frank Wegner; Swan,David Herman; Watson,John David, Design of a large battery pack for a hybrid locomotive.
  31. Pike, James A.; Jarrett, Brian L., Design of a large low maintenance battery pack for a hybrid locomotive.
  32. Takeda Masayoshi,JPX ; Suzuki Hideaki,JPX, Driving torque control method and apparatus for a four-wheel drive vehicle.
  33. Braunberger, Alfred S.; Braunberger, Beau M., Early warning of vehicle deceleration.
  34. Kojima Shigeru (Hyogo JPX) Obi Hideo (Hyogo JPX), Electric vehicle monitoring system.
  35. Shaw Feng-Rong (Menomonee Falls WI) Filo Allen L. (Sussex WI), Electro-hydraulic controls for brake type traction control system.
  36. Donnelly,Frank Wegner; Swartz,Douglas W.; Watson,John David, Emission management for a hybrid locomotive.
  37. Fogelberg Mark J. (Muncie IN), Four wheel drive transfer case with clutch mechanism.
  38. Solleder Friedrich (Waiblingen DEX) Krohn Hellmut (Esslingen DEX) Burckhardt Manfred (Wiblingen DEX) Brugger Franz (Winnenden DEX), Installation for charging a pressure reservoir provided as a pressure source within a propulsion control system of a mot.
  39. Donnelly,Frank; Tarnow,Andrew, Locomotive engine start method.
  40. Donnelly,Frank Wegner, Locomotive power train architecture.
  41. Donnelly,Frank Wegner; Watson,John David, Managing wheel skid in a locomotive.
  42. Donnelly,Frank Wegner, Managing wheel slip in a locomotive.
  43. Hosseini Javad ; Cobo Michael A. ; Rytter Noel J. ; Verheyen Andrew G., Method and apparatus for controlling differentially driven wheel-slip for an articulated machine.
  44. King, Robert Dean; Kumar, Ajith Kuttannair; Sedziol, Roland Sidney; Salasoo, Lembit; Richter, Timothy Gerard, Method of operating vehicle and associated system.
  45. Cao Chi-Thuan (Korntal DEX) Janetzke Helmut (Schwieberdingen DEX) Schulz Alfred (Oberriexingen DEX) Michi Harald (lbronn-Drn DEX), Method to control the operation of wheels of a vehicle to prevent slipping or skidding, and brake locking.
  46. Donnelly, Frank Wegner; Wolff, Bruce, Multiple engine locomotive configuration.
  47. Donnelly, Frank; Tarnow, Andrew; Wolff, Bruce; Watson, John D., Multiple prime power source locomotive control.
  48. Phelps Weldon L. (Dunlap IL) Stahl Alan L. (Peoria IL), Multiple threshold wheel slip control apparatus and method.
  49. Donnelly,Frank Wegner; Swan,David Herman; Watson,John David, Predicting wheel slip and skid in a locomotive.
  50. Craig,William C.; Fitzgibbons,Patrick J., Redundant braking system.
  51. Imaseki Takashi (Zushi JPX) Kobari Yuji (Zushi JPX), Slip control device for differential.
  52. Tarnow, Andrew C.; Mai, Serge, System and method for detecting wheel slip and skid in a locomotive.
  53. Schantz Ronald ; Gates Eric, Traction control system.
  54. Braunberger, Fritz, Trailer braking system and controller.
  55. Mills, Shane F.; Fitzgibbons, Patrick J.; Sternberg, Benjamin A., V-hull geometry for blast mitigation.
  56. Matsumoto Renpei (Tokyo JPX), Vehicle traction control system providing two or more different drive modes at the driver\s option.
  57. Odlen Lars (Arlov SEX) Olsson Bertil (Trelleborg SEX), Wheel slip detector.
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