CN201439994U - Environment protection hot-water stove - Google Patents
Environment protection hot-water stove Download PDFInfo
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- CN201439994U CN201439994U CN2009201536097U CN200920153609U CN201439994U CN 201439994 U CN201439994 U CN 201439994U CN 2009201536097 U CN2009201536097 U CN 2009201536097U CN 200920153609 U CN200920153609 U CN 200920153609U CN 201439994 U CN201439994 U CN 201439994U
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Abstract
The utility model relates to an environment protection hot-water stove, which consists of a heating stove body, a water inlet pipeline and a water outlet pipeline, wherein the heating stove body has an accommodating space, the water inlet pipeline is connected with the heating stove body, a water storing space, a heating boiler and an air exhaust pipeline are arranged in the accommodating space, the water storing space is divided into a first water storing region by a horizontal baffle plate, a U-shaped baffle plate extends from the horizontal baffle plate for dividing a second water storing region, the heating boiler passes through the horizontal baffle plate and is provided with a first heating space, the bottom of the first heating space is provided with a grate structure, a second heating space is arranged under the grate structure, the bottom of the second heating space is communicated with an air exhaust space, and the air exhaust pipeline is communicated with the air exhaust space and passes through the water storing space to be communicated to the outside of the heating stove body. The burn-off rate is improved through the secondary combustion of the heating boiler, simultaneously, the exhaust quantity of the polluted air is reduced, and the heating efficiency of the whole hot-water stove is improved.
Description
Technical field
The relevant a kind of water heater that promotes water temperature of the utility model refers to a kind of water heater structure with second-time burning heating especially.
Background technology
The water heater of traditional type, structure, basic background, all be as fuel with fuel such as gas, electric power, heavy oil, except electric power, gas and heavy oil all have shortcomings such as contaminated air and manufacturing carbon dioxide, in addition, can't effectively save the energy, and general now modal water heater all is to use gas mostly, and the shortcoming of this kind gas water-heater is to be installed in circulation of air place, causes injury and life on the human body to threaten otherwise have the generation carbon monoxide.
Another kind of modal water heater is with the water heater of electric power as heating energy source, its present modal shortcoming is that water temperature is difficult for being controlled and the problem of hot water supply deficiency, and a solar water stove that gets most of the attention is arranged in addition in recent years, though this kind water heater is particular about environmental protection, but on the condition of using, be subjected to a lot of restrictions, little as water yield, do not meet popular requirement, and solar panels needed change once in 1 year, caused the trouble in the use.
In addition, a kind of water heater that uses the burning biological coal as fuel is also arranged now, though the advantage of this kind utilization biological coal is the fuel thing and cheaply obtains well, and the water temperature and the water yield that provide are highly stable, the gas that produced incomplete combustion often causes the air-polluting problem easily but its maximum shortcoming is to burn.
Summary of the invention
Main purpose of the present utility model aims to provide a kind of environment protecting water-heating stove with second-time burning heating, via heating flame repeatedly, improves the burning-uip rate of fuel thing in water heater, simultaneously, reduces the discharge capacity of dusty gas in the combustion process.
Another purpose of the present utility model is intended to increase the contact area of water heater interior reservoir hydrospace and burning boiler, and the heat that reduces boiler combustion scatters and disappears, with the efficiency of heating surface of further lifting water heater itself.
For reaching described purpose, the utility model environmental protection heating furnace is made of a heating furnace body, an inlet pipeline and an outlet pipeline; Above-mentioned heating furnace body is provided with an accommodation space, this accommodation space inside is provided with a water space, a heating boiler that contacts with above-mentioned water space and contacts gas exhaust piping with above-mentioned water space, wherein, above-mentioned water space is to be separated into first storage area that is coated on this gas exhaust piping and heating boiler periphery by a horizontal baffle, and extends a U type barrier partitions in this bottom, first storage area and become second storage area that contacts with this heating boiler; Above-mentioned heating boiler passes above-mentioned horizontal baffle and is provided with one first heating space, and this first heating space bottom is provided with a fire grate structure, and above-mentioned fire grate structure below is provided with one second heating space, and the bottom of above-mentioned second heating space is communicated with an exhaust space; Above-mentioned gas exhaust piping is connected with exhaust space, and passes above-mentioned water space and be communicated to above-mentioned heating furnace body outside; Above-mentioned inlet pipeline is to be coated on the gas exhaust piping periphery of position in the heating furnace body outside, and is connected with bottom, above-mentioned first storage area in extending a tube connector; Above-mentioned outlet pipeline is the tip position that is connected in above-mentioned first storage area.
