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Apparatus for and method of testing hydraulic/pneumatic apparatus using computer controlled test equipment 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • G05B-023/00
출원번호 US-0801242 (1991-12-03)
발명자 / 주소
  • Luthi Jeffrey L. (Valencia CA) Tauber Richard (Granada Hills CA)
출원인 / 주소
  • HR Textron Inc. (Valencia CA 02)
인용정보 피인용 횟수 : 73  인용 특허 : 0

초록

Automatic test equipment for testing hydraulic/pneumatic devices which devices are included within the test system as well as those which may be attached to the test system. Object oriented programming preferably using C++language is utilized. Abstract classes representative of characteristics of a

대표청구항

A method for automatically testing electrohydraulic/pneumatic hardware comprising: (A) providing an abstract base class defining a plurality of characteristic data and functions common to all of a plurality of predetermined units to be tested; (B) providing at least one subclass defining a plurality

이 특허를 인용한 특허 (73)

  1. Denison, David R.; Lewis, Marty James; Wojsznis, Peter; Mehta, Ashish, Analytical server integrated in a process control network.
  2. Haechten, John B.; Dale, Stephen G.; Tyndall, John F., Apparatus for coordinating interoperability between devices of varying capabilities in a network.
  3. Gellerson deceased ; late of Vakime ; by Walter G. ; Kingsley Robert B. ; Cline Randall G., Automated work station apparatus and method.
  4. Cook, John E.; Perry, Paul D., Automotive evaporative leak detection system.
  5. Paul D. Perry CA; John A. Gurd CA, Connection between an integrated pressure management apparatus and a vapor collection canister.
  6. Wolff, Robert, Control methods and apparatus for coupling multiple image acquisition devices to a digital data processor.
  7. Junk, Kenneth W., Detection and discrimination of instabilities in process control loops.
  8. Junk,Kenneth W., Detection and discrimination of instabilities in process control loops.
  9. Weldon, Craig, Diagnostic apparatus and method for an evaporative control system including an integrated pressure management apparatus.
  10. Bredau, Jan; Keller, Reinhard, Diagnostic device for at least one pneumatic valve actuator arrangement.
  11. Perry, Paul; Veinotte, Andre, Electrical connections for an integrated pressure management apparatus.
  12. Owens, Kevin Eugene; Blome, Robert Jay; Benson, Dwayne M.; Forrest, Steven Talbert; Quitmeyer, James Neil; McDowell, Hugh Scott, Electromechanical actuator test apparatus.
  13. Chirashnya, Igor; Machulsky, George; Ross, Rony; Shalev, Leah, Error injection apparatus and method.
  14. Paul D. Perry CA, Fluid flow through an integrated pressure management apparatus.
  15. Perry, Paul D., Fluid flow through an integrated pressure management apparatus.
  16. Perry,Paul D.; Cook,John E., Fuel system with integrated pressure management.
  17. Paul D. Perry CA; John E. Cook CA, Fuel system with intergrated pressure management.
  18. Perry, Paul D., Housing for an integrated pressure management apparatus.
  19. Paul D. Perry CA, Housing for integrated pressure management apparatus.
  20. Taylor James Leigh,GBX, Information processing system hardware test.
  21. Perry, Paul D., Integrated pressure management apparatus having electronic control circuit.
  22. Paul D. Perry CA, Integrated pressure management apparatus providing an on-board diagnostic.
  23. Paul D. Perry CA; John E. Cook CA, Integrated pressure management system for a fuel system.
  24. Perry, Paul D.; Cook, John E., Integrated pressure management system for a fuel system.
  25. Perry,Paul D.; Cook,John E., Integrated pressure management system for a fuel system.
  26. Yousuf Syed Hasan ; Stewart Veronica Collaco ; Nguyen Hai Xuan, Low voltage screen for improving the fault coverage of integrated circuit production test programs.
  27. Lavagnino,Sherrill E.; Wolinsky,Jeffrey Michael, Machine vision method and apparatus for thresholding images of non-uniform materials.
  28. Leonid Taycher ; Arman Garakani, Machine vision methods and system for boundary point-based comparison of patterns and images.
  29. Taycher, Leonid; Garakani, Arman, Machine vision methods and systems for boundary feature comparison of patterns and images.
  30. Foster Nigel John ; Loizeaux Jane Alice, Machine vision methods for identifying collinear sets of points from an image.
  31. Sanjay Nichani, Machine vision methods for image segmentation using multiple images.
  32. Michael, David J.; Boatner, John B; Karnacewicz, Martin, Method and apparatus for backlighting a wafer during alignment.
  33. Mehta, Ashish; Wojsznis, Peter; Lewis, Marty J.; Jundt, Larry O.; Pettus, Nathan W., Method and apparatus for intelligent control and monitoring in a process control system.
  34. Michael, David J.; Clark, James; Liu, Gang, Method and apparatus for semiconductor wafer alignment.
