Medical effector system

Medical effector system

Abstract A sedation delivery system comprising: a) a microprocessor-based bedside monitoring unit having a bedside monitoring-unit host controller which contains a first program which performs the 5 steps of: issuing a request to a non-sedated patient for a non-sedated patient response; receiving a...

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Hauptverfasser: KROGH, ROSS, BURDORFF, MARK A, DEROUEN, JASON P, FLAKER, RICHARD W, MILLER, MICHAEL J, NIKLEWSKI, PAUL J, KULLE, LEE K, ADAIR, WILLIAM P, CUSHING, TOMMY C, HICKLE, RANDALL S, STEVENS III, FRED B, MCRORIE JR., JOHNSON W, NALAGATLA, ANILL K, LILES, JEFF S, EYSTER, CURT R, KATZ, HAL H, SABO, LOUIS, MARTIN, JAMES F, COBB, NICHOLAS E, WUENNEMANN, JEFFREY J, DAVIS, DEWAYNE A, PRIVITERA, SALVATORE, KEILHOLZ, DAVID J, DONOFRIO, WILLIAM T, COLLINS JR., WILLIAM L, BURFORD, CHARLES B, BRUGGEMAN, PAUL J, BISHOP, GREGORY D
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Sprache:eng
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DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY
DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROMTHE BODY
HUMAN NECESSITIES
HYGIENE
MEDICAL OR VETERINARY SCIENCE
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creator KROGH, ROSS
BURDORFF, MARK A
DEROUEN, JASON P
FLAKER, RICHARD W
MILLER, MICHAEL J
NIKLEWSKI, PAUL J
KULLE, LEE K
ADAIR, WILLIAM P
CUSHING, TOMMY C
HICKLE, RANDALL S
STEVENS III, FRED B
MCRORIE JR., JOHNSON W
NALAGATLA, ANILL K
LILES, JEFF S
EYSTER, CURT R
KATZ, HAL H
SABO, LOUIS
MARTIN, JAMES F
COBB, NICHOLAS E
WUENNEMANN, JEFFREY J
DAVIS, DEWAYNE A
PRIVITERA, SALVATORE
KEILHOLZ, DAVID J
DONOFRIO, WILLIAM T
COLLINS JR., WILLIAM L
BURFORD, CHARLES B
BRUGGEMAN, PAUL J
BISHOP, GREGORY D
description Abstract A sedation delivery system comprising: a) a microprocessor-based bedside monitoring unit having a bedside monitoring-unit host controller which contains a first program which performs the 5 steps of: issuing a request to a non-sedated patient for a non-sedated patient response; receiving a signal based on the non-sedated patient response; and calculating a non sedated response time for the patient based at least in part on a time difference between issuing the request and receiving the signal; b) a microprocessor-based procedure room unit having a procedure-room-unit 10 host controller which contains a second program which performs the steps of: issuing requests through the bedside monitoring unit to a sedated patient for a sedated patient response; receiving a signal through the bedside monitoring unit based on the sedated patient response; calculating a sedated response time for the sedated patient, and calculating a response time difference between the non-sedated and sedated response 15 times; and c) an umbilical cable having a first end attached or attachable to the bedside monitoring unit and having a second end attached or attachable to the procedure room unit, wherein at least one of the first and second ends is detachable from the corresponding bedside monitoring unit or the procedure room unit.
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WUENNEMANN, JEFFREY J ; DAVIS, DEWAYNE A ; PRIVITERA, SALVATORE ; KEILHOLZ, DAVID J ; DONOFRIO, WILLIAM T ; COLLINS JR., WILLIAM L ; BURFORD, CHARLES B ; BRUGGEMAN, PAUL J ; BISHOP, GREGORY D</creator><creatorcontrib>KROGH, ROSS ; BURDORFF, MARK A ; DEROUEN, JASON P ; FLAKER, RICHARD W ; MILLER, MICHAEL J ; NIKLEWSKI, PAUL J ; KULLE, LEE K ; ADAIR, WILLIAM P ; CUSHING, TOMMY C ; HICKLE, RANDALL S ; STEVENS III, FRED B ; MCRORIE JR., JOHNSON W ; NALAGATLA, ANILL K ; LILES, JEFF S ; EYSTER, CURT R ; KATZ, HAL H ; SABO, LOUIS ; MARTIN, JAMES F ; COBB, NICHOLAS E ; WUENNEMANN, JEFFREY J ; DAVIS, DEWAYNE A ; PRIVITERA, SALVATORE ; KEILHOLZ, DAVID J ; DONOFRIO, WILLIAM T ; COLLINS JR., WILLIAM L ; BURFORD, CHARLES B ; BRUGGEMAN, PAUL J ; BISHOP, GREGORY D</creatorcontrib><description>Abstract A sedation delivery system comprising: a) a microprocessor-based bedside monitoring unit having a bedside monitoring-unit host controller which contains a first program which performs the 5 steps of: issuing a request to a non-sedated patient for a non-sedated patient response; receiving a signal based on the non-sedated patient response; and calculating a non sedated response time for the patient based at least in part on a time difference between issuing the request and receiving the signal; b) a microprocessor-based procedure room unit having a procedure-room-unit 10 host controller which contains a second program which performs the steps of: issuing requests through the bedside monitoring unit to a sedated patient for a sedated patient response; receiving a signal through the bedside monitoring unit based on the sedated patient response; calculating a sedated response time for the sedated patient, and calculating a response time difference between the non-sedated and sedated response 15 times; and c) an umbilical cable having a first end attached or attachable to the bedside monitoring unit and having a second end attached or attachable to the procedure room unit, wherein at least one of the first and second ends is detachable from the corresponding bedside monitoring unit or the procedure room unit.</description><language>eng</language><subject>DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY ; 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receiving a signal based on the non-sedated patient response; and calculating a non sedated response time for the patient based at least in part on a time difference between issuing the request and receiving the signal; b) a microprocessor-based procedure room unit having a procedure-room-unit 10 host controller which contains a second program which performs the steps of: issuing requests through the bedside monitoring unit to a sedated patient for a sedated patient response; receiving a signal through the bedside monitoring unit based on the sedated patient response; calculating a sedated response time for the sedated patient, and calculating a response time difference between the non-sedated and sedated response 15 times; and c) an umbilical cable having a first end attached or attachable to the bedside monitoring unit and having a second end attached or attachable to the procedure room unit, wherein at least one of the first and second ends is detachable from the corresponding bedside monitoring unit or the procedure room unit.</abstract><oa>free_for_read</oa></addata></record>
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recordid cdi_epo_espacenet_AU2012201651BB2
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subjects DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY
DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROMTHE BODY
HUMAN NECESSITIES
HYGIENE
MEDICAL OR VETERINARY SCIENCE
title Medical effector system
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