[특허]Patient positioning system and method for computer controled muscle exercising machine

Patient positioning system and method for computer controled muscle exercising machine 원문보기

IPC분류정보
국가/구분	United States(US) Patent 등록
국제특허분류(IPC7판)	A63B-024/00
출원번호	US-0070989 (1993-06-04)
발명자 / 주소	Belsito Anne W. (Chattanooga TN) Baxter Brian S. (Hixson TN) Camp Paul R. (Chattanooga TN)
출원인 / 주소	Chattanooga Group, Inc. (Hixson TN 02)
인용정보	피인용 횟수 : 32 인용 특허 : 0

초록 ▼

A patient positioning system for computer controlled muscle exercising machine allows for automatic positioning of large numbers of patients prior to exercises and evaluations. The patient positioning system simplifies the patient positioning process by allowing the seat and actuator to be moved, manually or automatically, in both the horizontal and vertical direction relative to each other. This is accomplished by indicating the direction in which the seat and actuator are to be moved based upon optimum exercise positions stored in a data storage means. The directions are indicated adjacent to a four way switch and on a display device for selecting the direction of movement. In response to this prompt, the direction of movement of the seat and/or actuator is selected by pressing the four way switch for the seat or the four way switch for the actuator in the direction indicated adjacent to the switch and on the display device. The seat and/or actuator are moved based on the direction selected until the optimum exercise position stored in the data storage means is reached. Once the exercise position for the particular exercise and patient is reached, i.e. automatic (standard or custom) positioning is completed, the relative positions of the seat and actuator are manually adjusted. The exercise positions are stored in the data storage means in association with a particular patient and exercise.

대표청구항 ▼

A muscle exercise machine comprising: a seat for supporting a patient thereon; an actuator having an output shaft for attaching an exercise element thereto; data storage means for storing therein names of patients, names of exercises and seat positions in relation to said actuator and actuator positions in relation to said seat for exercises; position selecting means for selecting a direction of positioning movement of said seat in relation to said actuator and a direction of positioning movement of said actuator in relation to said seat, said position selecting means comprising: position direction indicating means for indicating a direction of positioning movement of said seat relative to said actuator based upon the relative position of said seat and said actuator stored in said data storage means and for indicating a direction of positioning movement of said actuator relative to said seat based upon the relative position of said actuator and said seat stored in said data storage means; and position direction input means for accepting position selection of said seat in relation to said actuator and said actuator in relation to said seat in response to the direction indicated by said position direction indicating means; position controlling means, operationally connected to said position selecting means, said seat and said actuator, for controlling positioning movement of said seat in relation to said actuator and positioning movement of said actuator in relation to said seat upon manipulation of said position selecting means by a user; and data processing means, operationally connected to said position controlling means, said position selecting means and said data storage means, for activating and deactivating said position selecting means and said position controlling means based upon the position of said seat relative to said actuator stored in said data storage means, and for activating and deactivating said position selecting means and said position controlling means based upon the position of said actuator relative to said seat for an exercise stored in said data storage means. A method for positioning a patient on a muscle exercise machine having a seat for supporting a patient thereon, an actuator having an output shaft for attaching an exercise element thereto, a data processor for controlling positioning movement of the seat and the actuator, and a display device, data storage means, and an input device operationally connected to the data processor; said method comprising the steps of: selecting a direction of positioning movement of said seat relative to said actuator and a direction of positioning movement of said actuator relative to said seat, wherein said selecting step comprises the steps of: indicating a direction of positioning movement of the seat relative to the actuator based upon the relative position of the seat and the actuator and indicating a direction of positioning movement of the actuator relative to the seat based upon the relative position of the actuator and the seat; and accepting selection of a direction of positioning movement of the seat relative to the actuator and the actuator relative to the seat in response to the direction indicated; and controlling the positioning movement of said seat relative to said actuator and the positioning movement of said actuator relative to said seat in response to the selection of a direction of positioning movement of the seat and the actuator; activating and deactivating the selection of a direction of positioning movement of the seat and the actuator, and the control of the positioning movement of the seat and the actuator based on the relative position of the seat and the actuator; and storing in said data storage means names of patients, names of exercises and seat positions relative to said actuator and actuator positions relative to said seat for exercises.

