CN202955732U - Warm-air furnace for cooking and warming - Google Patents
Warm-air furnace for cooking and warming Download PDFInfo
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- CN202955732U CN202955732U CN 201220487988 CN201220487988U CN202955732U CN 202955732 U CN202955732 U CN 202955732U CN 201220487988 CN201220487988 CN 201220487988 CN 201220487988 U CN201220487988 U CN 201220487988U CN 202955732 U CN202955732 U CN 202955732U
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Abstract
The utility model relates to a warm-air furnace for cooking and warming. The warm-air furnace comprises an outer furnace body and an inner furnace body. The outer furnace body and the inner furnace body are both rectangular. The inner furnace body is disposed inside the outer furnace body and is divided into a heat absorption chamber and a combustion chamber through a first multi-pipe fire-stop wall. The height of the two side plates, of the inner furnace body, for forming the heat absorption chamber is larger than the height of the two side plates, of the inner furnace body, for forming the combustion chamber. An upper cover of the heat absorption chamber is connected with the front end face of the outer furnace body, the tops of the two side plates of the inner furnace body and the top of the first multi-pipe fire-stop wall. An upper cover of the combustion chamber is fixedly connected with the upper portion of the first multi-pipe fire-stop wall, the tops of the two side plates of the inner furnace body and the rear end face of the outer furnace body. A movable changing plate is arranged between the upper cover of the heat absorption chamber and the upper cover of the combustion chamber. Due to the structure that the changing plate is arranged between the combustion chamber and the heat absorption chamber, integration of warming and cooking can be realized, and due to a plurality of heat absorption pipes arranged inside the heat absorption chamber, gas temperature can be effectively increased and balanced.
Description
Technical field
The utility model relates to a kind of hot-blast stove, relates in particular to a kind of cooking dual-purpose hot-blast stove of warming oneself.
Background technology
Current hot-blast stove generally only has heating function, and energy can not be utilized effectively.
The utility model content
Technical problem to be solved in the utility model is to provide a kind of cooking dual-purpose hot-blast stove of warming oneself, and overcoming hot-blast stove in prior art generally can only be for the defect of heating.
The technical scheme that the utility model solves the problems of the technologies described above is as follows: a kind of cooking dual-purpose hot-blast stove of warming oneself, comprise external furnace body, inner furnace body, described external furnace body, inner furnace body is cuboid, described inner furnace body is arranged in described external furnace body, and the two ends of two side plates of described inner furnace body are separately fixed at front end face and the rear end face of described external furnace body.The two ends of two side plates of described inner furnace body also can be fixed with two vertical plate, and described two vertical plate are connected with the biside plate of described external furnace body by connecting rod or plate; Described two vertical plate can not be connected with rear end face with the front end face of external furnace body yet, can by the base plate of connecting rod or connecting plate and described external furnace body, fix by the lower shoe of inner furnace body.
Two side plate lower ends of the base plate of described inner furnace body and described inner furnace body and the front end face of described external furnace body 1 are fixedly connected with rear end face; Be provided with space between the biside plate of described inner furnace body and the biside plate of described external furnace body;
Be divided into heat-absorbing chamber and burner hearth by the first multitube firebreak in described inner furnace body, the height of the biside plate of the inner furnace body of formation heat-absorbing chamber is greater than the height of the biside plate of the inner furnace body that forms burner hearth; Two side plate tops and the first multitube firebreak top of described heat-absorbing chamber upper cover and the front end face of described external furnace body, described inner furnace body are connected; Two side plate tops of described burner hearth upper cover and the first multitube firebreak top, described inner furnace body, the rear end face of described external furnace body is fixedly connected with; Be provided with movably switch boards between described heat-absorbing chamber upper cover and burner hearth upper cover;
Cover on described burner hearth and be provided with the heat absorption fire door, the upper cover of the described external furnace body position corresponding with described heat absorption fire door is provided with the gasification fire door; Be provided with air inlet on the rear end face of the external furnace body of described lower furnace portion;
Be provided with many endothermic tubes in described heat-absorbing chamber, described many endothermic tubes are fixedly connected with the biside plate of described inner furnace body through the biside plate of described inner furnace body, cover on described external furnace body and are provided with air outlet; Described many endothermic tubes were communicated with the gas of described air inlet and air outlet.Describedly can be provided with air blast by air inlet.
