Solid fuel heating furnace
By setting holes in the furnace body to ensure air circulation and using the flames of the household gas stove, the problem of the furnace being unable to burn coal or large firewood when there is a lack of matches, achieving efficient fire production of the furnace.
Patent Information
- Application Number
- CN202411523255.6
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-10-25
- Publication Date
- 2025-01-03
AI Technical Summary
When the furnace uses coal or larger wood as fuel, if there are not enough matches, the furnace cannot burn successfully when the fire is set.
A solid fuel heating furnace was designed, the furnace body had a structure that could accumulate solid fuel, and holes were set up at the bottom of the furnace to ensure the continuous circulation of natural air. Combined with the flames of the household gas stove, it could be successful without the need to draw a match. Make a fire.
In the absence of sufficient matches, the successful combustion of coal or large firewood is achieved, which improves the success rate of the furnace's fire and reduces the difficulty and time of fuel treatment.
Smart Images
Figure CN119245075A_ABST
Abstract
Description
Technical field:
[0001] The present application is a solid fuel heating stove, and the present application relates to the technical field related to stoves. Background technology:
[0002] The applicant lives in the countryside and sometimes buys some coal (lumps of coal) to burn in the winter (burning fire for heating). When putting coal into the stove to burn fire for heating, if there are not enough kindling matches, the stove cannot be lit successfully ("the stove cannot be lit successfully" means that the coal in the stove cannot burn). When putting coal into the stove to burn fire for heating, even if there are enough kindling matches, if the fire-making skills are not good, the stove cannot be lit successfully. It is possible to dismantle the wood from the discarded furniture and put it in the stove to burn fire for heating. When dismantling the wood from the discarded furniture and putting it in the stove to burn fire for heating, the wood removed from the discarded furniture is firewood. Some of the firewood removed from the discarded furniture is relatively large. When putting the relatively large firewood into the stove to burn fire for heating, if there are not enough kindling matches, the stove cannot be lit successfully. It is time-consuming and laborious to chop a large piece of firewood into a smaller one. It is frustrating to chop a large piece of firewood into a smaller one. It is frustrating to need a fire to keep warm but the fire cannot be lit successfully. Summary of the invention:
[0003] In order to solve the problem that "when the stove uses coal or relatively large firewood as fuel, if there are not enough kindling matches when the stove is ignited, the stove cannot be successfully ignited", the present application provides a solid fuel heating stove. The solid fuel heating stove of the present application has a furnace body that can accumulate a certain volume of solid fuel. After the solid fuel is put into the furnace body of the solid fuel heating stove of the present application, it accumulates on the furnace bottom of the furnace body of the solid fuel heating stove of the present application; there are some holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application, and after the air enters the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application, it will contact with the solid fuel accumulated on the furnace bottom of the furnace body of the solid fuel heating stove of the present application; the solid fuel heating stove of the present application has facilities that can ensure that the air in the natural environment can continuously enter the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application, and the solid fuel heating stove of the present application can ensure that the air in the natural environment can The facilities for continuously entering the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application are combined with the furnace body of the solid fuel heating stove of the present application to form the solid fuel heating stove of the present application; the furnace body of the solid fuel heating stove of the present application will not be melted by the fire generated when the solid fuel used in the solid fuel heating stove of the present application is burned under natural air. When using the solid fuel heating stove of the present application for heating, the solid fuel can be burned in the furnace body of the solid fuel heating stove of the present application, and the ash generated by the combustion of the solid fuel in the furnace body of the solid fuel heating stove of the present application can fall out of the furnace body of the solid fuel heating stove of the present application through the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application; the solid fuel of the present application is taken out of the furnace body of the solid fuel heating stove of the present application The heating stove can ensure that the air in the natural environment can continuously enter the holes on the bottom of the furnace body of the solid fuel heating stove of the present application, which is conducive to placing the bottom of the furnace body of the solid fuel heating stove of the present application on the pot rack of the domestic gas stove. After the bottom of the furnace body of the solid fuel heating stove of the present application is placed on the pot rack of the domestic gas stove, the flame of the domestic gas stove enters the holes on the bottom of the furnace body of the solid fuel heating stove of the present application, and the solid fuel in the furnace body of the solid fuel heating stove of the present application can be burned; when the solid fuel heating stove of the present application uses the flame of the domestic gas stove to start a fire, the solid fuel in the furnace body of the solid fuel heating stove of the present application is burned. The bottom of the furnace will not be melted by the flame of a household gas stove; when the solid fuel heating stove of the present application uses coal or large firewood as fuel, when the solid fuel heating stove of the present application uses the flame of a household gas stove to make a fire, the bottom of the furnace body of the solid fuel heating stove of the present application is placed on the pot rack of the household gas stove, and the flame of the household gas stove enters the holes on the bottom of the furnace body of the solid fuel heating stove of the present application, so that the coal and large firewood in the furnace body of the solid fuel heating stove of the present application can be burned; when the solid fuel heating stove of the present application uses coal or large firewood as fuel, when the solid fuel heating stove of the present application uses the flame of a household gas stove to make a fire, a fire can be successfully made without using a kindling match. Specific implementation method:
