CN104652657A - Thin porous brick masonry type pipeline-embedded heat insulation wall for single-surface wall - Google Patents
Thin porous brick masonry type pipeline-embedded heat insulation wall for single-surface wall Download PDFInfo
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- CN104652657A CN104652657A CN201510091485.4A CN201510091485A CN104652657A CN 104652657 A CN104652657 A CN 104652657A CN 201510091485 A CN201510091485 A CN 201510091485A CN 104652657 A CN104652657 A CN 104652657A
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Abstract
The invention provides a thin porous brick masonry type pipeline-embedded heat insulation wall for a single-surface wall, and belongs to the structure design of a light-weight wall in which a pipeline can transversely penetrate through. The pipeline-embedded heat insulation wall is characterized in that a wall body is formed by combining a plurality of flat plate bricks and thin molded bricks, and each flat plate brick is provided with a wire penetrating concave part; a concave notch is formed in the middle part of each flat plate brick with the corresponding wire penetrating concave part; three brick holes with the same size are formed in the middle part of each thin molded brick; each layer of wall body is formed by continuously adhering a plurality of door-shaped units, and each door-shaped unit consists of one flat plate brick with the wire penetrating concave part and two thin molded bricks; a cured heat insulation material layer is arranged at the outer surface of the inner empty surface of each brick; pipelines, such as electric wires and water pipes, are arranged in the space of the door-shaped units of one layer of wall body and on the concave notches of the flat plate bricks with the wire penetrating concave parts, and the pipelines are embedded into the wall body. The thin porous brick masonry type pipeline-embedded heat insulation wall has the advantages that the pipeline is arranged in the wall body, so the arrangement of the pipeline is convenient, and the engineering quantity is reduced; the heat insulation material layer is arranged in the wall body, and the heat insulation material fills into the wall body, so the heat insulation effect is better, and the durability of the heat insulation material is better.
Description
Technical field
The invention belongs to construction wall technical field, particularly relate to the structure design of the light thermal-insulating body of wall that can cross pipeline within the walls.
Background technology
Present light thermal-insulating body of wall brick is all cellular structure, and this cellular structure brick has three shortcomings: one is that weight is too heavy, makes the body of wall of unit volume still heavier; Two is when doing wall construction, after cement piles up honeycomb face, a large amount of cement drops in hole, all bonding with porous between upper and lower two honeycomb bricks, on bonding plane cement flow into below in, very little, bonding insecure between upper and lower two honeycomb bricks, is unfavorable for wall quality to the cement of actual bonding upper and lower two honeycomb bricks.
All do not place the space of pipeline in the body of wall that present light thermal-insulating body of wall and old real core brick are done, house pipeline can only be arranged on exterior surface of wall, or destroys exterior surface of wall fluting, in the groove opened, install pipeline.Shortcoming is: fluting will destroy body of wall, increases engineering quantity.
Summary of the invention
The object of this invention is to provide bonding more firmly, light hollow body of wall that weight is lighter, this light hollow body of wall or a kind ofly have insulation layer and heat insulating material in body of wall, have can the light hollow of horizontally set pipe space can preheating embedding line heat-preserving wall.
Structure of the present invention is:
The thin porous brick of perpend wall can preheating embedding line heat-preserving wall, includes the recessed dull and stereotyped brick 34 of threading and thin type mold pressing fragment of brick 1, it is characterized in that:
The structure of the dull and stereotyped brick 34 having threading recessed is: comprise a flat fragment of brick 30 of cuboid mold pressing, the flat fragment of brick of mold pressing 30 has the interarea 31 that two areas are identical, the surrounding of interarea 31 has four strip sides 32, it is characterized in that: in four strip sides 32, have the interposition of a side 32 to be equipped with a depression breach 33, this depression breach 33 makes the corresponding sides position of two interareas 31 also have concave shape; The A/F 2-6 centimetre of depression breach 33, the degree of depth 2-6 centimetre of depression breach 33.
