CN204717757U

CN204717757U - A kind of high efficiency energy saving stove

Info

Publication number: CN204717757U
Application number: CN201520365023.2U
Authority: CN
Inventors: 汝永
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-06-01
Filing date: 2015-06-01
Publication date: 2015-10-21
Anticipated expiration: 2025-06-01

Abstract

The utility model relates to a kind of high efficiency energy saving stove, comprise stove, sealed stove circle, mixing chamber, ever-burning flame tracheae and big fire tracheae, described stove inner wall surface is distributed with some energy collecting plates, between energy collecting plate and stove, offer combustion gas passage, described stove top arranges sealed stove circle and sealing stove circle side arranges at least two steam vents; Be positioned at below stove and arrange mixing chamber and this mixing chamber center position at right angle setting ever-burning flame tracheae, this mixing chamber connects big fire tracheae; A premixed sheet is horizontally disposed with in described mixing chamber inner chamber.The utility model beneficial effect is: solve existing product waste combustion gas, speed of cooking is slow, insufficient, the flourishing black smoke that burns, heat cannot make full use of and heat distributes the problems such as fast; By adopting the sealing of stove circle, can prevent flare from not leaking, ember utilization is carried out energy-conservation; Adopt premix and combustion gas molecular collision energy-conservation, can the thermal efficiency be improved, adopt Everlasting fire device carry out energy-conservation.

Description

A kind of high efficiency energy saving stove

Technical field

The utility model relates to cooking utensils, particularly relates to a kind of high efficiency energy saving stove.

Background technology

Energy-saving stove, contrasts traditional kitchen range, is a kind of relatively energy-conservation kitchen range, is divided into again domestic energy-saving stove and commercial energy-saving stove according to purposes.Energy-saving gas cooker is on traditional kitchen range basis, energy-conservation object is reached by changing combustion system, general employing single-column suspension combustion mode, firepower is made to be evenly distributed on the bottom of a pan, high temperature all concentrates on the bottom of a pan, its heat is almost all absorbed by the bottom of a pan, thus decreases thermal loss, improves the thermal efficiency comprehensively; Conventional gas stove then belongs to the burning of multicolumn burning things which may cause a fire disaster, and its high-temperature region concentrates on bottom, and heat to cubic radiation by three-dimensional space, is made thermal loss very large, causes the thermal efficiency to reduce; The existing common stove thermal efficiency, about 50%, cannot utilize the energy to reach energy-saving and emission-reduction to greatest extent.Current like product is embodied in waste combustion gas, the speed of cooking is slow, insufficient, the flourishing black smoke that burns, heat cannot make full use of and heat distributes the problems such as fast, such as, gas is insufficient by general fashion mixed combustion, and cumulative effect is poor, and sealing effectiveness is not good.Therefore, for above aspect, need reasonably to improve prior art.

Utility model content

For above defect, the utility model provides a kind of and adopts premix and combustion gas molecular collision power save mode, be conducive to realizing Thorough combustion and improve the thermal efficiency, available ever-burning flame carry out energy-conservation, can cost-saving, the high efficiency energy saving stove with pot circle hermetically-sealed construction, to solve many deficiencies of prior art.

For achieving the above object, the utility model is by the following technical solutions:

A kind of high efficiency energy saving stove, comprise stove, sealed stove circle, mixing chamber, ever-burning flame tracheae and big fire tracheae, described stove inner wall surface is distributed with some energy collecting plates, between energy collecting plate and stove, offer combustion gas passage, described stove top arranges sealed stove circle and sealing stove circle side arranges at least two steam vents;

Be positioned at below stove and mixing chamber is set and this mixing chamber center position at right angle setting ever-burning flame tracheae, this ever-burning flame tracheae epimere is through mixing chamber top, this mixing chamber connects big fire tracheae, meanwhile, is positioned at big fire tracheae and is connected air inlet source and valve respectively with ever-burning flame tracheae outer end;

Ever-burning flame venthole is offered in described ever-burning flame tracheae upper end, the burning kuppe inner surface be positioned at above mixing chamber offers some big fire general mood mixed exports, be horizontally disposed with a premixed sheet in described mixing chamber inner chamber, be positioned at energy collecting plate lower surface by energy collecting plate support fixed support.

Described ever-burning flame tracheae outer end is covered with ever-burning flame and divides igniter cap, is positioned at ever-burning flame tracheae and mixing chamber connecting position place arranges a Gas Pipe cutting ferrule; Induction tunnel is arranged with outside described mixing chamber.

The beneficial effect of high efficiency energy saving stove described in the utility model is: solve existing product waste combustion gas, speed of cooking is slow, insufficient, the flourishing black smoke that burns, heat cannot make full use of and heat distributes the problems such as fast;

(1) by adopting the sealing of stove circle, can prevent flare from not leaking, ember utilization is carried out energy-conservation;

(2) adopt premix and combustion gas molecular collision energy-conservation, above burning kuppe, big fire general mood mixed export and ever-burning flame gas carry out the after-combustion of combustion gas molecular collision, the thermal efficiency can be improved, the heat of 70% is absorbed by energy collecting plate and reflects bottom bowl and flame temperature is increased substantially, and again improve the thermal efficiency, energy-conservation more than 45%;

(3) Everlasting fire device is adopted to carry out energy-conservation.

