CN201991107U - Wall body constructed by self-embedded heat insulation building blocks - Google Patents
Wall body constructed by self-embedded heat insulation building blocks Download PDFInfo
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- CN201991107U CN201991107U CN2011200051556U CN201120005155U CN201991107U CN 201991107 U CN201991107 U CN 201991107U CN 2011200051556 U CN2011200051556 U CN 2011200051556U CN 201120005155 U CN201120005155 U CN 201120005155U CN 201991107 U CN201991107 U CN 201991107U
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Abstract
The utility model relates to a wall body constructed by self-embedded heat insulation building blocks. The wall body is constructed by occluding a bottom left type angle building block, a bottom right type angle building block, a horizontal male and female type building block, a horizontal double-mother type building block, a top left type angle building block, a top right type angle building block, a vertical left type angle building block, a vertical right type angle building block, a wall body male and female type building block, a wall body double-mother type building block, an edge folding layer building block and a sealing building block in a manner that flanges are matched with grooves. The wall body needs not to be built by mortar, so that the full-dry operation construction is realized, the construction process on site is simplified, and the construction efficiency of the wall body is improved; and meanwhile, as each building block is made of environment-friendly and recyclable plastics, adopts a hollow structure and is full of heat insulation materials like foamed plastics, the material consumption of a main building structure can be reduced, and the self weight of the wall body can be reduced; and moreover, a heat conduction path can be improved by the building blocks occluded with one another, so that the whole wall body has remarkable environment protection and heat insulation effects.
Description
Technical field
The utility model discloses a kind of civil construction project that is used for, the body of wall by making up from the build-in insulation blocks belongs to the civil engineering work technical field.
Background technology
In today of low-carbon economy, environment protecting and power-saving also becomes the theme of building field.Construction wall has accounted for the larger specific gravity of whole building construction resource in view of the scale of construction, and body of wall has also play a part very crucially in building thermal-insulation energy-saving, thereby solves the environmental protection of body of wall itself and energy-conservationly just seems significant.
Present building block class body of wall is consumption and the raising heat-insulating property from reducing clay resource mainly, taked a large amount of technological innovations, from the solid clay brick to the structural clay tile, arrive fly ash building block, air-entrained concrete building block etc. again, the concrete heat-insulating block of sandwich heat preservation layer etc. has appearred again recently, but this class insulation blocks all needs to carry out secondary with mortar builds (wet trade) by laying bricks or stones, not only time-consuming, consumption of natural resource, also can cause the environment pollution of job site, screed owing to blockhouse forms heat conducting heat bridge simultaneously, thereby heat insulation effect is descended.
Summary of the invention
Problems such as the technical problems to be solved in the utility model is that present walling unit is existing with the not enough environmental protection of material, and construction wet trade and heat insulation effect are not good enough provide a kind of by the body of wall that makes up from the build-in insulation blocks.
Described in the utility model by the body of wall that makes up from build-in insulation blocks levorotation angle building block bottom comprising, the right type angle building block in bottom, the building block of horizontal sides male and female type, the two parent form building blocks of horizontal sides, top levorotation angle building block, the angle building block of top right type, the building block of stile levorotation, the right type building block of stile, the building block of body of wall male and female type, the two parent form building blocks of body of wall, receipts boundary layer building block and sealing building block make up in interior building block and form.
The mutual interlock of mode that the levorotation angle building block of aforementioned bottom, the building block of horizontal sides male and female type, the two parent form building blocks of horizontal sides, right type angle, bottom blockhouse adopt flange and groove to match forms the base of body of wall.
The mutual interlock of mode that the levorotation angle building block of aforementioned bottom, the building block of stile levorotation, levorotation angle, top blockhouse adopt flange and groove to match forms the limit, left side of body of wall.
The right type angle building block in aforementioned bottom, the right type building block of stile, top right type angle blockhouse adopt the mutual interlock that matches of flange and groove to form the right edge of body of wall.
The two parent form building blocks of the angle building block of aforementioned top levorotation, the building block of horizontal sides male and female type, horizontal sides, top right type angle blockhouse adopt the mutual interlock that matches of flange and groove to form the top margin of body of wall.
