CN105066707A - Brick kiln wall structure and manufacturing method thereof - Google Patents
Brick kiln wall structure and manufacturing method thereof Download PDFInfo
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- CN105066707A CN105066707A CN201510486490.5A CN201510486490A CN105066707A CN 105066707 A CN105066707 A CN 105066707A CN 201510486490 A CN201510486490 A CN 201510486490A CN 105066707 A CN105066707 A CN 105066707A
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Abstract
The invention discloses a brick kiln wall structure which comprises a kiln wall steel frame (1). The kiln wall steel frame (1) is composed of a steel frame base (11) and a supporting frame (12) at the upper end of the steel frame base (11). Fiber cotton boards (6) are pressed to the supporting frame (12). The brick kiln wall structure further comprises an isolation brick assembly arranged at the upper end of the steel frame base (11). The fiber cotton boards (6) are arranged between the supporting frame (12) and the isolation brick assembly. The isolation brick assembly and the supporting frame (12) are connected through fixing pieces (5) penetrating through the fiber cotton boards (6). The interior of the kiln wall steel frame (1) is filled with refractory bricks. The invention discloses a manufacturing method of the brick kiln wall structure. The brick kiln wall structure is simple, convenient to assemble, disassemble and carry and capable of being erected on a site and reducing erecting working hours; and after being erected, brick kiln walls can be assembled into a brick kiln, and use is convenient and quick.
Description
Technical field
The present invention relates to a kind of brickkiln assembly, and the manufacture method of this brickkiln assembly, belong to brickkiln construction applications, relate to a kind of brickkiln kiln wall construction and manufacture method thereof in particular.
Background technology
Brickkiln is closed by multiple cave dwelling Connecting groups of baking bricks and forms, and existing brickkiln mainly contains rotary kiln and tunnel cave; Tunnel cave is firing in the straight tunnel of kiln body base plate movement, because its mechanization degree is high, and convenient operation and being widely used; Tunnel cave generally adopts refractory brick, mortar and building stripping and slicing to set up, when setting up, tunnel cave is generally site operation, the time cycle of building is longer, and be Solid construction after building well, cannot again reconstruct or carry, kiln body after permanent use by the impact of environment, using state, body of wall very easily ftractures, impact sealing, affect the temperature of plane of disruption upper and lower part, affect the qualification rate of brickkiln product, and repair after wall crazing and also comparatively bother, also need the patching materials such as shut-down to be combined completely with former kiln body after repairing, impact is produced.
Summary of the invention
Instant invention overcomes the deficiencies in the prior art, provide a kind of brickkiln kiln wall construction, this brickkiln brick wall not only structure is simple, and can on-the-spotly set up, and what decrease brick wall builds man-hour, and this brickkiln kiln wall may be combined with into brickkiln simultaneously, easy to loading and unloading; Present invention also offers a kind of method manufacturing brickkiln kiln wall construction simultaneously.
For solving above-mentioned technical problem, the present invention by the following technical solutions:
Brickkiln kiln wall construction, comprises kiln wall steelframe, and this kiln wall steelframe is made up of the bracing frame of steel frame base and steel frame base upper end, and support frame as described above is suppressed with fiber cotton plate; It also comprises the isolated brick assembly being arranged on steel frame base upper end, and described fiber cotton plate is between bracing frame and isolated brick assembly, and described isolated brick assembly is connected with the fixture of bracing frame by the cotton plate of perforating fiber; Described kiln wall steelframe inside is also filled with refractory brick.
Preferably, described isolated brick assembly comprises the common brick, kiln wall probe brick and the kiln wall tile that set gradually from the bottom up.
Preferably, described isolated brick assembly includes row's common brick, row's kiln wall probe brick and two row's kiln wall tiles from the bottom up successively, and described common brick, kiln wall probe brick, kiln wall tile are 1:1.5 ~ 2:2:10 with the ratio of the height of kiln wall steelframe.