The structure of thin type mold pressing fragment of brick 1 is: the appearance and size of thin type mold pressing fragment of brick 1 is 320 millimeters × 200 millimeters × 65 millimeters, the brick hole 3 of three formed objects is provided with between two 200 millimeters × 65 millimeters relative little sides 2, the opening size in these three brick holes 3 is 50 millimeters × 35 millimeters, and these three brick holes 3 are all evenly distributed with the form that the limit of 35 millimeters is adjacent;
These three brick holes 3 are all with spacing 20 millimeters between the limit of 50 millimeters and the limit of 200 millimeters of little side 2, and 320 millimeters × 200 millimeters fragment of brick faces at these spacing 20 millimeters of places are fragment of brick wall face 4;
These three brick holes 3 are all with spacing 10 millimeters between another limit of 50 millimeters and another limit of 200 millimeters of little side 2, and 320 millimeters × 200 millimeters fragment of brick faces at these spacing 10 millimeters of places are empty face 5 in fragment of brick;
In fragment of brick, the external surface in empty face 5 is provided with the adiabator layer 6 of one deck solidification;
Perlite particle 7 is housed in brick hole 3, has the heat insulating material blocking 8 of solidification at the two ends in brick hole 3.
Polylith coordinates by the recessed dull and stereotyped brick 34 of threading and polylith thin type mold pressing fragment of brick 1 wall body structure formed, this body of wall is divided into multilayer, the structure of every one deck is identical, and the dislocation of the brickwork joint of every one deck is placed, and to be that multiple identical " door " font unit is bonding continuously form the structure of every one deck;
The structure of each " door " font unit: each unit comprises one and is made up of the recessed dull and stereotyped brick 34 of threading and two thin type mold pressing fragments of brick 1; Upwards, the interarea 31 of the dull and stereotyped brick 34 having threading recessed is vertical with body of wall face for the depression breach 33 of the dull and stereotyped brick 34 having threading recessed, and the two ends vertical edge of the some interareas of dull and stereotyped brick 34 31 having threading recessed is bonding with the little side 2 of two thin type mold pressing fragments of brick 1 respectively; The fragment of brick wall face 4 of two thin type mold pressing fragments of brick 1 is outside, as the external surface of body of wall; In the fragment of brick of two thin type mold pressing fragments of brick 1, empty face 5 is inside, becomes to have spacing distance opposite face; Two thin type mold pressing fragments of brick 1 are made to bond by the both sides of the recessed dull and stereotyped brick 34 of threading the structure forming " door " font unit of a horizontal positioned at one.
The structure of one deck body of wall: another interarea 31 two ends vertical edge of the dull and stereotyped brick 34 having threading recessed of " door " font unit is bonding with the little side 2 of two thin type mold pressing fragments of brick 1 of another " door " font unit respectively; By this structure, multiple " door " font unit is linked to be one deck body of wall; The transverse slat two ends of two pin and another " door " font that namely become " door " character form structure connect into one deck body of wall;
An integral wall: formed by the upper and lower overlap of multiple one deck bodies of wall, the brickwork joint dislocation of levels body of wall.
320 millimeters × 65 millimeters large sides 9 of described thin type mold pressing fragment of brick 1 are provided with turnover pipeline breach 35.
Due to the depression breach 33 of the interior space having " door " font unit and the dull and stereotyped brick 34 having threading recessed, making can the pipeline such as built-in electric wire, water pipe in body of wall.The turnover pipeline breach 35 of thin type mold pressing fragment of brick 1 is exactly for the passage be connected with the pipeline outside body of wall with pipeline pre-buried in body of wall.This body of wall position of thin type mold pressing fragment of brick 1 only for needing pipeline inside and outside body of wall to communicate having turnover pipeline breach 35.
The method of perlite particle 7 is filled: the heat insulating material of the first semifluid shape of flat Pu one deck 30-40 millimeter on ground in brick hole 3, then one of thin type mold pressing fragment of brick 1 is had on the little side 2 i.e. ground having brick hole 3 to be placed on the heat insulating material of semifluid shape, again perlite particle 7 is loaded in each brick hole 3, perlite particle 7 in brick hole 3 is finally inserted the heat insulating material of semifluid shape in the opening above brick hole 3 till installing to and having 30-40 millimeter from upper face brick hole 3 opening.Wait for the heat insulating material solidification of the above and below semifluid shape in brick hole 3, two ends, brick hole about 3 have had heat insulating material to block 8, make the thin type mold pressing fragment of brick 1 having perlite particle 7 in brick hole 3.Perlite particle 7 is also a kind of heat insulating material.
Body of wall is firmly bonding: when making the construction of body of wall, thin type mold pressing fragment of brick 1 does not have the plane in hole as the bonding plane of levels adjacent bricks with 200 millimeters × 65 millimeters, what adhesive effect was better than present honeycomb porous brick is all up and down porose bonding.Bonding with the dull and stereotyped brick 34 having threading recessed of atresia with porose little side 2, overcome porose the defect in bonding problem.