Two alternate settings of parent form building block of the building block of aforementioned body of wall male and female type and body of wall and the mode that adopts flange and groove to match successively make up the main part of body of wall, main part makes up the back that finishes and adopts the building block of receipts boundary layer to receive the limit, when make up receiving the last layer of boundary layer and body of wall main part, reserve a space at identical medium position and be used to install the sealing building block, can form the completed wall body structure.
The levorotation angle building block of above-mentioned bottom is the building block of L type, and its side top and top, base are equipped with wide type flange, and the right side of two wide type flanges is equipped with narrow type flange.The structure of bottom right type angle building block and the symmetrical configuration of bottom levorotation angle building block.
The matrix of above-mentioned horizontal sides male and female type building block is a cuboid, and its top is provided with wide type flange, and the left side of this wide type flange has narrow type groove, and the right side is provided with narrow type flange.
The matrix of the two parent form building blocks of above-mentioned horizontal sides is a cuboid, and its top is provided with wide type flange, and the left and right side both sides of this wide type flange all have narrow type groove.
When the two parent form building blocks of the building block of horizontal sides male and female type, horizontal sides are used to make up the base, its wide type flange up, its wide type flange is down when being used to make up top margin.
The levorotation angle building block of above-mentioned top is the building block of L type, and its bottom, limit, left side has wide type groove, and the bottom of right side top margin is provided with wide type flange, and the right side of this wide type flange is provided with narrow type flange; The symmetrical configuration of the structure of top right type angle building block and top levorotation angle building block.
The matrix of above-mentioned stile levorotation building block is cuboid, and its top is provided with wide type flange, the bottom has wide type groove, and the right side of matrix is provided with narrow type flange; The structure of the right type building block of stile and the symmetrical configuration of stile levorotation building block.
The matrix of above-mentioned body of wall male and female type building block is cuboid, and its top is provided with wide type flange, and the bottom has wide type groove; The left side of matrix has narrow type groove, and the right side is provided with narrow type flange.
The matrix of the two parent form building blocks of above-mentioned body of wall is cuboid, and its top is provided with wide type flange, and the bottom has wide type groove; The left and right side both sides of matrix all have narrow type groove.
The matrix of last receipts boundary layer building block is a cuboid, and its top and bottom all have wide type groove, and an end of matrix has narrow type groove, and the other end is provided with narrow type flange.
The top of above-mentioned sealing building block and bottom all have wide type groove, and left and right two ends all have narrow type groove; Whole sealing building block is put together with a left side half sealing building block and the right half sealing building block of left and right two symmetrical configuration.
For ease of the mutual interlock between the different building blocks, the width of the wide type flange of all building blocks is identical, the height of the wide type flange of all building blocks is identical, the width of the wide type groove of all building blocks is identical, the degree of depth of the wide type groove of all building blocks is identical, the width of the narrow type flange of all building blocks is identical, the height of the narrow type flange of all building blocks is identical, the width of the narrow type groove of all building blocks is identical, the degree of depth of the narrow type groove of all building blocks is identical; The width of the wide type groove of width of the wide type flange of all building blocks, the width of the narrow type flange of all building blocks equals the width of narrow type groove; The wide type depth of groove of all building blocks equals the height of wide type flange, and the degree of depth of the narrow type groove of all building blocks equals the height of narrow type flange.
The height of the building block of above-mentioned body of wall male and female type, the two parent form building blocks of body of wall and receipts boundary layer building block matrix is greater than the wide type depth of groove of all the other building blocks of twice; The length of the building block of body of wall male and female type, the two parent form building blocks of body of wall and receipts boundary layer building block matrix is greater than the degree of depth of the narrow type groove of all the other building blocks of twice; The height of body of wall male and female type building block matrix equates with the height of the two parent form building block matrixes of body of wall; The matrix length of body of wall male and female type building block has the long and short two kind, and the length of long building block is the long twice of short building block, and the alternate setting of length building block can guarantee the stagger distance of a short building block length of the vertical abutment joint of walling unit like this.