[0004] Solid fuels that can be used for heating include firewood, coal, coke, etc. There are many specific implementation methods of the present application. The fire generated by the combustion of firewood in natural air is not easy to melt iron parts. When the solid fuel heating stove of the present application is made with firewood as fuel only, some round iron rods are fixed on one end of the round iron pipe, and the other end of the round iron pipe is left open. The round iron pipe and round iron rod of the aforementioned specific implementation method will not be melted by the fire generated by the combustion of firewood in natural air. Putting the end of the round iron pipe of the aforementioned specific implementation method where some round iron rods are fixed on a horizontal and flat ground forms the furnace body of the solid fuel heating stove of the present application in the aforementioned specific implementation method. The fire generated by the combustion of coal and coke in natural air A fire will melt iron parts. When the solid fuel heating stove of the present application is to use coal or coke as fuel, some round iron rods are fixed on one end of a round iron pipe, the other end of the round iron pipe is left open, and a suitable high-temperature resistant ceramic furnace core is fixed in the round iron pipe. The high-temperature resistant ceramic furnace core fixed in the round iron pipe of the aforementioned specific implementation will not be melted by the fire generated by the combustion of coal or coke in natural air. The round iron rods of the aforementioned specific implementation will not be melted by the fire generated by the combustion of coal or coke in natural air. The end of the round iron pipe of the aforementioned specific implementation to which some round iron rods are fixed is placed on a horizontal and flat ground to form the present application of the aforementioned specific implementation. The furnace body of the solid fuel heating stove; all the round iron rods fixed on one end of the round iron pipe of the above two specific embodiments are the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments, some holes are formed between all the round iron rods fixed on one end of the round iron pipe of the above two specific embodiments and the round steel rods, and the holes formed between all the round iron rods fixed on one end of the round iron pipe of the above two specific embodiments and the round steel rods are the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments; when the solid fuel heating stove of the present application in the above two specific embodiments is manufactured, the solid fuel heating stove of the present application in the above two specific embodiments can ensure that the air in the natural environment can be The facility for continuously entering the holes on the furnace bottom of the furnace body of the solid fuel heating stove is a plurality of sets of bolt and nut assemblies. The nuts of the bolt and nut assemblies are fixed on the furnace body of the solid fuel heating stove of the present application in the two specific embodiments described above. After the bolts of the bolt and nut assemblies are screwed into the nuts fixed on the furnace body of the solid fuel heating stove of the present application in the two specific embodiments described above, the facility for ensuring that the air in the natural environment can continuously enter the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the two specific embodiments described above is combined with the furnace body of the solid fuel heating stove of the present application in the two specific embodiments described above to form the solid fuel heating stove of the present application in the two specific embodiments described above;When the bolts of the bolt and nut assembly of the solid fuel heating stove of the above two specific embodiments of the present application are placed on a horizontal and flat ground, the bottom of the furnace body of the solid fuel heating stove of the above two specific embodiments of the present application is at a certain height from the horizontal and flat ground. The facilities of the solid fuel heating stove of the above two specific embodiments of the present application that can ensure that the air in the natural environment can continuously enter the holes on the bottom of the furnace body of the solid fuel heating stove are capable of ensuring that the air in the natural environment can continuously enter the holes on the bottom of the furnace body of the solid fuel heating stove of the above two specific embodiments of the present application. When the bolts of the bolt and nut assembly of the solid fuel heating stove of the present application in the above two specific embodiments are placed on a horizontal and flat ground and when the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments is filled with solid fuel, the solid fuel heating stove of the present application in the above two specific embodiments is stable on the horizontal and flat ground. When the solid fuel heating stove of the present application in the above two specific embodiments is used for heating, the solid fuel can be burned in the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments. The ash produced by the combustion of solid fuel can fall out of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments through the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments; after