CN102777040A - Installation process of stagger-joint dual-wallboard inner partition wall and dual-wallboard inner partition - Google Patents
Installation process of stagger-joint dual-wallboard inner partition wall and dual-wallboard inner partition Download PDFInfo
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- CN102777040A CN102777040A CN2012102646620A CN201210264662A CN102777040A CN 102777040 A CN102777040 A CN 102777040A CN 2012102646620 A CN2012102646620 A CN 2012102646620A CN 201210264662 A CN201210264662 A CN 201210264662A CN 102777040 A CN102777040 A CN 102777040A
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Abstract
The invention discloses an installation process of a stagger-joint dual-wallboard inner partition wall. The process comprises that positioning and paying off are conducted; a first wall body is installed, wherein wallboards of which the side walls and the top walls are coated with mortar are lifted, the sides of the wallboards are stuck to a structural wall post, then a wedge block which enables the top surfaces of the wallboards to abut upwards to a beam plate is driven between a first wallboard bottom and the floor, and the mortar is respectively filled in a plurality of gaps formed between the floor and the wallboard bottoms; then first connecting portions are formed among wallboards of the first wall body on the other sides of wallboards in accordance with a wallboard installation mode; a second wall body is installed, wherein the second wall body is installed beside the first wall body in accordance with the installation mode of the first wall body, a hollow layer is formed between the second wall body and the first wall body, second connecting portions are formed among wallboards of the second wall body, and all first connecting portions and all second connecting portions are staggered mutually; and the first wall body and the second wall body are blocked, outer ends of the first wall body and the second wall body are blocked by the mortar, and the first wall body and the second wall body are connected to form a stagger-joint hollow wall. By the aid of the installation process, the inner partition wall has the advantages of being good in heat preservation, sound-insulating, damp resistant and waterproof.
Description
Technical field
The present invention relates to mounting process and two wallboard internal partition wall of the two wallboard internal partition walls of a kind of fissure of displacement.
Background technology
The installation of existing internal partition wall body, general earlier first block of wallboard being connected on the structure wall column with mortar installed wallboard then in order, accomplishes the installation of whole body of wall.The mounting process of existing internal partition wall body has following shortcoming: 1, wall is an individual layer, and the insulation of wall, sound insulation, waterproof, moisture effect are poor; 2, the verticality of whole face wall body and ground and structure wall column depends primarily on the verticality of first block of wallboard; Existing internal partition wall body is when installing first block of wallboard; Need the workman to see the position of day upper thread and above-ground route; And could guarantee the planeness and the verticality of wallboard through the position of repetitious adjustment wallboard, the operation ten minutes is inconvenient, and takes a lot of work and time-consuming.3, wallboard is connected with beam slab needs to reinforce with reinforcing bar, and operation is inconvenience very, takes a lot of work and time-consuming.4, when between wallboard and the structure wall being 90 degree corners installations, need after installing, squeeze into reinforcing bar again, be not easy to guarantee verticality, the planeness of plate like this, and very inconvenience of operation.
In order to overcome the defective of above-mentioned technology, the invention provides a kind of new internal partition wall body mounting process.
Summary of the invention
The objective of the invention is provides the mounting process of the internal partition wall of a kind of high insulating effect, sound insulation, protection against the tide, waterproof in order to overcome weak point of the prior art.