The matrix height of above-mentioned sealing building block equals to receive the matrix height and the body of wall male and female type building block matrix height sum of boundary layer building block; The matrix length of sealing building block equals the matrix length of the two parent form building blocks of body of wall; Receive the matrix length of the matrix length of boundary layer building block, to guarantee to receive the installation of boundary layer less than the sealing building block.
Be to strengthen heat-insulating property, all building blocks are hollow structure inside, and are filled with heat insulating material in the inner chamber of all building blocks, as foamed plastic etc.
For strengthening rigidity, the internal chamber wall of all building blocks is provided with and vertically encloses rib and laterally enclose rib.
All building block flanges that the utility model adopted or groove all are positioned at building block width (wall thickness) center and prolong building block base length direction or the elongated setting of short transverse.
Constitute on the matrix of the right type angle building block in bottom levorotation angle building block, bottom, the building block of horizontal sides male and female type, the two parent form building blocks of horizontal sides, the building block of stile levorotation, the right type building block of stile, top levorotation angle building block and the angle building block of top right type of the utility model body of wall base, side and top margin and be equipped with through hole, with example in base of the present utility model and bottom building structure are fixed, side and side building structure is fixed, top margin and top building structure are fixed.
Construction procedures of the present utility model is for constructing the border building block earlier, constructs the middle part body of wall more from bottom to top, and the sealing building block at top is installed at last.The border building block is connected with building structure with bolt around the body of wall, and a pair of sealing building block is connected with bolt, and each blockhouse is connected with groove by flange.
The beneficial effects of the utility model are:
1, each blockhouse forms overall structure by the flange and the mutual interlock of groove of coupling, need not to use mortar to build by laying bricks or stones, has realized the absolutely dry job execution of body of wall, has simplified on-the-spot construction technology, has improved the work efficiency that body of wall is constructed;
2, hollow-core construction is adopted in each building block, can reduce the material consumption of main building structure, alleviates the deadweight of body of wall;
3, the building block of interlock has improved heat conduction path mutually, owing to fill in and issue the heat insulating material of bubble plastics and so in each building block, makes whole body of wall environmental protection and energy saving heat insulation effect remarkable simultaneously;
4, each building block can adopt the callable plastics of environmental protection as making raw material, with further reinforcement energy-saving heat preserving effect.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further described:
Fig. 1-the 1st, body of wall elevational schematic view of the present utility model.
Fig. 1-2 is the body of wall schematic three dimensional views of being built by the building block group.
Fig. 2-the 1st, the utility model bottom levorotation angle building block schematic three dimensional views
Fig. 2-the 2nd, the utility model bottom right type angle building block schematic three dimensional views
Fig. 3-the 1st, the utility model horizontal sides male and female type building block schematic three dimensional views.
Fig. 3-the 2nd, the two parent form building block schematic three dimensional views of the utility model horizontal sides.
Fig. 4-the 1st, the utility model top levorotation angle building block schematic three dimensional views.
Fig. 4-2 top right type angle building block schematic three dimensional views.
Fig. 5-the 1st, the utility model stile levorotation building block schematic three dimensional views.
Fig. 5-the 2nd, the right type building block of the utility model stile schematic three dimensional views.
Fig. 6-1 and Fig. 6 the-the 2nd, the schematic three dimensional views of the utility model body of wall male and female type building block different angles.
Fig. 7-1 and Fig. 7 the-the 2nd, the schematic three dimensional views of the two parent form building block different angles of the utility model body of wall.
Fig. 8 is the schematic three dimensional views that the utility model is received the boundary layer building block.
Fig. 9-the 1st, the schematic three dimensional views of the utility model sealing building block.
Fig. 9-the 2nd, the schematic three dimensional views of the left half block of formation the utility model sealing building block.
Fig. 9-the 3rd, the schematic three dimensional views of the right half block of formation the utility model sealing building block.
Figure 10-1 is to Figure 10-the 3rd, the utility model body of wall male and female type building block internal construction schematic three dimensional views.
Figure 11-1 is to Figure 11-the 3rd, the two parent form building block internal construction schematic three dimensional views of the utility model body of wall.