The beneficial effects of the utility model are: this structure, owing between burner hearth and heat-absorbing chamber, being provided with switch boards, can realize the warming & cooking one, owing to being provided with many endothermic tubes in heat-absorbing chamber, can effectively improve and the equalization gas temperature.
On the basis of technique scheme, the utility model can also be done following improvement.
Further, described burner hearth upper cover is double-deck absorber plate, be fixed with many vertical endothermic tubes on lower floor's absorber plate of described double-deck absorber plate, described vertical endothermic tube is communicated with the gas in gap between described air inlet and described double-deck absorber plate, wherein said many vertical endothermic tubes are arranged with outer tube outward, can be unlikely to too high by adding cold water or chemical material to control gas temperature in sleeve pipe.
Further, the pipe of described many vertical endothermic tubes and the first multitube firebreak is arranged with outer tube outward, the upper end of described outer tube and lower end all and described vertical endothermic tube upper and lower sealing and and vertical endothermic tube between form mezzanine space, described mezzanine space, by import and the outlet of the extraneous cold water of pipeline communication or chemical material, passes through pipeline communication between the mezzanine space of all many vertical endothermic tubes and Outer Tube.Can control by the cold water in Outer Tube or chemical material the temperature of gas in the interior endothermic tube of inner furnace body.
Further, described heat-absorbing chamber is divided into the first heat-absorbing chamber, the second heat-absorbing chamber and the 3rd heat-absorbing chamber by the vertical baffle in the second firebreak and described inner furnace body.
Further, cover in described heat-absorbing chamber and be fixedly installed first dividing plate, second partition, three dividing plate corresponding with the vertical baffle position in described the first multitube firebreak, described the second firebreak and described inner furnace body, described the first dividing plate one end is connected with the rear portion side plate of the biside plate of described external furnace body, the other end be fixed on described heat-absorbing chamber on cover; Second partition one end is connected with the anterior side plate of the biside plate of described external furnace body, the other end be fixed on described heat-absorbing chamber on cover; Described the 3rd dividing plate one end is connected with the rear portion side plate of the biside plate of described external furnace body, the other end be fixed on described heat-absorbing chamber on cover.
Further, also comprise the first vertical baffle, the second vertical baffle, the 3rd vertical baffle, described the first vertical baffle, described the second vertical baffle and the 3rd vertical baffle are fixed in the space between the side plate of the side plate of described inner furnace body and described external furnace body; Described the first vertical baffle upper end is fixedly connected with an end bottom of described second partition, the base plate of described the first vertical baffle lower end and described external furnace body is fixed, and described the first vertical baffle both sides are fixed with the anterior side plate of described inner furnace body and the anterior side plate of external furnace body respectively; Described the second vertical baffle upper end is fixedly connected with an end bottom of described the first dividing plate, the base plate of described the second vertical baffle lower end and described external furnace body is fixed, and described the second vertical baffle both sides are fixed with the rear portion side plate of described inner furnace body and the rear portion side plate of external furnace body respectively; The described the 3rd vertically is fixedly connected with an end bottom of described the 3rd dividing plate every upper end, the base plate of described the 3rd vertical baffle lower end and described external furnace body is fixed, and described the 3rd vertical baffle both sides are fixed with the rear portion side plate of described inner furnace body and the rear portion side plate of external furnace body respectively.
Further, described air outlet is arranged on the external furnace body of described the 3rd heat-absorbing chamber rear portion side plate top and covers; Described endothermic tube periphery is provided with smoke pipe cleaning plate.Cover and be provided with the smoke pipe watch window on the external furnace body of described second heat-absorbing chamber's rear portion side plate top.
