CN201339317Y - Slab-type building assembly used for casting wall - Google Patents
Slab-type building assembly used for casting wall Download PDFInfo
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- CN201339317Y CN201339317Y CNU200820077558XU CN200820077558U CN201339317Y CN 201339317 Y CN201339317 Y CN 201339317Y CN U200820077558X U CNU200820077558X U CN U200820077558XU CN 200820077558 U CN200820077558 U CN 200820077558U CN 201339317 Y CN201339317 Y CN 201339317Y
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Abstract
The utility model relates to a slab-type building assembly used for casting a wall. The slab-type building assembly comprises at least two slab-type building components which are any of the following types: glass fiber reinforced cement boards, cement pressure flat boards or silicon-oxygen-magnesium cement boards. The slab-type building assembly is characterized in that two of the slab-type building components form one group and are connected into two opposite and parallel cast-in-place cement templates by connectors vertical to the slab-type building components; and the distance between outer surfaces of the two slab-type building components is equal to the thickness of a finished wall body. The lab-type building components are pairwise and horizontally connected to form one group, and a plurality of building components groups are vertically connected. Rapid-hardening wall body materials are cast in the site into the slab-type building assembly used for casting the wall, and the slab-type building assembly used for casting the wall is the outer surface part of the wall body after the casting. The slab-type building assembly used for casting the wall is conveniently installed and has low labor intensity and high work efficiency during the construction.
Description
Technical field
The utility model relates to a kind of plate type construction components for pouring wall.
Background technology
Cause land resources to run off now in order to prevent to use brick wall in a large number, the metropolis has been prohibited the use clay solid brick outside the whole nation more than 100.Therefore when building, generally replace brick wall with cement wall, need steel form during the casting cement wall or wooden form be forming panel, after theing cement solidifies into cement wall, steel form or wooden form are disassembled, repeat usage is very low, wooden form generally promptly can not use with three to five times, though the swage plate can be repeatedly used, installation and removal labour intensity is big, the air spots of body of wall is very coarse, must smear the cement mortar of 15 millimeters-20 millimeters thick on the surface of body of wall again.Therefore, novel cast wall slab-type building member in building field, occurs simultaneously, particularly clipped the glass fiber reinforcement cement board of fiberglass gridding cloth.It as the cast wall with the slab-type building member have in light weight, intensity is high, fire-proof sound insulation is effective.After cast-in-place cementing is frozen into cement wall, again glass fiber reinforcement cement board is sticked on the surface of cement wall.Construction wall need the installation and removal template, and sticking glass fiber reinforced cement board after the body of wall moulding is built labour intensity height in the wall process, inefficiency.
Summary of the invention
In order to overcome the above-mentioned deficiency of existing cast wall with the slab-type building member, the utility model provides that a kind of labour intensity easy for installation is low, the plate type construction components for pouring wall of high efficiency.
Design of the present utility model is the glass fiber reinforcement cement board that clips glass fiber by minimum two alternate certain distances, glass fiber reinforcement cement board laterally is linked together as plate type construction components for pouring wall, assembly is to becoming cast-in-place cement mold, material through cast-in-site rapid hardening lightweight body of wall, cast back plate type construction components for pouring wall becomes the outer matrix section of body of wall, directly decoratable metope.
This cast wall comprises minimum two glass fiber reinforcement cement boards with the slab-type building member, it is characterized in that: two one group of glass fiber reinforcement cement board is used with the vertical connector of glass fiber reinforcement cement board and is connected into two relative and be parallel to each other cast-in-place cement formworks, between two glass fiber reinforcement cement boards certain distance is arranged, different and different according to the thickness of body of wall, the distance between two glass fiber reinforcement cement board lateral surfaces equates with the thickness of the body of wall that builds up.Glass fiber reinforcement cement board is two, and laterally to be linked together be one group, and some groups of glass fiber reinforcement cement boards vertically are linked together.
This cast wall is a glass fiber reinforcement cement board with the main member of slab-type building member, at the rarest four connection holes of glass fiber reinforcement cement board, the connection holes of glass fiber reinforcement cement board is arranged on the one side of glass fiber reinforcement cement board, protrude glass fiber reinforcement cement board surface and the through hole parallel with the surface, or the countersunk head through hole vertical with glass fiber reinforcement cement board.
