BREZULIANU ADRIAN IULIAN,BREZULIANU ADRIAN IULIAN,HAGAN MARIUS GHEORGHE,HAGAN MARIUS GHEORGHE,ARGHION CRISTIAN,ARGHION CRISTIAN,URSULEAN MAGDA,URSULEAN MAGDA
申请号：
RO201400614
公开号：
RO130305A0
申请日:
2014.08.12
申请国别(地区):
RO
年份:
2015
代理人:
摘要：
The invention relates to a method and a device for the recovery of the breathing energy and for monitoring the breathing parameters and some parameters of the ambient environment, being applicable in the medical and safety field. The claimed method consists in converting the caloric energy of the air circulating through the nasal passages during breathing into electric energy, storing the electric energy in a secondary cell which supplies a sensor structure which acquires data relating to the breathing parameters and some parameters of the ambient, said parameters being remotely transmitted by means of an RF module. The claimed device consists of a structure () meant for nasal insertion, incorporating an array of serially connected thermoelectric elements (), located in such a manner that upon the occurrence of a temperature difference between the outer wall () of the structure and an inner wall () thereof, a difference of electric potential is generated to be applied to the input of a circuit () for converting the recovered energy, which provides, at the output, a constant voltage which is applied to an overcapacity, consisting of parallely-connected capacitive elements () interposed between the thermoelectric elements () from which a sensor structure () comprising a microcontroller () is supplied, said microcontroller () acquiring data from a microphone (), from an accelerometer sensor (), from a pressure sensor, from a video minicamera (), the acquired data being stored in an external memory () and being remotely transmitted by means of an RF module ().Invenţia se referă la o metodă şi la un dispozitiv de recuperare a energiei respiraţiei şi de monitorizare a parametrilor respiraţiei şi a unor parametri ai mediului ambiental, cu aplicabilitate în domeniul medical şi în domeniul securităţii. Metoda conform invenţiei constă din convertirea în energie electrică a energiei calorice a aerului ce circulă prin căile nazale în timpul respiraţiei, stocarea energiei electr
