LIMITED LIABILITY COMPANY "DIAGNOSTIC AND SPIROMETRIC SYSTEM"
发明人:
GRISHIN, Oleg Vitalievich,ГРИШИН, Олег Витальевич,GRISHIN, Victor Grigorievich,ГРИШИН, Виктор Григорьевич
申请号：
RURU2015/000047
公开号：
WO2015/115941A1
申请日:
2015.01.27
申请国别(地区):
WO
年份:
2015
代理人:
摘要：
The useful model relates to devices for registering human respiratory cycles and transmitting them to a computing device, which is achieved by comparing temperatures of exhaled and inhaled air against an ambient temperature, and an electronic conversion of the obtained signal followed by transmitting it via a communication channel for recording it in an electronic form, as well as for simultaneously displaying it on a screen in the form of a recorded and a real-time pneumograms or computer games. Furthermore, an alignment of the real-time pneumogram with the pre-recorded pneumogram (pneumocode) represents a provision for computer game plots. The technical result is to increase the breathing registration accuracy in order to control the respiratory cycle: a) by virtue of comparing the real-time pneumogram with the pre-recorded pneumogram, which is achieved by voluntary control over breathing while simultaneously displaying the recorded and real-time pneumograms, b) by virtue of a computer game, wherein the plot is controlled by breathing in concordance with the real-time pneumogram, while the game provisions are determined by the recorded pneumogram. The device comprises an appliance based on headphones with an ambient air temperature sensor arranged therein a headset with a temperature sensor for inhaled and exhaled air, which is attached to the headphones an electronic converter of signals transmitted from those temperature sensors a communication channel with the computing device (a radio channel and/or a wired channel) and software for the communication between the device and the computer.Le modèle dutilité concerne des dispositifs denregistrement de cycles respiratoires chez lhomme et de transfert de ces derniers vers un dispositif informatique, ceci en mettant en correspondance la température de lair expiré et inspiré avec la température du milieu ambiant, en convertissant électroniquement le signal reçu puis en le transmettant sur un canal de communication afi