This cast wall mainly contains following four kinds with the slab-type building member according to the form of connection holes.
The connection holes parallel with the glass fiber reinforcement cement board surface is to imbed the inboard wide Ω type card that is not more than 15 millimeters in one side when the glass fiber reinforcement cement board moulding, the middle part of Ω type card is protruded glass fiber reinforcement cement board and is formed the connection holes parallel with glass fiber reinforcement cement board, connection holes by glass fiber reinforcement cement board top is horizontal connection holes, two horizontal connection holes by the glass fiber reinforcement cement board both sides equate apart from the upper edge of glass fiber reinforcement cement board or the distance on following edge, waterside, in order to lay reinforcing bar, horizontal connection holes generally is not less than 8 millimeters apart from the distance of upper edge, 8 millimeters to 60 millimeters preferable, and the connection holes of glass fiber reinforcement cement board bottom is vertical connection holes.
The used connector of the connection holes parallel with glass fiber reinforcement cement board is a U shaped steel card, U shaped steel card is that two ends bend sidewise steel wire, distance between two bent rods is not less than 6 centimetres, two bent rods of U shaped steel card insert two corresponding connection holes of two glass fiber reinforcement cement boards respectively, four perpendicular connection holes of two glass fiber reinforcement cement boards vertically insert two U shaped steel cards, and the lower end of the bent rod of two vertical U shaped steel cards can exceed the lower edge of glass fiber reinforcement cement board.Four horizontal connection holes of one group of glass fiber reinforcement cement board insert a U shaped steel card, two bent rods of U shaped steel card exceed a side of glass fiber reinforcement cement board, stretch in two horizontal connection holes of another adjacent with it group glass fiber reinforcement cement board, such U shaped steel card can connect four glass fiber reinforcement cement boards, the top of N group glass fiber reinforcement cement board only gets final product with N+1 root U shaped steel card.Also available four U shaped steel cards connect two one group glass fiber reinforcement cement board, U shaped steel card side direction evagination wherein, snap in adjacent another as lateral retainer and organize between glass fiber reinforcement cement board.
The rectangle connection holes is better than circular hole with vertical connection holes, and the cross section of the U shaped steel card that matches with it is the better of rectangle, increases the stability of two glass fiber reinforcement cement boards that are linked together.
When the glass fiber reinforcement cement board moulding, form the projection of four projectioies in one side, two upper protruding blocks in top, two lower protruding blocks in bottom have the horizontal connection holes parallel with glass fiber reinforcement cement board at upper protruding block, at lower protruding block perpendicular connection holes are arranged.Also be to connect with U shaped steel card, connecting mode is identical with above-mentioned connecting mode.
The connection holes vertical with glass fiber reinforcement cement board is counter sink, and the connector between two glass fiber reinforcement cement boards is that bar shaped connects the U shaped steel plate that plank or biside plate have screw, and the distance between the biside plate is not less than 6 centimetres.Adopting bar shaped to connect plank is to pass connection holes with the countersunk head wood screw to be screwed into the two ends that bar shaped connects plank, just two glass fiber reinforcement cement boards is linked together.Adopting the U-shaped steel plate is to pass the screw that connection holes is screwed into the side plate of U-shaped steel plate with sunk screw, and two glass fiber reinforcement cement boards laterally are linked together.The connection holes on glass fiber reinforcement cement board top equates and is not more than 3 centimetres apart from the distance of the upper edge of glass fiber reinforcement cement board.When some groups of glass fiber reinforcement cement boards vertically connect, the shared bar shaped of four connection holes on two groups of adjacent glass fiber reinforcement cement board tops connects plank or the U shaped steel plate connects, promptly the sunk screw of two counter sinks of two of a side adjacent glass fiber reinforcement cement boards is screwed into an end of a bar shaped connection plank or a side plate of a U shaped steel plate, such bar shaped connects plank or the U shaped steel plate can connect four glass fiber reinforcement cement boards, the top of N group glass fiber reinforcement cement board only connects plank with the bar shaped of N+1 root or the U shaped steel plate gets final product.Also available four bar shapeds connect plank or the U shaped steel plate connects two one group glass fiber reinforcement cement board, and bar shaped is wherein connected plank or U shaped steel plate side direction evagination, snap in adjacent another as lateral retainer and organize between glass fiber reinforcement cement board.
