CN2874277Y

CN2874277Y - Energy saving burner

Info

Publication number: CN2874277Y
Application number: CN 200520119895
Authority: CN
Inventors: 郝钰
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-11-30
Filing date: 2005-11-30
Publication date: 2007-02-28
Anticipated expiration: 2015-11-30

Abstract

The utility model discloses a furnace end that authentically saves the fuel gas, improves the efficiency and saves time, which comprises a fire resistant mesh enclosure, high temperature radiation materials and a reflection board of high temperature radiant ray. The reflection board of high temperature radiant ray is bushed at the lower section of the furnace end; the fire resistant mesh enclosure is placed at the upper section of the furnace end; the high temperature radiation materials are placed at the middle section of the fire resistant mesh enclosure; a plurality of holes are drilled at the bottom of the reflection board of high temperature radiant ray for the sake of supplementing the oxide and supporting the combustion. Wherein, the high temperature radiation materials is placed in the fire resistant mesh enclosure to fully absorb the heat, facilitate producing heat radiation and enhance the effect of temperature.

Description

Energy-saving burner

Technical field:

The utility model belongs to a kind of coal-gas range head, especially goes for the energy-conservation burner device of liquefied gas and coal gas.

Background technology:

Burner is a kind of Domestic stove, and energy-conservation be that burner improved first is pursued always.But because the theoretical foundation of law of conservation of energy.Can't break through technically merely.Commercially available have an infrared ray energy-saving burner, and its effect is also not obvious, and reason is apparent.Infrared ray can't penetrate at the bottom of the metal pan that is called blank.This is the key technology place that energy-saving burner need solve.As everyone knows, the transmission of heat is nothing more than three kinds of forms: at the bottom of thermal convection current, thermal radiation, heat conduction and the thermaltransmission mode of analyzing present burner were method heating kettle with thermal convection current, the bottom of a pan was with the object in the heat conducting form heating kettle.Because a kind of like this mode belongs to open heating means, waste greatly.For infrared ray and other thermal radiation line, say from the material angle to be divided into three major types: 1, the transparent body: can pass as pottery, the hot width of cloth line of crock; 2 black matrixes: black object can absorb the thermal radiation line, as solar thermal collector; 3 blanks: can reflect most of thermal radiation line as stainless steel.Therefore the different thermaltransmission modes that make full use of the material with heat-radiating properties carry out putting into the melting pot of furnace head structure problem to be solved in the utility model just.Promptly reach under the situation of certain high temperature when temperature, its can penetrate thermal radiation line by width of cloth, the loss that has also strengthened oxygen certainly.Temperature can raise rapidly under certain conditions, and the loss of combustion gas is consistent, and adds thermal effect rapidly because the raising of temperature has reached.Energy-conservation effect has also manifested.

Summary of the invention:

At the above, the utility model purpose provides a kind of real saving combustion gas, raises the efficiency, time saving burner.

The technical scheme that provides of the utility model is for achieving the above object: energy-saving burner is by high temperature resistant guard, and the high temperature width of cloth is penetrated material, and high temperature width of cloth ray reflecting plate combines.Put high temperature width of cloth ray reflecting plate in the bottom of burner, put high temperature resistant guard on burner top, put the high temperature width of cloth at high temperature resistant guard middle part and penetrate material, wherein the bottom of high temperature reflecting plate is drilled with many holes, be for supplemental oxygen combustion-supporting used.Wherein the high temperature width of cloth is penetrated material to be placed on high temperature resistant guard middle part is for abundant heat absorption, is convenient to produce the width of cloth and penetrates heat, improves the effectiveness of temperature.

The utility model is followed law of conservation of energy, just when fuel gas buring, replenished a large amount of oxygen and a small amount of loss the width of cloth penetrate raw material.From structure the utility model heat is crowded around in the open structure of a single face, better brought into play thermal efficiency, avoided scattering and disappearing and waste of heat.Improved the efficient of heating.Reached purpose of energy saving.The utility model is not only applicable to burner, is applicable to the improvement of the boiler of various fire coals yet, particularly is the transformation in the hot power plant of raw material with the coal.

Description of drawings:

Accompanying drawing 1 is the utility model structure cutaway view;

Accompanying drawing 2 is the utility model structure vertical view.

The specific embodiment:

See shown in accompanying drawing 1, the accompanying drawing 2:

The energy-saving burner of present embodiment is by the high temperature resistant guard 1 that adopts the molybdenum filament establishment, and the high temperature width of cloth adopts that the aluminium oxide compacting forms penetrates material 2, and high temperature width of cloth ray reflecting plate 3 combines.Put high temperature width of cloth ray reflecting plate 3 in the bottom of burner, put high temperature resistant guard 1 on burner top, put the high temperature width of cloth at high temperature resistant guard 1 middle part and penetrate material 2, wherein the bottom of high temperature reflecting plate 3 is drilled with many holes 5, be for supplemental oxygen combustion-supporting used.Wherein the high temperature width of cloth is penetrated material 2 to be placed on high temperature resistant guard 1 middle part is for abundant heat absorption, is convenient to produce the width of cloth and penetrates heat, improves the effectiveness of temperature.

The duty of the utility model energy-saving cooking is to have heated the high temperature width of cloth after the burner ignition to penetrate material 2, the disappearance of oxygen when passage 4 enters the burning of a large amount of replenish air.The air-flow that replenishes makes the high temperature width of cloth penetrate material 2 and slightly suspends, and the very strong width of cloth of width of cloth ejaculation is penetrated heat.Because high temperature width of cloth ray reflecting plate 3 a large amount of thermal radiation line reflections are arrived the bottom of a pan 5, and high temperature width of cloth ray reflecting plate 3 has been arrived with the thermal radiation line reflection in the bottom of a pan 5, the bottom of a pan 5 is with having formed a high-temperature region that temperature is very high between the high temperature width of cloth ray reflecting plate 3 like this.The high-temperature of this high-temperature region heats the object in the pot by the conduction of heat in the bottom of a pan rapidly.Save the time of using combustion gas, reached the purpose of saving combustion gas.Also slightly loss of thermal radiation material in addition is as long as add just passable.

The embodiment of the above is preferred embodiment of the present utility model only, is not to limit practical range of the present utility model with this, so the equivalence that all shapes according to the utility model, structure and principle are done changes, all should be covered by in the protection domain of the present utility model.

Claims

1, energy-saving burner, by high temperature resistant guard (1), the high temperature width of cloth is penetrated material (2), high temperature width of cloth ray reflecting plate (3) combines, it is characterized in that: put high temperature width of cloth ray reflecting plate (3) in the bottom of burner, put high temperature resistant guard (1) on burner top, put the high temperature width of cloth at high temperature resistant guard (1) middle part and penetrate material (2), wherein the bottom of high temperature reflecting plate (3) is drilled with many holes.

2, energy-saving burner according to claim 1 is characterized in that: high temperature resistant guard (1) adopts the molybdenum filament establishment.

3, energy-saving burner according to claim 1 is characterized in that: high-temperature radiation material (2) adopts the aluminium oxide compacting to form.