The present invention adopts following technical scheme: the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement, and it may further comprise the steps:
A, location unwrapping wire: emit the wall line into preparatory first of installing, second face wall body location on construction ground, the wall line comprises an above-ground route and a day upper thread;
B, the first face wall body 100 is installed: after the wallboard 2 of earlier side and end face being smeared mortar is holded up its side is bonded on the structure wall column 1; Between first wallboard bottom surface and floor 6, squeeze into then and make the wallboard end face upwards hold out against the voussoir 5 on the beam slab 4, mortar is filled in a plurality of spaces that between floor and wallboard bottom, form respectively; Then according to wallboard 2 mounting meanss other wallboard is installed successively, is withdrawed from the fixedly voussoir 5 back mortars of filling in the voussoir hole of wallboard 2 at last, accomplish the installation of the first face wall body 100 in the another side of wallboard 2; Form first junction 101 between the wallboard of the first face wall body 100, said wallboard is to make concrete aggregate with light ceramic;
C, the installation second face wall body 200; According to the first face wall body, 100 mounting meanss the second face wall body 200 is installed on the first face wall body, 100 sides; Form hollow layer 300 between the second face wall body 200 and the first face wall body 100; Form second junction 201 between the wallboard of the second face wall body 200, all second junctions 201 intermesh with all first junctions 101;
D, shutoff two bodies of wall with the first face wall body 100 and the 200 outer end shutoff of the second face wall body, make two bodies of wall connect into the hollow wall of a stifled fissure of displacement with mortar.
In step C or step D; The U-shaped location fastener 3 that is used for positioning wall is installed on structure wall column 1 before the installing wall body; This U-shaped location fastener 3 comprises brace 31; Be connected with perpendicular first card 32, second card 33 in the both sides of brace 31 respectively, be formed for placing the mounting groove 34 of wallboard 2 between the inner surface of said brace 31 and first card 32, second card 33, the thickness of the width of this mounting groove 34 and wallboard 2 is suitable; The surface that when U-shaped location fastener 3 is installed the external surface of brace 31 is fitted in structure wall column 1 is fixed on brace 31 on the structure wall column 1 with nail, makes that first card 32, second card 33 of U-shaped location fastener 3 are all vertical with the surface of ground, structure wall column 1; On structure wall column 1, the U-shaped location fastener 3 more than at least 2 is installed at interval along vertical direction; Mounting groove 34 in the vertical directions of all U-shaped location fasteners 3 are arranged in a row; Then first block of wallboard holded up and its first side in alignment is snapped onto in the mounting groove 34 of all U-shapeds location fasteners 3, make behind first card 32 of U-shaped location fastener 3, wallboard front surface that second card 33 is stuck in first block of wallboard and the wallboard on the surface.
Before squeezing into voussoir 5 between wallboard bottom surface and the floor 6, the said U-shaped location fastener 3 that is used for fixing the wallboard top is installed also on beam slab 4.
Said U-shaped location fastener 3 by the two ends of a rectangle steel disc in the same way one side bending 90 degree of rectangle steel disc form.
After squeezing into voussoir 5 between the bottom surface of wallboard and the floor 6; Between wallboard and beam slab 4, be fixed with angle sign indicating number 9; Angle sign indicating number 9 comprises first connecting portion 91 and second connecting portion 92 that connects into the L type, in the time of fixedly first connecting portion 91, second connecting portion 92 is separately fixed on the side, beam slab of this piece wallboard.
Before said wallboard is holded up, evenly be fixed with the top rubber cushion piece 7 that is used to push up on the beam slab 4 at the end face of wallboard.
Said wallboard 2 is a solid wall plate; Said top rubber cushion piece 7 is a plain cushion piece 70; Plain cushion piece 70 comprises cushion block body 72, is provided with a plurality of connection convex tendons 73 that push up on the beam slab 4 in said cushion block body 72 upper surfaces, can make slurry get into the through hole 74 of cushion block body 72 inside when on described cushion block body 72, being provided with a plurality of being in the milk; Before wallboard is holded up, plain cushion piece 70 bottoms are bonded on the wallboard with mortar.
Said wallboard 2 is a hollow wall panel; In hollow wall panel, be provided with a plurality of core holes 20 that separate; Said top rubber cushion piece 7 is an angle cushion block 71, and angle cushion block 71 comprises cushion block body 72, is provided with a plurality of the top in said cushion block body 72 upper surfaces and connects convex tendon 73 on the beam slab 4; Can make slurry get into the through hole 74 of cushion block body 72 inside when on described cushion block body 72, being provided with a plurality of being in the milk, be provided with the trip 75 that can snap onto respectively in two adjacent core holes 20 in both sides, described cushion block body 72 lower surface.
