CN2603347Y

CN2603347Y - Combustion type energy-saving tea water stove

Info

Publication number: CN2603347Y
Application number: CN 03233440
Authority: CN
Inventors: 李福成
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-03-05
Filing date: 2003-03-05
Publication date: 2004-02-11
Anticipated expiration: 2013-03-05

Abstract

The utility model discloses a combustion energy saving tea water furnace which comprise a furnace, a combustion room, a combustion machine, a hot pipe, a hot pipe heater, a smoke exhaust pipe, a water containing room, an exhaust pipe and a heating pipe. The combustion room 18 is arranged lower part inside the furnace 1. A plurality of hot pipe heaters 7 and smoke exhaust pipes 10 are vertically arranged in the water containing room 16 that is arranged at the upper part of the combustion room. The hot pipe heater 4 are connected with the vertical hot pipe 4 inside the combustion room 18 respectively, a combustion machine is arranged below the hot pipe 4. A plurality of heating pipes 15 are horizontally arranged inside the smoke exhaust pipe 10. A heat preservation layer 8 is arranged inside the furnace 1 whose outside is a shell 9. The lower part of the furnace is provided with an inlet 14, an boiled water outlet 5 and an sewage exhaust exit 17. The utility model utilizes the hop pipes to conduct heat so that the heat utilization rate is high, the cost is low, the safety degree is high, the energy saving effect is good and the water scale is easy to dispose. The utility model is suitable to be used in hot water supply in enterprise and public institution, offices, schools and hospitals.

Description

The energy-conservation tea furnace of combustion-type

Technical field: the utility model relates to water heater, the energy-conservation tea furnace of particularly a kind of combustion-type.

Background technology: the coal-fired tea furnace of the commonly traditional boiler formula of tea furnace, they mainly adopt tube sheet to heat, and fuel oil, combustion gas traditional approach are similar substantially, its thermal efficiency is not ideal, and power consumption is high, and incrustation scale is difficult for handling in the pot, thereby the later stage thermal efficiency is lower, the cost height.

Summary of the invention: the purpose of this utility model is to provide a kind of combustion-type energy-conservation tea furnace, and it utilizes the fast characteristics of adopting heat pipes for heat transfer, reaches heat utilization efficiency height and purpose of energy saving.

Formation of the present utility model: form by body of heater, combustion chamber, burner, heat pipe, heat pipe calandria, smoke exhaust pipe, water chamber, blast pipe, heating tube, install combustion chamber (18), below in body of heater (1), many heat pipe calandrias (7) and smoke exhaust pipe (10) vertically are installed in the water chamber above the combustion chamber (16), heat pipe calandria (7) respectively with combustion chamber (18) in vertical heat pipe (4) be connected, below the heat pipe (4) burner (3), transversely arranged many heating tubes (15) in smoke exhaust pipe (10).

Heat-insulation layer (8) is arranged in the body of heater (1), the surface is shell (9), water inlet (14), boiling water outlet (5) and sewage draining exit (2) are arranged in body of heater (1) bottom, gap (13) is arranged at top, the safety mouthful (17) that the middle part has thermometer (6), top that blast pipe (11), smoke exhaust pipe outlet (12) are arranged and communicates with atmosphere.

Stretch out outside the smoke exhaust pipe (10) at heating tube (15) two of laterally installing in smoke exhaust pipe (10), and endoporus is communicated with water chamber (16).

Compared with the prior art, the utility model utilizes adopting heat pipes for heat transfer, the heat utilization efficiency height, and use cost is low, and is easy to make, and incrustation scale is easily handled, and security is better, owing to adopt all risk insurance temperature to add the fast technology of adopting heat pipes for heat transfer, its good energy-conserving effect.

Description of drawings: Fig. 1 is the utility model structural representation.Fig. 2 is the left view of Fig. 1.Fig. 3 is the A-A cutaway view of Fig. 1.

1. bodies of heater among the figure, 2. sewage draining exit, 3. burner, 4. heat pipe, 5. boiling water outlet, 6. thermometer, 7. heat pipe calandria, 8. heat-insulation layer, 9. shell, 10. smoke exhaust pipe, the outlet of 11. blast pipe .12. smoke exhaust pipes, 13. gaps, 14. water inlet, 15. heating tubes, 16. water chambers, 17. the safety mouth, 18. combustion chambers.

The specific embodiment: as Fig. 1, Fig. 2, shown in Figure 3, install combustion chamber (18), below in body of heater (1), the periphery of combustion chamber and body of heater (1) inner surface is gapped, many heat pipe calandrias (7) and smoke exhaust pipe (10) vertically are installed in the top water chamber (16) of combustion chamber (18), heat pipe calandria (7) is decided (18) interior vertical heat pipe (4) with burning respectively and is connected, below the heat pipe (4) burner (3), transversely arranged many heating tubes (15) in smoke exhaust pipe (10), stretch out outside the smoke exhaust pipe (10) at heating tube (15) two, and endoporus is communicated with water chamber (16).

Heat-insulation layer (8) is arranged in the body of heater (1), the surface is shell (9), in body of heater (1) bottom water inlet (14) is arranged, sewage draining exit (2) and boiling water outlet (5), gap (13) is arranged at top, the safety mouthful (17) that the middle part has thermometer (6), top that blast pipe (11), smoke exhaust pipe outlet (12) are arranged and communicates with atmosphere.

Burner (3) is established in heat pipe (4) bottom, heat pipe (4) is main heating section, heat pipe calandria (7) is a heat release section, and heat pipe calandria (7) places in the water chamber (16) and covered by water, after heat pipe (4) is subjected to burner (3) heating, heat pipe calandria (7) heat release of the heat pipe other end is in water, feedwater is heated to boiling water, and except that heat pipe, heating tube in drop-bottom, side plate and the smoke pipe (15) heats water, the interior water of stove is heated up rapidly, reach the purpose of Fast Heating.

Claims

1. energy-conservation tea furnace of combustion-type, form by body of heater, combustion chamber, burner, heat pipe, heat pipe calandria, smoke exhaust pipe, water chamber, blast pipe, heating tube, it is characterized in that: install combustion chamber (18), below in body of heater (1), many heat pipe calandrias (7) and smoke exhaust pipe (10) vertically are installed in the water chamber above the combustion chamber (16), heat pipe calandria (7) respectively with combustion chamber (18) in vertical heat pipe (4) be connected, below the heat pipe (4) burner (3), transversely arranged many heating tubes (15) in smoke exhaust pipe (10).

2. the energy-conservation tea furnace of combustion-type according to claim 1, it is characterized in that: heat-insulation layer (8) is arranged in the body of heater (1), the surface is shell (9), water inlet (14), boiling water outlet (5) and sewage draining exit (2) are arranged in body of heater (1) bottom, gap (13) is arranged at top, the safety mouthful (17) that the middle part has thermometer (6), top that blast pipe (11), smoke exhaust pipe outlet (12) are arranged and communicates with atmosphere.

3. the energy-conservation tea furnace of combustion-type according to claim 1 is characterized in that: stretch out outside the smoke exhaust pipe (10) at heating tube (15) two of laterally installing in smoke exhaust pipe (10), and endoporus is communicated with water chamber (16).