Plate type construction components for pouring wall be the glass fiber reinforcement cement board of band connection holes with perpendicular to the connector of glass fiber reinforcement cement board, be connected into two one group of relative and be parallel to each other cast-in-place cement formworks easily, cast rapid hardening light wall material between two parallel glass fiber reinforcement cement boards, with the part formation light cement interior wall of these materials as body of wall, also glass fiber reinforcement cement board can be arranged on the both sides of reinforced frame, the cast fast hardening concrete constitutes the cement load bearing wall with fast hardening concrete.The cast wall becomes the outer matrix section of body of wall, the surfacing of body of wall, the layer of need not cementing again, directly decoratable metope with the slab-type building member.Mud wall is fixed on outside the cement wall with the surperficial building unit of slab-type building assembly as body of wall, while is as the forming panel of casting cement wall, the operation of having saved installation and removal steel form or wooden form, easy construction, labour intensity is low, has improved the efficient of building building cement wall.
Description of drawings
Fig. 1 is the front view of this plate type construction components for pouring wall embodiment one, also is the sectional view along A-A among Fig. 3.
Fig. 2 is and the corresponding vertical view of Fig. 1.
Fig. 3 is and the corresponding left view of Fig. 1.
Fig. 4 is the front view of the U shaped steel card that cooperates with this plate type construction components for pouring wall embodiment one.
Fig. 5 is the front view of the glass fiber reinforcement cement board of this plate type construction components for pouring wall embodiment one usefulness.
Fig. 6 is and the corresponding vertical view of Fig. 5.
Fig. 7 is and the corresponding left view of Fig. 5 local sectional view along B-B line among Fig. 5 among the figure.
Fig. 8 is the assembly drawing of this plate type construction components for pouring wall embodiment one.
Fig. 9 is the sectional view along C-C line among Fig. 8.
Figure 10 is the sectional view along D-D line among Fig. 9.
Figure 11 is along the sectional view of D-D line among Fig. 9, locatees with expansion bolt among the figure.
Figure 12 is the front view of the another kind of glass fiber reinforcement cement board of this plate type construction components for pouring wall embodiment one usefulness.
Figure 13 is the front view of the another kind of U shaped steel card of this plate type construction components for pouring wall embodiment one usefulness.
Figure 14 is and the corresponding upward view of Figure 13.
Figure 15 is this plate type construction components for pouring wall embodiment two front views, also is the sectional view along E-E line among Figure 17.
Figure 16 is and the corresponding vertical view of Figure 15.
Figure 17 is and the corresponding left view of Figure 15.
Figure 18 is the front view of the glass fiber reinforcement cement board of this plate type construction components for pouring wall embodiment dual-purpose.
Figure 19 is and the corresponding upward view of Figure 18.
Figure 20 is and the corresponding left view of Figure 18.
Figure 21 is this plate type construction components for pouring wall embodiment three front views, left part cutting open along F-F line among Figure 23 among the figure.
Figure 22 is and the corresponding vertical view of Figure 21.
Figure 23 is and the corresponding left view of Figure 21, partly cut-away among the figure.
Figure 24 is that this plate type construction components for pouring wall embodiment three used bar shapeds connect the plank front view.
Figure 25 is the assembly drawing of this plate type construction components for pouring wall embodiment three, and part is cut open along G-G line among Figure 26.
Figure 26 is and the corresponding left view of Figure 25.
Figure 27 is this plate type construction components for pouring wall embodiment four front views, and the left side is along H-H line partly cut-away in 28 among the figure.
Figure 28 is and the corresponding left view of Figure 27.
Figure 29 is the assembly drawing of overlooking direction of this plate type construction components for pouring wall embodiment four
Figure 30 is this plate type construction components for pouring wall embodiment three and the front view of the used glass fiber reinforcement cement board of embodiment four.