The two wallboard internal partition walls of a kind of fissure of displacement; Comprise the first face wall body 100 and the second face wall body 200 that separate; Form hollow layer 300 between them; One side of the said first face wall body 100, end face, underrun mortar are separately fixed on structure wall column 1, beam slab 4, the floor 6, and the first face wall body 100 is formed by connecting through mortar the polylith wallboard in order, form first junction 101 between the wallboard of the first face wall body 100; One side of the said second face wall body 200, end face, underrun mortar are separately fixed on structure wall column 1, beam slab 4, the floor 6; The second face wall body 200 also is formed by connecting through mortar the polylith wallboard in order; Form second junction 201 between the wallboard of the second face wall body 200, all second junctions 201 intermesh with all first junctions 101; The first face wall body 100 and the second face wall body, 200 outer ends make the second face wall body 200 and the first face wall body 100 form the fissure of displacement wall of hollow through the mortar sealing, and said wallboard is to make concrete aggregate with light ceramic.
Deadlight length of the present invention: 1000mm-4000m, optimum length is: 2000-3200mm, plate thickness: 60-240mm, the best is: 85,90,100,110,120,150,180,200mm, and plate width: 200-1000mm, the best is: 400-600mm.One side has cloudy tenon, a side that positive tenon is arranged.Auxilliary material is installed to be comprised: dry-mixed mortar, guipure, cement nail, reinforcing bar, plug, top glue, steel card, holder sign indicating number etc.Dry-mixed mortar has characteristics such as intensity height, shrinkage factor is little, adhesive property is strong; Top glue is divided into angle cushion block peace cushion block, and the angle cushion block is used for hollow wall panel, the plain cushion piece is used for solid wall plate, and top glue is placed in that the wallboard top makes body of wall top seam mortar thickness, plumpness is guaranteed and make body of wall have better anti-seismic performance; The steel card is directed against the antidetonation demand of body of wall and is provided with, and stability and anti-seismic performance that the steel card can improve body of wall are installed.Along with construction technology is improved corresponding improvement of auxilliary material meeting, the improvement of auxilliary material mainly is for the quality and the Security Target of the efficient that improves construction working, assurance construction, and the performance of body of wall each side is got a promotion.
The erector has: crowbar, trowel, 2M guiding ruler, spirit level, line rudder, steel ruler, iron hammer, timber wedge piece, electric saw, Churn drill, line of ink marker box, banister brush, bucket, broom, scaffold, ladder, level, fortune plate dolly and other instrument.Along with construction technology is improved employed instrument and also can correspondingly be improved, the improvement of instrument mainly is for the efficient that improves construction working, guarantees the quality and the Security Target of construction.
In sum, the present invention with respect to its beneficial effect of prior art is:
1. excellent heat-insulating property; Wallboard is to make concrete aggregate with light ceramic; Haydite is owing to inner porous, so have good heat insulation property, we have used blowing agent when building wallboard in addition; Make inside concrete produce many apertures, the concrete pyroconductivity of the preparation of producing like this is generally 0.3-0.8Wm.k than the low 1-2 of ordinary concrete doubly.So wallboard itself has good heat-insulating property, use the two walls of the fissure of displacement, increased the hole between two blocks of wallboards, make heat-insulating property more remarkable.
2. excellent sound insulation performance, the propagation of sound all needs medium, and wallboard is to make concrete aggregate with light ceramic; Haydite is owing to inner many hole-closing structures, and we have used blowing agent during the concreting wallboard, have produced many hole-closing structures again; So the sound insulation value of common wallboard can reach more than the 50dB, if use two walls, two middle holes of wallboard increase sound and circle round; Improved the absorption of sound, so soundproof effect is excellent more.
3. excellent waterproof, humidity resistance, wallboard is to make concrete aggregate with light ceramic, and haydite is because inner porous, and haydite has good water imbibition and water retention, and excellent waterproof is prevented so wallboard has, damp performance.Use two walls to increase thickness and make that waterproof is anti-, damp performance is more outstanding.
