CN107587651A - A kind of slate for building - Google Patents
A kind of slate for building Download PDFInfo
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- CN107587651A CN107587651A CN201711030924.6A CN201711030924A CN107587651A CN 107587651 A CN107587651 A CN 107587651A CN 201711030924 A CN201711030924 A CN 201711030924A CN 107587651 A CN107587651 A CN 107587651A
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- reinforcing bar
- slabstone
- groove
- slabstones
- bar
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- 239000010454 slate Substances 0.000 title claims abstract description 17
- 230000003014 reinforcing effect Effects 0.000 claims abstract description 235
- 239000004575 stone Substances 0.000 claims abstract description 23
- 239000000463 material Substances 0.000 claims description 48
- 239000000853 adhesive Substances 0.000 claims description 20
- 230000001070 adhesive effect Effects 0.000 claims description 20
- 239000002023 wood Substances 0.000 claims description 18
- 238000003466 welding Methods 0.000 claims description 15
- 238000009958 sewing Methods 0.000 claims description 14
- 238000010276 construction Methods 0.000 claims description 10
- 239000003086 colorant Substances 0.000 claims description 8
- 238000007711 solidification Methods 0.000 claims description 5
- 230000008023 solidification Effects 0.000 claims description 5
- 239000004568 cement Substances 0.000 claims description 4
- 239000004576 sand Substances 0.000 claims description 4
- 238000003756 stirring Methods 0.000 claims description 4
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 4
- 229920000742 Cotton Polymers 0.000 claims description 3
- 239000004744 fabric Substances 0.000 claims description 3
- 239000000203 mixture Substances 0.000 abstract description 6
- 238000004519 manufacturing process Methods 0.000 abstract description 5
- 230000009286 beneficial effect Effects 0.000 abstract description 2
- 229910000831 Steel Inorganic materials 0.000 description 41
- 239000010959 steel Substances 0.000 description 41
- 230000002787 reinforcement Effects 0.000 description 37
- 210000003205 muscle Anatomy 0.000 description 7
- 230000000694 effects Effects 0.000 description 6
- 238000010586 diagram Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 4
- 230000015572 biosynthetic process Effects 0.000 description 2
- 238000011017 operating method Methods 0.000 description 2
- 208000027418 Wounds and injury Diseases 0.000 description 1
- 230000006378 damage Effects 0.000 description 1
- 208000014674 injury Diseases 0.000 description 1
- 239000002245 particle Substances 0.000 description 1
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- Conveying And Assembling Of Building Elements In Situ (AREA)
Abstract
A kind of slate for building, including slabstone and the upper groove and low groove that are arranged on slabstone, it is characterised in that；The slabstone is cuboid stone product；The upper end of slabstone sets upper groove, upper groove annular upper end one week；The lower end of slabstone sets low groove, low groove annular lower end one week；Middle part is provided with reinforcing bar in upper groove, and upper reinforcing bar annular upper groove forms oblong rectangular frame in one week；Middle part is provided with lower reinforcing bar in low groove, and lower reinforcing bar annular low groove forms oblong rectangular frame in one week；More bar dowel one end upper reinforcing bars of annular connection and lower reinforcing bar, the more bar dowel other ends connect outer reinforcing bar, and the upper reinforcing bar of outer reinforcing bar annular or lower reinforcing bar form oblong rectangular frame in one week；Concrete is set in upper groove and low groove, upper reinforcing bar and lower reinforcing bar and bar dowel are set in, outer reinforcing bar is in the outer wall of concrete；The invention belongs to the technical field of building products, beneficial effect is：Production cost is low, and structure subtracts list, it is not easy to is broken, is conveniently connected with each other and is connected with each other firm, the building safety of composition is applicable, quite environmentally friendly.
Description
Technical field
The present invention relates to slabstone, in particulars relate to a kind of technical characteristic of slate for building, belongs to the technical field of building products.
Background technology
Slabstone is the building products being cut into by stone material, the popular title stone of stone material, is the lump for forming the earth's crust, is
Object existing for the Nature itself, it is the main component for forming the earth, is to be distributed most extensively, quantity is most, and purposes is maximum, applicability
Most strong, cost is cheap, optimal material attractive in appearance and environmentally friendly；In a word, slabstone can extract material production on the spot everywhere；
The present is arrived from ancient times, and slabstone is widely used in a variety of buildings and a variety of apparatus, including house, road, bridge, pond, Bao Kan, word
Board, stone apparatus etc., it is the best product in outdoor building；
The building or apparatus of slabstone composition, can use to centuries or thousands of years or longer time, China's Great Wall, extremely
There is thousands of years history the present, and there is the history of more than thousand years The Zhaozhou Bridge, and these buildings are mainly made up of slabstone；
The building or apparatus that China is formed with slabstone, it is from ancient times to the present world's best-of-breed technology, is the pride of our people, now entirely
World's building that visible slabstone forms everywhere or apparatus；
But the greatest weakness of slabstone is brittle, and for forming building or apparatus, disadvantage is to be easily broken off, to human lives
Production causes danger, from ancient times to the present because slabstone is easily broken off, can not be counted to injury caused by the mankind；The People's Republic of China (PRC)
State Intellectual Property Office discloses utility model patent, a kind of entitled slabstone of patent, Patent No. CN2014204400051, public affairs
Open（Bulletin）Number it is CN204098344U, publication date 20150114, its technical characteristic is：The slabstone lower surface is provided with recessed
Groove, reinforcing bar add concrete along groove is put in parallel to groove in groove, and its slabstone can be made not allow easy fracture, and the mankind use peace
Entirely；Although the technology solves slabstone and does not allow to be broken, but the length of slabstone is disproportionate, inconvenience be used in multiple slabstones with
A variety of connections between slabstone, the reinforcing bar in slabstone body are not stretched out in slabstone body, when causing the slabstone to be connected with slabstone in slabstone
Reinforcing bar can not with the bar connecting in another slabstone, can equally cause slabstone form building or apparatus it is not firm enough.