Preferably, described kiln wall probe brick entirety is in rectangular structure, two large area sides of this rectangular structure are respectively arranged with probe brick circular trough and positioning boss, wherein, described probe brick circular trough indent, described positioning boss is outwardly, described kiln wall probe brick is also provided with four difference upper and lower, symmetrical probe brick counter sink, described probe brick counter sink is all positioned at outside probe brick circular trough, and the distance of center circle of four described probe brick counter sinks and probe brick circular trough is from equal, the counter sink portion of described probe brick counter sink is positioned at the side at the positioning boss place of kiln wall probe brick.
Preferably, the counter sink portion cross section of described probe brick counter sink is square structure.
Preferably, described kiln wall tile entirety is in rectangular structure, the kiln wall tile circular trough of indent is provided with in the middle part of one of them side in two large area sides of this rectangular structure, described kiln wall tile is also provided with four upper and lower, symmetrical conical through-holes of difference, described conical through-hole to be all positioned at outside kiln wall tile circular trough and the distance of center circle of conical through-hole and kiln wall tile circular trough from equal, small-bore end and the kiln wall tile circular trough of described conical through-hole are positioned at same side.
Preferably, kiln wall tile suspension member is also provided with in the conical through-hole of described kiln wall tile, mate with described conical through-hole outside this kiln wall tile suspension member, described kiln wall tile suspension member inside is in axial direction provided with suspension member counter sink, and the counter sink portion cross section of suspension member counter sink is square.
Preferably, support frame as described above is provided with multiple fixing hole coordinated with fixture.
The invention also discloses the manufacture method of brickkiln kiln wall construction, the method comprises the following steps:
Step one: manufacture steel frame base and bracing frame respectively by figure paper size, is welded to form kiln wall steelframe by steel frame base and bracing frame;
Step 2: casting concrete is inner to steel frame base, carries out concrete surface and polish process after concrete cooling solidifies;
Step 3: the side by compression apparatus, cellucotton being compressed on bracing frame by density requirements, forms fiber cotton plate;
Step 4: fiber cotton plate is fixed on bracing frame by anchoring piece;
Step 5: the employing of fiber cotton plate surface is polished equipment and polishes;
Step 6: fiber cotton plate edge cuts is neat by cutting equipment, and hole according to dimensional requirement;
Step 7: isolated brick assembly is fixed on fiber cotton plate surface by fixture.
As the further optimization of the method, the density of described fiber cotton plate is 220Kg/m3.
Compared with prior art, the invention has the beneficial effects as follows:
1, structure of the present invention is simple, easy to loading and unloading, is convenient to carrying, can builds at scene, saves and builds man-hour.
2, the present invention is by appropriate design isolated brick assembly, kiln wall cost is reduced, more can adapt to the temperature in different temperatures district, good heat-insulation effect, long service life.
3, cellucotton of the present invention is by compacting, improves its density, strengthens its effect of heat insulation and intensity, and the overall effect of heat insulation of kiln wall and protection effect are improved.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
Fig. 1 is the structural representation of kiln wall steelframe of the present invention;
Fig. 2 is the side view of kiln wall steelframe of the present invention;
Fig. 3 is the structural representation of kiln wall of the present invention;
Fig. 4 is the side view of kiln wall of the present invention;
Fig. 5 is the front view of kiln wall of the present invention probe brick;
Fig. 6 is the sectional view of kiln wall of the present invention probe brick;
Fig. 7 is the front view of kiln wall tile of the present invention;
Fig. 8 is the sectional view of kiln wall tile of the present invention;
Fig. 9 is the sectional view of kiln wall tile suspension member of the present invention;
Figure 10 is the top view of kiln wall tile suspension member of the present invention;
Label in figure is: 1, kiln wall steelframe; 11, steel frame base; 12, bracing frame; 121, fixing hole; 2, common brick; 3, kiln wall probe brick; 31, probe brick counter sink; 32, positioning boss; 33, probe brick circular trough; 4, kiln wall tile; 41, kiln wall tile circular trough; 42, conical through-hole; 43, kiln wall tile suspension member; 431, suspension member counter sink; 5, pinkeye plug; 6, fiber cotton plate; 7, anchoring piece.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further illustrated.Embodiments of the present invention include but not limited to the following example.