4. when first block of wallboard of installing wall body; A plurality of U-shapeds location fastener in the vertical direction is arranged in a row is fixed on the structure wall column surface; Locate first block of wallboard through U-shaped location fastener then; Can be fast with first wallboard location, save time, laborsaving, and guarantee the planeness and the verticality of wallboard.
5. use the first block of wallboard in fastener location, U-shaped location, make wallboard be stuck in the mounting groove between two cards of U-shaped location fastener, play the effect of reinforcing first block of wallboard, than only using firm many of mortar connected mode between traditional wallboard and the structure wall column.
6. when between wallboard and the structure wall being 90 degree corners installations; Near distolateral place a plurality of U-shapeds location fastener that in the vertical direction is arranged in a row is installed at the structure wall column; Then first block of wallboard is bumped into wherein; Compare traditional mode of after installing wallboard, squeezing into reinforcing bar again, not only operation is very easy, and can make the planeness of wallboard, verticality be guaranteed.
7. adopt U-shaped location fastener that the wallboard top is fixed on the beam slab at the wallboard top end face, compare tradition and adopt reinforcing bar that wallboard is fixed on the beam column, install very easy, time saving and energy saving, fastening strength is high but also can further realize calibration to wallboard.
8. adopt the angle sign indicating number that the wallboard top is fixed on the beam slab at the wallboard top end face, compare tradition and adopt reinforcing bar that wallboard is fixed on the beam column, installation is very easy, time saving and energy saving, fastening strength is high.
9. can reach the quality requirement of relevant acceptance criteria of country and regulation and stipulation by the lightweight inner partition wall body of construction technology construction of the present invention;
10. can guarantee the safe construction of wallboard by construction technology construction of the present invention, reduce construction safety hidden danger;
11. construction technology of the present invention uses dry-mixed mortar farthest to reduce wet work, economic environmental protection is a kind of construction technology of economic environmental protection.
Description of drawings
Fig. 1 adopts U-shaped location fastener for the side and fixes the sketch map that end face adopts the fixing internal partition wall of angle sign indicating number;
Fig. 2 adopts the sketch map of the fixing internal partition wall of U-shaped location fastener for side and end face;
Fig. 3 is the stereogram of doubling plate interior wall;
Fig. 4 is the structural representation of the stereogram of doubling plate interior wall;
Fig. 5 is the stereogram of U-shaped location fastener;
Fig. 6 is with the fixing sketch map of wallboard of voussoir;
Fig. 7 is for being provided with the sketch map of fiber guipure in adjacent two wallboard junctions;
Fig. 8 is the sketch map of plain cushion piece;
Fig. 9 is the sketch map of angle cushion block;
Figure 10 is for being provided with the sketch map of plain cushion piece between beam slab and wallboard;
Figure 11 is for being provided with the sketch map of angle cushion block between beam slab and wallboard.
The specific embodiment
Below in conjunction with the description of drawings and the specific embodiment the present invention is further described:
Shown in Fig. 1 to 11, the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement, it may further comprise the steps:
A, location unwrapping wire: emit the wall line into preparatory first of installing, second face wall body location on construction ground, the wall line comprises an above-ground route and a day upper thread
B, the first face wall body 100 is installed: after the wallboard of earlier side and end face being smeared mortar is holded up its side is bonded on the structure wall column 1; Between first wallboard bottom surface and floor 6, squeeze into then and make the wallboard end face upwards hold out against the voussoir 5 on the beam slab 4, mortar is filled in a plurality of spaces that between floor and wallboard bottom, form respectively; Then according to wallboard 2 mounting meanss other wallboard is installed successively, is withdrawed from the fixedly voussoir 5 back mortars of filling in the voussoir hole of wallboard 2 at last, accomplish the installation of the first face wall body 100 in the another side of wallboard 2; Form first junction 101 between the wallboard of the first face wall body 100;
C, the installation second face wall body 200; According to the first face wall body, 100 mounting meanss the second face wall body 200 is installed on the first face wall body, 100 sides; Form hollow layer 300 between the second face wall body 200 and the first face wall body 100; Form second junction 201 between the wallboard of the second face wall body 200, all second junctions 201 intermesh with all first junctions 101;
D, shutoff two bodies of wall with the first face wall body 100 and the 200 outer end shutoff of the second face wall body, make two bodies of wall connect into the hollow wall of a stifled fissure of displacement with mortar 400.
