CN203334511U - Shale self-insulation sintered hollow building block - Google Patents
Shale self-insulation sintered hollow building block Download PDFInfo
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- CN203334511U CN203334511U CN2013204133408U CN201320413340U CN203334511U CN 203334511 U CN203334511 U CN 203334511U CN 2013204133408 U CN2013204133408 U CN 2013204133408U CN 201320413340 U CN201320413340 U CN 201320413340U CN 203334511 U CN203334511 U CN 203334511U
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Abstract
The utility model belongs to building blocks, and particularly relates to a shale self-insulation sintered hollow building block. Two surfaces of the building bock are provided with a plurality of brick holes which are communicated, the different brick holes are arranged in a staggered mode, the brick holes are divided into seven rows of brick holes which are parallel, and the building block is of a structure that four connection holes of which are respectively formed by four brick holes in a row and three connection holes of which are respectively formed by three brick holes in a row are staggered to form one surface of the building block, and the brick holes are arranged in the staggered mode; the brick holes comprise small holes and large holes, the width of the small holes and the width of the large holes are the same, and the length of two small holes plus the thickness of a transverse hole interval is the length of one large hole; in the six surfaces of the cuboid, the other four surfaces without brick holes are provided with a plurality of straight line or curve pattern lines. The shale self-insulation sintered hollow building block has the advantages that only two kinds of holes in different sizes are adopted, types of molds for manufacturing the building block are few, cost of the molds is saved, and adhesion between the building blocks is firm.
Description
Technical field
The utility model belongs to building block for building, particularly relates to shale self-heat preserving sintering building-block.
Background technology
Chinese patent 201020241599.5 discloses a kind of self-insulation baked brick, in order between the hole that makes different rows, to become Heterogeneous Permutation, four kinds of holes that vary in size are arranged in the middle of clinker brick, when manufacturing the adobe of clinker brick, want four kinds of punch dies that vary in size, increased die cost.And there is no to only have a face that a groove is arranged in the face in hole, can not fine solution brick and brick between the problem of strong bond.
Summary of the invention
The purpose of this utility model is to provide two kinds of holes only having different sizes, the mould-type that the manufacture building block is used is saved the shale self-heat preserving sintering building-block of energy strong bond between die cost, building block and building block less.
Structure of the present utility model is:
Shale self-heat preserving sintering building-block, comprise cuboid building block 1 for building, a plurality of bricks hole 2 that building block 1 has two sides to be provided with to communicate, different brick hole 2 Heterogeneous Permutations, the cross section in brick hole 2 is rectangle, it is characterized in that: the shape size of same brick hole 2 any position cross sections is identical, a plurality of bricks hole 2 is divided into the seven row brick holes 2 for paralleling, the structure in each row brick hole 2 has three hole one row's formulas to connect hole 4 and four hole one row's formulas connect 3 two kinds, hole, arrange in seven row brick holes 2 is that four hole one row's formulas connect hole 3, three hole one row's formulas connect hole 4, four hole one row's formulas connect hole 3, three hole one row's formulas connect hole 4, four hole one row's formulas connect hole 3, three hole one row's formulas connect hole 4, four hole one row's formulas connect hole 3, connecting hole 3 and three three hole one row's formulas by four four hole one row's formulas connects hole 4 and reports to the leadship after accomplishing a task mutually and rearrange the structure that the some faces of building block 1 have the 2 one-tenth Heterogeneous Permutations in a plurality of bricks hole.The shape size of same brick hole 2 any position cross sections is identical, and its building block base is convenient in demoulding.
There are aperture 9 and 5 two kinds of hole shapes of macropore in brick hole 2, and aperture 9 is identical with the width of macropore 5, and the length of two apertures 9 adds a transverse holes and equals the length of a macropore 5 every the total length of 6 thickness;
Wherein three hole one row's formulas connect the structure in 4 each brick holes 2, hole and are: three macropores 5 of identical shaped and formed objects connect in a row with the direction of length, three hole one row's formulas connect the width that the width in hole 4 is macropore 5, and three hole one row's formulas connect the length that the length in hole 4 is three macropores 5 and add the total length sum of two transverse holes every 6 thickness;
Wherein four hole one row's formulas connect the structure in 3 each brick holes 2, hole and are: two ends are respectively identical shaped and aperture 9 formed objects, the centre of two apertures 9 is two identical shaped and big or small macropores 5, aperture 9 is identical with the width of macropore 5, and the length of two apertures 9 adds a transverse holes and equals the length of a macropore 5 every the total length of 6 thickness;
It is identical with the width that four hole one row's formulas connect hole 3 that three hole one row's formulas connect hole 4, and length is also identical; It is that longitudinal hole is every 7 that three hole one row's formulas connect that hole 4 and four hole one row's formulas connect between hole 3.
