CN201991131U - Plate type prefabricated member and plate type prefabricated member system of edge preset beam and column tie-bar - Google Patents
Plate type prefabricated member and plate type prefabricated member system of edge preset beam and column tie-bar Download PDFInfo
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- CN201991131U CN201991131U CN2011200042735U CN201120004273U CN201991131U CN 201991131 U CN201991131 U CN 201991131U CN 2011200042735 U CN2011200042735 U CN 2011200042735U CN 201120004273 U CN201120004273 U CN 201120004273U CN 201991131 U CN201991131 U CN 201991131U
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Abstract
The utility model provides a plate type prefabricated member of an edge preset beam and column tie-bar. The plate type prefabricated member particularly comprises a basal body (1), a preset internal framework (2) and a preset external framework (3); at least one end of the preset internal framework (2) is fixedly connected with the preset internal framework (2); the preset external framework (3) is of a closed annular structure or a semi-closed frame-type structure. A plate type prefabricated member system that is formed by the plate type fabricated member comprises at least two plate-type prefabricated members of the preset beam and column tie-bar; two adjacent plate type prefabricated members are formed into a tie-bar of the same beam and column through the preset external frameworks (3) that are fixed at the basal bodies (1); and the beam or the column that is combined well with the basal bodies (1) of the members is poured together by dint of the beam and column tie-bar and a longitudinal stress rib (8) in the closed framework. The plate type prefabricated member and the plate type prefabricated member system save construction time, are suitable for the requirements of building industrialization, and have predicable huge economic value and social value.
Description
Technical field
The present invention relates to building prefabricated components structure design and technical field of construction, board-like prefabricated units that a kind of edge presets beam, tie muscle and board-like prefabricated units system are provided especially.
Background technology
In traditional building prefabricated components construction, precast floor slab and precast beam are to produce separately earlier respectively, during installation, on in the floor, the stressed distribution reinforcement in bottom need anchor in the precast beam, with distribution reinforcement diameter 10mm in the floor is example, according to the cast-in-situ concrete code requirement, and according to antidetonation grade and concrete grade, its anchorage length in beam is generally all more than 350mm, but because beam slab intranodal reinforcing bar is too intensive, anchorage length can't go to carry out according to the technical specification of cast-in-situ steel reinforced concrete in practice of construction, so can only go construction according to the requirement of prefabricated assembled concrete member standard, because prefabricated assembled standard is looser relatively, the condition of its application and environment are also often strict, in the standard some indexs such as the floor height of assembled architecture and antidetonation grade are made and explicitly calling for, however, in all previous earthquake, assembled architecture (as the precast floor slab room) is many than the cast-in-place structural well damage still, trace it to its cause, be that still the quality of assembled architecture is stable inadequately.
Under the overall background of industrialization of construction industry, along with the slowly maturation of the every technical matters of building, people have turned to the research to cast-in-place whole assembled architecture gradually.So-called cast-in-place whole assembling, be that main building unit (Ru Liang, plate, post, wall etc.) adopts prefabricated mode, crucial node adopts cast-in-place mode, the setting that realizes the intranodal reinforcing bar by the certain methods means before cast-in-place be connected the requirement that meets the cast-in-situ steel reinforced concrete standard fully.And a very important approach is exactly a member by design production special shape in these methods, and the node that comes better realization to finish at last is equal to and full monolithic reinforced concrete structure.
People expect to obtain board-like preferably prefabricated units of a kind of technique effect and prefabricated units system.
Summary of the invention
The purpose of this invention is to provide that a kind of suitable industrialization of construction industry uses, more help saving the construction human cost, reduction of erection time, board-like prefabricated units and the board-like prefabricated units system and the corresponding new job practices thereof of beam, tie muscle preset at the edge of the effect that develops skill.The present invention is exactly the achievement that design is explored to member and combined joint under the industrialization of construction industry background.
The board-like prefabricated units of beam, tie muscle are preset at a kind of edge of the present invention, specifically are made of matrix 1 and the default inner frame 2 that plays the structure booster action that is arranged on member matrix 1 inside; It is characterized in that: matrix 1 outside in the described board-like prefabricated units also is provided with default outer skeleton 3, and described default inner frame 2 at least one ends and default inner frame 2 are fixed together, and default outer skeleton 3 is closed circular or semiclosed tower structure.Described default outer skeleton 3 at least one ends and default inner frame 2 are fixed together, and preset inner frame 2 and be the structure stress distribution bar in matrix 1, and default inner frame 2 minimum be the unidirectional layout of individual layer; Default outer skeleton 3 has at least a default inner frame 2 not only to be arranged in the member matrix 1 part for presetting inner frame 2 in the extension of matrix 1 outside, also reaches the default outer skeleton 3 of matrix 1 outside formation;
The board-like prefabricated units of beam, tie muscle are preset at edge of the present invention, also claimed following preferred content:
The correlation of described default inner frame 2, default outer skeleton 3, matrix 1 satisfies one of following four kinds of requirements or its combination:
One, the two ends of default outer skeleton 3 all fixedly connected default inner frame 2, default outer skeleton 3 constitutes enclosed construction jointly with close matrix 1 edge contour of presetting outer skeleton 3;
Its two, an end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 and an aforesaid end proximal end relative fixed are together and the formation enclosed construction;
Its three, an end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 is anchored in the matrix 1 but is not connected with default inner frame 2, default outer skeleton 3 and close matrix 1 edge contour of presetting outer skeleton 3 constitute enclosed construction jointly;
Its four, an end of default outer skeleton 3 fixedly connected default inner frame 2, it is unsettled to preset outer skeleton 3 other ends; Default outer skeleton 3 constitutes the less semiclosed tower structure of opening jointly with matrix 1 edge contour of close default outer skeleton 3, the aperture size of described opening satisfies following requirement: the centre of form with default outer skeleton 3 is the center of circle, and the central angle of opening part correspondence is less than 120 °.