Embodiment 1
Brickkiln kiln wall construction as Figure 1-Figure 4, comprises kiln wall steelframe 1, and this kiln wall steelframe 1 is made up of the bracing frame 12 of steel frame base 11 and steel frame base 11 upper end, support frame as described above 12 is suppressed with fiber cotton plate 6; It also comprises the isolated brick assembly being arranged on steel frame base 11 upper end, and described fiber cotton plate 6 is between bracing frame 12 and isolated brick assembly, and described isolated brick assembly is connected with the fixture 5 of bracing frame 12 by the cotton plate 6 of perforating fiber; Described kiln wall steelframe 1 inside is also filled with refractory brick.
In the present embodiment, kiln wall steelframe 1 is formed by fixedly connecting by steel frame base 11 and bracing frame 12, isolated brick assembly is arranged on steel frame base 11 upper end, fiber cotton plate 6 is formed by one deck cellucotton compacting be arranged on bracing frame 12, its one end and bracing frame 12 pressing, the other end arranges isolated brick assembly, and isolated brick assembly is fixed by fixture 5 and bracing frame 12, and also fills refractory brick in kiln wall steelframe 1 inside.
The isolated brick assembly of the present embodiment is by fiber cotton plate 6 and brickkiln internal insulation, isolated brick assembly and fiber cotton plate 6 play heat insulation and effect that is that shape, ensure sealing and the heat resistance of brickkiln, build kiln wall main body by kiln wall steelframe 1 simultaneously, make kiln wall durable in use, intensity is high, and kiln wall can arrange size as required, can build at any time or remove in scene, very convenient, save man-hour, the brickkiln built by this kiln wall construction can not only meet the demand of existing brickkiln, also improve sealing and the intensity of brickkiln simultaneously, reduce cost, and repeatedly can load and unload use, save material.
Fiber cotton plate 6 in the present embodiment is as cellucotton is compressed on formation on bracing frame 12 by hydraulic cylinder by press device, filling mode as compared with the past, which uses after cellucotton compacting, not only increase the density of cellucotton, improve its steadiness and thermal insulation, and its entirety uses in high temperature environments and is not easily scattered, can use for a long time and not fall apart, extend kiln wall service life.
In the present embodiment, the manufacture method of this brickkiln kiln wall construction comprises the steps:
Step one: manufacture steel frame base 11 and bracing frame 12 respectively by figure paper size, is welded to form kiln wall steelframe 1 by steel frame base 11 and bracing frame 12;
Step 2: casting concrete is inner to steel frame base 11, carries out concrete surface and polish process after concrete cooling solidifies; Concrete in this step can make refractory concrete or common C30 concrete.
Step 3: the side by compression apparatus, cellucotton being compressed on bracing frame 12 by density requirements, forms fiber cotton plate 6; Compression apparatus can be hydraulic cylinder, pneumatic cylinder or mechanical clamping device, the device of thrust can be provided all to can be used as compression apparatus and use.
Step 4: fiber cotton plate 6 is fixed on bracing frame 12 by anchoring piece 7;
Step 5: the employing of fiber cotton plate 6 surface is polished equipment and polishes; The equipment of polishing can be that polishing machine, Plane surface grinding machine or skin grinder etc. polish equipment.
Step 6: fiber cotton plate 6 edge cuts is neat by cutting equipment, and hole according to dimensional requirement;
Step 7: isolated brick assembly is fixed on fiber cotton plate 6 surface by fixture 5.
This method is assembled step by step and is filled kiln wall, not only easily manufactured, save man-hour, stabilized structure, and cellucotton is pressed into fiber cotton plate 6, improves intensity and the density of fiber cotton plate 6, there is very high thermal insulation and steadiness, thus ensure that use and the effect of heat insulation of kiln wall, simultaneously cellucotton 6 is compacted when also can avoid transport, and cellucotton falls apart comes off.