In step C or step D; The U-shaped location fastener 3 that is used for positioning wall is installed on structure wall column 1 before the installing wall body; This U-shaped location fastener 3 comprises brace 31; Be connected with perpendicular first card 32, second card 33 in the both sides of brace 31 respectively, be formed for placing the mounting groove 34 of wallboard 2 between the inner surface of said brace 31 and first card 32, second card 33, the thickness of the width of this mounting groove 34 and wallboard 2 is suitable; The surface that when U-shaped location fastener 3 is installed the external surface of brace 31 is fitted in structure wall column 1 is fixed on brace 31 on the structure wall column 1 with nail, makes that first card 32, second card 33 of U-shaped location fastener 3 are all vertical with the surface of ground, structure wall column 1; On structure wall column 1, the U-shaped location fastener 3 more than at least 2 is installed at interval along vertical direction; Mounting groove 34 in the vertical directions of all U-shaped location fasteners 3 are arranged in a row; Then first block of wallboard holded up and its first side in alignment is snapped onto in the mounting groove 34 of all U-shapeds location fasteners 3, make behind first card 32 of U-shaped location fastener 3, wallboard front surface that second card 33 is stuck in first block of wallboard and the wallboard on the surface.
Said U-shaped location fastener 3 by the two ends of a rectangle steel disc in the same way one side bending 90 degree of rectangle steel disc form.
Be provided with positive tenon 21 in a side of said wallboard 2, the another side is provided with cloudy tenon 22; On a side of first block of wallboard, be provided with the positive tenon of the inner surface that withstands on said brace 31; Second side at first block of wallboard is provided with cloudy tenon; On first side of second block of wallboard, be provided with the positive tenon that cooperates with the cloudy tenon of first block of wallboard, be provided with cloudy tenon in second side of second block of wallboard; Between all wallboards successively through positive tenon and cloudy feather joint.
Before said wallboard is holded up, evenly be fixed with the top rubber cushion piece 7 that is used to push up on the beam slab 4 referring to Fig. 8-11 at the end face of wallboard.
Referring to Fig. 8,10; Said wallboard 2 is a solid wall plate, and said top rubber cushion piece 7 is a plain cushion piece 70, and plain cushion piece 70 comprises cushion block body 72; Be provided with a plurality of connection convex tendons 73 that push up on the beam slab 4 in said cushion block body 72 upper surfaces; Can make slurry get into the through hole 74 of cushion block body 72 inside when on described cushion block body 72, being provided with a plurality of being in the milk, before wallboard is holded up, plain cushion piece 70 bottoms are bonded on the wallboard with mortar.
Referring to Fig. 9,11; Said wallboard 2 is a hollow wall panel; In hollow wall panel, be provided with a plurality of core holes 20 that separate; Said top rubber cushion piece 7 is an angle cushion block 71, and angle cushion block 71 comprises cushion block body 72, is provided with a plurality of the top in said cushion block body 72 upper surfaces and connects convex tendon 73 on the beam slab 4; Can make slurry get into the through hole 74 of cushion block body 72 inside when on described cushion block body 72, being provided with a plurality of being in the milk, be provided with the trip 75 that can snap onto respectively in two adjacent core holes 20 in both sides, described cushion block body 72 lower surface.Wallboard 2 is a hollow wall panel, during installation, in the core hole of the upper end of wallboard, puts into foam rods, and when avoiding on Reinforcing wall slab, stitching, mortar bleeds in the core hole.
In order further to strengthen the constant intensity of body of wall,, reinforces wallboard when being installed on the top of wallboard.
