Method for autonomous operation of radiator and appliance microboiler

Abstract

A method for autonomous operation of a radiator and the appliance microboiler, independently and without its removal or disconnection from the heating installation, giving the possibility to operation as single radiator or alternatively within the system where it is installed. The microboiler appliance ( 1 ) consists of a tank ( 2 ) with a tank nozzle ( 3 ) on which an electric resistor with thermostat ( 4 ) is adjusted and current ( 5 ) is supplied, the combustion chamber ( 11 ) with exhaust ( 13 ) and boiler ( 12 ) where the fuel ( 14 ) is supplied. At the bottom of the tank ( 2 ) is connected a cold water return pipe ( 8 ) and at the top of the tank ( 2 ) is connected a hot water outlet pipe ( 6 ). The cold water return ( 8 ) is connected with the bottom inlet of the radiator and hot water outlet ( 6 ) results and is connected to the top inlet ( 7 ) of the radiator with a tee, after we move the tee, on a new position of the radiator's air vent ( 9 ).

1 . Method for autonomous operation of a radiator and appliance microboiler, characterized in that a continuous flow of hot water in the radiator is achieved without using a circulator, heating it by the use of an electric resistance with a thermostat ( 4 ), while the radiator operates independently, however without being cut-off and without its operation being prohibited by the central boiler of the installation. 
     
     
         2 . A microboiler appliance ( 1 ) characterized in that it has a chamber ( 2 ) and a chamber orifice ( 3 ), with an electric resistance with a thermostat ( 4 ), which is supplied with electric current, while a cold water return pipe ( 8 ) is connected to the base of the radiator and directs the cold water of the radiator to the chamber ( 2 ) in order that it is heated and returned via the pipe ( 6 ) and the entry pipe ( 7 ) into the radiator, heating it. 
     
     
         3 . A microboiler appliance ( 1 ) according to  claim 2 ), characterized in that the chamber ( 2 ) has a combustion chamber ( 11 ) and a burner ( 12 ) for the supply and combustion of a liquid, gaseous or solid fuel, in order that water circulating in the radiator is heated. 
     
     
         4 . A microboiler appliance ( 1 ) according to  claim 2 ), characterized in that it is made of—exclusively or in combination—iron, copper, brass, Bakelite and polypropylene.