This method method as compared with the past, first compressed fibre cotton fixes isolated brick assembly again, not only increase intensity and the density of cellucotton, improve thermal insulation and steadiness, also facilitate the installation of isolated brick assembly simultaneously, the surface of fiber cotton plate 6 can be installed as datum level by isolated brick assembly when mounted, improves installation accuracy and the size of isolated brick assembly, is convenient to installation and the use of follow-up brickkiln.
In this method, the density of described fiber cotton plate 6 is 220Kg/m3.The Main Function of fiber cotton plate 6 is exactly the effect playing heat insulation and firm body of wall, therefore, its density demand fulfillment high density can ensure that it normally uses, in this method, cellucotton being pressed into density is 220Kg/m3, form highdensity fiber cotton plate 6, make it while satisfied use, reduce the use cost of cellucotton.
Embodiment 2
The present embodiment is optimized isolated brick assembly on the basis of embodiment 1, is specially: described isolated brick assembly comprises the common brick 2, kiln wall probe brick 3 and the kiln wall tile 4 that set gradually from the bottom up.
Generally kiln wall probe brick less than 3 is low-temperature space, temperature is the highest about 500 °, down being in common brick 2 place temperature again will lower than 500 °, then temperature is higher in kiln wall probe brick 3 upper end, the highest about 1000 °, therefore for making the brick of the inner differing heights of brickkiln can with corresponding Acclimation temperature, make the corresponding different temperatures of different bricks, instead of the unified brick adopting a kind of specification, the adaptability of brick is also improved while reducing costs, decrease the high temperature fracture of brick body, improve the overall heat resistance of brickkiln and service life
For this reason, the common brick 2 that isolated brick component design becomes to set gradually from the bottom up by the present embodiment, kiln wall probe brick 3 and kiln wall tile 4, make kiln within the walls side differing heights for the brick of different structure, the corresponding low-temperature space of common brick 2, kiln wall probe brick 3 is arranged in warm area, and kiln wall tile 4 is corresponding high-temperature region then, such Yin Wendu and select suitable brick body, improve the overall high-temperature capability of kiln wall, kiln wall is not easy to crack, improves its service life.
For making common brick 2 can better adaptive temperature in the present embodiment, avoid it impaired and affect the stability of upper end kiln wall probe brick 3 and kiln wall tile 4, common brick 2 can mix with concrete to be built, different concrete can be adopted for different temperatures, temperature is higher, adopts refractory concrete, and temperature is lower, adopts common C30 concrete.
Embodiment 3
The present embodiment has done following optimization on the basis of embodiment 2, be specially: described isolated brick assembly includes row's common brick 2, from the bottom up successively and arranges kiln wall probe brick 3 and two row's kiln wall tiles 4, and described common brick 2, kiln wall probe brick 3, kiln wall tile 4 are 1:1.5 ~ 2:2:10 with the ratio of the height of kiln wall steelframe 1.
The interior height of brickkiln depends primarily on the characteristic of adobe in sintering process.The wet characteristic of adobe and the upper and lower temperature difference of permission, namely the firing range of the firing range raw material of raw material is narrower, and require that the temperature in tunnel cave is more even, in kiln, upper and lower temperature difference should be less.Piled bricks height should not in too high usual kiln the height of hack comparatively suitable at about 1 meter.The height of kiln increases, and causes upper and lower temperature difference to strengthen, and especially when adopting the fuel that calorific value is high, unit calorific value combustion product is few, the height that suitably should reduce kiln, to improve airstream in kiln distribution, reduces the temperature difference.Interior height also has very large relation with the percent of firing shrinkage of base substrate, and shrinkage factor is larger, and base substrate allows Ma Xie degree lower, and interior higher position is less, and vice versa.