The content of the invention
In order to overcome the shortcomings of above-mentioned technology, the present invention provides a kind of technical characteristic of slate for building, a kind of paring stone
Plate, production cost is low, and structure subtracts list, it is not easy to is broken, is conveniently connected with each other and is connected with each other firm, the building safety of composition
It is applicable, it is quite environmentally friendly；
To reach above-mentioned purpose, the present invention is realized using following technical scheme；
A kind of slate for building, including slabstone and the upper groove and low groove that are arranged on slabstone, it is characterised in that；The slabstone
Cuboid is configured to, slabstone highly multiplies two width for being equal to slabstone, and slabstone width multiplies two length for being equal to slabstone, slabstone height
Middle part is provided with dividing line, slabstone is divided into top and bottom, the length size difference of top and bottom is equal；
The upper end of slabstone sets upper groove, upper groove annular upper end one week；
The lower end of slabstone sets low groove, low groove annular lower end one week；
Middle part is provided with reinforcing bar in upper groove, and upper reinforcing bar annular upper groove forms oblong rectangular frame in one week；
Middle part is provided with lower reinforcing bar in low groove, and lower reinforcing bar annular low groove forms oblong rectangular frame in one week；
The front, rear, left and right end center of upper reinforcing bar and lower reinforcing bar is extended with multiple bar dowels, and bar dowel is connected with rectilinear reinforcement；
The corner of upper reinforcing bar and lower reinforcing bar is extended with multiple bar dowels, and bar dowel is connected with right-angle steel bar；
Concrete is set in upper groove and low groove, and upper reinforcing bar and lower reinforcing bar and bar dowel are set in interior, rectilinear reinforcement and right angle by concrete
Reinforcing bar is in the outer wall of concrete；
The beneficial effects of the invention are as follows：Production cost is low, and structure subtracts list, it is not easy to it is broken, it is convenient to be connected with each other and be connected with each other
Firm, the building safety of composition is applicable, quite environmentally friendly.
Brief description of the drawings
Fig. 1, slabstone of the present invention are rectangular parallelepiped structure schematic diagram；
Fig. 2, slabstone of the present invention are provided with upper groove, low groove, upper reinforcing bar and lower bar construction schematic diagram；
Fig. 3, the present invention are connected with rectilinear reinforcement and right-angle steel bar structural representation using bar dowel；
Fig. 4, the present invention are connected with rectilinear reinforcement mplifying structure schematic diagram using bar dowel；
Fig. 5, the present invention are connected with outer bar construction schematic diagram using bar dowel；
Including upper reinforcing bar 3 and lower reinforcing bar 4 and bar dowel 7 are solidified concrete by Fig. 6, the present invention, outer reinforcing bar is illustrated in the outer wall construction of concrete
Figure；
In figure：It is slabstone 1, upper plane 1-1, lower plane 1-2, dividing line 2, upper groove 3, low groove 4, upper reinforcing bar 5, lower reinforcing bar 6, short
Reinforcing bar 7, rectilinear reinforcement 8, right-angle steel bar 9, outer reinforcing bar 10.
Embodiment
The present invention is illustrated further below by embodiment, and with reference to accompanying drawing；
Example one
A kind of slate for building, including slabstone 1 and the upper groove 3 and low groove 4 that are arranged on slabstone 1, it is characterised in that；
In Fig. 1, the construction of the slabstone 1 is that hard stone material cuts the cuboid stone product to be formed, slabstone 1 by face, drift angle,
Side three parts composition, slabstone 1 is the closing three-dimensional shape surrounded by six rectangles；
It is upper plane 1-1 that slabstone 1, which lies against ground top planes, and base plane is lower plane 1-2；
The height of slabstone 1 multiplies two width for being equal to slabstone 1, and the width of slabstone 1 multiplies two length for being equal to slabstone 1；
In fig. 2, dividing line 2 is provided with the middle part of the height of slabstone 1, dividing line 2 is annular wire loop slabstone one week, dividing line
Slabstone 1 is divided into top and bottom by 2, and the length size difference of top and bottom is equal, and it is for convenience to set dividing line 2
Slabstone 1 does not have to ruler and is known that the medium position of slabstone 1 when in use, economizes labor time and labour；
The upper end of slabstone 1 sets upper groove 3,3 annular upper end of upper groove one week, and upper end is divided equally；
The lower end of slabstone 1 sets low groove 4, the annular lower end of low groove 4 one week, and lower end is divided equally；
Upper groove 3 and low groove 4 are rectangular channel, and construction and the size difference of upper groove 3 and low groove 4 are identical,
Upper groove 3 and low groove 4 are parallel to each other, and upper groove 3 and low groove 4 are parallel to each other with upper plane 1-1 and lower plane 1-2；
Middle part is provided with reinforcing bar 5 in upper groove 3, and the upper annular upper groove of reinforcing bar 5 forms oblong rectangular frame in 3 one weeks；
Middle part is provided with lower reinforcing bar 6 in low groove 4, and the lower annular low groove of reinforcing bar 6 forms oblong rectangular frame in 4 one weeks；
Upper reinforcing bar 5 and lower reinforcing bar 6 and upper plane 1-1 and lower plane 1-2 are parallel to each other, upper reinforcing bar 5 and the lower geomery of reinforcing bar 6 point
It is not identical；
In figs. 3 and 4, the front, rear, left and right end center of upper reinforcing bar 5 and lower reinforcing bar 6 has extended perpendicularly out multiple bar dowels 7,