Referring to Fig. 1, a kind of Scheme of Strengthening is to adopt angle sign indicating number 9, and described angle sign indicating number 9 includes first connecting portion 91 and second connecting portion, 92, the first connecting portions 91 and second connecting portion 92 and is interconnected to the L type.After squeezing into voussoir 5 between the bottom surface of wallboard and the floor 6, on first connecting portion 91 of angle sign indicating number 9, side that second connecting portion 92 is attached to this piece wallboard respectively, beam slab; With ail gun first connecting portion 91, second connecting portion 92 are separately fixed on the side, beam slab of this piece wallboard then, make this piece wallboard be securely fixed on the beam slab.
Referring to Fig. 2, another kind of Scheme of Strengthening is to adopt described U-shaped location fastener 3, between two blocks of adjacent wallboards, with a U-shaped location fastener 3 two blocks of wallboards is fixed on the beam slab 4.Concrete mounting method is following: before squeezing into voussoir 5 between this piece wallboard bottom surface and the floor 6; On beam slab 4, be positioned at this piece wallboard according to the position of wall line and said U-shaped location fastener 3 be installed with the following wallboard junction that preparation is installed; During installation; The surface that the external surface of brace 31 is fitted in beam slab 4 is fixed on brace 31 on the beam slab 4 with nail; Make that first card 32, second card 33 of U-shaped location fastener 3 are perpendicular to the ground; The end face of wallboard is aimed in mounting groove 34 parts of the U-shaped location fastener 3 that snaps onto the top after squeezing into voussoir 5, makes behind first card 32 of U-shaped location fastener 3, wallboard front surface that second card 33 is stuck in wallboard and the wallboard that on the surface, the top end face of this sample block wallboard is just located fastener 3 through U-shaped and is fixed on the beam slab 4.Another part that mounting groove 34 is reserved is used to install next piece wallboard.So continuous installation just can be fixed on the beam slab 4 through a U-shaped location fastener 3 between two blocks of adjacent wallboards.Adopt wallboard top end face U-shaped location fastener 3 to fix and further to realize calibration to wallboard.
Referring to Fig. 7, on said wallboard 2 forward and backward surfaces near the place of side be respectively equipped with short slot that short slot 23, two wallboards connect the back front and rear surfaces be combined into respectively before vertical groove and the vertical groove in back.
After 3 days, the vertical groove dry patching mortar and floating in preceding vertical groove and back is with glass guipure 8 even smooth being bonded on the mortar surface in all wallboard installations.
Like Fig. 1-11; Through above-mentioned mounting process, be made into the two wallboard internal partition walls of a kind of fissure of displacement, it comprises the first face wall body 100 and the second face wall body 200 that separates; Form hollow layer 300 between them; One side of the said first face wall body 100, end face, underrun mortar are separately fixed on structure wall column 1, beam slab 4, the floor 6, and the first face wall body 100 is formed by connecting through mortar the polylith wallboard in order, form first junction 101 between the wallboard of the first face wall body 100; One side of the said second face wall body 200, end face, underrun mortar are separately fixed on structure wall column 1, beam slab 4, the floor 6; The second face wall body 200 also is formed by connecting through mortar the polylith wallboard in order; Form second junction 201 between the wallboard of the second face wall body 200, all second junctions 201 intermesh with all first junctions 101; The first face wall body 100 and the second face wall body, 200 outer ends make the second face wall body 200 and the first face wall body 100 form the fissure of displacement wall of hollow through the mortar sealing.
Claims (9)
1. the mounting process of the two wallboard internal partition walls of the fissure of displacement is characterized in that may further comprise the steps:
A, location unwrapping wire: emit the wall line into preparatory first of installing, second face wall body location on construction ground, the wall line comprises an above-ground route and a day upper thread;
B, the first face wall body (100) is installed: after the wallboard (2) of earlier side and end face being smeared mortar is holded up its side is bonded on the structure wall column (1); Between first wallboard bottom surface and floor (6), squeeze into then and make the wallboard end face upwards hold out against the voussoir (5) on the beam slab (4), mortar is filled in a plurality of spaces that between floor and wallboard bottom, form respectively; Then according to wallboard (2) mounting means other wallboard is installed successively, is withdrawed from the fixedly back mortar of filling in the voussoir hole of voussoir (5) of wallboard (2) at last, accomplish the installation of the first face wall body (100) in the another side of wallboard (2); Form first junction (101) between the wallboard of the first face wall body (100), said wallboard is to make concrete aggregate with light ceramic;
C, the installation second face wall body (200); According to first face wall body (100) mounting means the second face wall body (200) is installed on the first face wall body (100) side; Form hollow layer (300) between the second face wall body (200) and the first face wall body (100); Form second junction (201) between the wallboard of the second face wall body (200), all second junctions (201) intermesh with all first junctions (101);
D, shutoff two bodies of wall with the first face wall body (100) and second face wall body (200) the outer end shutoff, make two bodies of wall connect into the hollow wall of a stifled fissure of displacement with mortar.