Wall weight is light: the volume to weight ratio of unit area body of wall is light, and the body of wall that this hollow wall is done than cellular structure brick is lighter, i.e. the body of wall of unit area, and body of wall of the present invention is hollow, and body of wall is light, and hollow is also more conducive to insulation.
Advantage of the present invention: compared with the body of wall done with cellular structure brick, the present invention is the light insulating wall that body of wall is bonding more firmly, weight is lighter.Compared with cellular structure brick, the weight of each block brick is lighter, and the few effort of operation, has seamed edge to facilitate hand-held,
Every one deck brick in body of wall of the present invention, there is the space of energy horizontally set pipeline, in body of wall, pipeline is set, can avoid destroying the problem that exterior surface of wall fluting installs pipeline, the passage that the turnover pipeline passway breach of thin type mold pressing fragment of brick connects as body of wall gut line and body of wall external pipeline, arranges pipeline and makes to arrange that pipeline is convenient, engineering quantity reduces in body of wall.
Brick hole makes wall quality high in the left and right side of building a wall: above brick and below be the face of bearing weight, require that levels brick is well bonding.And now honeycomb porous brick when building a wall, brick hole opening above and below, above and be not complete plane below, so adhesive effect is not good, affect wall quality.And above the brick of this patent and be complete plane below, so adhesive effect is good above and below, wall quality is better than the wall that present honeycomb porous brick is built.
Adiabator layer and fill out heat insulating material all in body of wall, and heat insulation effect is better, the durable usability of adiabator layer and adiabator is better.The heat-preserving wall being manufactured with heat insulating material just makes heat-preserving wall with there being the brick of heat insulating material when building a wall, and make the technique of heat-preserving wall simple, cost is low.Do not need to make heat-preserving wall by engineering form of construction work again after body of wall is made.
The advantage of this wall of the present invention brick used:
1, operation of building a wall is conducive to: thin porous brick of the present invention is exactly profile is flat shape, so lightweight 3.0 kilograms, can with one hand-held when building a wall, easy to operate when building a wall; And the approximate square shape that present honeycomb porous brick is length, width and height size to be more or less the same, weight weighs 8.0 kilograms, takes in one's arms when building a wall with two hands, inconvenient operation when building a wall.
2, load-bearing and weight are taken into account: brick of the present invention is for two pieces of bricks side by side, middle spacing, and two pieces of bricks respectively all use one side as the brick of this mode of building a wall of surface of wall.So thicker than face empty in fragment of brick one times of the fragment of brick wall face of this brick, in body of wall, two pieces side by side brick fragment of brick wall face be separately used for mainly bear weight, so fragment of brick wall face is thicker; And empty face is used for stablizing the structure of brick in the fragment of brick of two pieces of bricks, it is auxiliary for not bearing weight, so empty face is thinner in fragment of brick, can alleviate the weight of brick, reaches the object that weight capacity and brick body weight are taken into account.
3, wall face finish needs can be met: fragment of brick wall face 20 mm of thickness, the functional requirement of finishing can be met completely, can hang to be reappointed or reelected consecutively what utensil arbitrarily on wall.
4, be the brick preferably building hollow wall: the brick of traditional hollow wall only has 30 mm of thickness, make the widest area of brick little in order to wall stability, efficiency of building a wall is low.The present invention makes brick thickness reach 65 millimeters, upper and lower brick brick broadens paving red dog, reach when being convenient to build by laying bricks or stones mortar full and meet connecting lacing wire install, the hollow wall brick area increasing that the widest area ratio of brick is traditional is twice, volume increases nearly 5 times, and used loose structure, make the heavy left and right that only doubles.Achieve lightweight, area is large, weight capacity is large, the much higher sets of advantages of efficiency of building a wall.
5, energy is as the brick building hollow wall: this brick is as the brick building hollow wall, the hollow wall be built into can the direct pipeline such as built-in electric wire, water pipe anyhow in the hollow space of wall, as will be again changed pipeline path, only on body of wall, anyhow need can complete pipeline cross-under to straight opening, not need separately to cut a hole surface of wall and damage body of wall.