the bolts of the bolt and nut assembly of the solid fuel heating stove of the present application in the above two specific embodiments are twisted out of the nuts fixed on the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments, the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments can be placed on the pot rack of a household gas stove, and the solid fuel heating stove of the present application in the above two specific embodiments can ensure The facility that the air in the natural environment can continuously enter the holes on the furnace bottom of the furnace body of the solid fuel heating stove is conducive to placing the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments on the pot rack of the household gas stove. After the furnace bottom of the solid fuel heating stove of the present application in the above two specific embodiments is placed on the pot rack of the household gas stove, the flame of the household gas stove enters the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments, so that the solid fuel in the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments can be burned;. The market competition is fierce. In order to ensure that the solid fuel heating stove of the present application can optimally solve the problem that "when the stove uses coal and relatively large firewood as fuel, if there are not enough kindling matches when the stove is lit, the coal and relatively large firewood in the stove cannot burn; when the stove uses coal and relatively large firewood as fuel, if there are not enough kindling matches when the stove is lit, the stove cannot be lit successfully." When making the solid fuel heating stove of the present application of the above two specific embodiments, the present application ensures that the distance between all the round iron rods fixed on one end of the round iron pipe and the round steel rods is appropriate, and all the round iron rods fixed on one end of the round iron pipe are The distance between the iron rod and the round steel rod is appropriate. The shape of the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments is appropriate. The shape of the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments is appropriate, which is conducive to placing the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments on the pot rack of the household gas stove. After the flame of the household gas stove enters the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments, it is easier to make the solid fuel in the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments burn;The market competition is fierce. In order to ensure that the solid fuel heating stove of the present application can optimally solve the problem that "when the stove uses coal and relatively large firewood as fuel, if there are not enough kindling matches when the stove is lit, the coal and relatively large firewood in the stove cannot burn; when the stove uses coal and relatively large firewood as fuel, if there are not enough kindling matches when the stove is lit, the stove cannot be lit successfully". When the solid fuel heating stove of the present application of the above two specific embodiments is produced, the present application ensures that the diameter of all the round iron rods fixed on one end of the round iron pipe is appropriate, and all the round iron rods fixed on one end of the round iron pipe are The diameter is appropriate, the distance between adjacent holes is appropriate, the diameter of all the round iron rods fixed on one end of the round iron pipe is appropriate, and there will be enough holes on the bottom of the furnace body of the solid fuel heating stove of the present application in the above-mentioned two specific embodiments, and the distance between adjacent holes is appropriate. The above-mentioned two specific embodiments of the solid fuel heating stove of the present application have enough holes on the bottom of the furnace body, and the distribution state of the holes on the bottom of the furnace body of the solid fuel heating stove of the present application in the above-mentioned two specific embodiments is appropriate. The above-mentioned two specific embodiments The holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application are appropriately distributed in the two aforementioned specific embodiments, which is conducive to placing the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the two aforementioned specific embodiments on the pot rack of the household gas stove. After the flame of the household gas stove enters the holes on the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the two aforementioned specific embodiments, it is easier to burn the solid fuel in the furnace body of the solid fuel heating stove of the present application in the two aforementioned specific embodiments; the solid fuel heating stove of the present application in the aforementioned specific embodiments when only firewood is used as fuel When the flame of a household gas stove is used to light a fire, the temperature of the solid fuel heating stove body will be higher than the temperature of the natural environment (hot to the touch) after the relatively large firewood in the stove body of the solid fuel heating stove of the present application is burned. When the solid fuel heating stove of the present application is manufactured by the solid fuel heating stove of the present application in the aforementioned specific implementation mode using only firewood as fuel, the present application manufactures a handle on the stove body of the solid fuel heating stove of the present application [if the shape and structure of the stove body of the solid fuel heating stove of the present application is conducive to lifting the stove body of the solid fuel heating stove of the present application (such as the stove body of the solid fuel heating stove of the present application with a certain shape and structure that is integrally formed), there is no need to manufacture a handle];When the solid fuel heating stove of the above two specific embodiments of the present application uses the flame of a domestic gas stove to start a fire, the bolts of the bolt and nut assembly are twisted out of the nuts fixed on the furnace body of the solid fuel heating stove of the