2. the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement according to claim 1; In step C or step D; Go up the U-shaped location fastener (3) that installation is used for positioning wall at structure wall column (1) before the installing wall body; This U-shaped location fastener (3) comprises brace (31); Be connected with perpendicular first card (32), second card (33) respectively in the both sides of brace (31), be formed for placing the mounting groove (34) of wallboard (2) between the inner surface of said brace (31) and first card (32), second card (33), the thickness of width of this mounting groove (34) and wallboard (2) is suitable; The surface that when U-shaped location fastener (3) is installed the external surface of brace (31) is fitted in structure wall column (1) is fixed on brace (31) on the structure wall column (1) with nail, makes that first card (32), second card (33) of U-shaped location fastener (3) are all vertical with the surface of ground, structure wall column (1); Upward the U-shaped location fastener (3) more than at least 2 is installed at interval at structure wall column (1) along vertical direction; Mounting groove (34) in the vertical direction of all U-shaped location fasteners (3) is arranged in a row; Then first block of wallboard holded up and its first side in alignment is snapped onto in the mounting groove (34) of all U-shapeds location fasteners (3), make behind first card (32) of U-shaped location fastener (3), wallboard front surface that second card (33) is stuck in first block of wallboard and the wallboard on the surface.
3. the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement according to claim 1 is squeezed into voussoir (5) before between wallboard bottom surface and floor (6), the said U-shaped location fastener (3) that is used for fixing the wallboard top also is installed on beam slab (4).
4. according to the mounting process of the two wallboard internal partition walls of claim 2 or 3 described a kind of fissure of displacement, it is characterized in that said U-shaped location fastener (3) by the two ends of a rectangle steel disc in the same way one side bending 90 degree of rectangle steel disc form.
5. the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement according to claim 1; It is characterized in that after squeezing into voussoir (5) between the bottom surface of wallboard and floor (6); Between wallboard and beam slab (4), be fixed with angle sign indicating number (9); Angle sign indicating number (9) comprises first connecting portion (91) and second connecting portion (92) that connects into the L type, in the time of fixedly first connecting portion 91, second connecting portion 92 is separately fixed on the side, beam slab of this piece wallboard.
6. the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement according to claim 1 is characterized in that before said wallboard is holded up, and evenly is fixed with the top rubber cushion piece (7) that is used to push up on the beam slab (4) at the end face of wallboard.
7. the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement according to claim 6; It is characterized in that said wallboard (2) is a solid wall plate; Said top rubber cushion piece (7) is plain cushion piece (70); Plain cushion piece (70) comprises cushion block body (72), is provided with a plurality of connection convex tendons (73) that push up on the beam slab (4) in said cushion block body (72) upper surface, can make slurry get into the inner through hole (74) of cushion block body (72) when on described cushion block body (72), being provided with a plurality of being in the milk; Before wallboard is holded up, plain cushion piece (70) bottom is bonded on the wallboard with mortar.
8. the mounting process of the two wallboard internal partition walls of a kind of fissure of displacement according to claim 6; It is characterized in that said wallboard (2) is a hollow wall panel; In hollow wall panel, be provided with a plurality of core holes (20) that separate; Said top rubber cushion piece (7) is angle cushion block (71); Angle cushion block (71) comprises cushion block body (72); Be provided with a plurality of beam slabs (4) that push up in said cushion block body (72) upper surface and go up connection convex tendon (73), can make slurry get into the inner through hole (74) of cushion block body (72) when on described cushion block body (72), being provided with a plurality of being in the milk, be provided with the trip (75) that can snap onto respectively in adjacent two core holes (20) in described cushion block body (72) both sides, lower surface.
