FIELD: medical engineering.
SUBSTANCE: device has procedure cabinets each of which has boxes having casing and cover articulated thereto. The device has bed for placing patient, transducers producing signals describing physiologic parameters and set on patient body and transducers indicating procedure cabin parameters, the latter being set outside and inside of procedure cabins. Control units for adjusting procedure cabin parameters are mounted on outside of the procedure cabin. Unit for processing signals is connected to transducers producing procedure cabin parameter signals and procedure cabin parameter signals via data busses and via control busses to units for controlling procedure cabin parameters, indicator showing patient presence in procedure cabin and button for calling for personnel. PC has monitor unit and printer unit connected to units for processing procedure cabin parameter signals. Casing of each procedure cabin has opening for discharging sweat and condensate and delivering vapor via corresponding canal and central vapor duct connected to vapor generator. The device additionally has units for representing live data describing patient state united into data display tableau mounted in PC operator and patient visibility zone. Unit for storing live data describing patient state is connected to the data display tableau via signal busses and to PC via code and clock busses. Cover position indicator is mounted in connection plane between the casing and cover of each cabin manufactured as end switch. Procedure cabin has procedure cabin cover emergency opening button inside and canal for discharging waste vapor with vacuum fan. Central vapor duct has safety valve controlling excessive vapor pressure.
EFFECT: enhanced effectiveness and safety of treatment.
4 cl, 3 tbl
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Authors
Dates
2006-07-20—Published
2004-12-02—Filed