  35. Sabih, Sabih; Vahe, Jari, Method and circuits for testing high speed devices using low speed ATE testers.
  36. Pyotsia Jouni,FIX ; Ylikoski Esko,FIX, Method and equipment for determining the performance of control valve.
  37. Haechten,John B.; Dale,Stephen G.; Tyndall,John F., Method and system for coordinating interoperability between devices of varying functionality in a network.
  38. Collins, Duane Zedric; Galindo, Gaspar, Method for calibrating hydraulic actuators.
  39. Gossain Dhiraj Kumar ; Rigg Dana Mark, Method for state-based oriented testing.
  40. Michael Wisor ; Travis Wheatley ; James A. Treadway, Method for utilizing virtual hardware descriptions to allow for multi-processor debugging in environments using varying processor revision levels.
  41. Grumstrup Bruce F. ; Junk Kenneth W. ; Snowbarger Jimmie L. ; Taylor ; Jr. Eugene R., Method of and apparatus for deterministically obtaining measurements.
  42. Snowbarger Jimmie L. ; Taylor ; Jr. Eugene R. ; Grumstrup Bruce F. ; Junk Kenneth W., Method of and apparatus for nonobtrusively obtaining on-line measurements of a process control device parameter.
  43. Paul D. Perry CA; John E. Cook CA, Method of calibrating an integrated pressure management apparatus.
  44. Perry,Paul D.; Cook,John E., Method of managing pressure in a fuel system.
  45. Whitman Steven M., Method of testing a machine vision inspection system.
  46. James A. Treadway ; Travis Wheatley, Method to dynamically change microprocessor test software to reflect different silicon revision levels.
  47. King, David R., Methods and apparatus for charge coupled device image acquisition with independent integration and readout.
  48. Igor Reyzin, Methods and apparatus for generating a projection of an image.
  49. Bachelder, Ivan; Wallack, Aaron, Methods and apparatus for machine vision inspection using single and multiple templates or patterns.
  50. Achmad,Muchlis; Johnson,Bernard, Methods and apparatus for mechanically adjusting a null offset in a torque motor of a servovalve.
  51. Achmad,Muchlis; Johnson,Bernard, Methods and apparatus for mechanically adjusting a null offset in a torque motor of a servovalve.
  52. Wallack, Aaron S; Michael, David, Methods and apparatus for practical 3D vision system.
  53. Herbig Kyle David ; McKelvey Mark Ambrose ; Warne Thomas Joseph, Object oriented framework mechanism for performing computer system diagnostics.
  54. Michael D. Gerstenberger ; Scott D. Greig ; David M. Martin ; Khalid Mirza ; El-Houssaine Waled CA, Object oriented motion system.
  55. Igor Chirashnya IL; Nick Rash ; Leah Shalev IL, On-line switch diagnostics.
  56. Perry,Paul; Veinotte,Andre, Poppet for an integrated pressure management apparatus and fuel system and method of minimizing resonance.
  57. Paul D. Perry CA, Pressure operable device for an integrated pressure management apparatus.
  58. Caldwell, John M.; Blevins, Terrence L.; Wojsznis, Peter; Wojsznis, Wilhelm K., Process model identification in a process control system.
  59. Caldwell,John; Blevins,Terrence L.; Wojsznis,Peter; Wojsznis,Wilhelm K., Process model identification in a process control system.
  60. Perry, Paul D., Sensor arrangement for an integrated pressure management apparatus.
  61. Weldon, Craig, Sensor arrangement for an integrated pressure management apparatus.
  62. Soley,David D., Servo mechanism test stand.
  63. Paul D. Perry CA, Solenoid for an integrated pressure management apparatus.
  64. Annette L. Latwesen ; Kenneth W. Junk, Statistical determination of estimates of process control loop parameters.
  65. Chirashnya, Igor; Sostheim, Tal, Switch adapter testing.
  66. Omid Sojoodi ; Robert Dye ; Murali Parthasarathy ; Ram Kudukoli, System and method for accessing object capabilities in a graphical program.
  67. Mitchell Bob ; Andrade Hugo ; Pathak Jogen ; DeKey Samson ; Shah Abhay ; Brower Todd, System and method for creating resources in an instrumentation system.
  68. Shah Abhay S. ; Pathak Jogen ; Mitchell Bob ; Andrade Hugo A. ; DeKey Samson L. ; Brower Todd, System and method for handling events in an instrumentation system.
  69. Sojoodi Omid ; Rust Scott A., System and method for performing interface independent virtual instrumentation functions in a graphical data flow progr.
  70. Sojoodi Omid ; Rogers Steven W., System and method for performing type checking and class propagation of attributes in a graphical data flow program.
  71. Maalioune, Hakim, System for controlling at least one actuator for thrust reverser cowlings on a turbojet engine and method for testing said system.
  72. Cook, John E.; Perry, Paul D., Temperature correction method and subsystem for automotive evaporative leak detection systems.
  73. Cook,John E.; Perry,Paul D., Temperature correction method and subsystem for automotive evaporative leak detection systems.
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