TH13073C3 - Hot water system from a heat generator - Google Patents

Abstract

The water heating system from the heat generator consists of a heat generator unit. For delivering heat to the heat pipe The inside of the thermal vapor heat exchanger unit To provide heat from The vapor is transferred to the fluid that flows through the inside of the heat exchanger tube. With the heat vapor flowing from the fluid flow channel of the unit. Increase the heat of the extra working water. For heating liquids before Passed back to the water heater of the supplementary water. To transfer heat From liquid to water flowing through the inner gap of the heating element of the Auxiliary working water Which the water flows through the inside of the gap inside the heating element Of such ancillary water Will flow from the water inside the containment unit Keep hot water ready for use. While some of the water is added from the outside and some of the hot water is used.

Claims (1)

1. The hot water system from the heat steam generator consists of - a heat-generating unit (1) that is a steam energy generator. Heat received at least one unit of electrical power transmitted by the outside. For generating heat vapor and passing it out through the outlet of The hot-air generator unit (2) goes to the hot-air exchanger (3) inlet with at least one heat-output pipe (5). At the inlet of the hot air generating unit (9) it is possible to receive the heat vapor after heat transfer. Finished from the outlet channel, the heat exchanger (7) comes in with a pipeline At least one pipe-return heat exchanger (8) is a device characteristic. The heat exchanger has an inside, an inner heat transfer unit (6) that is one or more tubular and one end of the tube is connected to the channel. Entrance to the heat exchanger (3) for receiving heat vapor that is passed through it. From the heat-generating unit (1) with at least one heat-output pipe (5), the other end of the inner heat-generating unit (6) is connected to the exchanger outlet. Hot vapor (7) for vapor transmission The heat is released after the heat has been transferred to the outside. Directly or passed back to the inlet of the hot-air generating unit (9) with at least one heat-return pipe (8) and the other inside of the heat-steam heat exchanger unit (4 ) There is a heat exchanger (10) receiving unit that looks At least one of the pipes in contact with at least one inner heat transfer unit (6), directly or through a connection aid, or through a section. Help in heat transfer While one end of the transfer unit The thermal vapor (10) is connected to the liquid inlet to receive the heat vapor (11) for receiving the liquid that is passed out from the heating element. At least one unit of the auxiliary water (12) is heated by a tube to pass the receiving fluid. Heat vapor (13) is supplied directly into at least one pipe, or at least one externally operated electrically operated liquid transfer pump (14) is installed to facilitate the delivery of heat. The liquefied conduit of the condensing tube (13) and the other end of the heat exchanger unit (10) is connected to the hot liquid outlet (15) for delivery. The hot liquid that has been successfully heat transfer to the At least one auxiliary working water heating unit (12) with pipes. The hot liquid is passed out (16) at least one pipe - the ready-to-use hot water storage unit (18) will be a container. Water storage ready for use For receiving the hot water that is passed down from the booster unit. The heat of the auxiliary water (12) enters the hot water inlet ready to use (17) by at least one hot water supply pipe (19), while the other is the outlet of the hot water. Water to be heated (20) for channel The outlet of the water to be heated to the auxiliary work water heater (12) is provided by at least one direct water supply hose (21) or There is a water transfer pump (22) that can be operated with external power. At least one pump is installed. To aid in the water transmission of the pipeline through the water to heat (21) while the other part is the outlet of the water to be used (23) for the outlet of hot water to be used out to The other part is an external water inlet (24) for the The water inlet from the outside is added There is a unique feature. The auxiliary water heating unit (12) will be The outer structure is composed of at least three sheets that make up the Formed a space between at least two sheets For a channel that flows through It is separated between the water to be heated and the hot liquid passed in, while one side of the auxiliary water heater (12) is the inlet to the water to be heated (25) connected. To the space between the sheets Want the water to flow through the morning For receiving water that needs to be heated delivered from The hot water storage unit is ready for use (18) with at least one piping for heating (21). And on the other side of the auxiliary water heater (12) is the heated water outlet (26) that connects to the The space between the sheets to allow water to flow through. For delivering water after Heat back to the hot water collection unit (18) with at least one hot water supply hose (19) while on one side of the auxiliary water heater (12). It is the entrance to the hot liquid (27) that connects the space between the plates to be Hot liquid flows through it For receiving the hot liquid from the unit The heat exchanger (4) is supplied by at least one pipe that passes the heated fluid out (16). And one side of the auxiliary water heater (12) is the outlet of the heat transfer fluid (28) that connects the gaps between the plates to allow the hot liquid to flow through. For delivering liquid after heat transfer back to the unit Heat-vapor exchange heat exchanger (4) with at least one heat-intake conduit (13) tube.