Above-mentioned heating furnace body is provided with first, second and third opening in apical position, and be provided with first, second and third through hole in side, wherein, above-mentioned first heating space is to be provided with one in above-mentioned first opening top to supply with the pan feeding valve gap that the fuel thing is put into, and be provided with one and cooperate the tubulose lighting-up tuyere of above-mentioned first through hole and first through hole to be communicated with, second heating space is provided with a tubulose lighting-up tuyere that cooperates above-mentioned second through hole; And above-mentioned pan feeding valve gap is provided with a blocking device that conveniently is fixed heating boiler.
Above-mentioned gas exhaust piping is provided with a downtake pipe that is connected with the above-mentioned exhaust space and second opening, and be provided with an interconnected second exhaust pipe in the heating furnace body inner tip of downtake pipe, this second exhaust pipe is provided with the 3rd blast pipe of above-mentioned the 3rd open communication in other end position, be connected to each other and the 3rd blast pipe is exhaust space and one the 4th blast pipe that runs through above-mentioned horizontal baffle in the bottom, the 4th blast pipe is provided with one the 5th blast pipe in the end position that passes above-mentioned heating furnace body; In a possible embodiments, above-mentioned downtake pipe and the 3rd blast pipe extend upward the heating furnace body outside, and be provided with one with the fixing closure construction of the mode of being spirally connected in apical position, and above-mentioned the 5th blast pipe is provided with one in bottom position and receives the movable flume that the 4th blast pipe is discharged grey slag dust in the gas.
Above-mentioned gas exhaust piping can further be provided with a plurality of heat pipes that run through caliber in each blast pipe, and further the end position in the above-mentioned heating furnace body outside is provided with an extractor fan; And above-mentioned heating boiler further is provided with the air blast pipeline that a guiding air enters, and above-mentioned air blast pipeline is to connect above-mentioned first heating space and second heating space, and is communicated to the above-mentioned heating furnace body outside and an air blast winding.
Advantage of the present utility model is to see through heating boiler second-time burning heating, improve the burning-uip rate of fuel thing, reduce the discharge capacity of dusty gas simultaneously, and will increase the heat-conducting area that water space contacts gas exhaust piping and heating boiler, the heat that reduces the body of heater burning scatters and disappears, and further promotes the efficiency of heating surface of water heater itself.
Description of drawings
Fig. 1 is the stereogram of the utility model one preferred embodiment;
Fig. 2 is the schematic perspective view of Fig. 1 show internal structure;
Fig. 3 is the cross-section cutaway view of Fig. 1;
Fig. 4 is the schematic diagram that the utility model pan feeding valve gap and capping are opened;
Fig. 5 is the sectional schematic diagram of the utility model current running;
The sectional schematic diagram of gas flow direction when Fig. 6 is the utility model heating running; And
The other direction sectional schematic diagram of gas flow direction when Fig. 7 is the utility model heating running.
[primary clustering symbol description]
The 10------heating furnace body
11------first opening
12------second opening
13------the 3rd opening
14------first through hole
15------second through hole
The 16------third through-hole
The 20------inlet pipeline
The 21------tube connector
The 30------outlet pipeline
The 40------water space
The 41------horizontal baffle
42------first storage area
43------U type baffle plate
44------second storage area
The 50------heating boiler
51------first heating space
510------pan feeding valve gap
511------tubulose lighting-up tuyere
The 512------blocking device
The 52------fire grate structure
53------second heating space
530------tubulose lighting-up tuyere
The 531------exhaust outlet
The 54------exhaust space
55------air blast pipeline
The 60------gas exhaust piping
The 61------downtake pipe
The 62------second exhaust pipe
63------the 3rd blast pipe
64------the 4th blast pipe
65------the 5th blast pipe
The 66------closure construction
The 67------extractor fan
The 68------movable flume
The 69------heat pipe
The specific embodiment
For ease of further structure of the present utility model, use and feature thereof being had clear and definite full and accurate understanding of darker one deck and understanding, now enumerate preferred embodiment, conjunction with figs. is described in detail as follows:
At first see also the stereogram of a preferred embodiment of the utility model environment protecting water-heating stove shown in Figure 1, the utility model environment protecting water-heating stove is made of the outlet pipeline 30 that the inlet pipeline 20 and that a heating furnace body 10, with accommodation space is connected in above-mentioned heating furnace body 10 is connected in above-mentioned heating furnace body 10.