In the present embodiment, kiln wall height determines the interior height of cave dwelling substantially, the situation of burning till due to adobe depends primarily on upper and lower temperature difference in kiln, therefore, because brickkiln is for the demand of the differing heights temperature difference, the present embodiment is by repeatedly to design and in conjunction with reality, give composition and ratio and the layering requirement thereof of isolated brick assembly, the isolated brick assembly of the present embodiment includes row's common brick 2 from the bottom up successively, one row's kiln wall probe brick 3 and two row's kiln wall tiles 4, and described common brick 2, kiln wall probe brick 3, kiln wall tile 4 is 1:1.5 ~ 2:2:10 with the ratio of the height of kiln wall steelframe 1, thus substantially can ensure the brickkiln demand of present differing heights, substantially make common brick 2 can corresponding lower end low-temperature space, kiln wall probe brick 3 can respective transfer car, and the high-temperature region of the basic corresponding upper end of the height of kiln wall tile 4, meet upper end high temperature demands, thus the height designing requirement of most brickkiln can be met.
Embodiment 4
The present embodiment optimizes kiln wall probe brick on the basis of embodiment 2 or embodiment 3, be specially: described kiln wall probe brick 3 entirety is in rectangular structure, two large area sides of this rectangular structure are respectively arranged with probe brick circular trough 33 and positioning boss 32, wherein, described probe brick circular trough 33 indent, described positioning boss 32 is outwardly, described kiln wall probe brick 3 is also provided with four difference upper and lower, symmetrical probe brick counter sink 31, described probe brick counter sink 31 to be all positioned at outside probe brick circular trough 33, and the distance of center circle of four described probe brick counter sinks 31 and probe brick circular trough 33 is from equal, the counter sink portion of described probe brick counter sink 31 is positioned at the side at positioning boss 32 place of kiln wall probe brick 3.
The kiln wall probe brick 3 of the present embodiment not only plays the effect of isolation insulation and reinforcing, positioning boss 32 is set simultaneously and reduces gap between kiln wall and transport vehicle, ensure the linear transport of transport vehicle, and brick counter sink 31 of popping one's head in is fixed for fixture 5 and bracing frame 12, probe brick circular trough 33 indent forms the groove with certain space, when fiber cotton plate 6 expanded by heating, it can clamp-on probe brick circular trough 33, it is avoided to impact kiln wall probe brick 3, damage kiln wall probe brick 3, strengthen the compression strength of kiln wall probe brick 3, simultaneously, probe brick circular trough 33 indent also makes when using said method to install, the part that the installation position distortion of fiber cotton plate 6 is protruded can insert probe brick circular trough 33, fiber cotton plate 6 is avoided to be out of shape or to ftracture, ensure integrity degree and the intensity of fiber cotton plate 6 after installing, the method is carried out smoothly, solve the technical barrier using the method easily fiber cotton plate 6 to be caused to damage.
As preferably, the counter sink portion cross section of described probe brick counter sink 31 is square structure.The counter sink portion of probe brick counter sink 31 is designed to square structure, fixture 5 corresponding is with it provided with the part matched with the counter sink portion of brick counter sink 31 of popping one's head in equally, when after fixture 5 fixing support rack 12 and kiln wall probe brick 3, fixture 5 can prevent the rotation of kiln wall probe brick 3, and avoid fiber cotton plate 6 and kiln wall probe brick 3 expanded by heating and coming off from fixture 5, add the stability of kiln wall entirety.
Embodiment 5
The present embodiment optimizes kiln wall tile on the basis of embodiment 2-embodiment 4 any embodiment, be specially: described kiln wall tile 4 entirety is in rectangular structure, the kiln wall tile circular trough 41 of indent is provided with in the middle part of one of them side in two large area sides of this rectangular structure, described kiln wall tile 4 is also provided with four difference upper and lower, symmetrical conical through-hole 42, described conical through-hole 42 to be all positioned at outside kiln wall tile circular trough 41 and the distance of center circle of conical through-hole (42) and kiln wall tile circular trough 41 from equal, small-bore end and the kiln wall tile circular trough 41 of described conical through-hole 42 are positioned at same side.