Among the figure, 1 is bottom levorotation angle building block, and 1-1 is the wide type flange of bottom levorotation angle building block, and 1-2 is the narrow type flange of bottom levorotation angle building block; 2 is the right type angle building block in bottom; 3 is the building block of horizontal sides male and female type, and the wide type flange of 3-1 horizontal sides male and female type building block, 3-2 are the narrow type groove of horizontal sides male and female type building block, and 3-3 is the narrow type flange of horizontal sides male and female type building block; 4 is the two parent form building blocks of horizontal sides, and 4-1 is the wide type flange of the two parent form building blocks of horizontal sides, and 4-2 is the narrow type groove of the two parent form building blocks of horizontal sides; 5 is top levorotation angle building block, and 5-1 is the wide type groove of top levorotation angle building block, and 5-2 is the wide type flange of top levorotation angle building block, and 5-3 is the narrow type flange of top levorotation angle building block; 6 is the angle building block of top right type; 7 is stile levorotation building block 7, and 7-1 is the wide type flange of stile levorotation building block, and 7-2 is the wide type groove of stile levorotation building block, and 7-3 is the narrow type flange of stile levorotation building block; 8 is the right type building block of stile; 9 is the building block of body of wall male and female type, and 9-1 is the wide type flange of body of wall male and female type building block, and 9-2 is the wide type groove of body of wall male and female type building block, and 9-3 is the narrow type groove of body of wall male and female type building block, and 9-4 is the narrow type flange of body of wall male and female type building block; 10 is the two parent form building blocks of body of wall, and 10-1 is the wide type flange of the two parent form building blocks of body of wall, 10-2 be the two parent form building blocks of body of wall wide type groove, 10-3 is the narrow type groove of the two parent form building blocks of body of wall; 11 for receiving boundary layer building block 11, and 11-1 is for receiving the wide type groove of boundary layer building block, and 11-2 is for receiving the narrow type groove of boundary layer building block, and 11-3 is for receiving the narrow type flange of boundary layer building block; 12 are the sealing building block, and 12-1 is the wide type groove of sealing building block, and 12-2 is the narrow type groove of sealing building block; 13 is structural column, and 14 is the structure beam slab, and 16 is through hole, and 17 is shell, and 18 for vertically enclosing rib, and 19 for laterally enclosing rib.
The specific embodiment
Referring to each accompanying drawing, the building block that makes up the utility model body of wall is divided into bottom levorotation angle building block 1, the right type angle building block 2 in bottom, horizontal sides male and female type building block 3, the two parent form building blocks 4 of horizontal sides, top levorotation angle building block 5, top right type angle building block 6, stile levorotation building block 7, the right type building block 8 of stile, body of wall male and female type building block 9, the two parent form building blocks 10 of body of wall, receive boundary layer building block 11, and sealing building block (12).All building blocks be hollow structure inside and in fill in and issue the bubble plastics, the internal chamber wall of building block is provided with and vertically encloses rib 18 and laterally enclose the shell 17 that rib 19 supports building block, thereby strengthens the rigidity of building block.
Above-mentioned bottom levorotation angle building block 1 is the building block of L type, and its side top and top, base are equipped with wide type flange 1-1, and the right side of two wide type flange 1-1 is equipped with narrow type flange 1-2.The structure of bottom right type angle building block 2 and the symmetrical configuration of bottom levorotation angle building block 1.
The matrix of above-mentioned horizontal sides male and female type building block 3 is a cuboid, and its top is provided with wide type flange 3-1, and the left side of this wide type flange has narrow type groove 3-2, and the right side is provided with narrow type flange 3-3.
The above-mentioned matrix of stating the two parent form building blocks 4 of horizontal sides is a cuboid, and its top is provided with wide type flange 4-1, and the left and right side both sides of this wide type flange all have narrow type groove 4-2.
Above-mentionedly state top levorotation angle building block 5 and be the building block of L type, its bottom, limit, left side has wide type groove 5-1, and the bottom of right side top margin is provided with wide type flange 5-2, and the right side of this wide type flange 5-2 is provided with narrow type flange 5-3; The symmetrical configuration of the structure of top right type angle building block 6 and top levorotation angle building block 5.