Bar dowel 7 is connected with rectilinear reinforcement 8, and bar dowel 7 is parallel with upper plane 1-1 and lower plane 1-2, rectilinear reinforcement 8 and upper reinforcing bar 5 or
Lower reinforcing bar 6 is parallel to each other, and it is a bit of that bar dowel 7 is that regular reinforcement stretches, and rectilinear reinforcement 8 is one section that regular reinforcement stretches,
The length of rectilinear reinforcement 8 is more than the length of bar dowel 7；
The corner of upper reinforcing bar 5 and lower reinforcing bar 6 is extended with multiple bar dowels 7, and bar dowel 7 is connected with right-angle steel bar 9, bar dowel 7
Parallel with upper plane 1-1 and lower plane 1-2, right-angle steel bar 9 is parallel with upper reinforcing bar 5 or lower reinforcing bar 6, and right-angle steel bar 9 is ordinary steel
One section of middle part that muscle stretches is bent to right angle, and the length of right-angle steel bar 9 is more than the length of bar dowel 7；
Concrete is set respectively in upper groove 3 and low groove 4, upper reinforcing bar 3 and lower reinforcing bar 4 and bar dowel 7 are set in concrete, straight line steel
Muscle 8 and right-angle steel bar 9 are in the outer wall of concrete；
Concrete is to stir to be formed and the not solidified concrete product of the color identical of slabstone 1 using cement, stone sand, stone particle, colorant and water,
Colorant is concrete colorant, and city's field energy is bought, and the color of colorant is adjusted to after adding concrete, and concrete is same as the color of the outer wall of slabstone 1；Or
Concrete is to stir to be formed and the not solidified concrete product of the color identical of slabstone 1 using cement, stone sand, colorant and water, the color of colorant
It is adjusted to after adding concrete, concrete is same as the color of the outer wall of slabstone 1；
Operating procedure
Operation one：When slabstone 1 will do block of wood in use, block of wood includes bridge pier, house pier and other building-supporting piers,
The lower plane 1-2 of multiple slabstones 1 is downward, and upper plane 1-1 is upward, and the side of corner four is aligned parallel to each other, and progress is overlapping up and down,
Paste to form block of wood shape using adhesive material between multiple slabstones 1 and multiple slabstones 1, adhesive material includes concrete or other stickups
Material, block of wood front, rear, left and right end are extended with rectilinear reinforcement 8, and block of wood corner is extended with right-angle steel bar 9, and elongated reinforcing bar welds respectively
Rectilinear reinforcement 8 and right-angle steel bar 9 are connected to, all rectilinear reinforcements 8 and right-angle steel bar 9 are respectively welded and are connected together, make its pier
Son is firmer；Elongated reinforcing bar is regular reinforcement, is the longer reinforcing bar of length, and reinforcing bar city field energy is bought；Because block of wood has upper steel
The reinforcing of muscle 5, lower reinforcing bar 6, rectilinear reinforcement 8, right-angle steel bar 9 and concrete, block of wood are quite firm；
Operation two：When slabstone 1 will make outdoor stone chair, rectilinear reinforcement 8 and right-angle steel bar 9 are cut off, or by rectilinear reinforcement 8
Continue to be set in concrete with concrete with right-angle steel bar 9, the left and right ends of slabstone 1 set support feet to form outdoor chair shape separately down
Shape；Because slabstone 1 has the reinforcing of upper reinforcing bar 5, lower reinforcing bar 6 and concrete, outdoor chair is not allowed to be broken；
Operation three：When slabstone 1 will do wider trench cover plate in use, the lower end of slabstone 1 is downward, upper end is upward, the front end of slabstone 1 according to
The multiple slabstones 1 of secondary connection and rear end are sequentially connected multiple slabstones 1 and form wider elongatedly equal cover plate, multiple slabstones 1 with it is multiple
The rectilinear reinforcement 8 of the rear and front end of slabstone 1 stretching is close to each other to be welded together, and the connecting sewing of slabstone 1 and slabstone 1 uses stickup material
Material is pasted, and adhesive material includes concrete or other adhesive materials；Due to there is adding for upper reinforcing bar 5, lower reinforcing bar 6, rectilinear reinforcement 8 and concrete
Gu trench cover plate is not allowed to be broken；When slabstone 1 will do narrower trench cover plate in use, the downward upper end in the lower end of slabstone 1 is upward, stone
The left end of plate 1, which is sequentially connected multiple slabstones 1 and right-hand member and is sequentially connected multiple slabstones 1, forms narrower elongatedly equal cover plate, Duo Geshi
Plate 1 with the right-angle steel bar 9 that multiple left and right ends of slabstone 1 are stretched out is close to each other welds together, the connecting sewing of slabstone 1 and slabstone 1
Pasted using adhesive material, adhesive material includes concrete or other adhesive materials；Due to having upper reinforcing bar 5, lower reinforcing bar 6, right-angle steel bar
9 and the reinforcing of concrete, trench cover plate do not allow to be broken；
Operation four：When 1 Yao Zuo squares surface of slabstone, multiple slabstones 1 keep flat with multiple slabstones 1 and are connected anyhow, Duo Geshi
The rectilinear reinforcement 8 and the mutually corresponding welding of multiple slabstones 1 stretching rectilinear reinforcement 8 that plate 1 stretches out, or the stretching of multiple slabstones 1 are straight
Angle steel muscle 9 and multiple slabstones 1 stretch out the mutually corresponding welding of right-angle steel bar 9, or the stretching rectilinear reinforcement 8 of multiple slabstones 1 with it is multiple
The mutually corresponding welding of the right-angle steel bar 9 that slabstone 1 stretches out, the connecting sewing between multiple slabstones 1 and multiple slabstones 1 use binding material