Further, be provided with interim water inlet and interim delivery port on described external furnace body drive end bearing bracket, described interim water inlet and interim delivery port are by the cross current in heat-absorbing chamber.Interim hot water can be provided easily.
Further, cover on the external furnace body of described the 3rd heat-absorbing chamber's rear portion side plate top and be provided with chimney; Be provided with the ash disposal mouth on the base plate of described external furnace body; Be provided with the ashes outlet on rear end face between the base plate of described external furnace body and the base plate of described inner furnace body.The exit of described chimney can be provided with chimney lid.
Further, the position of the corresponding burner hearth of the rear end face of described external furnace body is provided with and sees burner.Described air inlet and air outlet place are provided with air filter.Described lower furnace portion the base plate of inner furnace body on be provided with the burner hearth double-edged fine-toothed comb.
Further, also comprise logical oxygen circle, described logical oxygen circle is communicated with ambient atmos by feed channel, for stove fire, supports.Reduce the cigarette amount, make coal in burner hearth more fully burning accomplish or more vigorous heating is shortened sooner, with the fiery time, accomplish the effect of economizing on coal.
The accompanying drawing explanation
Fig. 1 is the cutaway view of the utility model cooking while warming oneself the hot-blast stove heating dual-purpose;
Fig. 2 be the utility model cooking warm oneself the hot-blast stove inner furnace body dual-purpose and external furnace body in part modular construction schematic diagram;
Fig. 3 is the utility model cooking cutaway view of dual-purpose hot-blast stove while cooking of warming oneself.
Fig. 4 is the utility model cooking logical oxygen coil structures schematic diagram of dual-purpose hot-blast stove of warming oneself.
In accompanying drawing, the list of parts of each label representative is as follows:
1, external furnace body, 2, inner furnace body, 3, the first multitube firebreak, 4, heat-absorbing chamber, 5, burner hearth, 6, endothermic tube, 7, smoke pipe cleaning plate, 8, vertical endothermic tube, 9, the second firebreak, 10, vertical baffle in inner furnace body, 11, switch boards, 12, the heat absorption fire door, 13, the gasification fire door, 14, air inlet, 15, air outlet, 16, the first dividing plate, 17, second partition, 18, the 3rd dividing plate, 19, the first vertical baffle, 20, the second vertical baffle, 21, the 3rd vertical baffle, 22, interim water inlet, 23, interim delivery port, 24, chimney, 25, the ash disposal mouth, 26, the ashes outlet, 27, outer tube, 28, see burner, 29, the burner hearth double-edged fine-toothed comb, 30, air filter, 31, gap between heat-absorbing chamber's upper cover and described burner hearth upper cover, 32, charcoal ash baffle plate, 33, fire-collection ring, 34, outer tube is communicated with the import of extraneous cold water or chemical material, 35 outer tubes are communicated with the outlet of extraneous cold water or chemical material, 36, logical oxygen circle, 37, the Constant Temperature Detection controller.
The specific embodiment
Below in conjunction with accompanying drawing, principle of the present utility model and feature are described, example, only for explaining the utility model, is not intended to limit scope of the present utility model.
As shown in Figure 1, a kind of cooking of the utility model dual-purpose hot-blast stove of warming oneself, comprise external furnace body 1, inner furnace body 2, described external furnace body 1, inner furnace body 2 is cuboid, and described inner furnace body 1 is arranged in described external furnace body 2, and the two ends of two side plates 201,202 of described inner furnace body 2 are separately fixed at front end face 101 and the rear end face 102 of described external furnace body.The two ends of two side plates 201,202 of described inner furnace body 2 also can be fixed with two vertical plate, and described two vertical plate are connected with the biside plate of described external furnace body by connecting rod or plate; Described two vertical plate can not be connected with rear end face with the front end face of external furnace body yet, can by the base plate of bar or plate and described external furnace body, fix by the lower shoe of inner furnace body.