6, make adiabator layer and fill out the cost of heat insulating material low: the adiabator layer being provided with one deck solidification at the external surface of fragment of brick wall face, with in brick hole, perlite particle is housed, there is the heat insulating material of solidification to block at the two ends in brick hole, all complete at brickmaking station-service machinery, efficiency is high, cost is low, do not need to remake adiabator layer in the body of wall puzzled, so it is low to make adiabator layer cost; The external-wall heat-insulation material of building is made in wall interior, heat insulation effect is better, the more durable use of heat insulating material.And present wall heat insulation material layer is after body of wall is built into, make adiabator layer by the mode of engineering construction, so it is high to make adiabator layer cost.
Accompanying drawing is said
Fig. 1 is the perspective view of thin type mold pressing fragment of brick;
Fig. 2 is the cross-sectional view of thin type mold pressing fragment of brick;
Fig. 3 is the Light Wall perspective view that the present invention can cross pipeline within the walls;
Fig. 4 is the perspective view of the dull and stereotyped brick having threading recessed.
In figure, 1 be thin type mold pressing fragment of brick, 2 are little sides, 3 are brick holes, 4 are fragment of brick wall faces, 5 be that in fragment of brick, empty face, 6 is adiabator layers, 7 are perlite particles, 8 are heat insulating material blockings, 9 are large sides, 30 are flat fragments of brick of mold pressing, 31 are interareas, 32 are sides, 33 are depression breach, 34 are the dull and stereotyped bricks, 35 having threading recessed is turnover pipeline passway breach.
Detailed description of the invention
Embodiment 1, the thin porous brick of perpend wall can preheating embedding line heat-preserving wall
As Fig. 1,2,3,4, comprise dull and stereotyped brick 34 that polylith has threading recessed and thin type mold pressing fragment of brick 1 is combined into body of wall;
The structure of the dull and stereotyped brick 34 having threading recessed is: comprise a flat fragment of brick 30 of cuboid mold pressing, the flat fragment of brick of mold pressing 30 has the interarea 31 that two areas are identical, the surrounding of interarea 31 has four strip sides 32, it is characterized in that: in four strip sides 32, have the interposition of a side 32 to be equipped with a depression breach 33, this depression breach 33 makes the corresponding sides position of two interareas 31 also have concave shape; The A/F 2-6 centimetre of depression breach 33, the degree of depth 2-6 centimetre of depression breach 33.
The structure of thin type mold pressing fragment of brick 1 is: the appearance and size of thin type mold pressing fragment of brick 1 is 320 millimeters × 200 millimeters × 65 millimeters, the brick hole 3 of three formed objects is provided with between two 200 millimeters × 65 millimeters relative little sides 2, the opening size in these three brick holes 3 is 50 millimeters × 35 millimeters, and these three brick holes 3 are all evenly distributed with the form that the limit of 35 millimeters is adjacent;
These three brick holes 3 are all with spacing 20 millimeters between the limit of 50 millimeters and the limit of 200 millimeters of little side 2, and 320 millimeters × 200 millimeters fragment of brick faces at these spacing 20 millimeters of places are fragment of brick wall face 4;
These three brick holes 3 are all with spacing 10 millimeters between another limit of 50 millimeters and another limit of 200 millimeters of little side 2, and 320 millimeters × 200 millimeters fragment of brick faces at these spacing 10 millimeters of places are empty face 5 in fragment of brick;
In fragment of brick, the external surface in empty face 5 is provided with the adiabator layer 6 of one deck solidification;
Perlite particle 7 is housed in brick hole 3, has the heat insulating material blocking 8 of solidification at the two ends in brick hole 3.
Polylith coordinates by the recessed dull and stereotyped brick 34 of threading and polylith thin type mold pressing fragment of brick 1 wall body structure formed, this body of wall is divided into multilayer, the structure of every one deck is identical, and the dislocation of the brickwork joint of every one deck is placed, and to be that multiple identical " door " font unit is bonding continuously form the structure of every one deck;
The structure of each " door " font unit: each unit comprises one and is made up of the recessed dull and stereotyped brick 34 of threading and two thin type mold pressing fragments of brick 1; Upwards, the interarea 31 of the dull and stereotyped brick 34 having threading recessed is vertical with body of wall face for the depression breach 33 of the dull and stereotyped brick 34 having threading recessed, and the two ends vertical edge of the some interareas of dull and stereotyped brick 34 31 having threading recessed is bonding with the little side 2 of two thin type mold pressing fragments of brick 1 respectively; The fragment of brick wall face 4 of two thin type mold pressing fragments of brick 1 is outside, as the external surface of body of wall; In the fragment of brick of two thin type mold pressing fragments of brick 1, empty face 5 is inside, becomes to have spacing distance opposite face; Two thin type mold pressing fragments of brick 1 are made to bond by the both sides of the recessed dull and stereotyped brick 34 of threading the structure forming " door " font unit of a horizontal positioned at one.