Kiln wall tile 4 and bracing frame 12 compress for coordinating with fixture 5 by the conical through-hole 42 of the present embodiment, kiln wall tile circular trough 41 indent forms the groove with certain space, when fiber cotton plate 6 expanded by heating, it can clamp-on kiln wall tile circular trough 41, it is avoided to impact kiln wall tile and damage kiln wall tile, strengthen the compression strength of kiln wall tile, in like manner, kiln wall tile circular trough 41 indent also makes when using said method to install, the part that the installation position distortion of fiber cotton plate 6 is protruded can insert probe brick circular trough 33, fiber cotton plate 6 is avoided to be out of shape or to ftracture, ensure integrity degree and the intensity of fiber cotton plate 6 after installing, the method is carried out smoothly.
As preferably, kiln wall tile suspension member 43 is also provided with in the conical through-hole 42 of described kiln wall tile 4, mate with described conical through-hole 42 outside this kiln wall tile suspension member 43, described kiln wall tile suspension member 43 inside is in axial direction provided with suspension member counter sink 431, and the counter sink portion cross section of suspension member counter sink 431 is square.
The kiln wall tile suspension member 43 of the present embodiment can replace kiln wall tile 4 stressed, reduce the thrust that kiln wall tile 4 is subject to, kiln wall tile suspension member 43 fixture 5 when compressing passes suspension member counter sink 431, the plush copper matched with the counter sink portion of suspension member counter sink 431 established by fixture 5, can prevent kiln wall tile suspension member 43 from rotating after clamping, further reinforcement kiln wall tile 4 bonding strength and stability, kiln wall tile 4 can use for a long time and there will not be damage.
Embodiment 6
The present embodiment has done following optimization on the basis of above-mentioned any embodiment: support frame as described above 12 is provided with multiple fixing hole 123 coordinated with fixture 5.
The fixing hole 123 of the present embodiment can be joined the securing members such as merga pass outer bolt and be clamped with fixture 5, connected by isolated brick component activity, is convenient to bracing frame 12 and the handling with isolated brick assembly, facilitates kiln wall bulk handling and carrying.
Be embodiments of the invention as mentioned above.The present invention is not limited to above-mentioned embodiment, and anyone should learn the structure change made under enlightenment of the present invention, and every have identical or close technical scheme with the present invention, all falls within protection scope of the present invention.
Claims (10)
1. brickkiln kiln wall construction, is characterized in that, comprises kiln wall steelframe (1), and this kiln wall steelframe (1) is made up of the bracing frame (12) of steel frame base (11) and steel frame base (11) upper end, support frame as described above (12) is suppressed with fiber cotton plate (6); It also comprises the isolated brick assembly being arranged on steel frame base (11) upper end, described fiber cotton plate (6) is positioned between bracing frame (12) and isolated brick assembly, and described isolated brick assembly is connected with the fixture (5) of bracing frame (12) by the cotton plate (6) of perforating fiber; Described kiln wall steelframe (1) inside is also filled with refractory brick.
2. novel brickkiln kiln wall construction according to claim 1, is characterized in that, described isolated brick assembly comprises the common brick (2), kiln wall probe brick (3) and the kiln wall tile (4) that set gradually from the bottom up.
3. novel brickkiln kiln wall construction according to claim 2, it is characterized in that: described isolated brick assembly includes row's common brick (2), row's kiln wall probe brick (3) and two rows' kiln wall tile (4) from the bottom up successively, and described common brick (2), kiln wall are popped one's head in, brick (3), kiln wall tile (4) are 1:1.5 ~ 2:2:10 with the ratio of the height of kiln wall steelframe (1).
4. brickkiln kiln wall construction according to claim 2, it is characterized in that, described kiln wall probe brick (3) entirety is in rectangular structure, two large area sides of this rectangular structure are respectively arranged with probe brick circular trough (33) and positioning boss (32), wherein, described probe brick circular trough (33) indent, described positioning boss (32) is outwardly, described kiln wall probe brick (3) is also provided with four difference upper and lower, symmetrical probe brick counter sink (31), described probe brick counter sink (31) is all positioned at outside probe brick circular trough (33), and the distance of center circle of four described probe brick counter sinks (31) and probe brick circular trough (33) is from equal, the counter sink portion of described probe brick counter sink (31) is positioned at the side at positioning boss (32) place of kiln wall probe brick (3).