9. two wallboard internal partition walls of the fissure of displacement; It is characterized in that comprising the first face wall body (100) and the second face wall body (200) that separate; Form hollow layer (300) between them; One side of the said first face wall body (100), end face, underrun mortar are separately fixed on structure wall column (1), beam slab (4), floor (6); The first face wall body (100) is formed by connecting through mortar the polylith wallboard in order, forms first junction (101) between the wallboard of the first face wall body (100); One side of the said second face wall body (200), end face, underrun mortar are separately fixed on structure wall column (1), beam slab (4), floor (6); The second face wall body (200) also is formed by connecting through mortar the polylith wallboard in order; Form second junction (201) between the wallboard of the second face wall body (200), all second junctions (201) intermesh with all first junctions (101); The first face wall body (100) and second face wall body (200) outer end make the second face wall body (200) and the first face wall body (100) form the fissure of displacement wall of hollow through the mortar sealing, and said wallboard is to make concrete aggregate with light ceramic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102646620A CN102777040A (en) | 2012-07-27 | 2012-07-27 | Installation process of stagger-joint dual-wallboard inner partition wall and dual-wallboard inner partition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102646620A CN102777040A (en) | 2012-07-27 | 2012-07-27 | Installation process of stagger-joint dual-wallboard inner partition wall and dual-wallboard inner partition |
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|---|---|---|---|---|
| CN103790387A (en) * | 2014-01-17 | 2014-05-14 | 上海欧墅节能科技有限公司 | Method for installing and connecting decoration and heat preservation combined plates on hollow block wall |
| CN103938737A (en) * | 2013-11-02 | 2014-07-23 | 芜湖长启炉业有限公司 | Double-wall single-top foaming aluminum plate fixing sectional material |
| CN105863100A (en) * | 2016-03-01 | 2016-08-17 | 厦门锐创节能科技有限公司 | Ceramic foaming thermal insulation wall plate building and mounting structure and mounting method |
| CN107130711A (en) * | 2016-02-29 | 2017-09-05 | 北京恒通创新赛木科技股份有限公司 | Wall mounting structure and its installation method |
| WO2017173656A1 (en) * | 2016-04-08 | 2017-10-12 | 陈敬全 | Assembled building structure |
| CN112814212A (en) * | 2020-12-31 | 2021-05-18 | 北新集团建材股份有限公司 | Mounting method of assembled wall |
| WO2022012566A1 (en) * | 2020-07-16 | 2022-01-20 | 姚井祥 | Method for installing zippered wall part |
| CN115075468A (en) * | 2022-04-27 | 2022-09-20 | 浙江金迪新材科技有限公司 | Prefabricated composite wallboard, connecting piece, corner connecting piece, materials and combination method thereof |
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| CN107130711A (en) * | 2016-02-29 | 2017-09-05 | 北京恒通创新赛木科技股份有限公司 | Wall mounting structure and its installation method |
| CN105863100A (en) * | 2016-03-01 | 2016-08-17 | 厦门锐创节能科技有限公司 | Ceramic foaming thermal insulation wall plate building and mounting structure and mounting method |
| WO2017173656A1 (en) * | 2016-04-08 | 2017-10-12 | 陈敬全 | Assembled building structure |
| WO2022012566A1 (en) * | 2020-07-16 | 2022-01-20 | 姚井祥 | Method for installing zippered wall part |
| CN112814212A (en) * | 2020-12-31 | 2021-05-18 | 北新集团建材股份有限公司 | Mounting method of assembled wall |
| CN115075468A (en) * | 2022-04-27 | 2022-09-20 | 浙江金迪新材科技有限公司 | Prefabricated composite wallboard, connecting piece, corner connecting piece, materials and combination method thereof |
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Application publication date: 20121114 |