The base plate 203 of described inner furnace body 2 is fixedly connected with rear end face 102 with two side plates, 201,202 lower ends of described inner furnace body 2 and the front end face 101 of described external furnace body 1; Be provided with space between the biside plate of the biside plate of described inner furnace body 2 and described external furnace body 1;
In described inner furnace body, 2 are divided into heat-absorbing chamber 4 and burner hearth 5 by the first multitube firebreak 3, and the height of the biside plate of the inner furnace body 1 of formation heat-absorbing chamber 4 is greater than the height of the biside plate of the inner furnace body 1 that forms burner hearth 5; Described heat-absorbing chamber upper cover 204 is connected with the front end face 101 of described external furnace body 1, two side plates, 201,202 tops and first multitube firebreak 3 tops of described inner furnace body 2; Two side plate tops of described burner hearth upper cover 205 and the first multitube firebreak 3 tops, described inner furnace body 2, the rear end face 102 of described external furnace body 1 is fixedly connected with; Be provided with movably switch boards 11 between described heat-absorbing chamber upper cover 204 and burner hearth upper cover 205;
Be provided with pass heat absorption fire door 12 on described burner hearth upper cover 205, the upper cover 13 of described external furnace body 1 position corresponding with described heat absorption fire door 12 is provided with gasification fire door 13; Be provided with air inlet 14 on the rear end face 12 of the external furnace body 1 of described lower furnace portion;
Be provided with many endothermic tubes 6 in described heat-absorbing chamber 4, described many endothermic tubes 6 are fixedly connected with the biside plate 201,202 of described inner furnace body 2 through the biside plate 201,202 of described inner furnace body 2, on the upper cover 103 of described external furnace body 1, are provided with air outlet 15; Described many endothermic tubes 6 were communicated with the gas of described air inlet 14 and air outlet 15.Describedly can be provided with air blast by air inlet.
Described burner hearth upper cover 205 is double-deck absorber plate, be fixed with many vertical endothermic tubes 8 on lower floor's absorber plate of described double-deck absorber plate 205, described vertical endothermic tube 8 is communicated with the gas in gap between described air inlet 14 and described double-deck absorber plate, the pipe of wherein said many vertical endothermic tubes 8 and the first multitube firebreak is arranged with outer tube 27 outward, the pipe of described many vertical endothermic tubes 8 and the first multitube firebreak is arranged with outer tube 27 outward, the upper end of described outer tube and lower end all form mezzanine space with the sealing of described vertical endothermic tube upper and lower and vertical endothermic tube, described mezzanine space is by import and the outlet of the extraneous cold water of pipeline communication or chemical material, pass through pipeline communication between the mezzanine space of all many vertical endothermic tubes and Outer Tube.Can be unlikely to too high by adding cold water or chemical material to control gas temperature in sleeve pipe.Can effectively control like this temperature of gas in the interior endothermic tube of burner hearth.
Described heat-absorbing chamber 4 is divided into the first heat-absorbing chamber 401, the second heat-absorbing chamber 402 and the 3rd heat-absorbing chamber 403 by the vertical baffle 10 in the second firebreak 9 and described inner furnace body.
Be fixedly installed first dividing plate 16, second partition 17, three dividing plate 18 corresponding with vertical baffle 10 positions in described the first multitube firebreak 3, described the second firebreak 9 and described inner furnace body on the upper cover 204 of described heat-absorbing chamber, described the first dividing plate 16 1 ends are connected with the rear portion side plate 202 of the biside plate of described external furnace body 1, the other end be fixed on described heat-absorbing chamber on cover; Second partition 17 1 ends are connected with the anterior side plate of the biside plate of described external furnace body 1, and the other end is fixed on the upper cover 204 of described heat-absorbing chamber; Described the 3rd dividing plate 18 1 ends are connected with the rear portion side plate 103 of the biside plate of described external furnace body 1, and the other end is fixed on the upper cover 204 of described heat-absorbing chamber.
