RU2015111735A

RU2015111735A - POWER INSTALLATION

Info

Publication number: RU2015111735A
Application number: RU2015111735A
Authority: RU
Inventors: Юрий Михайлович Примазон; Алексей Юрьевич Примазон
Original assignee: Юрий Михайлович Примазон
Priority date: 2015-03-31
Filing date: 2015-03-31
Publication date: 2016-10-20
Also published as: RU2015111735A3

Abstract

1. Энергоустановка, содержащая последовательно размещенные сопло Лаваля, соединенное через насос с источником тепла, турбину, разделяющую жидкость и пар, и конденсатор поверхностного типа, соединенный трубопроводами с турбиной и насосами, отличающаяся тем, что содержит замкнутый контур циркуляции рабочего тела устройства, содержащий сопло Лаваля, содержащее полость нагревания, соединенную с источником тепла, турбину, разделяющую жидкость и пар, соединенную корпусом, через полость нагревания теплообменника, соединенного полостью охлаждения с источником тепла, с соплом пара, а сборником жидкости, через насос и полость нагревания теплообменника, соединенного полостью охлаждения с источником тепла, с соплом жидкости, соосным соплу пара, соединенным с смесительной камерой, диффузором, камерой конденсации и сборником конденсата инжектора, соединенным, через полость охлаждения радиатора, соединенного полостью нагревания с источником тепла, и насос, с соплом Лаваля.2. Паровоздушный инжектор, содержащий высоконапорное сопло жидкости, низконапорное сопло пара и воздуха, смесительную камеру и диффузор, отличающийся тем, что содержит камеру конденсации, соединенную с диффузором и сборником конденсата.1. Power plant containing a sequentially placed Laval nozzle connected through a pump to a heat source, a turbine that separates liquid and steam, and a surface type condenser connected by pipelines to the turbine and pumps, characterized in that it contains a closed circuit of the working fluid of the device containing the nozzle Laval containing a heating cavity connected to a heat source, a turbine separating liquid and steam connected by a housing through a heating cavity of a heat exchanger connected by a cooling cavity communicating with a heat source, with a steam nozzle, and a liquid collector, through a pump and a heating cavity of a heat exchanger connected to a cooling cavity with a heat source, with a liquid nozzle, coaxial to a steam nozzle connected to a mixing chamber, a diffuser, a condensation chamber and an injector condensate collector connected through a cooling cavity of a radiator connected by a heating cavity to a heat source, and a pump, with a Laval nozzle. 2. Steam-air injector containing a high-pressure nozzle of liquid, a low-pressure nozzle of steam and air, a mixing chamber and a diffuser, characterized in that it contains a condensation chamber connected to the diffuser and the condensate collector.

Claims

1. Power plant containing a sequentially placed Laval nozzle connected through a pump to a heat source, a turbine that separates liquid and steam, and a surface type condenser connected by pipelines to the turbine and pumps, characterized in that it contains a closed circuit of the working fluid of the device containing the nozzle Laval containing a heating cavity connected to a heat source, a turbine separating liquid and steam connected by a housing through a heating cavity of a heat exchanger connected by a cooling cavity communicating with a heat source, with a steam nozzle, and a liquid collector, through a pump and a heating cavity of a heat exchanger connected to a cooling cavity with a heat source, with a liquid nozzle, coaxial to a steam nozzle connected to a mixing chamber, a diffuser, a condensation chamber and an injector condensate collector connected through a cooling cavity of a radiator connected by a heating cavity to a heat source, and a pump, with a Laval nozzle.

2. A steam-air injector containing a high-pressure nozzle of liquid, a low-pressure nozzle of steam and air, a mixing chamber and a diffuser, characterized in that it contains a condensation chamber connected to the diffuser and the condensate collector.