Figure 31 is and the corresponding left view of Figure 30, partly cut-away among the figure.
Figure 32 is the front view of the used U shaped steel plate of this plate type construction components for pouring wall embodiment four.
Figure 33 is and the corresponding upward view of Figure 32, partly cut-away among the figure.
Figure 34 is the another kind of vertically vertical view of combining form of this plate type construction components for pouring wall embodiment one.
Figure 35 is that the another kind of this plate type construction components for pouring wall embodiment three is given the vertical view to combining form.
Figure 36 is the vertical view of this plate type construction components for pouring wall embodiment five.。
Fig. 5, Fig. 6, Fig. 7, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 18, Figure 19, Figure 20, Figure 30, Figure 31, Figure 32, the relative Fig. 1 of Figure 33 amplify, and Fig. 1, Fig. 2, Fig. 3, Fig. 4, Figure 15, Figure 16, Figure 17, Figure 21, Figure 22, Figure 23, Figure 24, Figure 27, the relative Fig. 8 of Figure 28, Figure 29 amplify.
Among the above-mentioned figure:
1, U shaped steel card 2, Ω type card 3, glass fiber reinforcement cement board 4, Ω type card 5, Ω type card 6, U shaped steel card 7, Ω type card 8, U shaped steel card 9, glass fiber reinforcement cement board 10, load bearing wall 11, Ω type card 12, U shaped steel card 13, glass fiber reinforcement cement board 14, U shaped steel card 15, glass fiber reinforcement cement board 16, U shaped steel card 17, load bearing wall 18, glass fiber reinforcement cement board 19, glass fiber reinforcement cement board 20, concrete floor 21, glass fiber reinforcement cement board 22, U shaped steel card 23, glass fiber reinforcement cement board 24, glass fiber reinforcement cement board 1a, expansion bolt 25, glass fiber reinforcement cement board 25a, the square pattern 26 of projection, right angle Ω type card 27, side rib U shaped steel card 28, cement projection 29, glass fiber reinforcement cement board 30, cement projection 31, cement projection 31a, connection holes 32, cement projection 33, glass fiber reinforcement cement board 34, connection holes 35, bar shaped connects plank 36, glass fiber reinforcement cement board 37, glass fiber reinforcement cement board 38, counter sink 39, countersunk head wood screw 40, bar shaped connects plank 41, bar shaped connects plank 42, countersunk head wood screw 43, bar shaped connects plank 44, countersunk head wood screw 45, countersunk head wood screw 46, glass fiber reinforcement cement board 47, glass fiber reinforcement cement board 48, glass fiber reinforcement cement board 49, glass fiber reinforcement cement board 50, U shaped steel plate 51, sunk screw 52, U shaped steel plate 53, sunk screw 54, screw 55, U-shaped steel wire card 56, bar shaped connects plank 57, glass fiber reinforcement cement board 58, U shaped steel card 59, U shaped steel card 60, glass fiber reinforcement cement board
The specific embodiment
Describe the specific embodiment of the present utility model in detail below in conjunction with embodiment and accompanying drawing thereof, but the specific embodiment of the present utility model is not limited to following embodiment.