Also comprise the first vertical baffle 19, the second vertical baffle 20, the 3rd vertical baffle 21, described the first vertical baffle 19, described the second vertical baffle 20 and the 3rd vertical baffle 21 are fixed in the space between the side plate of the side plate 201,202 of described inner furnace body and described external furnace body; Described the first vertical baffle 19 upper ends are fixedly connected with an end bottom of described second partition 17, the base plate of described the first vertical baffle 19 lower ends and described external furnace body 1 is fixed, and described the first vertical baffle 19 both sides are fixed with the anterior side plate of described inner furnace body 2 and the anterior side plate of external furnace body 1 respectively; Described the second vertical baffle 20 upper ends are fixedly connected with an end bottom of described the first dividing plate 16, the base plate of described the second vertical baffle 20 lower ends and described external furnace body 1 is fixed, and described the second vertical baffle 20 both sides are fixed with the rear portion side plate of described inner furnace body 2 and the rear portion side plate of external furnace body 1 respectively; Described the 3rd vertical baffle 21 upper ends are fixedly connected with an end bottom of described the 3rd dividing plate 18, the base plate of described the 3rd vertical baffle 21 lower ends and described external furnace body 1 is fixed, and described the 3rd vertical baffle 21 both sides are fixed with the rear portion side plate of described inner furnace body 2 and the rear portion side plate 103 of external furnace body 1 respectively.
Described air outlet 16 is arranged on external furnace body 1 upper cover 104 of described the 3rd heat-absorbing chamber 403 side plate tops, rear portion; Described endothermic tube 6 peripheries are provided with smoke pipe cleaning plate 7.Be provided with smoke pipe watch window 13 on external furnace body 1 upper cover 104 of described the second heat-absorbing chamber 402 side plate tops, rear portion.The persevering temperature detector of wherein said air outlet 16 arranged outside is surveyed controller 37, Constant Temperature Detection controller 37 can be regulated the size of air quantity and control in burner hearth the unlatching of cooling water between the mezzanine space of vertical endothermic tube and outer tube formation by control system, and then the control indoor temperature.
Be provided with interim water inlet 22 and interim delivery port 23 on described external furnace body drive end bearing bracket 101, described interim water inlet 22 and interim delivery port 23 are by the cross current in heat-absorbing chamber.
Be provided with chimney 24 on external furnace body 1 upper cover 104 of described the 3rd heat-absorbing chamber 403 side plate tops, rear portion; Be provided with ash disposal mouth 25 on the base plate 105 of described external furnace body 1; Be provided with ashes outlet 26 on rear end face between the base plate 105 of described external furnace body 1 and the base plate 203 of described inner furnace body 2.The position of the corresponding burner hearth 5 of rear end face 102 of described external furnace body 1 is provided with sees burner 28.Described air inlet 14 and air outlet 15 places are provided with air filter 30.Described burner hearth 5 bottoms the base plate 203 of inner furnace body 2 on be provided with burner hearth double-edged fine-toothed comb 29.Be provided with coal baffle plate 32 around burner hearth double-edged fine-toothed comb 29 on the base plate 203 of described inner furnace body 2.
Described pass heat absorption fire door 12 tops are provided with movably fire-collection ring 33.Also comprise logical oxygen circle 36, described logical oxygen circle 36 is fixed on the wall of described outer tube, and described logical oxygen circle 36 is communicated with ambient atmos by feed channel, for stove fire, supports.Can reduce the cigarette amount and make coal more fully burning in burner hearth, more vigorous, heating is shortened sooner, with the fire time, accomplishes the effect of economizing on coal.
Operation principle of the present utility model: heating indoor process: air blast is blown into the multitube burner hearth by air, air enters between double-deck absorber plate by the vertical endothermic tube in burner hearth, when switch boards moves to pass heat absorption fire door, gas flows into the first heat-absorbing chamber 401 through vertical endothermic tube, in the gap 31 between heat-absorbing chamber's upper cover and described burner hearth upper cover out, because the first dividing plate 16 stops, gas enters between the front side board of the front side board of described inner furnace body and described external furnace body, because the first vertical baffle 19 stops, gas enters in the endothermic tube of the first heat-absorbing chamber 401, flow between the front side board of the back side panel of described inner furnace body and described rear furnace body, because the 3rd vertical baffle 21 stops, gas enters in the endothermic tube of the second heat-absorbing chamber 402, flow between the front side board of the front side board of described inner furnace body and described front furnace body, flow in the endothermic tube of the second heat-absorbing chamber 402, through air outlet, flow out.