Solidification strengthens connection and forms firm square surface configuration；Binding material includes concrete or other binding materials；Due to have upper reinforcing bar 5,
Breaking strain is not allowed on lower reinforcing bar 6, rectilinear reinforcement 8, the reinforcing square surface of right-angle steel bar 9 and concrete；
Operation five：It is multiple when building guarantor's bank using slabstone 1 is quick when landslide or other geological disasters soon occur
Slabstone 1 is built with the vertical and horizontal heap neat up and down of multiple slabstones 1, and the rectilinear reinforcement 8 that multiple slabstones 1 stretch out stretches out straight line with multiple slabstones 1
The mutually corresponding welding of reinforcing bar 8, or the right-angle steel bar 9 that stretches out of multiple slabstones 1 and right-angle steel bar 9 that multiple slabstones 1 stretch out it is mutual
Corresponding welding, or the mutually corresponding welding of multiple slabstones 1 rectilinear reinforcement 8 stretched out and the right-angle steel bar 9 that multiple slabstones 1 stretch out,
Connecting sewing between multiple slabstones 1 and multiple slabstones 1 strengthens connection formation using binding material solidification and protects bank shape；Binding material
Including concrete or other binding materials, due to having upper reinforcing bar 5, lower reinforcing bar 6, rectilinear reinforcement 8, right-angle steel bar 9 and the reinforcing Bao Kan of concrete
It is quite firm；Protect bank outer wall and be extended with rectilinear reinforcement 8 and right-angle steel bar 9, the rectilinear reinforcement 8 in stretching is respectively welded in elongated reinforcing bar
With right-angle steel bar 9, the rectilinear reinforcement 8 of all stretchings and right-angle steel bar 9 are respectively welded and be connected together, makes Qi Baokan harder
Gu；When binding material does not solidify, due to thering is upper reinforcing bar 5, lower reinforcing bar 6, rectilinear reinforcement 8, right-angle steel bar 9, elongated reinforcing bar to produce
Reinforce and connection function, Bao Kan can equally play a role, can realize and quickly build Bao Kan, unnecessary accident and calamity is occurred
Evil；
Operation six：When flood carries bank quickly to build flood control temporarily soon, multiple slabstones 1 are vertical and horizontal whole up and down with multiple slabstones 1
Neat heap builds connection, the rectilinear reinforcement 8 that multiple slabstones 1 stretch out and the mutually corresponding welding of the rectilinear reinforcement 8 that multiple slabstones 1 stretch out, or
The right-angle steel bar 9 that the multiple slabstones 1 of person stretch out and the mutually corresponding welding of the right-angle steel bar 9 that multiple slabstones 1 stretch out, or multiple slabstones
1 rectilinear reinforcement 8 stretched out carries bank and is extended with multiple straight lines with the mutually corresponding welding of the right-angle steel bar 9 that multiple slabstones 1 stretch out, flood control
Reinforcing bar 8 or right-angle steel bar 9, elongated reinforcing bar are respectively welded in rectilinear reinforcement 8 and right-angle steel bar 9, and flood control is carried to the straight line of bank stretching
Reinforcing bar 8 and right-angle steel bar 9 are respectively welded firmer in together, making its flood control carry bank；The company of multiple slabstones 1 and multiple slabstones 1
Seam is filled with cotton or rubber or other waterproofs leakage object, or flood control carries wall at bank and wraps up waterproof cloth, its flood control is carried bank
It is water-tight；Flood control can be quickly built within the shortest time and carry bank, it is standby to exempt from that unnecessary accident and loss occurs；Due to there is upper reinforcing bar
5th, the reinforcement by connection of lower reinforcing bar 6, rectilinear reinforcement 8, right-angle steel bar 9, elongated reinforcing bar and concrete, it is quite firm that flood control carries bank；
Example two
In example one, in Fig. 2 and Fig. 5；
Middle part is provided with reinforcing bar 5 in upper groove 3, and the upper annular upper groove of reinforcing bar 5 forms oblong rectangular frame in 3 one weeks；
Middle part is provided with lower reinforcing bar 6 in low groove 4, and the lower annular low groove of reinforcing bar 6 forms oblong rectangular frame in 4 one weeks；
Upper reinforcing bar 5 and the lower geomery of reinforcing bar 6 difference are identical；
The more one end of bar dowel 7 upper reinforcing bars 5 of annular connection and lower reinforcing bar 6, the more other ends of bar dowel 7 connect outer reinforcing bar 10, outside
The upper reinforcing bar 5 of the annular of reinforcing bar 10 or lower reinforcing bar form oblong rectangular frame in 6 one weeks；
In figure 6, concrete is set in upper groove 3 and low groove 4, including upper reinforcing bar 3 and lower reinforcing bar 4 and bar dowel 7 are solidified into concrete, outside
Reinforcing bar 10 is in the outer wall of concrete；Other technical scheme same instances one, effect is consistent；
Operating procedure
Operation one：When slabstone 1 will do block of wood in use, block of wood includes bridge pier, house pier and other building-supporting piers,
The upper upward sides of corner four of plane 1-1 are mutually aligned progress overlapping, Duo Geshi up and down to the lower plane 1-2 of multiple slabstones 1 downwards
To paste to form block of wood shape using adhesive material between plate 1 and multiple slabstones 1, adhesive material includes concrete or other adhesive materials,
Block of wood outer wall is extended with multiple outer reinforcing bars 10, and multiple elongated reinforcing bars erect array and surround block of wood one week, and are respectively welded and are connected to
Multiple outer reinforcing bars 10, make its block of wood firmer；
Operation two：When slabstone 1 will make outdoor stone chair, outer reinforcing bar 10 is cut off, or outer reinforcing bar 10 is set in concrete with concrete