Above-mentioned building block is only saved the shale self-heat preserving sintering building-block of energy strong bond between die cost, building block and building block less with two kinds of holes of different sizes, the mould-type that the manufacture building block is used.
In 1 six faces of cuboid building block, do not have other four faces in brick hole 2 to be provided with the lines 8 of many straight lines or curve pattern.2 ~ 5 millimeters of the width of lines 8,1 ~ 3 millimeter of the degree of depth of lines 8, the degree of depth of lines 8 is less than the thickness of building block frame, and lines 8 does not reduce the mechanical strength of building block frame, can strong bond between building block and building block.And " resistance bridge groove " of Chinese patent 201020241599.5 is too wide too dark, damaged " resistance bridge groove " mechanical strength of building block frame on every side, do not have the shiny surface of " resistance bridge groove " make bonding between building block and building block can not be firm.
Advantage of the present utility model: only with two kinds of holes of different sizes, the mould-type that the manufacture building block is used, save less energy strong bond between die cost, building block and building block.2 ~ 5 millimeters of the width of lines 8,1 ~ 3 millimeter of the degree of depth of lines 8, the degree of depth of lines 8 is less than the thickness of building block frame, and lines 8 does not reduce the mechanical strength of building block frame, can strong bond between building block and building block.And " resistance bridge groove " of Chinese patent 201020241599.5 is too wide too dark, damaged " resistance bridge groove " mechanical strength of building block frame on every side, do not have the shiny surface of " resistance bridge groove " make bonding between building block and building block can not be firm.
The accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
In figure, 1 is building block, the 2nd, brick hole, 3 be four hole one row's formulas to connect hole, 4 be that three hole one row's formulas connect hole, the 5th, macropore, the 1st, transverse holes every, the 2nd, longitudinal hole every, the 3rd, lines, the 9th, aperture.
The specific embodiment
Embodiment 1, shale self-heat preserving sintering building-block
As Fig. 1, shale self-heat preserving sintering building-block, comprise cuboid building block 1 for building, a plurality of bricks hole 2 that building block 1 has two sides to be provided with to communicate, and different brick hole 2 Heterogeneous Permutations, the cross section in brick hole 2 is rectangle.
The shape size of same brick hole 2 any position cross sections is identical, a plurality of bricks hole 2 is divided into the seven row brick holes 2 for paralleling, the structure in each row brick hole 2 has three hole one row's formulas to connect hole 4 and four hole one row's formulas connect 3 two kinds, hole, and arrange in seven row brick holes 2 is that four hole one row's formulas connect hole 3, three hole one row's formulas and connect hole 4, four hole one row's formulas and connect hole 3, three hole one row's formulas and connect hole 4, four hole one row's formulas and connect that hole 3, three hole one row's formulas connect hole 4, four hole one row's formulas connect hole 3; Connecting hole 3 and three three hole one row's formulas by four four hole one row's formulas connects hole 4 and reports to the leadship after accomplishing a task mutually and rearrange the structure that the some faces of building block 1 have the 2 one-tenth Heterogeneous Permutations in a plurality of bricks hole.
There are aperture 9 and 5 two kinds of hole shapes of macropore in brick hole 2, and aperture 9 is identical with the width of macropore 5, and the length of two apertures 9 adds a transverse holes and equals the length of a macropore 5 every the total length of 6 thickness.
Wherein three hole one row's formulas connect the structure in 4 each brick holes 2, hole and are: three macropores 5 of identical shaped and formed objects connect in a row with the direction of length, three hole one row's formulas connect the width that the width in hole 4 is macropore 5, and three hole one row's formulas connect the length that the length in hole 4 is three macropores 5 and add the total length sum of two transverse holes every 6 thickness;
Wherein four hole one row's formulas connect the structure in 3 each brick holes 2, hole and are: two ends are respectively identical shaped and aperture 9 formed objects, the centre of two apertures 9 is two identical shaped and big or small macropores 5, aperture 9 is identical with the width of macropore 5, and the length of two apertures 9 adds a transverse holes and equals the length of a macropore 5 every the total length of 6 thickness;
It is identical with the width that four hole one row's formulas connect hole 3 that three hole one row's formulas connect hole 4, and length is also identical; It is that longitudinal hole is every 7 that three hole one row's formulas connect that hole 4 and four hole one row's formulas connect between hole 3.
In 1 six faces of cuboid building block, do not have other four faces in brick hole 2 to be provided with the lines 8 of many straight-line patterns.3 millimeters of the width of lines 8,1 millimeter of the degree of depth of lines 8, the degree of depth of lines 8 is less than the thickness of building block frame, and lines 8 does not reduce the mechanical strength of building block frame, can strong bond between building block and building block.And " resistance bridge groove " of Chinese patent 201020241599.5 is too wide too dark, damaged " resistance bridge groove " mechanical strength of building block frame on every side, do not have the shiny surface of " resistance bridge groove " make bonding between building block and building block can not be firm.