Accompanying drawing explanation

With reference to the accompanying drawings the utility model is described in further detail below.

Fig. 1 is the structural representation of high efficiency energy saving stove described in the utility model embodiment.

In figure:

1, stove; 2, sealed stove circle; 3, steam vent; 4, energy collecting plate; 5, energy collecting plate support; 6, combustion gas passage; 7, fixed screw; 8, burn kuppe; 9, big fire general mood mixed export; 10, ever-burning flame venthole; 11, ever-burning flame divides igniter cap; 12, induction tunnel; 13, premixed sheet; 14, Gas Pipe cutting ferrule; 15, mixing chamber; 16, ever-burning flame tracheae; 17, big fire tracheae; 18, air inlet source and valve; 19, blower fan and circuit.

Detailed description of the invention

As shown in Figure 1, high efficiency energy saving stove described in the utility model embodiment, comprise stove 1, sealed stove circle 2, mixing chamber 15, ever-burning flame tracheae 16 and big fire tracheae 17, described stove 1 inner wall surface is distributed with some energy collecting plates 4 and is positioned at energy collecting plate 4 lower surface by energy collecting plate support 5 fixed support, between energy collecting plate 4 and stove 1, offer combustion gas passage 6, both sides, described stove 1 top arrange sealed stove circle 2, at least two steam vents 3 respectively;

Centre, described stove 1 inner end is connected with burning kuppe 8 by fixed screw 7, be positioned at below stove 1 and mixing chamber 15 is set and this mixing chamber 15 center position at right angle setting ever-burning flame tracheae 16, this ever-burning flame tracheae 16 epimere is through mixing chamber 15 top and ever-burning flame tracheae 16 outer end is covered with ever-burning flame divides igniter cap 11, mixing chamber 15 other end connecting fan wherein and circuit 19 and this mixing chamber 15 connects big fire tracheae 17, be positioned at ever-burning flame tracheae 16 and a Gas Pipe cutting ferrule 14 is set with mixing chamber 15 connecting position place, simultaneously, be positioned at big fire tracheae 17 and be connected air inlet source and valve 18 respectively with ever-burning flame tracheae 16 outer end,

Ever-burning flame venthole 10 is offered in described ever-burning flame tracheae 16 upper end, burning kuppe 8 inner surface be positioned at above mixing chamber 15 offers some big fire general mood mixed exports 9, be horizontally disposed with a premixed sheet 13 in described mixing chamber 15 inner chamber, outside this mixing chamber 15, be arranged with induction tunnel 12.

High efficiency energy saving stove described in above the utility model embodiment, open ever-burning flame valve, ever-burning flame opens blower fan in outlet after undue igniter cap is lighted, after igniting, after can opening premix at any time, big fire air valve makes it mix approach mixing tab with blower air again to mix, above burning kuppe, big fire general mood mixed export and ever-burning flame gas carry out the after-combustion of combustion gas molecular collision, continue collision burning and make its Thorough combustion improve the thermal efficiency during burning; When pot be sitting in pot circle burns time, pot circle is that sealed prevented flare does not leak, the aperture of flame on energy collecting plate is discharged, and at this moment the heat of about 70% is absorbed by energy collecting plate and reflects and in pot bottom, flame temperature increased substantially, and again improves the thermal efficiency.

Above embodiment is the one of the utility model more preferably detailed description of the invention, and the usual change that those skilled in the art carry out within the scope of the technical program and replacing should be included in protection domain of the present utility model.

Claims

1. a high efficiency energy saving stove, comprises stove (1), sealed stove circle (2), mixing chamber (15), ever-burning flame tracheae (16) and big fire tracheae (17), it is characterized in that:

Described stove (1) inner wall surface is distributed with some energy collecting plates (4), be positioned between energy collecting plate (4) and stove (1) and offer combustion gas passage (6), described stove (1) top arranges sealed stove circle (2) and sealing stove circle (2) side arranges at least two steam vents (3);

Be positioned at stove (1) below and mixing chamber (15) is set and this mixing chamber (15) center position at right angle setting ever-burning flame tracheae (16), this ever-burning flame tracheae (16) epimere is through mixing chamber (15) top, this mixing chamber (15) connects big fire tracheae (17), meanwhile, be positioned at big fire tracheae (17) and be connected air inlet source and valve (18) respectively with ever-burning flame tracheae (16) outer end;

Ever-burning flame venthole (10) is offered in described ever-burning flame tracheae (16) upper end, burning kuppe (8) inner surface being positioned at mixing chamber (15) top offers some big fire general mood mixed exports (9), is horizontally disposed with a premixed sheet (13) in described mixing chamber (15) inner chamber.

2. high efficiency energy saving stove according to claim 1, is characterized in that: be positioned at energy collecting plate (4) lower surface by energy collecting plate support (5) fixed support.

3. high efficiency energy saving stove according to claim 1, is characterized in that: described ever-burning flame tracheae (16) outer end is covered with ever-burning flame and divides igniter cap (11).

4. high efficiency energy saving stove according to claim 1, is characterized in that: be positioned at ever-burning flame tracheae (16) and arrange a Gas Pipe cutting ferrule (14) with mixing chamber (15) connecting position place.

5. high efficiency energy saving stove according to claim 1, is characterized in that: be arranged with induction tunnel (12) outside described mixing chamber (15).