Interior, the left and right ends of slabstone 1 set support feet to form outdoor chair shape separately down；Because slabstone 1 has upper reinforcing bar 5, lower reinforcing bar 6
With the reinforcing of concrete, outdoor chair is not allowed to be broken；
Operation three：When slabstone 1 to do wider trench cover plate in use, the front end of slabstone 1 be sequentially connected multiple slabstones 1 and rear end according to
The secondary multiple slabstones 1 of connection form wider elongatedly equal cover plate, and multiple slabstones 1 stretch out outer reinforcing bar with multiple rear and front ends of slabstone 1
10 close to welding together, and the connecting sewing of slabstone 1 and slabstone 1 is pasted using adhesive material, and adhesive material includes concrete or other viscous
Paste material；Because the reinforcing trench cover plate for having upper reinforcing bar 5, lower reinforcing bar 6, outer reinforcing bar 10 and concrete is not allowed to be broken；When slabstone 1 to do compared with
For narrow trench cover plate in use, the downward upper end in the lower end of slabstone 1 is upward, the left end of slabstone 1 is sequentially connected multiple slabstones 1 and right-hand member successively
Connect multiple slabstones 1 and form narrower elongatedly equal cover plate, the outer reinforcing bar that multiple slabstones 1 stretch out with multiple left and right ends of slabstone 1
10 it is close to each other weld together, the connecting sewing of slabstone 1 and slabstone 1 is pasted using adhesive material, adhesive material include concrete or its
Its adhesive material；Because the reinforcing trench cover plate for having upper reinforcing bar 5, lower reinforcing bar 6, outer reinforcing bar 10 and concrete is not allowed to be broken；
Operation four：When 1 Yao Zuo squares surface of slabstone, multiple slabstones 1 keep flat with multiple slabstones 1 and are connected anyhow, Duo Geshi
Outer reinforcing bar 10 and the multiple slabstones 1 that plate 1 stretches out stretch out outer reinforcing bar 10 it is close to each other it is corresponding weld together, multiple slabstones 1 and more
Connecting sewing between individual slabstone 1 solidifies to strengthen connecting using binding material forms firm square surface configuration；Binding material bag
Include concrete or other binding materials；Due to thering is upper reinforcing bar 5, lower reinforcing bar 6, outer reinforcing bar 10 and the reinforcing of concrete, square surface not to allow to be broken
Deformation；
Operation five：It is multiple when building guarantor's bank using slabstone 1 is quick when landslide or other geological disasters soon occur
Slabstone 1 is built with the vertical and horizontal heap neat up and down of multiple slabstones 1, the outer steel that the outer reinforcing bar 10 that multiple slabstones 1 stretch out stretches out with multiple slabstones 1
The corresponding welding close to each other of muscle 10, between multiple slabstones 1 and multiple slabstones 1
Connecting sewing strengthens connection formation using binding material solidification and protects bank shape；Binding material includes concrete or other binding materials,
Due to there is the reinforcing Bao Kan of upper reinforcing bar 5, lower reinforcing bar 6, outer reinforcing bar and concrete quite firm；Protect bank outer wall and be extended with multiple outer reinforcing bars
10, elongated reinforcing bar erects the multiple outer reinforcing bars 10 for being welded in stretching respectively, and the outer reinforcing bar 10 of all stretchings is respectively welded into connection
In together, making Qi Baokan firmer；When binding material does not solidify, due to thering is outer reinforcing bar and elongated reinforcing bar to produce and reinforce and connect
Effect is connect, Bao Kan can equally play a role, and can realize and quickly build Bao Kan, standby to exempt from that unnecessary accident and disaster occurs；
Operation six：When flood carries bank quickly to build flood control temporarily soon, multiple slabstones 1 are vertical and horizontal whole up and down with multiple slabstones 1
Neat heap builds connection, the outer reinforcing bar 10 that multiple slabstones 1 stretch out and the outer reinforcing bar 10 that multiple slabstones 1 stretch out corresponding welding close to each other,
Flood control carries bank and is extended with multiple outer reinforcing bars 10, and elongated reinforcing bar is erect respectively is welded in multiple outer reinforcing bars 10, its flood control is carried bank more
Add firm；The connecting sewing of multiple slabstones 1 and multiple slabstones 1 is filled with cotton or rubber or other waterproofs leakage object, or flood control
Carry wall at bank and wrap up waterproof cloth, its flood control is carried bank water-tight；Due to having upper reinforcing bar 5, lower reinforcing bar 6, concrete, outer reinforcing bar 10 and length
Shape reinforcing bar produces connection function, and it is quite firm that flood control carries bank, flood control can be quickly built within the shortest time and carry bank, standby to exempt to occur not
Necessary accident and loss；
Other technical scheme same instances one, effect is consistent；
Example three
In example one and example two：
A kind of slabstone, including slabstone 1 and the upper groove 3 and low groove 4 that are arranged on slabstone 1, it is characterised in that；
In Fig. 1, the construction of the slabstone 1 is that hard stone material cuts the cuboid stone product to be formed, slabstone 1 by face, drift angle,
Side three parts composition, slabstone 1 is the closing three-dimensional shape surrounded by six rectangles；
It is upper plane 1-1 that slabstone 1, which lies against ground top planes, and base plane is lower plane 1-2；
The height of slabstone 1 is 25 centimetres, slabstone is that width is 50 centimetres, and the length of slabstone 1 is 100 centimetres；
In fig. 2, dividing line 2 is provided with the middle part of the height of slabstone 1, dividing line 2 is annular wire loop slabstone one week, by slabstone
