CN201293317Y

CN201293317Y - Efficiency energy saving burner

Info

Publication number: CN201293317Y
Application number: CNU2008201531120U
Authority: CN
Inventors: 王勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-09-17
Filing date: 2008-09-17
Publication date: 2009-08-19
Anticipated expiration: 2018-09-17

Abstract

The utility model discloses a high-efficiency energy-saving burner, comprising a base seat, firepower regulating disc, nano catalysis plate and fire leading tube. Multilayer parallel-arranged firepower regulating discs are clamped on the base seat; the nano catalysis plate is transversely inserted on the inner circumference surface of the firepower regulating disc; a combustion disc is clamped on the firepower regulating disc; a fire gathering cover is arranged on the combustion disc; the fire leading tube is located at the center of the combustor, penetrating through multilayer nano catalysis plates; the head of the fire leading tube is embedded into the fire banking disc which is located above the fire hole of the fire gathering cover. The utility model converts the traditional post-mixing type combustion into pre-mixing type combustion; the gas and air are fully catalyzed and mixed to the optimal mixture ratio; the flame shows blue state in combustion with low noise below 65dB and low carbon monoxide emission below 0.03%; the flame is easy to be ignited and difficult to be extinguished.

Description

Efficiency energy saving burner

Technical field

The utility model relates to a kind of burner, particularly a kind of efficiency energy saving burner that is used for Chinese and western dish stir-fry kitchen range, Chinese meal air blast large stove and the short pin kitchen range of Chinese meal air blast.

Background technology

The combustion system of original cooking stove combustion chamber adopts the mixing burning in back, because combustion gas and air mixing ratio are insufficient, efficiency of combustion is low, the flame shape that takes on a red color, and the discharging of carbon monoxide is higher in the waste gas, reach more than 2%, firepower high-temperature region maximum temperature can only reach 700 and spend 800 degree, and combustion noise is bigger, reaches more than 85 decibels, and the seedling fire is difficult for lighting, and easily extinguishes.

The utility model content

Technical problem of the present utility model is the efficiency energy saving burner that will provide a kind of efficiency of combustion high.

In order to solve above technical problem, the utility model relates to a kind of efficiency energy saving burner, comprise base, the firepower adjustment disk, nano-catalytic plate and seedling fire ignition tube, the firepower adjustment disk that the clamping multilayer is arranged in parallel on base, at firepower adjustment disk inner periphery transverse splicing nano-catalytic plate, clamping one tray for combustion on the firepower adjustment disk, be with a flame-gathering cover on the tray for combustion, one seedling fire ignition tube penetrates the center of circle that the multi-layer nano catalytic plate is positioned at burner from bottom to top, the head of seedling fire ignition tube embeds in the seedling fire banking fire dish, and seedling fire banking fire dish is positioned at the top of flame-gathering cover fire output hole.

The quantity of described nano-catalytic plate equates with the quantity of firepower adjustment disk.

The optimal number of described firepower adjustment disk is 3.

Described nano-catalytic plate is a mesh.

Superior effect of the present utility model is:

1) becomes traditional back mixing burning and be premixed burning;

2) utilization nanometer three-element catalytic technology makes the burning of combustion gas and air reach best proportioning to combustion gas and the abundant catalytic mixing of air;

Flame is blue color states when 3) burning, and equivalent heat value is the highest, and the high-temperature region firepower can reach 1100 and spend 1300 degree;

Noise is lower when 4) burning, the most nearly 5 decibels;

5) CO emission is lower, only reaches 0.03%;

6) the seedling fire is easily lighted, and is difficult for extinguishing;

7) with anharmonic ratio burning time than traditional cooking stove fast about 20%;

8) can save energy more than 32% with anharmonic ratio combustion fluid gasification, piped gas reaches more than 30%, and natural gas is more than 28%.

Description of drawings

Fig. 1 is a cutaway view of the present utility model;

The number in the figure explanation

The 1-base; 2-firepower adjustment disk;

3-nano-catalytic plate; The 4-tray for combustion;

The 5-flame-gathering cover; 6-seedling fire ignition tube;

7-seedling fire banking fire dish; 8 one fire output holes.

The specific embodiment

See also shown in the accompanying drawing, the utility model will be further described.

As shown in Figure 1, the utility model relates to a kind of efficiency energy saving burner, comprise base 1, firepower adjustment disk 2, nano-catalytic plate 3 and seedling fire ignition tube 6, the firepower adjustment disk 2 that the clamping multilayer is arranged in parallel on base 1, at firepower adjustment disk 2 inner periphery transverse splicing nano-catalytic plates 3, clamping one tray for combustion 4 on firepower adjustment disk 2, be with a flame-gathering cover 5 on the tray for combustion 4, one seedling fire ignition tube 6 penetrates the center of circle that multi-layer nano catalytic plate 3 is positioned at burner from bottom to top, the head of seedling fire ignition tube 6 embeds in the seedling fire banking fire dish 7, and seedling fire banking fire dish 7 is positioned at the top of flame-gathering cover 5 fire output holes 8.

The quantity of described nano-catalytic plate 3 equates with the quantity of firepower adjustment disk 2.

The optimal number of described firepower adjustment disk 2 is 3.

Described nano-catalytic plate 3 is a mesh.

Combustion gas enters from the bottom of seedling fire ignition tube, rises to seedling fire banking fire dish, lights combustion gas and Air mixing body in the fire output hole with the fiery ignition tube 6 of seedling.

Claims

1, a kind of efficiency energy saving burner comprises base, firepower adjustment disk, nano-catalytic plate and seedling fire ignition tube, it is characterized in that:

The firepower adjustment disk that the clamping multilayer is arranged in parallel on base, at firepower adjustment disk inner periphery transverse splicing nano-catalytic plate, clamping one tray for combustion on the firepower adjustment disk, be with a flame-gathering cover on the tray for combustion, one seedling fire ignition tube penetrates the center of circle that the multi-layer nano catalytic plate is positioned at burner from bottom to top, the head of seedling fire ignition tube embeds in the seedling fire banking fire dish, and seedling fire banking fire dish is positioned at the top of flame-gathering cover fire output hole.

2, by the described efficiency energy saving burner of claim 1, it is characterized in that:

3, by the described efficiency energy saving burner of claim 1, it is characterized in that:

The optimal number of described firepower adjustment disk is 3.

4, by the described efficiency energy saving burner of claim 1, it is characterized in that:

Described nano-catalytic plate is a mesh.