CN201569006U - Energy-saving and low emission ceramic hot-water heating stove core - Google Patents

Abstract

An energy-saving and low emission ceramic hot-water heating stove core belongs to stove cores, and adopts the scheme that an internal layer water jacket (2) is arranged in the external layer water jacket (1); an internal and external water jacket communication channel (3) is arranged between the internal layer water jacket and the external layer water jacket; a cold water inlet (4) is formed at the bottom of the external layer water jacket (1), an external water jacket water outlet (8) communicated with the internal and external water jacket communication channel (3) is arranged on the inner side above the external layer water jacket (1); an internal layer water jacket water inlet (9) communicated with the internal and external water jacket communication channel (3) is arranged on the outer side below the internal layer water jacket (2); a hot water outlet (5) is formed on the outer side above the internal layer water jacket (2); a mounting hole (6) is reserved on the external layer water jacket (1) opposite to the hot water opening; and an annular air return flame path (7) is arranged between the external layer water jacket (1) and the internal layer water jacket (2), and is communicated with a fire box combustion chamber through a stove core burner. The energy-saving and low emission ceramic hot-water heating stove core is made of ceramic material and adopts the multi-layer heating manner, thereby greatly enhancing the thermal efficiency, reducing the fuel consumption, realizing energy conservation and low emission, and suiting household use.

Description

The ceramic hot-water heating combustion chamber of energy-conservation low row

Technical field: the utility model relates to combustion chamber, the ceramic hot-water heating combustion chamber of particularly a kind of energy-conservation low row.

Background technology: the direct coal-fired stove of the many employings of heating in the prior art, this kind method 1, dangerous, 2, the waste resource, be exactly with electric heater or air-conditioning in addition, this kind method is very uneconomical concerning most masses, expense is too high, all adopt central heating in the north, big city, yet rural area at vast northern southern area, suburb and border district, masses' winter heating are still with the raw mode heating, except that coal stove and electricity, a lot of local original burning in boiler heating installation heatings of self-control of adopting are also arranged, roughly have several: 1, be the shell formula, 2, be horizontal, 3, other, multifarious, totally see and all belong to highly energy-consuming, high pollution, maximum discharge type boiler, the main shortcoming that exists is exactly that heating surface area is little, secondly is that the thermal efficiency is extremely low, waste also is immeasurable to steel to also have some manufacturing process, steel are in use as easy as rolling off a log in addition is corroded, often needed for repair and replacement in the use, also is a waste greatly.

Summary of the invention: the purpose of this utility model is to provide a kind of energy-conservation low row ceramic hot-water heating combustion chamber, utilizes this pottery hot-water heating combustion chamber can reach energy-conservation, low emission and purpose efficiently.

Formation of the present utility model: by outer water jacket, the internal layer water jacket, inside and outside water jacket is communicated with water channel, cold water inlet, hot water outlet, the return air quirk, outer water jacket delivery port, internal layer water jacket water inlet and overcoat are reserved installing port and are formed, outer water jacket the inside is the internal layer water jacket, there is inside and outside water jacket to be communicated with water channel between internal layer water jacket and the outer water jacket, cold water inlet is arranged at the bottom at outer water jacket, there is the outer water jacket delivery port that is communicated with the water channel connection with inside and outside water jacket the inboard above outer water jacket, there is the internal layer water jacket water inlet that is communicated with the water channel connection with inside and outside water jacket in the outside below the internal layer water jacket, in internal layer water jacket upper outer hot water outlet is arranged, on the relative outer water jacket of hot water outlet, the reservation installing port is arranged, between outer water jacket and the internal layer water jacket is annular return air quirk, and the return air quirk is communicated with by the combustion chamber burner with fire box.

It is cylindrical shape or square tube shape that inside and outside water jacket is communicated with water channel, vertically is distributed between outer water jacket and the internal layer water jacket and with outer water jacket delivery port and internal layer water jacket water inlet to be communicated with.

Compared with the prior art, the utlity model has following advantage: 1, this product does not use steel, does not in use have the problem that is corroded yet; 2, because design is unique, adopt the multilayer heating, heating surface is increased more than 4 times than original boiler, improved the thermal efficiency greatly, reduced the consumption of fuel simultaneously; 3, particular structure allows the dust that produces in the combustion process carry out multistage sedimentation through after circling round up and down, so reduced the emptying amount of dust; 4, because good economic is easy to promote, be convenient to cleaning simultaneously.

