CN201691641U

CN201691641U - Furnace body structure of combustion furnace

Info

Publication number: CN201691641U
Application number: CN2010202231154U
Authority: CN
Inventors: 黄锡阳; 李通
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-06-07
Filing date: 2010-06-07
Publication date: 2011-01-05
Anticipated expiration: 2020-06-07

Abstract

The utility model provides a furnace body structure of a combustion furnace, which comprises a base, and a refractory brick layer, a water injection inner wall layer and a water injection outer wall layer which are arranged on the base from the inside to the outside. The furnace body structure is mainly characterized in that the refractory brick layer is formed by annularly stacking and combining multiple brick bodies and is used for building a hollow combustion chamber with a required inner diameter on the base in manner of encircling, whereas the water injection inner wall layer coated at the outer side of the refractory brick layer is provided with a plurality of gas-guide tubes vertically arranged on the base; the gas-guide tubes are provided with a plurality of longitudinally arranged gas orifices which can be used for jetting gas streams to the combustion chamber, and thereby, the combustion efficiency is provided. Moreover, a water injection space is reserved between the water injection outer wall layer coated at the outer side of the water injection inner wall layer and the water injection inner wall layer so as to inject water to form a water wall; high temperature generated when articles are burnt in the combustion chamber can be obstructed by the water wall, and thereby, the situation that people are hurt by the high temperature because the high temperature is transferred to the water injection outer wall layer is avoided.

Description

The furnace binding of combustion furnace

Technical field

The utility model is a kind of furnace binding of combustion furnace, and particularly a kind of modularity refractory brick body of selecting for use is a constituent material, can be adjusted the furnace binding of making according to the required size in combustion chamber.

Background technology

Be generally positioned at temple, Taoist temple or receive combustion furnace in the bone tower and mainly will consider after the quantity combusted number decides the amount of capacity of body of heater, again according to design drawing committee by the construction dealer by the figure construction.

Yet, because the size of combustion furnace body of heater does not have standardized size,, therefore take a lot of work in that manufacturing process is not only consuming time so on making, nearly all be to make according to the specified dimensions of client, cause cost of manufacture can not to be in any more always.

But,, do not seen any improvement or solution at present at aforesaid problem.

Summary of the invention

In view of this, main purpose of the present utility model promptly is to provide a kind of furnace binding of combustion furnace, that is the combustion furnace body of heater is organized structure by the modularity material cell and is formed, and can finish making fast according to the body of heater required size, be that a kind of can the minimizing made man-hour, and reduce the way of cost of manufacture.

The furnace binding of combustion furnace of the present utility model includes:

One base;

One fire brick layer is arranged on this base, and this fire brick layer is piled up by many bricks body annular and forms, and goes out a hollow form combustion chamber of required internal diameter in order to enclose structure;

One water filling inner wall layer is arranged on this base, and in order to be coated on this fire brick layer outside, this water filling inner wall layer has upright many wireways of being located on this base, and is provided with the many fumaroles that are vertical arrangement in this wireway; And

One water filling outer wall layer is arranged on this base, in order to being coated on this water filling inner wall layer outside, and possesses a water filling space between this water filling outer wall layer and this water filling inner wall layer, forms one waterwall for water filling.

Constitute by this, when a body of heater was made in construction, combustion chamber internal diameter size that can be required according to the body of heater inner space made up to construct with the brick body of varying number and forms.

Wherein, have an air chamber in this base, and this base is provided with an air vent that is connected with this wireway.

Wherein, be refractory brick or fire-resistant metal material in order to pile up the brick body that constitutes this fire brick layer.

During enforcement, the external form of this brick body is the curved arc shape.

During enforcement, this water filling inner wall layer is made up of many frameworks and many wireways through the sheet material bending forming.

Compared with prior art, the furnace binding of combustion furnace described in the utility model, selecting modularity refractory brick body for use is constituent material, can be adjusted making according to the required size in combustion chamber.

Description of drawings

Fig. 1 is the stereogram of the furnace binding of the utility model combustion furnace;

Fig. 2 is the installation combination schematic diagram one of the furnace binding of the utility model combustion furnace;

Fig. 3 is the installation combination schematic diagram two of the furnace binding of the utility model combustion furnace;

Fig. 4 is the vertical view of the furnace binding of the utility model combustion furnace; And

Fig. 5 is another enforcement illustration of the furnace binding of the utility model combustion furnace.

Description of reference numerals: base-10; Loading end-100; Air vent-11; Annular body of heater-20,20 '; Fire brick layer-21; Brick body-211; Interior long limit-2111; Foreign minister Bian-2112; Water filling inner wall layer-22; Framework-221; Wireway-222; Fumarole-2221; Water filling outer wall layer-23; Combustion chamber-30,30 '; Water filling space-40.

The specific embodiment

The explanation of relevant the utility model preferred embodiment, the utility model preferred embodiment stereogram that at first sees also Fig. 1 to Fig. 3 and taken off, as shown in the figure, the modularity body of heater that the utility model is taken off can be applicable to various combustion furnaces, it includes a base 10 and this base 10 upwardly extending annular bodies of heater 20 certainly this body of heater, and should be formed with a hollow combustion chamber 30 in the annular body of heater 20; Be in this annular body of heater 20 different with traditional body of heater is made of the fire brick layer 21, a water filling inner wall layer 22 and the water filling outer wall layer 23 that stand on the loading end 100 of being located at this base 10.

