Title of Invention

KEROSENE BURNER

Abstract

The invention is related to the kerosene burners; comprising the fuel inlet nozzle( 2) having at least 5 milli meter diameter hole at bottom side, two holes at least 3 milli meter diameter at top, external threads and nut as single part; the said fuel inlet nozzle's(2) top two holes are braced to the metal tube's(l) two ends; the said metal tube is bent to form at least two loops( l)i at the bottom of centre bent loop pipe's(l) upper surface a combustion gas outlet nozzle holder (3) is braced in upward direction! which is having the internal threads! in which the combustion gas outlet nipple( 4 ) is fitted by screw fitment; a flame spreader (5) is a forged sheet metal piece( 5), pressed to form as braced on the top of burner; a burner ring( 7 ) is braced at center of the pipe( 1) bent loops ( 1) to position the flame ring( 6 ).

Full Text

This invention relates to Kerosene Burner, which converts the kerosene fuel into heat energy and also converts the cold fuel into hot fuel. In the known all types of kerosene burners are having one 'U' shaped pipe which is welded to the top combustion chamber and two pipe's are welded to the top combustion chamber and other sides welded to the fuel burner inlet (which can be called as base, having the threads and nut). The draw back of the known type of kerosene burners are having the number of parts are welded together. The draw back of the known type of kerosene burner is difficult to manufacture in bracing of number of parts. The draw back of the known type of kerosene burners is, the fuel is not converting into heat energy fully. The draw back of the kerosene burner's combustion chamber is getting blocked due to PLUS Type holes connected to fuel line to accumulate carbon particles when the kerosene bumer is used for long period. The draw back of the kerosene burners is producing high noise. The draw back of the kerosene burners is consumption of kerosene is high. The draw back of the kerosene burners is low heat and low efficiency. The draw back of the kerosene burners is the combustion chamber is highly heated with the flames of burner. The draw back of the kerosene burner is, the fuel is heated to a very high temperature directly. The draw back of the kerosene burners is servicing is difficult, to remove the carbon particles from the combustion chamber and the number of pipes which are welded to the base of the burner and combustion chamber. The object of this invention is to propose an inventive step in kerosene burner is to eliminate the number of pipes, which are braced to the combustion chamber and base. The object of this invention is to propose an Inventive step in kerosene burner is to covert the kerosene or any fuel in to heat energy through uniform cross section. The object of this invention is to propose an inventive step in kerosene burner is having the single pipe bended in loops and at its center(in hole) the nipple threaded base is braced. The said pipe both ends are braced to the base of the burner(fuel inlet). The object of this invention is to propose an inventive step in kerosene burner is to eliminate the number of bracings by introducing the single pipe, which is bended in continuous loops and having the nipple at its center. The object of this invention is to propose an inventive step in kerosene burners by reducing the noise. The object of this invention is to propose an inventive step in fuel burners, where in decrease the pollution by increasing the efficiency of the burner by super heating the fuel. The object of this invention is to propose an inventive step in kerosene burner by reducing the manufacturing cost. The object of this invention is to provide a trouble, explotion free and re-serviceable bumer with maximum efficiency to save fuel. According to this invention, the kerosene burner is described herein comprising a kerosene fuel inlet nozzle, continuous looped metal tube, bent with 2 loops at least, combustion gas outlet nozzle holder, combustion gas out let nipple, a top flame spreader, flame ring and burner ring. The improved and modified kerosene burner's fuel inlet nozzle at least 5 milli meter diameter hole at bottom side and two holes at least 3 milli meter diameter at top, having the external tiireads(at bottom) with nut as single part. The said inlet nozzle is braced to the two ends of continuous looped tube, which is bent to form at least with 2 loops. The said continuous tube diameter is at least 3 milli meters. A combustion gas outlet nozzle holder is braced in upward direction at the bottom of centre looped pipe, which is having the internal threads, in which the combustion gas outlet nipple is fitted by screw fitment. The flame spreader is a sheet metal piece in curved shape, pressed to form as braced on the top of burner to reduce the obstructions to the combustion gas path and to guide the hot flames. A burner ring is braced at externally, center of the metallic pipe loops to position the metallic flame ring characterised by the comprises of single continuous loop shaped bend metallic tube (1). This metaiiic flame ring may be made in ceramic, metal, so that it will not absorb or dissipate heat and loss of heat can be avoided. This aspect increases the effective heat transfer. In order to more clearly, the said inlet nozzle purpose is to fit the burner in the stove with its threads and nut