Building component embodiment one
Fig. 1, Fig. 2 inserts the connection holes parallel with glass fiber reinforcement cement board with the plate type construction components for pouring wall that Fig. 3 describes by the vertical U shaped steel card as connector of glass fiber reinforcement cement board 3 and glass fiber reinforcement cement board 9 usefulness and glass fiber reinforcement cement board, be connected into two relative and be parallel to each other cast-in-place cement formworks, U shaped steel card is the steel wire of two ends bending, distance between two bent rods is 10 centimetres, see Fig. 4, U shaped steel card 1 inserts the Ω type card such as the Ω type card 2 of the horizontal connection holes of conduct on two glass fiber reinforcement cement board tops, U shaped steel card 6 inserts the Ω type card 5 of the vertical connection holes of conduct of glass fiber reinforcement cement board bottom, and U shaped steel card 8 inserts the Ω type card 7 of the vertical connection holes of conduct of glass fiber reinforcement cement board bottom.Between glass fiber reinforcement cement board 3 and the glass fiber reinforcement cement board 9 at a distance of 10 millimeters.Two glass fiber reinforcement cement boards 3 and glass fiber reinforcement cement board 9 have the Ω type card of two pairs of four corresponding perpendicular connection holes, U shaped steel card 6 inserts the Ω type card of the perpendicular connection holes of a pair of correspondence, U shaped steel card 8 inserts another Ω type card to the vertical connection holes of correspondence, and the lower end of the bent rod of U shaped steel card can exceed the lower edge of glass fiber reinforcement cement board.Glass fiber reinforcement cement board 3 has four as the corresponding Ω type card of two couple of horizontal connection holes with glass fiber reinforcement cement board 9, U shaped steel card 1 inserts in the Ω type card of a pair of correspondence, two bent rods of U shaped steel card exceed the limit, left side of glass fiber reinforcement cement board 3 and glass fiber reinforcement cement board 9, insert in the load bearing wall 10 among Fig. 8.
The structure of the glass fiber reinforcement cement board of present embodiment is seen Fig. 5, Fig. 6 and Fig. 7, the connection holes parallel with the glass fiber reinforcement cement board surface is to imbed inboard Ω type card in one side when the glass fiber reinforcement cement board moulding, glass fiber reinforcement cement board is protruded at the middle part of Ω type card, width is 8 millimeters Ω type card such as a Ω type card 2, the middle part of Ω type card is protruded glass fiber reinforcement cement board 3 and is formed the connection holes parallel with glass fiber reinforcement cement board, Ω type card 2 by glass fiber reinforcement cement board 3 tops forms horizontal connection holes with Ω type card 4, these two Ω type cards equate to be 3 centimetres apart from the distance of the upper edge of glass fiber reinforcement cement board 3, and the Ω type card 5 of glass fiber reinforcement cement board 3 bottoms forms vertical connection holes with Ω type card 7.
The compound mode of embodiment one is referring to Fig. 8, Fig. 9 and Figure 10, form a plate type construction components for pouring wall with the glass fiber reinforcement cement board 3 that U shaped steel card connects with glass fiber reinforcement cement board 9 as cast-in-place cement formwork, the adjacent with it glass fiber reinforcement cement board 13 with the connection of U shaped steel card is formed another cast-in-place cement formworks with cement pressure flat 18, two bent rods that connect the horizontal U shaped steel card 12 of glass fiber reinforcement cement board 13 and glass fiber reinforcement cement board 18 insert the Ω type card of these two horizontal connection holes of formation, and exceed the limit, left side of glass fiber reinforcement cement board 13 and glass fiber reinforcement cement board 18 and insert in the Ω type card on glass fiber reinforcement cement board 3 and glass fiber reinforcement cement board 9 the right, so the cast-in-place cement formwork of the cast-in-place cement formwork of glass fiber reinforcement cement board 13 and glass fiber reinforcement cement board 18 formations and glass fiber reinforcement cement board 3 and glass fiber reinforcement cement board 9 formations vertically is linked together, form the 3rd cast-in-place cement formwork with the glass fiber reinforcement cement board 15 that U shaped steel card connects with glass fiber reinforcement cement board 19, the 3rd cast-in-place cement formwork vertically is linked together by adjacent with the left side in the same way cast-in-place cement formwork of U shaped steel card 14, in the load bearing wall 17 that the U shaped steel card 16 of the 3rd cast-in-place cement formwork inserts among Fig. 8, mainly be the effect of location, do not inserted load bearing wall and also can otherwise locate.Use the U shaped steel fastening position in the Ω type card that inserts vertical connection holes up and down between the plate type construction components for pouring wall.Between the glass fiber reinforcement cement board 21 and glass fiber reinforcement cement board 24 below the U shaped steel card 6 of the cast-in-place cement formwork that glass fiber reinforcement cement board 3 and glass fiber reinforcement cement board 9 constitute and the bent rod of U shaped steel card 8 insert, become the keeper between the cast-in-place cement formwork up and down.Figure 11 is seen in also available expansion bolt 1a location between cast-in-place cement formwork that glass fiber reinforcement cement board is formed and the load bearing wall.Be installed in the lower edge that the lower ends downward of U shaped steel card of the plate type construction components for pouring wall of concrete floor 20 is stretched out glass fiber reinforcement cement board, also can align with the lower edge.