The matrix of above-mentioned stile levorotation building block 7 is cuboid, and its top is provided with wide type flange 7-1, the bottom has wide type groove 7-2, and the right side of matrix is provided with narrow type flange 7-3; The structure of the right type building block 8 of stile and the symmetrical configuration of stile levorotation building block 7.
The matrix of above-mentioned body of wall male and female type building block 9 is cuboid, and its top is provided with wide type flange 9-1, and the bottom has wide type groove 9-2; The left side of matrix has narrow type groove 9-3, and the right side is provided with narrow type flange 9-4.
The matrix of the two parent form building blocks 10 of above-mentioned body of wall is cuboid, and its top is provided with wide type flange 10-1, and the bottom has wide type groove 10-2; The left and right side both sides of matrix all have narrow type groove 10-3.
The matrix of receiving boundary layer building block 11 is a cuboid, and its top and bottom all have wide type groove 11-1, and an end of matrix has narrow type groove 11-2, and the other end is provided with narrow type flange 11-3.
The top of above-mentioned sealing building block 12 and bottom all have wide type groove 12-1, and left and right two ends all have narrow type groove 12-2; Whole sealing building block is put together with a left side half sealing building block and the right half sealing building block of left and right two symmetrical configuration.
The flange of above-mentioned building block or groove all are positioned at the center of building block matrix width (wall thickness), and along building block matrix length direction or the elongated setting of short transverse.The width of the width of the wide type flange of all building blocks, the height of wide type flange, the width of wide type groove, the degree of depth of wide type groove, the width of narrow type flange, the height of narrow type flange, narrow type groove and the degree of depth of narrow type groove are unified.Its size satisfies the width of the width (wall thickness) of building block greater than wide type flange, and the width of wide type flange is greater than the width of narrow type flange, and the width of the wide type flange of building block equals the width of wide type groove, and the width of the narrow type flange of building block equals the width of narrow type groove; The height of the building block of body of wall male and female type, the two parent form building blocks of body of wall and receipts boundary layer building block matrix is greater than the wide type depth of groove of twice, wide type depth of groove equals the height of wide type flange, the length of the building block of body of wall male and female type, the two parent form building blocks of body of wall and receipts boundary layer building block matrix is greater than the degree of depth of the narrow type groove of twice, and the degree of depth of narrow type groove equals the height of narrow type flange.The matrix height of the matrix height of body of wall male and female type building block, the two parent form building blocks of body of wall equates, the matrix length of body of wall male and female type building block has the long and short two kind, the length of long building block is the long twice of short building block, and length building block fit applications can guarantee the stagger distance of a short building block length of the vertical abutment joint of walling unit like this.The matrix height of sealing building block equal to receive the matrix height of boundary layer building block and body of wall male and female type building block matrix height and, the matrix length of sealing building block equals the matrix length of the two parent form building blocks of body of wall; Receive the matrix length of the matrix length of boundary layer building block, be convenient to like this install smoothly and receive the boundary layer building block less than the sealing building block.
Build Order by the body of wall that makes up from the build-in insulation blocks described in the utility model is as follows:
1, makes up the base
The narrow type flange 1-2 of bottom levorotation angle building block 1 and the narrow type groove 3-2 of horizontal sides male and female type building block 3 are interlockingly connected, the narrow type groove 3-2 of the narrow type flange 3-3 of previous horizontal sides male and female type building block and the building block of next horizontal male and female type is interlockingly connected, by that analogy, the narrow type flange of bottom right type angle building block 2 and the narrow type groove 3-2 of horizontal sides male and female type building block are interlockingly connected, connect with the two parent form building blocks 4 of level between two relative horizontal male and female type building blocks 3, the two ends narrow type groove 4-2 of the two parent form building blocks 4 of level is interlockingly connected with the narrow type flange 3-3 of adjacent horizontal male and female type building block 3 respectively, above-mentioned building block all is connected with bottom building structure with bolt by the through hole (16) that is positioned on its matrix, is configured to the bottom boundary of body of wall.