The process of cooking: switch boards moves to described in the gap between heat-absorbing chamber's upper cover and described burner hearth upper cover, and stove fire is through pass heat absorption fire door 12, and gasification fire door 13 is realized cooking.
Owing to being provided with switch boards, can warm oneself and the one of cooking, time saving and energy saving.This stove and accessory has simple to operate, and energy-and time-economizing province coal temperature is high economizes coal 40% than common heating stove.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (10)
1. a cooking dual-purpose hot-blast stove of warming oneself, comprise external furnace body, inner furnace body, described external furnace body, inner furnace body is cuboid, and described inner furnace body is arranged in described external furnace body, it is characterized in that, the two ends of two side plates of described inner furnace body are separately fixed at front end face and the rear end face of described external furnace body;
The base plate of described inner furnace body is fixedly connected with rear end face with two side plate lower ends of described inner furnace body and the front end face of described external furnace body; Be provided with space between the biside plate of described inner furnace body and the biside plate of described external furnace body;
Be divided into heat-absorbing chamber and burner hearth by the first multitube firebreak in described inner furnace body, the height that forms the inner furnace body biside plate of heat-absorbing chamber is greater than the height of the biside plate of the inner furnace body that forms burner hearth; Two side plate tops and the first multitube firebreak top of described heat-absorbing chamber upper cover and the front end face of described external furnace body, described inner furnace body are connected; Two side plate tops of described burner hearth upper cover and the first multitube firebreak top, described inner furnace body, the rear end face of described external furnace body is fixedly connected with; Be provided with movably switch boards between described heat-absorbing chamber upper cover and burner hearth upper cover;
Cover on described burner hearth and be provided with the heat absorption fire door, the upper cover of the described external furnace body position corresponding with described heat absorption fire door is provided with the gasification fire door; Be provided with air inlet on the rear end face of the external furnace body of described lower furnace portion;
Be provided with many endothermic tubes in described heat-absorbing chamber, described many endothermic tubes are fixedly connected with the biside plate of described inner furnace body through the biside plate of described inner furnace body, cover on described external furnace body and are provided with air outlet; Described many endothermic tubes were communicated with the gas of described air inlet and air outlet.
2. a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 1, it is characterized in that, described burner hearth upper cover is double-deck absorber plate, be fixed with many vertical endothermic tubes on lower floor's absorber plate of described double-deck absorber plate, described vertical endothermic tube is communicated with the gas in gap between described air inlet and described double-deck endothermic tube.
3. a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 2, it is characterized in that, the pipe of described many vertical endothermic tubes and the first multitube firebreak is arranged with outer tube outward, the upper end of described outer tube and lower end all and described vertical endothermic tube upper and lower sealing and and vertical endothermic tube between form mezzanine space, described mezzanine space, by import and the outlet of the extraneous cold water of pipeline communication or chemical material, passes through pipeline communication between the mezzanine space of all many vertical endothermic tubes and Outer Tube.
4. a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 2, is characterized in that, described heat-absorbing chamber is divided into the first heat-absorbing chamber, the second heat-absorbing chamber and the 3rd heat-absorbing chamber by the vertical baffle in the second firebreak and described inner furnace body.