above two specific embodiments of the present application, and then an appropriate amount of solid fuel (coal, larger firewood and other solid fuels) is loaded into the furnace body of the solid fuel heating stove of the above two specific embodiments of the present application, and then the bottom of the furnace body of the solid fuel heating stove of the above two specific embodiments of the present application is placed on the pot rack of the domestic gas stove and the flame of the domestic gas stove is allowed to enter the holes on the bottom of the furnace body of the solid fuel heating stove of the above two specific embodiments of the present application, so that the domestic gas stove can continue to burn. After burning for a period of time, the solid fuel (coal, larger firewood, etc.) in the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments will burn. After the solid fuel (coal, larger firewood, etc.) in the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments burns, the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments is separated from the pot rack of the household gas stove and the furnace bottom of the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments is placed on a suitable pad, and then the bolts of the bolt and nut assembly are screwed into and fixed to the furnace body of the solid fuel heating stove of the present application in the above two specific embodiments. The nut on it, and then put the solid fuel heating stove of the present application in the above two specific embodiments in a suitable place, and the solid fuel heating stove of the present application in the above two specific embodiments can be successfully lit. When the solid fuel heating stove of the present application in the above two specific embodiments uses coal and relatively large firewood as fuel, the solid fuel heating stove of the present application in the above specific embodiments uses the flame of a household gas stove to start a fire, and can successfully start a fire without using kindling matches; in order to ensure that the solid fuel heating stove of the present application can solve the problem of "when the stove uses coal and relatively large firewood as fuel, if there are not enough kindling matches when the stove is lit, the coal and relatively large firewood in the stove cannot be burned When the stove uses coal or large firewood as fuel, if there are not enough kindling matches, the stove cannot be lit successfully." When the solid fuel heating stove of the present application is manufactured, the present application will ensure that when the solid fuel heating stove of the present application uses the flame of a household gas stove to light a fire, the bottom of the furnace body of the solid fuel heating stove of the present application will not be melted by the flame of the household gas stove until the solid fuel in the furnace body of the solid fuel heating stove of the present application is burned; the materials for manufacturing the solid fuel heating stove of the present application of the aforementioned specific implementation can be purchased, and the solid fuel heating stove of the present application of the aforementioned specific implementation can be produced with the existing production technology.; Description of the drawings:
[0005] Figure 1 This is a schematic diagram of the furnace body of the solid fuel heating stove of the present application when only firewood is used as fuel.
[0006] Figure 2 This is a schematic diagram of the facilities of the solid fuel heating stove of the present application in the aforementioned specific embodiment, which can ensure that the air in the natural environment can continuously enter the holes on the bottom of the furnace body of the solid fuel heating stove.
[0007] Figure 3 This is a schematic diagram of the solid fuel heating stove of the present application in the above specific embodiment when only firewood is used as fuel
[0008] Figure 4 This is a schematic diagram of the solid fuel heating stove of the present application placed on a household gas stove when only firewood is used as fuel.
[0009] In the picture, 1 is the bottom of the stove, 2 is the hole, 3 is the nut, 4 is the bolt, 5 is the level ground, 6 is the household gas stove, 7 is the pot rack, 8 is the handle
[0010] When the solid fuel heating stove of the present application uses dry branches with relatively small diameters and firewood with relatively small sizes (dry branches with relatively small diameters and firewood with relatively small sizes usually need to be ignited with dry straw and dry paper) as fuel, using the flame of a household gas stove to start a fire will not produce adverse consequences. When the solid fuel heating stove of the present application uses coal and firewood with relatively large sizes as fuel, there will be no adverse consequences if there is no household gas stove. When the solid fuel heating stove of the present application uses coal and firewood with relatively large sizes as fuel, there is no household gas stove, and the flame of a household kerosene stove can also be used to start a fire. Some families have household kerosene stoves. Nowadays, there are many families using gas stoves in rural areas, and the solid fuel heating stove of the present application can bring convenience to people. When a stove uses firewood, coal, or coke as fuel, the firewood, coal, or coke will not burn by itself in the stove if the temperature is not high enough. When the stove is bought from the market, the temperature in the stove is not high enough (there is no fire in the stove). Even if the temperature in the stove is high enough, the high enough temperature in the stove will also be lost (the fire in the stove will also go out). Therefore, when using a stove that uses firewood, coal, or coke as fuel for heating, there will always be a fire in the stove. "When putting coal into the stove to burn for heating, the stove will not burn." If there are not enough kindling matches (thinner diameter dry branches, etc.), the coal in the stove cannot burn. If there are not enough kindling matches when putting coal into the stove to burn for heating, the stove cannot be lit successfully. Even if there are enough kindling matches when putting coal into the stove to burn for heating, if