support. The purpose of the said continuous tube Is to supply the kerosene and convert the kerosene into gas form by the heat of the burner flames. The converted kerosene gas will come out from the nozzle. The purpose of the said flame spreader, which is on the top is to spread the flame equally around the bent loops and also to transfer the flame heat to the pressurised kerosene fuel, which is in the bent loop shaped pipe. The purpose of the burner ring is to hold the flame ring. The purpose of the said flame ring is to distribute the flame in circle shape equally In upward direction, around the metallic pipe bent loops top portion and to guide the flames for transferring the flame's heat covering loops. The working procedure of the improved and modified burner is as follows. The kerosene burner is ignited as usually like existing bumers igniting methods. The kerosene stove is to be fitted with this bumer and filled the kerosene, pressurise the kerosene stove container until the fuel come out from the nozzle( 4 ) of the burner. This kerosene is to be ignited with the extemal flames. After few minutes the bent looped pipe( 1 ) will be heated up and also the kerosene, which is in the bent looped pipe( 1 ) also heated up. Due to these phenomena the kerosene converts in to gas form and come out through the nozzie( 4 ) of the burner due to increase in pressure in the bent looped pipe(l). These kerosene fumes will be ignited by the extemal flames and the burner get ignited on Its own without external flames. After bumer ignited independently, the kerosene stored container of the stove should be pressurised by the air pump as required or up to the maximum. With this air pressure of the stove, the kerosene will come out from the stove tank and entered in to the improved & modified burner through its inlet nozzle( 2 ). The pressurised kerosene, which Is passing through the bent looped pipes(l), is heated up by the burner's flames heat and also through the flame spreader(5). The said flame spreader( 5 ) is heated up by the burner's flames. Due to this phenomenon, the pressurised fuel convert Into gas form and exit through the nozzle(4), which is at bottom of the second bent ioop(l) in upward direction. Advantages of this modified & improved burner as foilows: 1. The Utilisation of the calorific value of kerosene, as the combustion gas path is uniform passage from the inlet to nipple is incorporated with more volume of space in the bend looped pipe for expansion of gases due to super heating. 2. This burner is incorporated to eliminate the existing problems such as, trouble, explosion can be eliminated. 3. These type of burners are incorporated to increase the efficiency of the fuel and also the fuel consumption is very less. 4. These type of burners are incorporated in reducing the carbon. 5. The manufacturing cost is very less. 6. This burner Is Incorporated in reducing of bracing points, that are only two for the kerosene(or fuel) pipe line and one at nozzle holder. 7. This burner is incorporated by the single tube in two loops at least by bending as required. Due to this the more volume and same cross section throught the pipe enables the generation of kerosene combustion gas more due to super heating efficiently. 8. The super heating results in pressure and more volume of gas, unless until the combustion gas produced Is spent by burning the burner does not draw kerosene from the fuel tank. Thus this burner consumes lesser kerosene than any other existing ones. 9. This burner is having only 3 braced joints In the fuel lead pipe, two bracing joints at bottom of Inlet and one at nozzle fitments. 10. This burner is Incorporated in reducing the number of bracing joints in the gas path at the hottest region at the top of burner is eliminated by introducing the single looped pipe to avoid restriction to the fuel and provide safety to the user. 11. The burner will produce less roaring sound while burning due to turbulence because of uniform path of combustion gas. 12. The burner is incorporated in carbon free combustion, 13. The life of the burner is longer life than the existing burners. 14. This burner can be used in industrial heating applications. 15. This burner principle can be used or can be incorporated for any fuel to convert into heat energy form. In order to more clearly and fully described the invention, an embodiment is described in detail here below with reference to the accompanying drawings In which, the working procedure also follows. Brief description of the drawings, Fig No: 01 shows one of the example diagram of all components in assembled form and perspective view of kerosene bumer. The improved and modified kerosene burner's fuel inlet nozzle(2 ) at least 5 miIIi meter diameter hole( 2 ) at bottom side and two holes with at least 3 milli meter diameter at top in through and through, having the external (at bottom) with nut as single part. The said inlet nozzle( 2) is braced( 2 ) to the two ends of metalic tube( 1), which is bent to form at least with 2 loops( 1 ). The said metal tube( 1 ) diameter Is at least 3 milli meters. At the bottom of centre bent loop pipe's( 1 ) upper surface a combustion gas outlet nozzle holder( 3 ) is braced in upward direction, which is having the internal threads, in which the combustion gas outlet nipple( 4 ) is fitted by screw fitment. The flame spreader( 5 ) is a sheet metal piece in curved