Embodiment 2, shale self-heat preserving sintering building-block
Brick hole 2 structures are same as embodiment 1, only have following lines 8 differences.
In 1 six faces of cuboid building block, do not have other four faces in brick hole 2 to be provided with the lines 8 of many straight lines or curve pattern.2 ~ 5 millimeters of the width of lines 8,1 ~ 3 millimeter of the degree of depth of lines 8, lines 8 can be multiple line bar shaped pattern, and the degree of depth of lines 8 is less than the thickness of building block frame, and lines 8 does not reduce the mechanical strength of building block frame, can strong bond between building block and building block.And " resistance bridge groove " of Chinese patent 201020241599.5 is too wide too dark, damaged " resistance bridge groove " mechanical strength of building block frame on every side, do not have the shiny surface of " resistance bridge groove " make bonding between building block and building block can not be firm.
Claims (2)
1. shale self-heat preserving sintering building-block, comprise cuboid building block (1) for building, a plurality of bricks hole (2) that building block (1) has two sides to be provided with to communicate, different brick hole (2) Heterogeneous Permutations, the cross section in brick hole (2) is rectangle, it is characterized in that: the shape size of any position, same brick hole (2) cross section is identical, a plurality of bricks hole (2) is divided into the seven row brick holes (2) for paralleling, the structure in each row brick hole (2) has three hole one row's formulas to connect hole (4) and four hole one row's formulas connect (3) two kinds, hole, arrange in seven row brick holes (2) is that four hole one row's formulas connect hole (3), three hole one row's formulas connect hole (4), four hole one row's formulas connect hole (3), three hole one row's formulas connect hole (4), four hole one row's formulas connect hole (3), three hole one row's formulas connect hole (4), four hole one row's formulas connect hole (3), connecting hole (3) and three three hole one row's formulas by four four hole one row's formulas connects hole (4) and reports to the leadship after accomplishing a task mutually and rearrange the some faces of building block (1) and have a plurality of bricks hole (2) to become the structure of Heterogeneous Permutation,
There are aperture (9) and (5) two kinds of hole shapes of macropore in brick hole (2), and aperture (9) is identical with the width of macropore (5), and the length of two apertures (9) adds a transverse holes and equals the length of a macropore (5) every the total length of (6) thickness;
Wherein three hole one row's formulas connect the structure in each brick hole (2), hole (4) and are: three macropores (5) of identical shaped and formed objects connect in a row with the direction of length, three hole one row's formulas connect the width that the width in hole (4) is macropore (5), and three hole one row's formulas connect the length that the length in hole (4) is three macropores (5) and add the total length sum of two transverse holes every (6) thickness;
Wherein four hole one row's formulas connect the structure in each brick hole (2), hole (3) and are: two ends are respectively identical shaped and aperture (9) formed objects, the centre of two apertures (9) is identical shaped and big or small two macropores (5), aperture (9) is identical with the width of macropore (5), and the length of two apertures (9) adds a transverse holes and equals the length of a macropore (5) every the total length of (6) thickness;
It is identical with the width that four hole one row's formulas connect hole (3) that three hole one row's formulas connect hole (4), and length is also identical; It is that longitudinal hole is every (7) that three hole one row's formulas connect that hole (4) and four hole one row's formulas connect between hole (3).
2. shale self-heat preserving sintering building-block according to claim 1 is characterized in that: in (1) six face of cuboid building block, do not have other four faces in brick hole (2) to be provided with the lines (8) of many straight lines or curve pattern.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204133408U CN203334511U (en) | 2013-07-12 | 2013-07-12 | Shale self-insulation sintered hollow building block |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204133408U CN203334511U (en) | 2013-07-12 | 2013-07-12 | Shale self-insulation sintered hollow building block |
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| CN203334511U true CN203334511U (en) | 2013-12-11 |
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| CN2013204133408U Expired - Fee Related CN203334511U (en) | 2013-07-12 | 2013-07-12 | Shale self-insulation sintered hollow building block |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104863304A (en) * | 2015-06-12 | 2015-08-26 | 周兴和 | Integrated house component module and integrated house component material |
-
2013
- 2013-07-12 CN CN2013204133408U patent/CN203334511U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104863304A (en) * | 2015-06-12 | 2015-08-26 | 周兴和 | Integrated house component module and integrated house component material |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131211 Termination date: 20160712 |
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| CF01 | Termination of patent right due to non-payment of annual fee |