The structure of one deck body of wall: another interarea 31 two ends vertical edge of the dull and stereotyped brick 34 having threading recessed of " door " font unit is bonding with the little side 2 of two thin type mold pressing fragments of brick 1 of another " door " font unit respectively; By this structure, multiple " door " font unit is linked to be one deck body of wall; The transverse slat two ends of two pin and another " door " font that namely become " door " character form structure connect into one deck body of wall.In multiple " door " font unit of certain one deck body of wall among space, and the dull and stereotyped brick 34 having threading recessed of this multiple " door " font unit caves on breach 33 and places the pipeline such as electric wire, water pipe, makes wall pre-embedded have pipeline.Be embedded with some position of pipeline at this one deck, with the thin type mold pressing fragment of brick 1 having turnover pipeline breach 35, preheating embedding line in the body of wall of these positions can be communicated with the pipeline outside body of wall, then body of wall no longer needs to walk pipeline outward.320 millimeters × 65 millimeters large sides 9 of thin type mold pressing fragment of brick 1 are provided with turnover pipeline breach 35.
An integral wall: formed by the upper and lower overlap of multiple one deck bodies of wall, the brickwork joint dislocation of levels body of wall.
The method of perlite particle 7 is filled: the heat insulating material of the first semifluid shape of flat Pu one deck 30-40 millimeter on ground in brick hole 3, then one of thin type mold pressing fragment of brick 1 is had on the little side 2 i.e. ground having brick hole 3 to be placed on the heat insulating material of semifluid shape, again perlite particle 7 is loaded in each brick hole 3, perlite particle 7 in brick hole 3 is finally inserted the heat insulating material of semifluid shape in the opening above brick hole 3 till installing to and having 30-40 millimeter from upper face brick hole 3 opening.Wait for the heat insulating material solidification of the above and below semifluid shape in brick hole 3, two ends, brick hole about 3 have had heat insulating material to block 8, make the thin type mold pressing fragment of brick 1 having perlite particle 7 in brick hole 3.Perlite particle 7 is also a kind of heat insulating material.
Claims (2)
1. the thin porous brick of perpend wall can preheating embedding line heat-preserving wall, includes the recessed dull and stereotyped brick (34) of threading and thin type mold pressing fragment of brick (1), it is characterized in that:
The structure of the dull and stereotyped brick (34) having threading recessed is: comprise a flat fragment of brick of cuboid mold pressing (30), the flat fragment of brick of mold pressing (30) has the interarea (31) that two areas are identical, the surrounding of interarea (31) has four strip sides (32), in four strip sides (32), have the interposition of a side (32) to be equipped with depression breach (33), this depression breach (33) makes the corresponding sides position of two interareas (31) also have concave shape; The A/F 2-6 centimetre of depression breach (33), the degree of depth 2-6 centimetre of depression breach (33);
The structure of thin type mold pressing fragment of brick (1) is: the appearance and size of thin type mold pressing fragment of brick (1) is 320 millimeters × 200 millimeters × 65 millimeters, the brick hole (3) of three formed objects is provided with between two 200 millimeters × 65 millimeters relative little sides (2), the opening size of these three brick holes (3) is 50 millimeters × 35 millimeters, and these three brick holes (3) are all evenly distributed with the form that the limit of 35 millimeters is adjacent;
These three brick holes (3) are all with spacing 20 millimeters between the limit of 50 millimeters and the limit of 200 millimeters of little side (2), and 320 millimeters × 200 millimeters fragment of brick faces at these spacing 20 millimeters of places are fragment of brick wall face (4);
These three brick holes (3) are all with spacing 10 millimeters between another limit of 50 millimeters and another limit of 200 millimeters of little side (2), and 320 millimeters × 200 millimeters fragment of brick faces at these spacing 10 millimeters of places are empty face (5) in fragment of brick;
In fragment of brick, the external surface of empty face (5) is provided with the adiabator layer (6) of one deck solidification;
Perlite particle (7) is housed in brick hole (3), has the heat insulating material of solidification to block (8) at the two ends of brick hole (3);