shape, forge pressed to form as braced on the top of burner to reduce the obstructions to the combustion gas path. A burner rihg( 7 ) is braced at center of the metallic pipe( 1 ) bent loops to position the flame ring( 6 ), The flame ring( 6 ) can also be made by the Ceramic material. This ceramic metal does not absorb or dissipate heat and loss heat is avoided. This aspect increases the effective heat transfer. In order to more clearly, the said inlet nozzle( 2 ) purpose is to fit the bumer in the stove with its threads and nut support. The purpose of the said nnetallic loop bended tube or pipe ( 1 ) is to supply the kerosene and convert the kerosene into gas form by the heat of the bumer flames. More clearly the said metallic tube( 1 ) is a single uniform cross sectional passage pipe, which is bent to form at least two continuous loops( 1). Means this pipe is incorporated as fuel combustion chamber with uniform cross section when burner is Ignited, The converted kerosene gas will come out from the nozzle(4). The purpose of the said flame spreader(5), which is on the top is to stopping the combustion gases, spreading the flame equaiiy around the bent loops, and also to transfer the flame heat to the pressurised kerosene fuel, which is in the bent loop shaped plpe( 1 ). The purpose of the burner ring( 7) is to hold the flame ring( 6 ) f=ig.3. The purpose of the said flame ring ( 6 } is to distribute the flame in circle shape equally around the metallic pipe( 1 ) bent loops. Fig No: 02/ shows one the example diagram for ait the components in exploded view and also example diagram of all parts, before bracing and assembling. The parts details are numbered as follows, 1. A continuous metal tube bent with at least two loops. 2. Inlet nozzle which is having the threads at bottom and nut as integral part and having the two holes at top side, in which the metal tube's both ends are to be braced. 3. Combustion gas out let nozzle holder, which is braced at the centre of bottom loop having the internal threads. 4. Nipple which is to be fitted at the out let of combustion gas nozzle. 5. A flame spreader, which is braced on the top of the burner by forged to suitable shape. 7. A burner ring to hold the flame ring( 6 ) See Fig.3. Fig Ho: 03, shows the cross sectional view of the burner. The parts are number and details are as follows, 1. A continuous metal tube bent with at least two loops. 2. Inlet nozzle which is having the threads at bottom and nut as integral part and having the two holes at top side, In which the metal tube's both ends are braced. 3. Combustion gas out let nozzle holder, which Is braced at the centre of bottom loop. 4. Nipple which is to be fltted at the out let of combustion gas nozzle. 5. A flame spreader, which Is braced on the top of the burner. 6. A flame ring for equal distribution of the flame. 7. A burner ring to hold the flame ring. The Inlet nozzie(2 ), metallic loop bended pipe(l), flame spreader(5), combustion gas out let nozzle holder( 3 ), nipple( 4 ), burner ring and flame ring can be made by any metallic material or with combination of different materials to with stand for the heat and also to with stand for longer life. I claim, 1. A kerosene burner comprising the fuel inlet nozzle(2) in which the fuel enter into the bumer, in which the fuel combustion due to heat and drained through the combustion gas nozzte(4); the said fuel inlet nozzle(2) having at least 5 milli meter diameter hole at bottom side, two holes at least 3 milli meter diameter at top, external threads and nut as single part; the said fuel inlet nozzle's(2) top two holes are braced to the metal tube's(l) two ends; at the bottom of centre bent loop pipe's(l) upper surface a combustion gas outlet nozzle holder(3} is braced in upward direction, which is having the internal threads, in which the combustion gas outlet nipple(4) is fitted by screw fitment; a flame spreader(5) is a forged sheet metal plece(5), pressed to form as braced on the top of burner; a burner ring(7) is braced at center of the pipe(l) bent loops to position the flame ring(6), Characterised by the Burner comprises of Single Continuous loop shaped bent metallic tube (1). 2. A kerosene burner as claimed in characterised by burner, which is having single continuous loop shaped metallic tubes to form atleast two continuous loops. 3. A kerosene burner as claimed in 1 to 2, the said metallic loop shaped pipe(l) is incorporated as fuel combustion chamber, having uniform cross section passage. 4. A kerosene burner as claimed in proceeding clauses 1 to 3, a flame spreader( 5 ) is incorporated to transfer of heat to the loop shape bended metallic pipe(l) and distribution of kerosene gas flames equally around the metallic looped pipe(l) by restricting the combustion gases. 5. A kerosene burner as claimed in 1, said flame ring ( 6 ) is made by ceramic material. 6. A kerosene burner substantially as herein described with reference to the accompanying drawings.

Documents:

697-mas-1999-abstract.pdf

697-mas-1999-claims duplicate.pdf

697-mas-1999-correspondance others.pdf

697-mas-1999-correspondance po.pdf

697-mas-1999-description complete.pdf

697-mas-1999-drawings.pdf

697-mas-1999-form 1.pdf

697-mas-1999-form 13.pdf

697-mas-1999-form 5.pdf

697-mas-99 abstract granted.pdf

697-mas-99 claims granted.pdf

697-mas-99 description (complete) granted.pdf

697-mas-99 drawings granted.pdf