This fire brick layer 21 is arranged on this base 10, mainly is the many bricks body tower that is piled up be combined into by many bricks body 211 ringwise, goes out a hollow form combustion chamber 30 of required internal diameter in order to enclose structure; 211 of this brick bodies are to adopt to can be made into blocks, and it is made to have an exotic material of fire-resistance property, comprise refractory brick or piece of refractory metal material known to general.As shown in the figure, in the utility model, in order to pile up, the upper and lower surface of this brick body 211 preferably is the plane, so could allow brick body 211 upwards pile up reposefully, in addition for and can enclose structure in the form of a ring, the exterior design of this brick body 211 is the curved arc shape, that is the interior long limit 2111 of brick body 211 is all cambered surface with foreign minister limit 2112, allows brick body 211 can enclose the roughly rounded combustion chamber 30 of an internal diameter that structure goes out.

This water filling inner wall layer 22 is made by resistant to elevated temperatures metal material or other various fire proofed woods, mainly is made up of many frameworks 221 and many wireways 222 through the sheet material bending forming, can be in order to envelope fire brick layer 21 outsides; Wherein, this framework 221 forms an indent opening shape through bending; brick body 211 is embedded in the opening, the many bricks body tower that piles up be combined into by many bricks body 211 can and stably be risen sheer from the loading end 100 of base 10 by the holding of framework 221 protection.

In addition, an end of this wireway 222 is closed, and the other end is undertaken in the hollow tube on the loading end 100 of this base 10, and is provided with in the tube wall of this wireway 222 and is the fumarole 2221 of vertical arranged distribution on body more than one.Wherein, this base 10 is hollow containers that inside has an air chamber, and is provided with the many air vents 11 that are connected with these wireways 222 in this base 10; Can import in upright each wireway 222 of being located on this base 10 by this air vent 11 by the high pressure draught that the outside is injected in the air chamber of this base 10 by this, afterwards again the fumarole 2221 from this wireway 222 towards combustion chamber ejection (shown in the arrow Fig. 1).

As for these water filling outer wall layer 23 sides is to be arranged on this base 10, be coated on an annular cover body in these water filling inner wall layer 22 outsides simultaneously, simultaneously this water filling outer wall layer 23 and and this water filling inner wall layer 22 between possess a suitable spacing with as water filling space 40, can form the waterwall that is located in together between water filling inner wall layer 22 and the water filling outer wall layer 23 for water filling, by this can be by one waterwall isolated, when the high temperature that when burning article, is produced in the combustion chamber 30, can be intercepted by waterwall, avoid high temperature directly to be passed to this water filling outer wall layer 23 and cause the situation that high temperature hurts sb.'s feelings to take place via water filling inner wall layer 22.

Please consult Fig. 4 and Fig. 5 simultaneously, in figure, disclose the annular body of heater 20,20 ' of the combustion chamber 30,30 ' of two tool different inner diameters sizes respectively, 30 internal diameters are d1 in the combustion chamber of annular body of heater 20 shown in Fig. 4, and the combustion chamber 30 ' internal diameter of annular body of heater 20 ' shown in Fig. 5 is d2; Both can clearly see from figure in comparison and know, and the annular body of heater 20 shown in Fig. 4 is by having six frameworks 221 and six water filling inner wall layer 22 that wireway 222 is formed, and the fire brick layer 21 that is formed by six structures that heap brick body 211 encloses is constituted; And the annular body of heater 20 ' shown in Fig. 5 is by the water filling inner wall layer 22 with eight frameworks 221 and eight wireways 222, and the fire brick layer 21 that is formed by eight structures that heap brick body 211 encloses is constituted; In other words, use modular structure of the present utility model design, when a body of heater is made in construction, can be according to the desired internal diameter size in annular body of heater 20,20 ' inner space, make up to construct with the wireway 222 and the brick body 211 of varying number and form.

In sum, the utility model is a kind of furnace binding of combustion furnace, that is the combustion furnace body of heater organized structure by the modularity material cell and form, and can finish making fast according to the body of heater required size, be that a kind of can the minimizing made man-hour, and reduce the way of cost of manufacture.

The above embodiments only have been convenience explanations and giving an example, and embodiment is not in order to limiting to interest field of the present utility model, and the interest field that the utility model is advocated is from should being as the criterion so that claim is described, but not only limit to the foregoing description.

Claims

1. the furnace binding of a combustion furnace is characterized in that, includes:

One base;

One fire brick layer is arranged on this base, and this fire brick layer piles up be combined into ringwise by many bricks body, goes out a hollow form combustion chamber of required internal diameter in order to enclose structure;

2. the furnace binding of combustion furnace as claimed in claim 1 is characterized in that, has an air chamber in this base, and this base is provided with an air vent that is connected with this wireway.

3. the furnace binding of combustion furnace as claimed in claim 1 is characterized in that, this brick body is a refractory brick.

4. the furnace binding of combustion furnace as claimed in claim 1 is characterized in that, this brick body is a fire-resistant metal material.

5. the furnace binding of combustion furnace as claimed in claim 1 is characterized in that, the external form of this brick body is the curved arc shape.

6. the furnace binding of combustion furnace as claimed in claim 1 is characterized in that, this water filling inner wall layer is made up of many frameworks and many wireways through the sheet material bending forming.