5. brickkiln kiln wall construction according to claim 4, is characterized in that, the counter sink portion cross section of described probe brick counter sink (31) is square structure.
6. brickkiln kiln wall construction according to claim 2, it is characterized in that, described kiln wall tile (4) entirety is in rectangular structure, the kiln wall tile circular trough (41) of indent is provided with in the middle part of one of them side in two large area sides of this rectangular structure, described kiln wall tile (4) is also provided with four difference upper and lower, symmetrical conical through-hole (42), described conical through-hole (42) be all positioned at kiln wall tile circular trough (41) outside and the distance of center circle of conical through-hole (42) and kiln wall tile circular trough (41) from equal, small-bore end and the kiln wall tile circular trough (41) of described conical through-hole (42) are positioned at same side.
7. brickkiln kiln wall construction according to claim 6, it is characterized in that, kiln wall tile suspension member (43) is also provided with in the conical through-hole (42) of described kiln wall tile (4), this kiln wall tile suspension member (43) outside is mated with described conical through-hole (42), described kiln wall tile suspension member (43) inside is in axial direction provided with suspension member counter sink (431), and the counter sink portion cross section of suspension member counter sink (431) is square.
8. brickkiln kiln wall construction according to claim 1, is characterized in that, support frame as described above (12) is provided with multiple fixing hole (121) coordinated with fixture (5).
9. the manufacture method of brickkiln kiln wall construction, is characterized in that, the method comprises the following steps:
Step one: manufacture steel frame base (11) and bracing frame (12) respectively by figure paper size, is welded to form kiln wall steelframe (1) by steel frame base (11) and bracing frame (12);
Step 2: casting concrete is inner to steel frame base (11), carries out concrete surface and polish process after concrete cooling solidifies;
Step 3: the side by compression apparatus, cellucotton being compressed on bracing frame (12) by density requirements, forms fiber cotton plate (6);
Step 4: fiber cotton plate (6) is fixed on bracing frame (12) by anchoring piece (7);
Step 5: the employing of fiber cotton plate (6) surface is polished equipment and polishes;
Step 6: fiber cotton plate (6) edge cuts is neat by cutting equipment, and hole according to dimensional requirement;
Step 7: isolated brick assembly is fixed on fiber cotton plate (6) surface by fixture (5).
10. the manufacture method of brickkiln kiln wall construction according to claim 9, is characterized in that, the density of described fiber cotton plate (6) is 220Kg/m3.
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| JP2010230194A (en) * | 2009-03-26 | 2010-10-14 | Ube Ind Ltd | Method of constructing refractory material and constructed heating furnace |
| CN201892424U (en) * | 2010-12-09 | 2011-07-06 | 二十三冶建设集团有限公司 | Side wall structure of roasting furnace |
| CN204987871U (en) * | 2015-08-11 | 2016-01-20 | 宜宾市兴诺节能耐火材料有限责任公司 | Brickkiln kiln wall structure |
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2015
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JPH06273063A (en) * | 1993-03-25 | 1994-09-30 | Yutaka Dobashi | High temperature heat insulator, manufacture thereof and furnace wall structure using the same |
| CN1393676A (en) * | 2001-06-26 | 2003-01-29 | 山东鲁阳股份有限公司 | Combined ceramic fibre liner for furnace and its preparing process |
| CN201313944Y (en) * | 2008-12-03 | 2009-09-23 | 沈阳铝镁设计研究院 | Whole flue wall of baking furnace |
| JP2010230194A (en) * | 2009-03-26 | 2010-10-14 | Ube Ind Ltd | Method of constructing refractory material and constructed heating furnace |
| CN201892424U (en) * | 2010-12-09 | 2011-07-06 | 二十三冶建设集团有限公司 | Side wall structure of roasting furnace |
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| CN105066707B (en) | 2017-03-15 |
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