Present embodiment is seen Figure 13 and Figure 14 with the glass fiber reinforcement cement board 25 and the plate type construction components for pouring wall better effects if that square rib U shaped steel card 27 constitutes of Figure 12, and square rib U shaped steel card 27 inserts in the right angle Ω type card 26.
Building component embodiment two
The structure of this plate type construction components for pouring wall embodiment two is seen Figure 15, Figure 16 and Figure 17, the difference of present embodiment and embodiment one is to adopt Figure 18, the glass fiber reinforcement cement board 29 that Figure 19 and Figure 20 describe, glass fiber reinforcement cement board 29 is glass fiber reinforcement cement board 29 forms four projectioies in one side when moulding cement projections with the difference of glass fiber reinforcement cement board 3, cement projection 28 and cement projection 30 are arranged at top, the cement projection 31 of bottom and cement projection 32, cement projection 28 and the connection holes 34 of cement projection 30 are the horizontal connection holes parallel with glass fiber reinforcement cement board 29, the connection holes 32 vertical connection holes of cement projection 31, available U shaped steel card 1 connects.Other is identical with structure and embodiment, and connecting mode is also identical with embodiment.
Embodiment one is a circular hole with the connection holes of embodiment two, also available rectangular opening, and rectangular opening connects with square rib U shaped steel card 27.
Building component embodiment three
The structure of this plate type construction components for pouring wall embodiment three is seen Figure 21, Figure 22 and Figure 23, glass fiber reinforcement cement board 36 and glass fiber reinforcement cement board 37 that present embodiment adopts, it is the glass fiber reinforcement cement board that Figure 30 and Figure 31 describe, at glass fiber reinforcement cement board 37 four connection holes vertical with the plate face are arranged, four connection holes are countersunk head such as counter sink 38 and counter sink 42, two counter sinks 38 on glass fiber reinforcement cement board 37 tops equate to be 2.5 centimetres apart from the distance of the upper edge of glass fiber reinforcement cement board 37, glass fiber reinforcement cement board 36 is that bar shaped connects plank 35 with connector between the glass fiber reinforcement cement board 37, bar shaped connects plank 40, bar shaped connects plank 41 and connects plank 43 with bar shaped, sees Figure 24.Pass counter sink 38 with countersunk head wood screw such as countersunk head wood screw 39 and be screwed into the two ends that bar shaped connects plank 40, just two glass fiber reinforcement cement boards are linked together.Two following bar shapeds connect battens 41 connect plank 43 with bar shaped downward lower edge of protruding two glass fiber reinforcement cement boards, bottom, snap into downwards between two glass fiber reinforcement cement boards of following plate type construction components for pouring wall, as the locating element of plate type construction components for pouring wall up and down.
The compound mode of embodiment three is referring to Figure 25 and Figure 26, connect plate type construction components for pouring wall as cast-in-place cement formwork of glass fiber reinforcement cement board 36 and glass fiber reinforcement cement board 37 compositions that plank connects with bar shaped, the adjacent with it glass fiber reinforcement cement board 47 of using the bar shaped plank to connect is formed another cast-in-place cement formwork with glass fiber reinforcement cement board 48.Glass fiber reinforcement cement board 47 and the countersunk head wood screw 44 on glass fiber reinforcement cement board 48 left sides are screwed into and connect glass fiber reinforcement cement board 36 and connect plank 40 with the bar shaped on glass fiber reinforcement cement board 37 the right among Figure 25, the shared bar shaped of four connection holes on two groups of adjacent glass fiber reinforcement cement board tops connects plank, and connecting plank with two bar shapeds between two groups of adjacent cast-in-place cement formworks can vertically be linked together.Two neighbouring plate type construction components for pouring wall are snapped between two glass fiber reinforcement cement boards of following plate type construction components for pouring wall by the bar shaped connection plank such as the bar shaped connection plank 41 of top plate type construction components for pouring wall, the bar shaped that is installed in below the plate type construction components for pouring wall of concrete floor connects plank, the lower edge that can not protrude glass fiber reinforcement cement board downwards.