1 is divided into top and bottom, and the size of top and bottom is respectively, is highly 5 centimetres of 12 ﹒, and width is 50 centimetres of length, length
For 100 centimetres；It is not have to the medium position that ruler is known that slabstone 1 when in use for convenience of slabstone 1 to set dividing line 2, is saved
Working time and labour；
The upper end of slabstone 1 sets upper groove 3,3 annular upper end of upper groove one week, and upper end is divided equally；
The lower end of slabstone 1 sets low groove 4, the annular lower end of low groove 4 one week, and lower end is divided equally；
Upper groove 3 and low groove 4 are rectangular channel, and construction and the size difference of upper groove 3 and low groove 4 are identical,
Upper groove 3 and low groove 4 are parallel to each other, and upper groove 3 and low groove 4 are parallel to each other with upper plane 1-1 and lower plane 1-2；
Middle part is provided with reinforcing bar 5 in upper groove 3, and the upper annular upper groove of reinforcing bar 5 forms oblong rectangular frame in 3 one weeks；
Middle part is provided with lower reinforcing bar 6 in low groove 4, and the lower annular low groove of reinforcing bar 6 forms oblong rectangular frame in 4 one weeks；
Upper reinforcing bar 5 and lower reinforcing bar 6 and upper plane 1-1 and lower plane 1-2 are parallel to each other, upper reinforcing bar 5 and the lower geomery of reinforcing bar 6 point
Not identical, the diameter of upper reinforcing bar 5 and lower reinforcing bar 6 is 5 centimetres of 0 ﹒；
The more one end of bar dowel 7 upper reinforcing bars 5 of annular connection and lower reinforcing bar 6, the more other ends of bar dowel 7 connect outer reinforcing bar 10, outside
The upper reinforcing bar 5 of the annular of reinforcing bar 10 or lower reinforcing bar form oblong rectangular frame in 6 one weeks；8 centimetres of a diameter of 0 ﹒ of bar dowel 7, outer reinforcing bar
10 7 centimetres of a diameter of 0 ﹒；
In figure 6, concrete is set in upper groove 3 and low groove 4, upper reinforcing bar 3 and lower reinforcing bar 4 and bar dowel 7 is set in interior, outer steel
Muscle 10 is in the outer wall of concrete；Other technical scheme same instances two, effect is consistent.
Example four
In example three：
A kind of slabstone, including slabstone 1 and the upper groove 3 and low groove 4 that are arranged on slabstone 1, it is characterised in that；
In Fig. 1, the height of slabstone 1 be 30 centimetres, slabstone be that width is 60 centimetres, the length of slabstone 1 be 120 centimetres；
In fig. 2, dividing line 2 is provided with the middle part of the height of slabstone 1, dividing line 2 is annular wire loop slabstone one week, by slabstone
1 is divided into top and bottom, and the size of top and bottom is respectively, is highly 15 centimetres, and width is 60 centimetres of length, and length is
120 centimetres；It is not have to the medium position that ruler is known that slabstone 1 when in use for convenience of slabstone 1 to set dividing line 2, saves labor
Dynamic time and labour；
The upper end of slabstone 1 sets upper groove 3,3 annular upper end of upper groove one week, and upper end is divided equally；
The lower end of slabstone 1 sets low groove 4, the annular lower end of low groove 4 one week, and lower end is divided equally；
Upper groove 3 and low groove 4 are rectangular channel, and construction and the size difference of upper groove 3 and low groove 4 are identical,
Upper groove 3 and low groove 4 are parallel to each other, and upper groove 3 and low groove 4 are parallel to each other with upper plane 1-1 and lower plane 1-2；
The size of upper groove 3 and low groove 4 is that width is 6 centimetres, and depth is 8 centimetres；
Middle part is provided with reinforcing bar 5 in upper groove 3, and the upper annular upper groove of reinforcing bar 5 forms oblong rectangular frame in 3 one weeks；
Middle part is provided with lower reinforcing bar 6 in low groove 4, and the lower annular low groove of reinforcing bar 6 forms oblong rectangular frame in 4 one weeks；
Upper reinforcing bar 5 and lower reinforcing bar 6 and upper plane 1-1 and lower plane 1-2 are parallel to each other, upper reinforcing bar 5 and the lower geomery of reinforcing bar 6 point
Not identical, the diameter of upper reinforcing bar 5 and lower reinforcing bar 6 is 6 centimetres of 0 ﹒；
The more one end of bar dowel 7 upper reinforcing bars 5 of annular connection and lower reinforcing bar 6, the more other ends of bar dowel 7 connect outer reinforcing bar 10, outside
The upper reinforcing bar 5 of the annular of reinforcing bar 10 or lower reinforcing bar form oblong rectangular frame in 6 one weeks；8 centimetres of a diameter of 0 ﹒ of bar dowel 7, outer reinforcing bar
10 8 centimetres of a diameter of 0 ﹒；Other technical scheme same instances two, effect is consistent；
Example five
In example two, in Fig. 2 and Fig. 5,
Upper, middle and lower in upper groove 3 are respectively arranged with reinforcing bar 5 and amount to three upper reinforcing bars 5, and three upper reinforcing bars 5 are respectively in annular
Groove forms oblong rectangular frame in 3 one weeks；
Upper, middle and lower in low groove 4 are respectively arranged with lower reinforcing bar 6 and amount to three lower reinforcing bars 6, and three lower reinforcing bars 6 are respectively under annular
Groove forms oblong rectangular frame in 4 one weeks；
Three upper reinforcing bars 5 and the three lower geomery of reinforcing bar 6 difference are identical；
Upper reinforcing bar 5 and middle lower reinforcing bar 6, the more other ends of bar dowel 7 connect outer steel among the more one end of bar dowel 7 annular connections
Muscle 10, the outer middle upper reinforcing bar 5 of the annular of reinforcing bar 10 or middle lower reinforcing bar form oblong rectangular frame in 6 one weeks；
In figure 6, concrete is set in upper groove 3 and low groove 4, three upper reinforcing bars 3 and three lower reinforcing bars 4 and bar dowel 7 is solidified
Inside, outer reinforcing bar 10 is in the outer wall of concrete；Other technical scheme same instances two, effect is consistent.