이 특허를 인용한 특허 (32)

Hanlon, Samuel R.; Henn, Karl; Pereny, Michelle A.; Patrick, Gerald, Adjustable seat assembly.
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Nir Daniel IL, Apparatus and method for aligning exercise machines.
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Dumont Daniel,CAX ; Laferriere Alain,CAX ; Guerard Eric,CAX, Apparatus for positioning a human body.
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Ellis, Patrick D., Combination leg exercise machine with adjustable seat assembly.
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Robinson, Brian, Exercise apparatus and training method.
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Heidecke, Steven, Exercise device.
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Balis, Anastasios, Extensor muscle based postural rehabilitation systems and methods with integrated multimedia therapy and instructional components.
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Zerhusen, Robert Mark; Reeder, Ryan A.; Vogel, John D.; Cerimele, Michael E.; Riley, Carl W.; Wildman, Timothy D., Hospital bed computer system having EMR charting capability.
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Holder,Thomas L.; Russell,Donald R., Isokinetic testing apparatus and system.
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Olson, Michael L.; Dalebout, William T., Magnetic resistance mechanism in a cable machine.
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Gordon, Stephen L.; Filer, Bob; Potash, Warren J.; Pink, Marilyn M., Method and system for generating an exercise program.
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Herman, Fred J., Multifunctional display for hospital bed.
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Zerhusen, Robert M.; Allen, James M.; Fearing, Jennifer; Chiacchira, Mark, Patient support systems and methods of use.
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Zerhusen, Robert M.; Allen, James M.; Fearing, Jennifer; Chiacchira, Mark, Patient support systems and methods of use.
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Pohl Jeff K. (Chattanooga TN) Johnson David A. (Signal Mountain TN) Dunlay Edward R. (Harrison TN), Physical therapy apparatus having an interactive interface, and method of configuring same.
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Marti, Eduardo M.; Kaiser, Robert T., Range of motion improvement device.
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Marti, Eduardo M.; Kaiser, Robert T., Range of motion improvement device.
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Nakano,Toshio; Mihara,Izumi; Sasaki,Hideki; Shirasawa,Naoto; Kawamoto,Minoru; Toyomi,Yuritugu; Ishino,Kouiti; Hojo,Hiroyuki; Tsuji,Keiko; Nakanishi,Ryusuke, Rocking type exercising apparatus.
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Marti, Eduardo M.; Kaiser, Robert T., Shoulder end range of motion improving device.
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Richter, Mark, System and method for adjusting a wheelchair seat.
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Ewing, Paul, Therapeutic device for post-operative knee.
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Ewing, Paul, Therapeutic device for post-operative knee.
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Ewing, Paul, Therapeutic device for post-operative knee.
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Zerhusen, Robert Mark; Reeder, Ryan A.; Vogel, John D.; Cerimele, Michael E.; Riley, Carl W.; Wildman, Timothy D., Touch screen control of a hospital bed.
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Newkirk, David C.; Wilker, Jr., John B.; Allen, James M.; Zerhusen, Robert M.; Seim, Douglas A.; Vanderpohl, III, Irvin J., User interface for hospital bed.
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Newkirk, David C.; Zerhusen, Robert M.; Wilker, Jr., John B.; Allen, James M.; Seim, Douglas A.; Vanderpohl, III, Irvin J., User interface for hospital bed.
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Newkirk, David C; Zerhusen, Robert M; Wilker, Jr., John B; Allen, James M; Seim, Douglas A; Vanderpohl, III, Irvin J, User interface for hospital bed.
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Nerio Alessandri IT, Variable configuration exercise machine.
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Watterson, Scott R., Weight platform treadmill.
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파일의 내용이 제대로 보이지 않을실 때는 웹브라우저 상단의 보기 -> 인코딩 -> 자동선택 여부를 확인하십시오.

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Patient positioning system and method for computer controled muscle exercising machine 원문보기

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Patient positioning system and method for computer controled muscle exercising machine 원문보기

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