See also Fig. 2 and shown in Figure 3, above-mentioned heating furnace body 10 is provided with first, second and third opening 11,12,13 in apical position, and be provided with first, second and third through hole 14,15,16 in side, and the accommodation space of this heating furnace body 10 is to be provided with the gas exhaust piping 60 that heating boiler 50 and that a water space 40, cooperates first opening 11 and first, second through hole 14,15 to be communicated with cooperates above-mentioned second, third opening 12,13 and third through-hole 16 to be communicated with.
Above-mentioned water space 40 is to be separated into one by horizontal baffle 41 to be coated on first storage area 42 of this gas exhaust piping 60 and heating boiler 50 peripheries, and extends a U type baffle plate 43 in these 42 bottoms, first storage area and be separated into second storage area 44 that contacts with this heating boiler 50.
Above-mentioned heating boiler 50 is to pass above-mentioned horizontal baffle 41, and be provided with first heating space 51 that is communicated with above-mentioned first opening 11 and first through hole 14, these first heating space, 51 bottoms are provided with one in order to keep off the fire grate structure 52 that system fuel thing also can allow fuel thing lime-ash pass through, and second heating space 53 that is communicated with above-mentioned second through hole 15 is set in these fire grate structure 52 belows, and this second heating space 53 is communicated with an exhaust space 54 in the bottom position of above-mentioned U type baffle plate 43.
Wherein, above-mentioned first heating space 51 is to be provided with one to supply with the pan feeding valve gap 510 that the fuel thing is put in above-mentioned first opening 11 tops, and is provided with the tubulose lighting-up tuyere 511 of above-mentioned first through hole 14 of a cooperation; Above-mentioned second heating space 53 is provided with one and cooperates the tubulose lighting-up tuyere 530 of above-mentioned second through hole 15, and sees through above-mentioned U type baffle plate 43 and construct a leptosomatic exhaust outlet 531 and be connected with above-mentioned exhaust space 54; Above-mentioned exhaust space 54 is to be connected with above-mentioned gas exhaust piping 60.Above-mentioned tubulose lighting-up tuyere 511,530 simultaneously, can be observed the situation of stove internal combustion in order to the ignition trigger combustion process, when observing the fuel thing and burn totally soon, prepares to add burning once more and keeps combustion process.
In diagram one preferred embodiment, above-mentioned heating boiler 50 further is provided with the air blast pipeline 55 that a guiding air enters heating space, this air blast pipeline 55 is to connect above-mentioned first heating space 51 and second heating space 53, and be communicated to above-mentioned heating furnace body 10 outside and air blast windings (figure does not show), seeing through air blast provides heating boiler 50 internal-combustions needed air; Above-mentioned pan feeding valve gap 510 is provided with a blocking device that conveniently is fixed 512, before desire burning heating, the fuel thing is put in blocking device 512 dismountings and unlatching pan feeding valve gap 510, when desiring to burn, need blocking device 512 is fixed, the air pressure during with anti-burning heating causes pan feeding valve gap 510 to open.
Above-mentioned gas exhaust piping 60 is to be provided with a downtake pipe 61 that is connected with the above-mentioned exhaust space 54 and second opening 12, and be provided with an interconnected second exhaust pipe 62 in heating furnace body 10 inner tip of downtake pipe 61, this second exhaust pipe 62 is provided with the 3rd blast pipe 63 that above-mentioned the 3rd opening 13 is communicated with in other end position, be connected to each other and the 3rd blast pipe 63 is exhaust space 54 and one the 4th blast pipes 64 that run through above-mentioned horizontal baffle 41 in the bottom, the 4th blast pipe 64 is provided with one the 5th blast pipe 65 in the end position that passes above-mentioned heating furnace body 10.
