THERMOELECTRIC MODULE Russian patent published in 1995 - IPC

Abstract RU 2033583 C1

FIELD: refrigerating engineering. SUBSTANCE: thermoelectric module has Peltier elements with two branches; each branch is metallic and one of them is coated with layer of semiconducting material at n-conductivity and other branch is coated with thin layer of semiconducting material at p-conductivity. EFFECT: enhanced efficiency. 2 dwg

Similar patents RU2033583C1

Title	Year	Author	Number
THERMOELECTRIC COOLING MODULE	2013	Ivanov Aleksandr Sergeevich Varlamov Sergej Anatol'Evich Lebedev Jurij Pavlovich Chujko Artem Georgievich	RU2534445C1
DIRECT AND REVERSE REVERSIBLE THERMOELECTRIC CYCLE OPERATION METHOD AND DEVICE FOR ITS IMPLEMENTATION (OPTIONS)	2016	Popovich Vladimir Andrianovich	RU2654376C2
THERMOELECTRIC REFRIGERATOR	2020	Nurgaliev Marat Ibragimovich	RU2767429C2
THERMOELECTRIC MODULE	2007	Shtern Jurij Isaakovich Kozhevnikov Jakov Serafimovich Nikanorov Mikhail Dmitrievich Krikun Evgenij Aleksandrovich Shtern Maksim Jur'Evich	RU2364803C2
THERMOELECTRIC MODULE AND METHOD OF ITS MANUFACTURING	2006	Shmatok Jurij Ivanovich	RU2325731C1
METHOD FOR MANUFACTURING THERMOELECTRIC MODULES	2001	Prilepo Ju.P. Kichkajlo A.A.	RU2195049C1
METHOD FOR CONTROLLING OPERATING CONDITIONS OF THERMOELECTRIC BATTERY	1996	Berezhnoj V.N. Kalmykov A.G. Kalmykov V.G. Lipodaev A.I. Brodskij B.Eh. Guljaev A.A. Ivashkina I.Ju. Skrjabin V.V. Tarasov A.E.	RU2100876C1
THERMOELECTRIC ELEMENT	2022	Shtern Maksim Yurevich Shtern Yurij Isaakovich Sherchenkov Aleksej Anatolevich Rogachev Maksim Sergeevich Pepelyaev Dmitrij Valerevich	RU2800055C1
METHOD FOR THERMOELECTRIC COOLING	2020	Nurgaliev Marat Ibragimovich	RU2762316C2
THERMOELECTRIC MODULE	2010	Sidorenko Nikolaj Aleksandrovich Grishin Valerij Ivanovich	RU2425298C1

RU 2 033 583 C1

Authors

Bikhman Rudol'F Ionovich

Dates

1995-04-20—Published

1993-04-26—Filed