Claims (10)
1. a kind of slate for building, including slabstone（1）Be arranged on slabstone（1）On upper groove（3）And low groove（4）, its feature
It is；The slabstone（1）Construction be that hard stone material cuts the cuboid stone product to be formed, slabstone（1）Lie against at the top of ground
Plane is upper plane（1-1）, base plane is lower plane（1-2）；
Slabstone（1）Highly multiply two and be equal to slabstone（1）Width, slabstone（1）Width multiplies two and is equal to slabstone（1）Length；
Slabstone（1）Height in the middle part of be provided with dividing line（2）, dividing line（2）For annular wire loop slabstone one week, dividing line
（2）By slabstone（1）Top and bottom are divided into, the length size difference of top and bottom is equal；
Slabstone（1）Upper end set upper groove（3）, upper groove（3）Annular upper end one week, and upper end is divided equally；
Slabstone（1）Lower end set low groove（4）, low groove（4）Annular lower end one week, and lower end is divided equally；
Upper groove（3）And low groove（4）Construction and size difference it is identical；
Upper groove（3）And low groove（4）It is parallel to each other, upper groove（3）And low groove（4）With upper plane（1-1）And lower plane（1-
2）It is parallel to each other；
Middle part is provided with reinforcing bar 5 in upper groove 3, and the upper annular upper groove of reinforcing bar 5 forms oblong rectangular frame in 3 one weeks；
Middle part is provided with lower reinforcing bar 6 in low groove 4, and the lower annular low groove of reinforcing bar 6 forms oblong rectangular frame in 4 one weeks；
Upper reinforcing bar 5 and lower reinforcing bar 6 and upper plane 1-1 and lower plane 1-2 are parallel to each other, upper reinforcing bar 5 and the lower geomery of reinforcing bar 6 point
It is not identical；
The more one end of bar dowel 7 upper reinforcing bars 5 of annular connection and lower reinforcing bar 6, the more other ends of bar dowel 7 connect outer reinforcing bar 10, outside
The upper reinforcing bar 5 of the annular of reinforcing bar 10 or lower reinforcing bar form oblong rectangular frame in 6 one weeks；
Concrete is set in upper groove 3 and low groove 4, upper reinforcing bar 3 and lower reinforcing bar 4 and bar dowel 7 are set in, outer reinforcing bar 10 is in concrete
Outer wall.
A kind of 2. slate for building according to claim 1, it is characterised in that upper groove（3）And low groove（4）It is rectangle
Groove.
3. a kind of slate for building according to claim 1, it is characterised in that work as slabstone（1）Block of wood is done in use, multiple
Slabstone（1）Lower plane（1-2）Upper plane downwards（1-1）The upward side of corner four is mutually aligned progress overlapping, multiple slabstones up and down
（1）With multiple slabstones（1）Between paste to form block of wood shape using adhesive material, block of wood outer wall is extended with multiple outer reinforcing bars
（10）, multiple elongated reinforcing bars erect array and surround block of wood one week, and are respectively welded and are connected to multiple outer reinforcing bars（10）, make its block of wood
It is firmer.
4. a kind of slate for building according to claim 1, it is characterised in that work as slabstone（1）, will when making outdoor stone chair
Outer reinforcing bar（10）Excision, or by outer reinforcing bar（10）It is set in concrete in concrete, slabstone（1）Left and right ends set support separately down
Pin forms outdoor chair shape.