Description of drawings: Fig. 1 is the utility model structural representation, and Fig. 2 is the B-B cutaway view of Fig. 1.

1. outer water jackets among the figure, 2. internal layer water jacket, 3. inside and outside water jacket is communicated with water channel, 4. cold water inlet, 5. hot water outlet is 6. reserved installing port, 7. return air quirk, 8. outer water jacket delivery port, 9. internal layer water jacket water inlet.

The specific embodiment: as Fig. 1, shown in Figure 2, by outer water jacket, the internal layer water jacket, inside and outside water jacket is communicated with water channel, cold water inlet, hot water outlet, the return air quirk, outer water jacket delivery port, internal layer water jacket water inlet and reservation installing port are formed, outer water jacket 1 the inside is an internal layer water jacket 2, there is inside and outside water jacket to be communicated with water channel 3 between internal layer water jacket 2 and the outer water jacket 1, in the bottom of outer water jacket 1 cold water inlet 4 is arranged, there is the outer water jacket delivery port 8 that is communicated with water channel 3 connections with inside and outside water jacket the inboard above outer water jacket 1, there is the internal layer water jacket water inlet 9 that is communicated with water channel 3 connections with inside and outside water jacket in the outside below internal layer water jacket 2, in internal layer water jacket 2 upper outer hot water outlet 5 is arranged, the installing port 6 of reservation is arranged on the relative outer water jacket 1 of hot water outlet, between outer water jacket 1 and the internal layer water jacket 2 is annular return air quirk 7, and return air quirk 7 is communicated with by the combustion chamber burner with fire box.

It is cylindrical shape or square tube shape that inside and outside water jacket is communicated with water channel 3, vertically is distributed between outer water jacket 1 and the internal layer water jacket 2 and with outer water jacket delivery port 8 and internal layer water jacket water inlet 9 to be communicated with.

Operation principle: stove fire is crossed return air quirk 7 through burner and is gone downwards to the end, going upward to the smoke evacuation tube through outer water jacket discharges, cold water enters outer water jacket from cold water water inlet 4, carry out the heating first time, go upward to outer water jacket delivery port 8, descending by inside and outside water jacket connection water channel 3, enter internal layer water jacket 2 by internal layer water jacket water inlet 9, the up post bake of carrying out, arrive the top on this moment, hot water makes indoor temperature be elevated to ideal value by heat abstractor in hot water outlet 5 inlet chambers (radiator or ground heat pipe etc.), also can connect water heater.

Claims (2)

1. ceramic hot-water heating combustion chamber of energy-conservation low row, by outer water jacket, the internal layer water jacket, inside and outside water jacket is communicated with water channel, cold water inlet, hot water outlet, the return air quirk, outer water jacket delivery port, internal layer water jacket water inlet and overcoat are reserved installing port and are formed, it is characterized in that: outer water jacket (1) the inside is internal layer water jacket (2), there is inside and outside water jacket to be communicated with water channel (3) between internal layer water jacket (2) and the outer water jacket (1), in the bottom of outer water jacket (1) cold water inlet (4) is arranged, the outer water jacket delivery port (8) that is communicated with water channel (3) connection with inside and outside water jacket is arranged in the inboard, top of outer water jacket (1), there is the internal layer water jacket water inlet (9) that is communicated with water channel (3) connection with inside and outside water jacket in the outside, below at internal layer water jacket (2), in internal layer water jacket (2) upper outer hot water outlet (5) is arranged, on the relative outer water jacket (1) of hot water outlet, reservation installing port (6) is arranged, between outer water jacket (1) and the internal layer water jacket (2) is annular return air quirk (7), and return air quirk (7) is communicated with by the combustion chamber burner with fire box.

2. the ceramic hot-water heating combustion chamber of energy-conservation low row according to claim 1, it is characterized in that: it is cylindrical shape or square tube shape that inside and outside water jacket is communicated with water channel (3), vertically is distributed between outer water jacket (1) and the internal layer water jacket (2) and with outer water jacket delivery port (8) and internal layer water jacket water inlet (9) to be communicated with.

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