5. a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 4, it is characterized in that, cover in described heat-absorbing chamber and be fixedly installed first dividing plate, second partition, three dividing plate corresponding with the vertical baffle position in described the first multitube firebreak, described the second firebreak and described inner furnace body, described the first dividing plate one end is connected with the rear portion side plate of the biside plate of described external furnace body, the other end be fixed on described heat-absorbing chamber on cover; Second partition one end is connected with the anterior side plate of the biside plate of described external furnace body, the other end be fixed on described heat-absorbing chamber on cover; Described the 3rd dividing plate one end is connected with the rear portion side plate of the biside plate of described external furnace body, the other end be fixed on described heat-absorbing chamber on cover; Described the first dividing plate, second partition, the 3rd dividing plate upper end all are connected with the upper cover of described external furnace body.
6. a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 5, it is characterized in that, included the first vertical baffle, the second vertical baffle, the 3rd vertical baffle, described the first vertical baffle, described the second vertical baffle and the 3rd vertical baffle are fixed in the space between the side plate of the side plate of described inner furnace body and described external furnace body; Described the first vertical baffle upper end is fixedly connected with described second partition one end bottom, described the first vertical baffle lower end and described external furnace body base plate are fixed, and described the first vertical baffle both sides are fixed with the anterior side plate of described inner furnace body and the anterior side plate of external furnace body respectively; Described the second vertical baffle upper end is fixedly connected with an end bottom of described the first dividing plate, described the second vertical baffle lower end and described external furnace body base plate are fixed, and described the second vertical baffle both sides are fixed with the rear portion side plate of described inner furnace body and the rear portion side plate of external furnace body respectively; Described the 3rd vertical baffle upper end is fixedly connected with an end bottom of described the 3rd dividing plate, described the 3rd vertical baffle lower end and described external furnace body base plate are fixed, and described the 3rd vertical baffle both sides are fixed with the rear portion side plate of described inner furnace body and the rear portion side plate of external furnace body respectively.
7. described a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 1 to 6 any one, is characterized in that, described air outlet is arranged on the external furnace body of described the 3rd heat-absorbing chamber's rear portion side plate top and covers; Described endothermic tube periphery is provided with smoke pipe cleaning plate.
8. described a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 1 to 6 any one, it is characterized in that, be provided with interim water inlet and interim delivery port on described external furnace body drive end bearing bracket, described interim water inlet and interim delivery port are by the cross current in heat-absorbing chamber.
9. described a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 1 to 6 any one, is characterized in that, on the external furnace body of described the 3rd heat-absorbing chamber's rear portion side plate top, covers and be provided with chimney; Be provided with the ash disposal mouth on the base plate of described external furnace body; Be provided with the ashes outlet on rear end face between the base plate of described external furnace body and the base plate of described inner furnace body.
10. described a kind of cooking dual-purpose hot-blast stove of warming oneself according to claim 1 to 6 any one, is characterized in that, the position of the corresponding burner hearth of the rear end face of described external furnace body is provided with sees burner; Described air inlet and air outlet place are provided with air filter; Described lower furnace portion the base plate of inner furnace body on be provided with the burner hearth double-edged fine-toothed comb.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220487988 CN202955732U (en) | 2012-09-24 | 2012-09-24 | Warm-air furnace for cooking and warming |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220487988 CN202955732U (en) | 2012-09-24 | 2012-09-24 | Warm-air furnace for cooking and warming |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202955732U true CN202955732U (en) | 2013-05-29 |
Family
ID=48461302
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220487988 Expired - Fee Related CN202955732U (en) | 2012-09-24 | 2012-09-24 | Warm-air furnace for cooking and warming |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202955732U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105276626A (en) * | 2014-06-21 | 2016-01-27 | 天津振亮科技有限公司 | Energy-saving fire coal heating stove |
| CN106765182A (en) * | 2017-01-13 | 2017-05-31 | 安徽未名鼎和环保有限公司 | A kind of domestic garbage disposer |
-
2012
- 2012-09-24 CN CN 201220487988 patent/CN202955732U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105276626A (en) * | 2014-06-21 | 2016-01-27 | 天津振亮科技有限公司 | Energy-saving fire coal heating stove |
| CN106765182A (en) * | 2017-01-13 | 2017-05-31 | 安徽未名鼎和环保有限公司 | A kind of domestic garbage disposer |
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