the fire-making technique is not good, the coal in the stove cannot burn. Even if there are enough kindling matches when putting coal into the stove to burn for heating, if the fire-making technique is not good, The situations that "the stove cannot be lit successfully" are real. If you don't have the concept of "when the stove uses firewood, coal, and coke as fuel, the firewood, coal, and coke will not burn by themselves in the stove without a high enough temperature, and there will always be a stove fire when using a stove using firewood, coal, and coke as fuel for heating", and if you don't know that "when putting coal into the stove to burn for heating, if there are not enough firewood (dry branches with a relatively thin diameter, etc.) when the stove is lit, the coal in the stove cannot burn If there are not enough kindling matches when putting coal into the stove to burn for heating, the stove cannot be lit successfully. If there are enough kindling matches when putting coal into the stove to burn for heating, the coal in the stove cannot be burned if the fire-making technique is not good. If there are enough kindling matches when putting coal into the stove to burn for heating, the stove cannot be lit successfully if the fire-making technique is not good.The applicant has in mind the concept that "when a stove uses firewood, coal or coke as fuel, the firewood, coal or coke will not burn by themselves in the stove without a sufficiently high temperature. When a stove using firewood, coal or coke as fuel is used for heating, there will always be the issue of lighting a fire in the stove." The applicant knows that "when putting coal into a stove to burn for heating, if there are not enough kindling matches (dry branches with a relatively thin diameter, etc.) when lighting a fire in the stove, the coal in the stove cannot burn. When putting coal into a stove to burn for heating, if there are not enough kindling matches when lighting a fire in the stove, the stove cannot be lit successfully. Putting coal in the stove When putting coal into the stove to burn fire for heating, even if there are enough kindling matches, if the fire-making technique is not good, the coal in the stove cannot burn. When putting coal into the stove to burn fire for heating, even if there are enough kindling matches, if the fire-making technique is not good, the stove cannot be successfully lit." Therefore, the applicant designed the solid fuel heating stove of this application. The solid fuel heating stove of this application can produce beneficial effects. There is no such solid fuel heating stove of this application on sale in the market. The solid fuel heating stove of this application is novel, so the applicant hereby submits this patent application.
[0011] The present application has been explained in detail above. The specific implementation methods of the present application may be adjusted in some ways without departing from the core principles of the present application. The specific implementation methods that are adjusted on the basis of the specific implementation methods of the present application without departing from the core principles of the present application are also within the scope of protection of the claims of the present application.
Claims
1. A solid fuel heating stove, characterized in that: The solid fuel heating stove has a stove body (Figure 1) on which a certain volume of solid fuel can be accumulated. After the solid fuel is placed in the stove body (Figure 1), it is accumulated on the stove bottom (1) of the stove body (Figure 1) of the solid fuel heating stove of the present application. The stove body (Figure 1) of the solid fuel heating stove has some holes (2) on the stove bottom. After the air enters the holes (2) on the stove bottom of the stove body of the solid fuel heating stove, it will contact the solid fuel accumulated on the stove bottom (1) of the stove body of the solid fuel heating stove. The solid fuel heating stove has a facility (Figure 2) that can ensure that the air in the natural environment can continuously enter the holes on the stove bottom of the stove body of the solid fuel heating stove. The facility (Figure 2) of the solid fuel heating stove that can ensure that the air in the natural environment can continuously enter the holes on the stove bottom of the stove body of the solid fuel heating stove is combined with the stove body (Figure 1) of the solid fuel heating stove to form the solid fuel heating stove.
2. A solid fuel heating stove according to claim 1, characterized in that: The furnace body (Figure 1) of the solid fuel heating stove will not be melted by the fire generated when the solid fuel used in the solid fuel heating stove burns under natural air. When the solid fuel heating stove is used for heating, the solid fuel can burn in the furnace body of the solid fuel heating stove. The ash generated by the combustion of the solid fuel in the furnace body (Figure 1) of the solid fuel heating stove can fall out of the furnace body (Figure 1) of the solid fuel heating stove through the holes (2) on the bottom of the furnace body of the solid fuel heating stove.
3. A solid fuel heating stove according to claim 1, characterized in that: The facility (FIG. 2) of the solid fuel heating stove that can ensure that the air in the natural environment can continuously enter the holes on the bottom of the stove body of the solid fuel heating stove is conducive to placing the bottom (1) of the stove body of the solid fuel heating stove on the pot rack (7) of the domestic gas stove (6). After the bottom (1) of the stove body of the solid fuel heating stove is placed on the pot rack (7) of the domestic gas stove (6), the flame of the domestic gas stove (6) enters the holes (2) on the bottom of the stove body of the solid fuel heating stove, which can cause the solid fuel in the stove body (FIG. 1) of the solid fuel heating stove to burn.
4. A solid fuel heating stove according to claim 1, characterized in that: When the solid fuel heating stove uses the flame of the domestic gas stove (6) to start a fire, the bottom (1) of the solid fuel heating stove body will not be melted by the flame of the domestic gas stove (6) until the solid fuel in the stove body (Figure 1) of the solid fuel heating stove is burned.