See also shown in Figure 4, in diagram one preferred embodiment, above-mentioned downtake pipe 61 and the 3rd blast pipe 63 are to extend upward above-mentioned heating furnace body 10 outsides, and being provided with one with the fixing closure construction 66 of the mode of being spirally connected in apical position, this closure construction 66 is in order to convenient dust and the lime-ash of being built up in the cleaning blast pipe of opening; In addition, above-mentioned the 5th blast pipe 65 is provided with an extractor fan 67 in apical position, and this extractor fan 67 is the air exhausters for the above-mentioned blast pipe of cooperation aperture, and above-mentioned air exhauster is in order to be extracted out the high temperature hot gas of heating furnace body 10 inside by gas exhaust piping 60; And above-mentioned the 5th blast pipe 65 is provided with a movable flume 68 in bottom position, and this movable flume 68 drops in order to the grey slag dust that receives the 4th blast pipe 64 and discharged in the gas, prevents that grey slag dust is deposited in the 5th blast pipe 65 bottoms; In addition, above-mentioned gas exhaust piping 60 can further be provided with a plurality of heat pipes 69 that run through caliber in each blast pipe 61,63,65 (other figure does not show), when allowing current pass through this heat pipe 69, can absorb the heat of internal high temperature waste gas.
Above-mentioned inlet pipeline 20 is to be coated on above-mentioned the 5th blast pipe 65 peripheries, and is connected with 42 bottoms, above-mentioned first storage area in extending a tube connector 21; And above-mentioned outlet pipeline 30 is the tip positions that are connected in above-mentioned first storage area 42, and the end position that joins in this outlet pipeline 30 and first storage area 42 is provided with the inductive switch (figure does not show) of a detecting water temperature, this inductive switch is a temperature of desiring to reach heating in order to setting, the water temperature of heating furnace body 10 inside arrives preset temperature, and then inductive switch can be opened automatically and allow hot water flow into above-mentioned outlet pipeline 30 to use for the people.
See also shown in Figure 5, the utility model is by inlet pipeline 20 tops one side inflow that coats above-mentioned the 5th blast pipe 65, see through the heat that absorbs discharging hot gas in the 5th blast pipe 65, make current before entering above-mentioned water space 40, heat up in advance, when current flow into above-mentioned water space 40, see through the water temperature that heat that heating boiler 50 burnings are produced promotes above-mentioned first storage area 42 and second storage area 44, and the high-temp waste gas that produces that will burn sees through gas exhaust piping 60 conduction heats, increase the heat-conducting area of water space 40 contact gas exhaust pipings 60 and heating boiler 50, the heat that reduces boiler combustion scatters and disappears, and promotes the efficiency of heating surface of water heater itself.
See also Figure 6 and Figure 7, the utility model is that the fuel thing is positioned over 51 ignition of first heating space, and with 53 ignition of second heating space, when comburant with volume burning to less than the unitary space of fire grate structure 52 time, the lime-ash of comburant can fall to second heating space 53 and burn once more, improve the burning-uip rate of fuel thing by this, and the high temperature hot gas that is produced in the combustion process, can drain into exhaust space 54 by the slender type exhaust outlet 531 of second heating space 53, see through extractor fan 67 runnings, high hot waste gas in the exhaust space 54 is derived by gas exhaust piping 60, and in the derivation process with the current of heat exchange pattern with the heat transferred inlet pipeline 20 and first storage area 42, effectively utilize the hot gas of discharging to reach the efficient of intensification.
In sum, the utility model environment protecting water-heating stove sees through the inner heating boiler second-time burning heating that is provided with of heating furnace body, improve the burning-uip rate of fuel thing, reduce the discharge capacity of dusty gas simultaneously, and the high-temp waste gas that produces that will burn sees through gas exhaust piping conduction heat, increase the heat-conducting area of water space contact gas exhaust piping and heating boiler, further promote the efficiency of heating surface of water heater itself.
Above illustrated embodiment only is not in a limitative way with the utility model for convenience of description; not from the utility model spirit category; be familiar with industry technical staff various simple and easy distortion and the modification that can do, all must include in the scope of the utility model patent protection.