Building component embodiment four
The structure of this plate type construction components for pouring wall embodiment four is seen Figure 27 and Figure 28, present embodiment also is the glass fiber reinforcement cement board 36 and glass fiber reinforcement cement board 37 that adopts, with the difference of embodiment three be that connector is U shaped steel plate 50, U shaped steel plate 52, be screwed into the screw 54 of U shaped steel plate 50 with sunk screw, U shaped steel plate 50 is rectangular bar steel plate for two ends bend, U-shaped steel plate one end has two screws 54, the structure of U shaped steel plate adopts U shaped steel plate 50 to replace bar shaped and connects plank 35 referring to Figure 32 and Figure 33.Connecting relation between two adjacent plate type construction components for pouring wall of present embodiment, the locate mode of two plate type construction components for pouring wall that laminate up and down is identical with embodiment three.
The form of the also available phase embedding of this plate type construction components for pouring wall vertically makes up, in Figure 34, glass fiber reinforcement cement board 3 has four U shaped steel cards with glass fiber reinforcement cement board 9, glass fiber reinforcement cement board 13 has four U shaped steel cards with glass fiber reinforcement cement board 18, wherein the bent rod of U shaped steel card 12 snaps into the right of cement pressure flat 13 and glass fiber reinforcement cement board 18, does not insert in the Ω type card 4.
Glass fiber reinforcement cement board 36 among Figure 35 has four bar shapeds to connect plank with glass fiber reinforcement cement board 37, two glass fiber reinforcement cement boards on the right have four bar shapeds to connect plank among the figure, and bar shaped connects plank 56 and snaps into left between glass fiber reinforcement cement board 36 and the glass fiber reinforcement cement board 37.
Building component embodiment five
The structure of present embodiment is seen Figure 36, the difference of it and embodiment one is to adopt strip glass fiber reinforcement cement board 57 and glass fiber reinforcement cement board 60, four U shaped steel cards 59 are arranged at the top between these two glass fiber reinforcement cement boards, six U shaped steel cards 58 are arranged in the bottom, distance between glass fiber reinforcement cement board 57 and glass fiber reinforcement cement board 60 and load bearing wall 10 and the load bearing wall 17 matches, and is slightly less than the distance between two walls.
All available cement pressure flat of glass fiber reinforcement cement board in the various embodiments described above or silica magnesia cement plate replace.
Claims (6)
1, a kind of plate type construction components for pouring wall, it comprises minimum two boards formula building unit, the slab-type building member is any in glass fiber reinforcement cement board, cement pressure flat and the silica magnesia cement plate, it is characterized in that: two one group of slab-type building member is used with the vertical connector of slab-type building member and is connected into two relative and be parallel to each other cast-in-place cement formworks, and the distance between two slab-type building member lateral surfaces equates with the thickness of the body of wall that builds up; The slab-type building member is two, and laterally to be linked together be one group, and some groups of slab-type building members vertically are linked together.
2, plate type construction components for pouring wall according to claim 1, it is characterized in that: at the rarest four connection holes of slab-type building member, the connection holes of slab-type building member is arranged on the one side of slab-type building member, protrude board-like building unit surface and the through hole parallel with the surface, or the countersunk head through hole vertical with the slab-type building member.
