CN2784772Y - Energy-saving honeycomb briquette stove - Google Patents

Abstract

The utility model belongs to the technical field of a coal stove which relates to an energy-saving honeycomb briquette stove which comprises a stove body, a burning chamber, a cinder chamber and an air inlet. After honeycomb briquettes are burnt out in the burning chamber, the lowermost one honeycomb briquette needs to be removed, and a new honeycomb briquette can be put on the upper surface of the burning chamber, otherwise the new honeycomb briquette bulges out of a fire hole; the operation of honeycomb briquette feeding process is complicated, and heat energy is wasted in the process of taking out honeycomb briquettes. The energy-saving honeycomb briquette stove comprises the burning chamber 2 arranged in the stove body 1; lower surface of the burning chamber 2 is provided with the cinder chamber 3 which is communicated with the air inlet 4. The utility model is characterized in that the inside of the lower part of the burning chamber 2 is provided with a bulge 5 which extends inwards. When the utility model is used, a new honeycomb briquette is placed on the fire hole and then forcibly pressed downwards to make the lowermost one honeycomb briquette broken so as to make the burning chamber vacate a position of a honeycomb briquette for placing the new honeycomb briquette; the coal feeding operation is simple and quick so as to achieve the effect of energy saving.

Description

The energy saving briquette stove

Technical field

The utility model belongs to the coal stove technical field, is a kind of body of heater that includes, combustion chamber, cinder chamber, the energy saving briquette stove of air inlet.

Background technology

Existing honeycomb briquette stove comprises body of heater, combustion chamber, grate, cinder chamber, air inlet.During use, honeycomb briquette is shelved on the grate below the combustion chamber, because the structure of grate is grid-like, is supporting whole honeycomb briquette, and it is burnt in the combustion chamber.After honeycomb briquette burns down in the combustion chamber, a lowermost honeycomb briquette need be removed just and can on the combustion chamber, put into a new honeycomb briquette, otherwise new honeycomb briquette will be given prominence to fire door.The coal operation of this moment is, at first top all honeycomb briquettes are all pressed from both sides out the combustion chamber, the honeycomb briquette that has burnt in the following end could be taken out, put back to originally then successively, could on face, add a new honeycomb briquette at last also at the honeycomb briquette of burning.Said process operates pretty troublesome, and wastes heat energy in the process that honeycomb briquette takes out.When not in use, then on fire door, place a slice iron plate, fire door is covered, the honeycomb briquette in it is extinguished because of anoxic.Because blow-by between fire door and the iron plate causes the fall time very long, this is also consuming heat energy, and at this moment owing to all right air inlet of air inlet, but incomplete combustion can produce a large amount of carbon monoxide, causes anthracemia easily.

The utility model content

The purpose of this utility model is to provide a kind of energy saving briquette stove easy and simple to handle, as to save the energy that uses.

For realizing the purpose of this utility model, described energy saving briquette stove comprises the combustion chamber that is arranged in the body of heater, is provided with the cinder chamber below the combustion chamber, and the cinder chamber is communicated with air inlet, and lower inside is provided with the lug boss that inwardly stretches out in described combustion chamber.

Because the combustion chamber lower inside has lug boss.In use, honeycomb briquette is erected at that whole honeycomb briquette is in the state that almost completely suspends on the lug boss, does not have shelter in its lower section, convenient burning.After lowermost honeycomb briquette has burnt, on fire door, put into a new honeycomb briquette again, firmly one press to end then, intensity reduces then lowermost honeycomb briquette greatly owing to burn later on the one hand, do not have large-area support on the other hand below it, cause whole briquette cracked, even if can be whole not cracked, also can be marked groove mark owing to downforce by lug boss at side and fall into the cinder chamber, place for new honeycomb briquette the position that makes the combustion chamber vacate a briquette.The coal operation becomes simple, quick on the one hand, the briquette that is burning does not on the other hand need to take out to be deposited outside, and the briquette that burning is over is because its cracked cinder chamber that falls into, waste heat on it can also distribute a period of time in the cinder chamber, make the air that enters from air inlet enter the combustion chamber again after by broken briquette preheating of opening in that cinder is indoor, thereby reach energy-conservation effect.

Description of drawings

The drawing of accompanying drawing is described as follows:

Fig. 1 is the stereogram of the utility model energy saving briquette stove.