2, make up limit, left side and right edge
The wide type groove 7-2 of the bottom of the wide type flange 1-1 of bottom levorotation angle building block 1 side top and stile levorotation building block 7 is interlockingly connected, the wide type groove 7-2 of the wide type flange 7-1 at stile levorotation building block top and next stile levorotation building block 7 bottoms is interlockingly connected, by that analogy, the wide type flange 7-1 at stile levorotation building block 7 tops at body of wall top and the wide type groove 5-1 of top levorotation angle building block 5 are interlockingly connected, building block of stile levorotation and top levorotation building block all are connected with left side structural column 13 by the through hole 16 usefulness bolts that are positioned on the building block matrix, form the body of wall left margin.
Adopt above-mentioned identical order, make up the right edge of body of wall with right type angle building block 2 in bottom and the right type building block 8 of stile, at last building block of stile levorotation and top levorotation building block are connected with right side structural column 13 by the through hole 16 usefulness bolts that are positioned at aforementioned building block matrix, promptly form the right margin of body of wall.
3, make up top margin
The narrow type flange 5-3 on top levorotation angle building block 5 top margin right sides and the narrow type groove 3-2 of horizontal sides male and female type building block 3 are interlockingly connected, the narrow type groove 3-2 of the narrow type flange 3-3 of previous horizontal sides male and female type building block 3 and the building block of next horizontal male and female type is interlockingly connected, by that analogy.The narrow type groove 3-2 of the narrow type flange of top right type angle building block 6 and the building block of horizontal sides male and female type is interlockingly connected, connect with the two parent form building blocks 4 of level between two relative horizontal male and female type building blocks 3, the narrow type groove 4-2 at two parent form building block 4 two ends of level is interlockingly connected with the narrow type flange 3-3 of adjacent horizontal male and female type building block 3 respectively, above-mentioned building block all is connected with top structure beam 14 by the through hole 16 usefulness bolts that are positioned on its matrix, thereby is configured to the top boundary of body of wall.
4, make up the main part of body of wall
After four border installations up and down of body of wall, the flange of border building block this moment all inwardly points to the main body of body of wall.
The main body of body of wall constitutes with the building block of body of wall male and female type, the two parent form building blocks of body of wall, receipts boundary layer building block and a pair of sealing building block, and concrete construction process is successively the narrow type flange 9-4 of body of wall male and female type building block 9 and the narrow type groove 9-4 of another piece body of wall male and female type building block to be interlockingly connected.In with one deck, the narrow type flange in left side, the narrow type groove 9-4 of the body of wall male and female type building block 9 of side and the narrow type flange 1-2 on right side, levorotation angle building block 1 base, bottom or bottom right type angle building block 2 bases or the narrow type flange 7-3 on stile levorotation building block 7 right sides or right type building block 8 left sides of stile narrow type flange then are interlockingly connected; With connecting with the two parent form building blocks 10 of body of wall between two relative body of wall male and female type building blocks 9 in one deck.The two parent form building blocks 10 of body of wall male and female type building block 9 in one deck and body of wall are interlockingly connected by the wide type groove of its bottom and the wide type flange of lower floor's building block, are interlockingly connected by the wide type flange at its top and the wide type groove of upper strata building block simultaneously.
When the main body of body of wall upwards builds up near top boundary one deck from bottom to top, use instead and receive boundary layer building block 11 and make up and receive boundary layers, receive adjacent in the boundary layer two and receive between the boundary layer building block 11 and be interlockingly connected by narrow type groove 11-2 and the narrow type flange 11-3 that is positioned at its two ends.Receive boundary layer building block 11 and be interlockingly connected, and the wide type flange 9-1 at body of wall male and female type building block 9 tops of the last layer of the wide type groove 11-1 by its bottom and the body of wall main body that is positioned at its bottom and the wide type flange 10-1 at two parent form building block 10 tops of body of wall are interlockingly connected by its top wide type groove 11-1 and wide type flange 5-2, the wide type flange of top right type angle building block, the wide type flange 3-1 of horizontal sides male and female type building block, the two wide type flange of the parent form building block 4-1 of horizontal sides of the top levorotation angle building block that constitutes top margin.