Claims (10)
1. environment protecting water-heating stove is characterized in that: be made of the outlet pipeline that the inlet pipeline and that a heating furnace body, with accommodation space is connected in above-mentioned heating furnace body is connected in above-mentioned heating furnace body; Above-mentioned heating furnace body is provided with a water space in accommodation space inside, a heating boiler that contacts with above-mentioned water space and contacts gas exhaust piping with above-mentioned water space; Above-mentioned water space is to be separated into first storage area that is coated on this gas exhaust piping and heating boiler periphery by a horizontal baffle, and extends a U type barrier partitions in this bottom, first storage area and become second storage area that contacts with this heating boiler; Above-mentioned heating boiler passes above-mentioned horizontal baffle and is provided with one first heating space, and this first heating space bottom is provided with a fire grate structure, and above-mentioned fire grate structure below is provided with one second heating space, and the bottom of above-mentioned second heating space is communicated with an exhaust space; Above-mentioned gas exhaust piping is connected with exhaust space, and passes above-mentioned water space and be communicated to above-mentioned heating furnace body outside.
2. environment protecting water-heating stove according to claim 1 is characterized in that: described inlet pipeline is to be coated on the gas exhaust piping periphery of position in the heating furnace body outside, and is connected with bottom, above-mentioned first storage area in extending a tube connector; And above-mentioned outlet pipeline is the tip position that is connected in above-mentioned first storage area.
3. environment protecting water-heating stove according to claim 1 is characterized in that: described heating furnace body is provided with first, second and third opening in apical position, and is provided with first, second and third through hole in side.
4. environment protecting water-heating stove according to claim 3, it is characterized in that: described first heating space is to be provided with one in above-mentioned first opening top to supply with the pan feeding valve gap that the fuel thing is put into, and be provided with one and cooperate the tubulose lighting-up tuyere of above-mentioned first through hole and first through hole to be communicated with, and second heating space is provided with a tubulose lighting-up tuyere that cooperates above-mentioned second through hole.
5. environment protecting water-heating stove according to claim 4 is characterized in that: described pan feeding valve gap is provided with a blocking device that conveniently is fixed heating boiler.
6. environment protecting water-heating stove according to claim 1, it is characterized in that: described gas exhaust piping is provided with a downtake pipe that is connected with the above-mentioned exhaust space and second opening, and be provided with an interconnected second exhaust pipe in the heating furnace body inner tip of downtake pipe, this second exhaust pipe is provided with the 3rd blast pipe of above-mentioned the 3rd open communication in other end position, be connected to each other and the 3rd blast pipe is exhaust space and one the 4th blast pipe that runs through above-mentioned horizontal baffle in the bottom, the 4th blast pipe is provided with one the 5th blast pipe in the end position that passes above-mentioned heating furnace body.
7. environment protecting water-heating stove according to claim 6 is characterized in that: described downtake pipe and the 3rd blast pipe extend upward the heating furnace body outside, and are provided with one with the fixing closure construction of the mode of being spirally connected in apical position.
8. environment protecting water-heating stove according to claim 6 is characterized in that: described the 5th blast pipe is provided with one in bottom position and receives the movable flume that the 4th blast pipe is discharged grey slag dust in the gas.
9. according to each described environment protecting water-heating stove of claim 1 to 8, it is characterized in that: described gas exhaust piping further is provided with an extractor fan in the end position in the above-mentioned heating furnace body outside.
10. environment protecting water-heating stove according to claim 9, it is characterized in that: heating boiler further is provided with the air blast pipeline that a guiding air enters, above-mentioned air blast pipeline is to connect above-mentioned first heating space and second heating space, and is communicated to the above-mentioned heating furnace body outside and an air blast winding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201536097U CN201439994U (en) | 2009-05-06 | 2009-05-06 | Environment protection hot-water stove |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201536097U CN201439994U (en) | 2009-05-06 | 2009-05-06 | Environment protection hot-water stove |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201439994U true CN201439994U (en) | 2010-04-21 |
Family
ID=42544664
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201536097U Expired - Fee Related CN201439994U (en) | 2009-05-06 | 2009-05-06 | Environment protection hot-water stove |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201439994U (en) |
-
2009
- 2009-05-06 CN CN2009201536097U patent/CN201439994U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100421 Termination date: 20110506 |