THERMOELECTRIC ANEMOMETER Russian patent published in 1994 - IPC

Abstract RU 2017157 C1

FIELD: measurement engineering. SUBSTANCE: thermoelectric anemometer has thermocouple for measuring heater temperature, superheat driving unit, two adders, multiplier, divider, scaling amplifier, thermocouple for measuring energy flow rate, logarithm-taking unit, amplifier, heater power source, capacity regulator, recording unit, electric heater, constant-voltage source, two thermistors, operational amplifier. EFFECT: increased accuracy. 2 dwg

Similar patents RU2017157C1

Title	Year	Author	Number
DEVICE FOR MEASURING SPEED OF GAS OR LIQUID FLOW	2004	Kuper V.Ja. Rubtsov M.G. Khozinskij E.F. Shamikhin A.N.	RU2262708C1
THERMOANEMOMETER	0	Dubovskij Vladimir Vasilevich	SU1737348A1
THERMISTOR	0	Ferenets Valentin Antonovich Khorkov Vladimir Petrovich	SU575704A1
	0	Frolov Gennadij Vasilevich	SU1784896A1
THERMAL ANEMOMETRY METHOD FOR GAS FLOW AND THERMAL ANEMOMETER ON ITS BASIS	2022	Khodunkov Vyacheslav Petrovich	RU2797135C1
DEVICE FOR MEASURING TEMPERATURE	0	Leonov Aleksandr Aleksandrovich Moskalev Vladimir Semenovich	SU1818549A1
THERMOMETER SYSTEM AND METHOD FOR MANUFACTURING DATA INTEGRATED CIRCUIT FOR THERMOMETER SYSTEM	2004	Korljakov A.V. Luchinin V.V. Brojko A.P. Bokhov O.S.	RU2247442C1
MEASUREMENT TECHNIQUE FOR SPATIAL DISTRIBUTION OF LIQUID OR GAS FLOW VELOCITY (OPTIONS)	1993	Evdokimov Ju.K. Kraev V.V. Khramov L.D.	RU2123705C1
SECONDARY POWER SUPPLY INCORPORATING PROVISION FOR CORRECTING SUPPLY MAINS DISTORTIONS	2005	Tereshkov Vladimir Vasil'Evich Korchagin Aleksandr Vladimirovich Avanesov Vladimir Mikhajlovich	RU2292627C1
METHOD FOR MEASURING THE FLOW RATE OF A FLUID MEDIUM AND APPARATUS FOR IMPLEMENTATION THEREOF	2020	Gonchar Igor Ivanovich Kadina Larisa Evgenevna Martin Aleksandr Vyacheslavovich	RU2761932C1

RU 2 017 157 C1

Authors

Dubovskij Vladimir Vasil'Evich

Dates

1994-07-30—Published

1989-11-24—Filed