FIELD: medical engineering; training in rendering first aid. SUBSTANCE: training robot has human body simulating model accommodating head throw-back simulator, nasal respiratory tracks simulator, mouth breathing simulator, superior respiratory tracks patency simulator, thorax simulator, lungs simulator, carotid pulsation simulator, pupil reaction simulator, pressing, acceleration, and inhaled air volume sensors coupled with display unit and capable of sending signals to electronic signal processing unit; thorax simulator is separated from lungs simulator by means of plate spring-loaded relative to thorax simulator. Correct execution of resuscitation methods is displayed on display unit and is also recognized by contraction of robotТs pupil and pulsation of carotid artery. EFFECT: improved simulation of natural conditions for training in cardiopulmonary resuscitation methods. 9 cl, 1 dwg
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Authors
Dates
1999-08-20—Published
1998-08-03—Filed