The dull and stereotyped brick (34) that polylith has threading recessed and polylith thin type mold pressing fragment of brick (1) coordinate the wall body structure of composition, this body of wall is divided into multilayer, the structure of every one deck is identical, the brickwork joint dislocation of every one deck is placed, and to be that multiple identical " door " font unit is bonding continuously form the structure of every one deck;
The structure of each " door " font unit: each unit comprises a dull and stereotyped brick (34) having threading recessed and two thin type mold pressing fragment of brick (1) combination compositions; The depression breach (33) of the dull and stereotyped brick (34) having threading recessed upwards, the interarea (31) of the dull and stereotyped brick (34) having threading recessed is vertical with body of wall face, and the two ends vertical edge of dull and stereotyped brick (34) the some interareas (31) having threading recessed is bonding with the little side (2) of two thin type mold pressing fragments of brick (1) respectively; The fragment of brick wall face (4) of two thin type mold pressing fragments of brick (1) is outside, as the external surface of body of wall; In the fragment of brick of two thin type mold pressing fragments of brick (1), empty face (5) are inside, become to have spacing distance opposite face; Make two thin type mold pressing fragments of brick (1) in the structure of " door " font unit of the both sides of a dull and stereotyped brick (34) having a threading recessed bonding composition horizontal positioned;
The structure of one deck body of wall: another interarea (31) the two ends vertical edge of the dull and stereotyped brick (34) having threading recessed of " door " font unit is bonding with the little side (2) of two thin type mold pressing fragments of brick (1) of another " door " font unit respectively; By this structure, multiple " door " font unit is linked to be one deck body of wall; The transverse slat two ends of two pin and another " door " font that namely become " door " character form structure connect into one deck body of wall;
An integral wall: formed by the upper and lower overlap of multiple one deck bodies of wall, the brickwork joint dislocation of levels body of wall.
2. the thin porous brick of perpend wall according to claim 1 can preheating embedding line heat-preserving wall, it is characterized in that:
320 millimeters × 65 millimeters large sides (9) of described thin type mold pressing fragment of brick (1) are provided with turnover pipeline breach (35).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510091485.4A CN104652657A (en) | 2015-02-15 | 2015-02-15 | Thin porous brick masonry type pipeline-embedded heat insulation wall for single-surface wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510091485.4A CN104652657A (en) | 2015-02-15 | 2015-02-15 | Thin porous brick masonry type pipeline-embedded heat insulation wall for single-surface wall |
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| CN104652657A true CN104652657A (en) | 2015-05-27 |
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| DE3409884A1 (en) * | 1984-03-17 | 1985-09-19 | Manfred 6204 Taunusstein Bruer | Concrete-block system for erecting walls and structures, in particular for garden architecture |
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| CN2915991Y (en) * | 2006-04-18 | 2007-06-27 | 伍春晖 | Composite heat-insulation perlite block |
| CN203531217U (en) * | 2013-10-15 | 2014-04-09 | 泉州市三联机械制造有限公司 | Hard concrete composite self-heat-preservation block |
| CN203583716U (en) * | 2013-11-19 | 2014-05-07 | 周世华 | Light heat-insulation wall |
| CN203961053U (en) * | 2014-07-22 | 2014-11-26 | 周世华 | What " door " font brick formed can cross the light insulating wall of pipeline within the walls |
| CN203961107U (en) * | 2014-07-22 | 2014-11-26 | 周世华 | A kind of light insulating wall that can cross within the walls pipeline |
| CN204001375U (en) * | 2014-07-22 | 2014-12-10 | 周世华 | The single breach plane brick that has the combined wall of horizontal threading to use |
| CN204531062U (en) * | 2015-02-15 | 2015-08-05 | 周世华 | The thin porous brick of perpend wall can preheating embedding line heat-preserving wall |
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2015
- 2015-02-15 CN CN201510091485.4A patent/CN104652657A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3409884A1 (en) * | 1984-03-17 | 1985-09-19 | Manfred 6204 Taunusstein Bruer | Concrete-block system for erecting walls and structures, in particular for garden architecture |
| DE4425474A1 (en) * | 1994-07-19 | 1996-01-25 | Gustav Adolf Sporkenbach | Brick for erection of vertical building walls |
| CN2915991Y (en) * | 2006-04-18 | 2007-06-27 | 伍春晖 | Composite heat-insulation perlite block |
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| CN204001375U (en) * | 2014-07-22 | 2014-12-10 | 周世华 | The single breach plane brick that has the combined wall of horizontal threading to use |
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