Fig. 2 is for removing the stereogram behind flame-out lid and the fire door among Fig. 1.

Fig. 3 is the structure cutaway view of Fig. 1.

Fig. 4 is the A-A cutaway view among Fig. 3.

Fig. 5 is a vertical view among Fig. 2.

Fig. 6 is the stereogram of fire door.

The specific embodiment

Below in conjunction with accompanying drawing, the specific embodiment of the utility model energy saving briquette stove is described in further detail:

As shown in FIG., energy saving briquette stove described in the utility model comprises being arranged on body of heater 1, combustion chamber 2, and cinder chamber 3, air inlet 4, lug boss 5, cannelure 6 stops working and covers 7, stops working and covers handle 8, wall muscle 9, gate slot 10, fire door 11.

Described body of heater 1 is circle and leans on shape, is provided with cylindrical combustion chamber 2 in it, is provided with the cinder chamber 3 that is communicated with it below combustion chamber 2.Be provided with feet 12 in the upper surface of body of heater 1.Body of heater 1 bottom is provided with air inlet 4, and cinder chamber 3 is communicated with air inlet 4.Be provided with six lug bosses 5 that inwardly stretch out in described combustion chamber 2 lower inside, described lug boss 5 is taper.After lowermost honeycomb briquette burning becomes cinder to the greatest extent, can there be viscosity because of drying, and because of lug boss 5 contact area with it very little, as long as pressure a little in the above, this cinder can be easy to scatter and drop in the cinder chamber 3, at this moment, the user just can clear cinder with little scoop or other utensils very like a cork.

Described body of heater 1 upper surface is provided with annular groove 6, and fire door is provided with and flame-out cover 7, stops working to cover 7 edge and can insert in the cannelure 6.During use, in annular groove 6, put into some fine sands 13, when coal stove does not need to use, to stop working and cover 7 and cover on the fire door, flame-out 7 the edge of cover is inserted in cannelure 6, and is pressed in the fine sand formation sealing almost completely, so that the honeycomb briquette of combustion chamber 2 extinguishes fast, reach the fiery purpose of energy saving in rapid pass.

Described flame-out lid 7 is provided with the flame-out handle 8 that covers.Handled easily, and when switch, be difficult for scalding hand.

Described combustion chamber 2 longitudinal medial walls are provided with inwardly protruded wall muscle 9.Wall muscle 9 makes and forms a space between honeycomb briquette side and combustion chamber 2 sidewalls, is convenient to make the side of honeycomb briquette to be fully burned, and has energy-conservation effect equally.

Described air inlet 4 outsides are provided with gate slot 10, are provided with the fire door 11 that can slide in the gate slot 10 within it.When not needing to use, fire door 11 is inserted along gate slot 10, form the slit of bending between fire door 11 and the gate slot 10, strengthened sealing effectiveness to air inlet 4, stop entering of air effectively, make but oxygen and extinguishing rapidly of the interior honeycomb briquette in combustion chamber 2.In conjunction with flame-out sealing of cover 7 pairs of fire doors, make 2 two, combustion chamber seal, reach the honeycomb briquette that is burning in the combustion chamber 2 is extinguished.

Claims (6)

1. energy saving briquette stove, comprise the combustion chamber (2) that is arranged in the body of heater (1), be provided with cinder chamber (3) below combustion chamber (2), cinder chamber (3) are communicated with air inlet (4), it is characterized in that being provided with the lug boss (5) that inwardly stretches out in described combustion chamber (2) lower inside.

2. energy saving briquette stove according to claim 1 is characterized in that described body of heater (1) upper surface is provided with cannelure (6), can insert flame-out lid (7) in the cannelure (6) but fire door is provided with the edge.

3. energy saving briquette stove according to claim 2 is characterized in that described flame-out lid (7) is provided with the flame-out handle (8) that covers.

4. according to claim 1,2 or 3 described energy saving briquette stoves, it is characterized in that described combustion chamber (2) longitudinal medial wall is provided with inwardly protruded wall muscle (9).

5. according to claim 1,2 or 3 described energy saving briquette stoves, it is characterized in that described air inlet (4) outside is provided with gate slot (10), is provided with the fire door (11) that can slide within it in the gate slot (10).

6. according to claim 1,2 or 3 described energy saving briquette stoves, it is characterized in that described lug boss (5) is taper.

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