TH12788A3 - Solar water heating equipment set - Google Patents

Abstract

The solar water heater kit consists of a water reservoir with a conduit. Water inlet from outside and there is a water outlet pipe installed outside. And part of the reservoir will There is one end of the water pipe to heat the connection. For delivering water to the end One of the hot tubs has a groove or longitudinal inner surface of the pipe to allow the water flow on the inner surface to flow smoothly. Faster And the other end of the water supply tube through the heat will return the hot water back. Enter into the quarantine section And outside of the heat transfer pipe there is a heat transfer pipe. The heat is worn through the cover that will cause a gap in the interior between the pipes. And front - back Between the heat transfer pipe and the heat transfer pipe, it forms a sealing block. To protect the inner heat transfer fluid, the inner space between the outside and the longitudinal side of the passing heat pipe has one end of the receiving tube. Heat transfer with a heat transfer substance inside and bonded. Where the substances transfer Transmits heat inside, can flow in and out and the space inside between pipes. And matte surface The inside of the heat exchanger tubes is a longitudinal groove or inner shoulder edge of the pipe to allow the flow of heat exchanger on the inner surface to flow smoothly. Faster And the outside of the heat transfer ducts through which there is an insulated heat shield with a Through-out, the side is covered for supporting the insertion of the pipe socket. And the inside of the pipe socket will Support is inserted by one end of the incident solar tube. While wearing the cover to Heat transfer pipe

Claims (1)

Disclaimers (all) that will not appear on the advertisement page: 1. The solar water heater kit consists of a water reservoir (1) that looks like a container of water around the closed end. For storing water or storing hot water obtained from Solar energy And there will be an external water inlet pipe (2) installed for receiving water from The outside enters the water catchment section (1) and a water outlet pipe (3) is installed for water from inside the catchment area (1) outside for use and the other. On the water reservoir (1), one end of the water outlet pipe (4) is connected by means of anchoring. For a water outlet that will pass through to the end. One of the heat pipes (6) is passed through the inlet hose (5). And the other end of the heated water pipe (6) will pass the hot water to the end One of the hot water receptacles (8) is connected to the other part of the catchment (1) via the outlet (7) by means of anchoring and the outside of the water intake through. Heat (6) is a heat transfer tube (9) that is a long term tube larger than the heat transfer hose (6) to create It is the inner space between the pipes (10) covered for front-rear heat transfer fluid storage between the heat-transfer tubes (6) and the passing heat pipes (9). Block seal (11) for protection against heat transfer agents Flows outward and along the longitudinal side of the heat transfer tube through (9) there is one end of the receiving tube Heat transfer (12) in the form of an inner hollow closed-end tube with a transfer fluid. The heat is inside, at least one of the tubes is held in such a way that the transfer medium passes the heat inside. The heat transfer pipe (12) can flow in-out and the inner space between the tubes (10) for supporting solar heat transfer, and the outside of the through heat transfer tubes (9) has an outer casing. Outside (13) with the side along The longitudinal opening is at least one of the side-out slots (14). For insulation Heat dissipates from the heat exchanger tube (9) and is supported by a tube socket (15) to support the insertion by one of the exposed ends of the incident solar tube (17) where the solar tube hits. (17) It will be a long term pipe for supporting a solar incident with one end being an open end. For inserting inside the pipe socket (15), while the inside of the exposed solar tube (17), it is coated with a heat absorbent (18) to absorb heat from the outer surface of the heat pipe. The outside (14) is passed through the heat transfer tube (12) and the inside of the heat absorbent (18) is a heat transfer foil installed. To aid in the transfer of heat received to heat transfer pipes (12) has a unique feature. The inner surface of the heated conduit (6) is a grooved surface inside the conduit (19) that is either continuous or spaced apart. At least one trench or ridge surface inside a continuous or intermittent of at least one ridge (20) length. To facilitate the flow of water on the inner surface of the heat transfer pipe (6) to flow in a straight, continuous and faster flow, or to the inner surface of the heat transfer tube (12). Will be a surface with a groove inside the pipe Transporting the heating medium (21) that are either continuous or long apart. At least one line of furrows Or is a surface with a raised ridges inside a continuous (22) heating pipe, or At least one ridge length apart To help the flow through - the transfer. Transmit heat on the inner surface of the heat transfer tube (12), flow through-come as Continuously straight and faster