When make up receiving the last layer of boundary layer and body of wall main part, when identical position, reserve a space and be used to install sealing building block 12.Aforementioned sealing building block 12 by a left side half sealing building block of a pair of symmetrical configuration be put together after right half sealing building block is connected by bolt.After installing, sealing building block 12 promptly finishes the structure of integral wall.
Claims (15)
1. one kind by the body of wall that makes up from the build-in insulation blocks, it is characterized in that by comprising bottom levorotation angle building block (1), the right type angle building block (2) in bottom, horizontal sides male and female type building block (3), the two parent form building blocks (4) of horizontal sides, top levorotation angle building block (5), top right type angle building block (6), stile levorotation building block (7), the right type building block (8) of stile, body of wall male and female type building block (9), the two parent form building blocks (10) of body of wall are received boundary layer building block (11) and sealing building block (12) and are formed at interior building block structure;
The mutual interlock of mode of adopting flange and groove to match between aforementioned bottom levorotation angle building block (1), horizontal sides male and female type building block (3), the two parent form building blocks (4) of horizontal sides, the right type angle building block in bottom (2) forms the base of body of wall;
The mutual interlock of the mode that adopts flange and groove to match between aforementioned bottom levorotation angle building block (1), stile levorotation building block (7), top levorotation angle building block (5) forms the limit, left side of body of wall;
Adopt the mutual interlock that matches of flange and groove to form the right edge of body of wall between the right type angle building block (2) in aforementioned bottom, the right type building block (8) of stile, top right type angle building block (6);
Adopt the mutual interlock that matches of flange and groove to form the top margin of body of wall between the two parent form building blocks (4) of aforementioned top levorotation angle building block (5), horizontal sides male and female type building block (3), horizontal sides, top right type angle building block (6);
The mode that aforementioned body of wall male and female type building block (9) matches with two parent form building blocks (10) employing flanges of body of wall and groove successively makes up the main part of body of wall, main part makes up the back that finishes and adopts receipts boundary layer building blocks (11) to receive the limit, when make up receiving the last layer of boundary layer and body of wall main part, when identical position, reserve a space and be used to install sealing building block (12), can form the completed wall body structure.
2. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that described bottom levorotation angle building block (1) is the building block of L type, its side top and top, base are equipped with wide type flange (1-1), and the right side of two wide type flanges (1-1) is equipped with narrow type flange (1-2); The structure of bottom right type angle building block (2) and the symmetrical configuration of bottom levorotation angle building block (1).
3. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, the matrix that it is characterized in that described horizontal sides male and female type building block (3) is a cuboid, its top is provided with wide type flange (3-1), and the left side of this wide type flange has narrow type groove (3-2), and the right side is provided with narrow type flange (3-3).
4. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, the matrix that it is characterized in that the two parent form building blocks (4) of described horizontal sides is a cuboid, its top is provided with wide type flange (4-1), and the left and right side both sides of this wide type flange all have narrow type groove (4-2).
5. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that described top levorotation angle building block (5) is the building block of L type, its bottom, limit, left side has wide type groove (5-1), the bottom of right side top margin is provided with wide type flange (5-2), and the right side of this wide type flange (5-2) is provided with narrow type flange (5-3); The symmetrical configuration of the structure of top right type angle building block (6) and top levorotation angle building block (5).
6. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, the matrix that it is characterized in that described stile levorotation building block (7) is cuboid, its top is provided with wide type flange (7-1), the bottom has wide type groove (7-2), and the right side of matrix is provided with narrow type flange (7-3); The structure of the right type building block of stile (8) and the symmetrical configuration of stile levorotation building block (7).
7. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that the matrix of described body of wall male and female type building block (9) is cuboid, its top is provided with wide type flange (9-1), and the bottom has wide type groove (9-2); The left side of matrix has narrow type groove (9-3), and the right side is provided with narrow type flange (9-4).
8. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that the matrix of the two parent form building blocks (10) of described body of wall is cuboid, its top is provided with wide type flange (10-1), and the bottom has wide type groove (10-2); The left and right side both sides of matrix all have narrow type groove (10-3).
9. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, the matrix that it is characterized in that receiving boundary layer building block (11) is a cuboid, its top and bottom all have wide type groove (11-1), and an end of matrix has narrow type groove (11-2), and the other end is provided with narrow type flange (11-3).
10. according to claim 1 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that the top of sealing building block (12) and bottom all have wide type groove (12-1), left and right two ends all have narrow type groove (12-2); Whole sealing building block is put together with a left side half sealing building block and the right half sealing building block of left and right two symmetrical configuration.
11. as described in any one of the claim 1 to 10 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that the width of wide type flange of all building blocks is identical, the height of the wide type flange of all building blocks is identical, the width of the wide type groove of all building blocks is identical, the degree of depth of the wide type groove of all building blocks is identical, the width of the narrow type flange of all building blocks is identical, the height of the narrow type flange of all building blocks is identical, the width of the narrow type groove of all building blocks is identical, the degree of depth of the narrow type groove of all building blocks is identical; The width of the wide type groove of width of the wide type flange of all building blocks, the width of the narrow type flange of all building blocks equals the width of narrow type groove; The wide type depth of groove of all building blocks equals the height of wide type flange, and the degree of depth of the narrow type groove of all building blocks equals the height of narrow type flange.
12. as described in any one of the claim 1 to 10 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that the building block of body of wall male and female type, the two parent form building blocks of body of wall and receive the wide type depth of groove of the height of boundary layer building block matrix greater than all the other building blocks of twice; The length of the building block of body of wall male and female type, the two parent form building blocks of body of wall and receipts boundary layer building block matrix is greater than the degree of depth of the narrow type groove of all the other building blocks of twice; The height of body of wall male and female type building block matrix equates with the height of the two parent form building block matrixes of body of wall; The matrix length of body of wall male and female type building block has the long and short two kind, and the length of long building block is the twice of short building block length.
13. as described in any one of the claim 1 to 10 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that the matrix height of sealing building block equals to receive the matrix height and the body of wall male and female type building block matrix height sum of boundary layer building block; The matrix length of sealing building block equals the matrix length of the two parent form building blocks of body of wall; Receive the matrix length of the matrix length of boundary layer building block less than the sealing building block.
14. as described in any one of the claim 1 to 10 by the body of wall that makes up from the build-in insulation blocks, it is characterized in that all building blocks are hollow structure inside, and be filled with heat insulating material in the inner chamber of all building blocks.
15. as claimed in claim 14 by the body of wall that makes up from the build-in insulation blocks, the internal chamber wall that it is characterized in that all building blocks is provided with and vertically encloses rib and laterally enclose rib.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200051556U CN201991107U (en) | 2011-01-10 | 2011-01-10 | Wall body constructed by self-embedded heat insulation building blocks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200051556U CN201991107U (en) | 2011-01-10 | 2011-01-10 | Wall body constructed by self-embedded heat insulation building blocks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201991107U true CN201991107U (en) | 2011-09-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200051556U Expired - Lifetime CN201991107U (en) | 2011-01-10 | 2011-01-10 | Wall body constructed by self-embedded heat insulation building blocks |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201991107U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102071762A (en) * | 2011-01-10 | 2011-05-25 | 东南大学 | Wall body built by self-embedding insulation blocks |
| WO2013072537A1 (en) * | 2011-11-14 | 2013-05-23 | Ricardo Gonzalez Del Castillo | Structural system |
-
2011
- 2011-01-10 CN CN2011200051556U patent/CN201991107U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102071762A (en) * | 2011-01-10 | 2011-05-25 | 东南大学 | Wall body built by self-embedding insulation blocks |
| CN102071762B (en) * | 2011-01-10 | 2012-05-30 | 东南大学 | Wall body built by self-embedding insulation blocks |
| WO2013072537A1 (en) * | 2011-11-14 | 2013-05-23 | Ricardo Gonzalez Del Castillo | Structural system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110928 Effective date of abandoning: 20120530 |