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    • 1. 发明申请
    • TRAINEE-AS-MENTOR EDUCATION AND TRAINING SYSTEM AND METHOD
    • 培训教育与培训系统与方法
    • WO2008082827A1
    • 2008-07-10
    • PCT/US2007/085885
    • 2007-11-29
    • MEDICAL SIMULATION CORPORATIONYOUNKES, WilliamWILSON, Dave E.
    • YOUNKES, WilliamWILSON, Dave E.
    • G09B5/00G09B7/00
    • G09B7/04
    • An education and training system and method where a trainee plays the role of a mentor to a simulated colleague who is performing a simulated procedure. Various views of the simulated colleague are presented on one or more monitors so that the trainee-as-mentor can observe the actions taken by the simulated colleague. The views will often be focused upon the hands of the simulated colleague. The trainee-as-mentor must observe the simulated colleague and provide instructions or commands to the simulated colleague in order to correct inappropriate actions. The trainee-as-mentor is evaluated on his or her ability to discern mistakes, miscues, poor technique, out of order steps, etc., and provide instructions to correct the mistake and prevent undesired outcomes.
    • 一个教育培训体系和方法,其中一名受训人员对正在执行模拟程序的模拟同事扮演导师的角色。 在一个或多个显示器上呈现了模拟同事的各种观点,以便受训人员能够观察模拟同事所采取的行动。 这些意见往往会集中在模拟的同事手中。 受训学员必须遵守模拟的同事,并向模拟的同事提供说明或命令,以纠正不当行为。 受训导师根据自己的能力进行评估,以辨别错误,错误,技术不力,无序步骤等,并提供纠正错误的指示,防止意外的结果。
    • 8. 发明公开
    • SYSTEM FOR TRAINING PERSONS TO PERFORM MINIMALLY INVASIVE SURGICAL PROCEDURES
    • 系统将各人具体实施微创外科手术的培训
    • EP0935796A1
    • 1999-08-18
    • EP97932624.0
    • 1997-07-17
    • Medical Simulation Corporation
    • BAILEY, Bradford, E.
    • G09B23A61B19
    • G09B23/285A61B34/76G06F19/00
    • A system for producing highly realistic, real-time simulated operating conditions for interactive training of persons to perform minimally invasive surgical procedures involving implements that are inserted and manipulated through small incisions in the patient. The virtual environment for this training system includes a housing with a small opening. An implement simulating a surgical implement is inserted into the opening and manipulated relative to the housing. A movement guide and sensor assembly monitors the location of the implement relative to the housing and provides data about the implement's location and orientation within the housing. The reported data is interpolated by a computer processor, which utilizes a database of information representing a patient's internal landscape to create a computer model of the internal landscape of the patient. With reference to this computer model, the processor controls the occurrence of force feedback opposing the motion of the implement. A two-dimensional image representing the implement as it would appear within the patient is generated by a processor-controlled video imaging system based on the computer model of the patient's internal landscape. This computer image of the implement is then merged with a video image loop of a patient's internal landscape as it appears through a heartbeat and breathing cycle, and the merged image is displayed on a video display. The combined elements of real-time visual representation and interactive tactile force feedback provide a virtual training simulation with all elements of actual operation conditions, minus a live patient.
    • 10. 发明授权
    • SYSTEM FOR TRAINING PERSONS TO PERFORM MINIMALLY INVASIVE SURGICAL PROCEDURES
    • 系统将各人具体实施微创外科手术的培训
    • EP0935796B1
    • 2007-08-29
    • EP97932624.6
    • 1997-07-17
    • Medical Simulation Corporation
    • BAILEY, Bradford, E.
    • G09B23/28
    • G09B23/285A61B34/76G06F19/00
    • A system for producing highly realistic, real-time simulated operating conditions for interactive training of persons to perform minimally invasive surgical procedures involving implements that are inserted and manipulated through small incisions in the patient. The virtual environment for this training system includes a housing with a small opening. An implement simulating a surgical implement is inserted into the opening and manipulated relative to the housing. A movement guide and sensor assembly monitors the location of the implement relative to the housing and provides data about the implement's location and orientation within the housing. The reported data is interpolated by a computer processor, which utilizes a database of information representing a patient's internal landscape to create a computer model of the internal landscape of the patient. With reference to this computer model, the processor controls the occurrence of force feedback opposing the motion of the implement. A two-dimensional image representing the implement as it would appear within the patient is generated by a processor-controlled video imaging system based on the computer model of the patient's internal landscape. This computer image of the implement is then merged with a video image loop of a patient's internal landscape as it appears through a heartbeat and breathing cycle, and the merged image is displayed on a video display. The combined elements of real-time visual representation and interactive tactile force feedback provide a virtual training simulation with all elements of actual operation conditions, minus a live patient.