3, plate type construction components for pouring wall according to claim 2, it is characterized in that: the connection holes parallel with the slab-type building component surface is to imbed the inboard wide Ω type card that is not more than 15 millimeters in one side when the slab-type building molding component, the middle part of Ω type card is protruded board-like building unit and is formed the connection holes parallel with the slab-type building member, the connection holes on backup plate formula building unit top is horizontal connection holes, two horizontal connection holes on backup plate formula building unit both sides equate and are not less than 8 millimeters that apart from the distance of the upper edge of slab-type building member the connection holes of slab-type building member bottom is vertical connection holes; The connection holes used connector parallel with the slab-type building member is U shaped steel card, U shaped steel card is that two ends bend sidewise steel wire, distance between two bent rods is not less than 6 centimetres, two bent rods of U shaped steel card insert two corresponding connection holes of two boards formula building unit respectively, four perpendicular connection holes of two boards formula building unit vertically insert two U shaped steel cards, and the lower end of the bent rod of two vertical U shaped steel cards can exceed the lower edge of slab-type building member; Four horizontal connection holes of one group of slab-type building member insert a U shaped steel card, two bent rods of U shaped steel card exceed a side of slab-type building member, stretch in two horizontal connection holes of another adjacent with it group slab-type building member, such U shaped steel card can connect four blocks of slab-type building members, the top of N group slab-type building member can connect with N+1 root U shaped steel card.
4, plate type construction components for pouring wall according to claim 2, it is characterized in that: the projection that when the glass fiber reinforcement cement board moulding, forms four projectioies in one side, two upper protruding blocks in top, two lower protruding blocks in bottom, at upper protruding block the horizontal connection holes parallel with the slab-type building member arranged, perpendicular connection holes is arranged at lower protruding block.
5, plate type construction components for pouring wall according to claim 2, it is characterized in that: the connection holes vertical with the slab-type building member is counter sink, connector between the two boards formula building unit is that bar shaped connects plank, be to pass connection holes with the countersunk head wood screw to be screwed into the two ends that bar shaped connects plank, two boards formula building unit is linked together; The connection holes on slab-type building member top equates and is not more than 3 centimetres apart from the distance of the upper edge of slab-type building member, when some groups of slab-type building members vertically connect, the shared bar shaped of four connection holes on two groups of adjacent slab-type building member tops connects plank and connects, a bar shaped connects plank and can connect four blocks of slab-type building members, the top of N group slab-type building member, connecting plank with the bar shaped of N+1 root can connect.
6, plate type construction components for pouring wall according to claim 2, it is characterized in that: the connection holes vertical with the slab-type building member is counter sink, connector between the two boards formula building unit is the U-shaped steel plate, pass the screw that connection holes is screwed into the side plate of U-shaped steel plate with sunk screw, two boards formula building unit is linked together; The connection holes on slab-type building member top equates and is not more than 3 centimetres apart from the distance of the upper edge of slab-type building member, when some groups of slab-type building members vertically connect, the shared U-shaped steel plate of four connection holes on two groups of adjacent slab-type building member tops connects, a U-shaped steel plate can connect four blocks of slab-type building members, the top of N group slab-type building member can connect with N+1 root U-shaped steel plate.
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| Application Number | Priority Date | Filing Date | Title |
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| CNU200820077558XU CN201339317Y (en) | 2008-06-13 | 2008-06-13 | Slab-type building assembly used for casting wall |
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| CNU200820077558XU CN201339317Y (en) | 2008-06-13 | 2008-06-13 | Slab-type building assembly used for casting wall |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101328764B (en) * | 2008-06-13 | 2011-11-09 | 史春月 | Plate type construction components for pouring wall and pouring method of wall |
| WO2019221617A1 (en) * | 2018-05-15 | 2019-11-21 | Szochner Marek | Prefabricated construction element and the method of erecting objects made of prefabricated construction elements |
| CN113585552A (en) * | 2021-07-18 | 2021-11-02 | 山东华海人防规划设计有限公司青岛分公司 | Assembly integral type steel plate concrete civil air defense airtight wall |
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2008
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101328764B (en) * | 2008-06-13 | 2011-11-09 | 史春月 | Plate type construction components for pouring wall and pouring method of wall |
| WO2019221617A1 (en) * | 2018-05-15 | 2019-11-21 | Szochner Marek | Prefabricated construction element and the method of erecting objects made of prefabricated construction elements |
| CN113585552A (en) * | 2021-07-18 | 2021-11-02 | 山东华海人防规划设计有限公司青岛分公司 | Assembly integral type steel plate concrete civil air defense airtight wall |
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Granted publication date: 20091104 Effective date of abandoning: 20080613 |