5. a kind of slate for building according to claim 1, it is characterised in that work as slabstone（1）Do wider trench cover plate
In use, slabstone（1）Front end is sequentially connected multiple slabstones（1）Multiple slabstones are sequentially connected with rear end（1）Formed wider elongated
The equal cover plate in ground, multiple slabstones（1）With multiple slabstones（1）Outer reinforcing bar is stretched out in rear and front end（10）It is close to weld together, slabstone（1）
With slabstone（1）Connecting sewing pasted using adhesive material；Work as slabstone（1）Narrower trench cover plate is done in use, slabstone（1）Under
Hold downward upper end upward, slabstone（1）Left end is sequentially connected multiple slabstones（1）Multiple slabstones are sequentially connected with right-hand member（1）Formed compared with
Narrow elongatedly equal cover plate, multiple slabstones（1）With multiple slabstones（1）The outer reinforcing bar that left and right ends are stretched out（10）Welding close to each other
Together, slabstone（1）With slabstone（1）Connecting sewing pasted using adhesive material.
6. a kind of slate for building according to claim 1, it is characterised in that work as slabstone（1）It is multiple during the surface of Yao Zuo squares
Slabstone（1）With multiple slabstones（1）Keep flat and connected anyhow, multiple slabstones（1）The outer reinforcing bar stretched out（10）With multiple slabstones（1）
Stretch out outer reinforcing bar（10）Correspondence close to each other welds together, multiple slabstones（1）With multiple slabstones（1）Between connecting sewing use
Binding material solidification strengthens connection and forms firm square surface configuration.
A kind of 7. slate for building according to claim 1, it is characterised in that when landslide or other geological disasters soon
During generation, slabstone is used（1）When quickly building guarantor's bank, multiple slabstones（1）With multiple slabstones（1）Anyhow neat heap is built up and down,
Multiple slabstones（1）The outer reinforcing bar stretched out（10）With multiple slabstones（1）Stretch out outer reinforcing bar（10）Corresponding welding close to each other, Duo Geshi
Plate（1）With multiple slabstones（1）Between connecting sewing using binding material solidification strengthen connection formed protect bank shape；Bank outer wall is protected to stretch
Going out has outer reinforcing bar（10）, elongated reinforcing bar erects the outer reinforcing bar for being welded in stretching respectively（10）, by the outer reinforcing bar of all stretchings（10）
It is respectively welded and is connected together, makes Qi Baokan firmer；When binding material does not solidify, due to there is outer reinforcing bar（10）With it is elongated
Reinforcing bar produces reinforcing and connection function, Bao Kan and can equally played a role, and can realize and quickly build Bao Kan, unnecessary for exempting to occur
Accident and disaster.
8. a kind of slate for building according to claim 1, it is characterised in that when temporarily flood will quickly build flood control soon
When carrying bank, multiple slabstones（1）With multiple slabstones（1）Anyhow neat heap builds connection, multiple slabstones up and down（1）The outer reinforcing bar stretched out
（10）With multiple slabstones（1）The outer reinforcing bar stretched out（10）Corresponding welding close to each other, flood control carry bank and are extended with multiple outer reinforcing bars
（10）, elongated reinforcing bar is erect respectively is welded in outer reinforcing bar 10, its flood control is carried bank firmer；Multiple slabstones（1）With multiple stones
Plate（1）Connecting sewing filled with cotton or rubber, or flood control carries wall at bank and wraps up waterproof cloth, can quickly be repaiied within the shortest time
Build flood control and carry bank, it is standby to exempt from that unnecessary accident and loss occurs.
9. according to a kind of slate for building described in claim 3,5,6 or 7, it is characterised in that adhesive material includes concrete or other
Adhesive material.
10. a kind of slate for building according to claim 1 or 9, it is characterised in that concrete is using cement, stone sand, stone
Grain, colorant and water, which stir, to be formed and slabstone（1）The not solidified concrete product of outer wall color identical；Or concrete is using cement, stone
Sand, colorant and water, which stir, to be formed and slabstone（1）The not solidified concrete product of outer wall color identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711030924.6A CN107587651A (en) | 2017-10-28 | 2017-10-28 | A kind of slate for building |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711030924.6A CN107587651A (en) | 2017-10-28 | 2017-10-28 | A kind of slate for building |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107587651A true CN107587651A (en) | 2018-01-16 |
Family
ID=61044557
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
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| Country | Link |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100723331B1 (en) * | 2006-03-28 | 2007-05-30 | 주식회사 한미파슨스건축사사무소 | The reinforced stone panel and producing method thereof |
| CN102080426A (en) * | 2011-02-14 | 2011-06-01 | 上海富春建业科技股份有限公司 | Steel wire mesh autoclaved aerated concrete slab |
| CN105332462A (en) * | 2014-08-06 | 2016-02-17 | 何中华 | Stone plate |
| KR101693345B1 (en) * | 2016-06-29 | 2017-01-17 | (주)상엔지니어링건축사사무소 | Retaining wall using natural stones and construction method for this same |
| CN207863282U (en) * | 2017-10-28 | 2018-09-14 | 自贡市金土地科技有限公司 | A kind of slate for building |
-
2017
- 2017-10-28 CN CN201711030924.6A patent/CN107587651A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100723331B1 (en) * | 2006-03-28 | 2007-05-30 | 주식회사 한미파슨스건축사사무소 | The reinforced stone panel and producing method thereof |
| CN102080426A (en) * | 2011-02-14 | 2011-06-01 | 上海富春建业科技股份有限公司 | Steel wire mesh autoclaved aerated concrete slab |
| CN105332462A (en) * | 2014-08-06 | 2016-02-17 | 何中华 | Stone plate |
| KR101693345B1 (en) * | 2016-06-29 | 2017-01-17 | (주)상엔지니어링건축사사무소 | Retaining wall using natural stones and construction method for this same |
| CN207863282U (en) * | 2017-10-28 | 2018-09-14 | 自贡市金土地科技有限公司 | A kind of slate for building |
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