Beam is preset at described edge, in the board-like prefabricated units of tie muscle, outside default an end of skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 and an aforesaid end proximal end relative fixed be together and also satisfy following requirement when constituting enclosed construction: the described other end of presetting outer skeleton 3 and aforesaid that end proximal end relative fixed of fixedlying connected default inner frame 2 together and the concrete fixed form of formation enclosed construction be following both one of or its combination: one, the described other end is with the mode of hook and last end proximal end relative fixed together, prevents to throw off when relative distance from increasing; Its two, the described other end be with the welding mode and last end proximal end be fixed together.
Described edge is preset in the board-like prefabricated units of beam, tie muscle, and matrix 1 edge also is provided with and is used for the edge envelope pulpboard 4 that alternate template is used, and it is whole continuously that described edge envelope pulpboard 4 and matrix 1 are fixed together one of formation; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/100 ~ 1/1.
Edge envelope pulpboard 4 is not more than the thickness of member matrix 1 in the size of plate-type component thickness direction; When and this size can be treated as when equating and not have edge envelope pulpboard 4, when edge envelope pulpboard 4 thickness relatively hour, it can alternate template use.In use support board structure is exempted from for continuous slit being arranged but do not influence result of use that can support constructing operation such as follow-up grouting and prevent that concrete from falling in these prefabricated units and other bottoms, member connection of periphery.
Coupled columns, near edge envelope pulpboard 3 interlaced arrangement: specifically the upper side at member matrix 1 certain edge, limit or downside, arrange.More particularly, when adjacent two boards formula member was used for wall construction, the edge envelope pulpboard 3 on one of them member matrix 1 was arranged in the body of wall inboard, and then the envelope of the edge on another module component matrix 1 pulpboard 3 is arranged in wall outer side.
To Liang Eryan, the edge on a limit of member matrix 1 only is arranged in edge 3 one of pulpboards of envelope and gets final product, and near the edge of the fixed and arranged side of member matrix 1 foot is so that be beneficial to cast from the bottom sealing.
Described edge is preset in the board-like prefabricated units of beam, tie muscle, and matrix 1 concrete structure is one of following three kinds: the essentially identical solid construction of raw materials used material; Basic identical and the inner structure that has at least one cavity 5 of raw materials used material; Use the solid construction of multilayer materials or have the structure of cavity 5.Solid or the hollow-core construction of described use multilayer materials for example can for: 1. two parallel and the basic platy structure spare in space is uniformly arranged therebetween, be fixed together and form the firm integral body of shape by default inner frame 2, default outer skeleton 3; 2. similar composite plate is the same, near place, upper and lower side the good structure of the better stress performance of intensity is being set, and mid portion is provided with the relatively poor relatively packing material of intensity;
Hollow parts can be filled other constructional materialss, also can be used as follow-up headspace of building.
The board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy one of following requirement or its combination: 1. the edge seals to be provided with between pulpboard 4 and the matrix 1 and is used for the auxiliary oblique reinforcing rib 7 of fixing the two relative position relation;
2. matrix 1 is or/and envelope pulpboard 4 in edge is provided with fixed thereon and local edge envelope pulpboard 4 that reaches matrix 1 or/and envelope pulpboard 4 outsides, edge are used to guarantee matrix 1 and the back shear reinforcement 6 of bond strength between the pouring concrete;
3. default inner frame 2, default outer skeleton 3, shear reinforcement 6, oblique reinforcing rib 7 are specially following one of several or its combination: reinforcing bar, steel wire, fiber;
4. the minimum default inner frame 2 of distance and between the lateral surface is embedded in the place apart from matrix 1 lateral surface 5 ~ 30mm; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/50 ~ 2/3; The thickness of edge envelope pulpboard 4 is 5 ~ 100mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 10 ~ 800mm;
5. the lateral surface coplane of side of edge envelope pulpboard 4 and matrix 1.
The also claimed board-like prefabricated units system that is made of the board-like prefabricated units of the default beam in above-mentioned edge, tie muscle of the present invention is characterized in that: the board-like prefabricated units that include two default beams, tie muscle in the described board-like prefabricated units system at least; Between the board-like prefabricated units of two adjacent default beams, tie muscle, be configured for forming the stirrup of same beam, post jointly, by means of above-mentioned beam, tie muscle be arranged in longitudinal stress muscle 8 in the closed frame of beam, tie muscle and water jointly to build up and combine good beam or post with member matrix 1 by being fixedly installed on skeleton 3 outside default on the matrix 1 separately.
The board-like prefabricated units system that edge of the present invention presets that the board-like prefabricated units of beam, tie muscle constitute, also claimed following preferred content:
Described edge is preset in the board-like prefabricated units of beam, tie muscle, and the correlation of default inner frame 2, default outer skeleton 3, matrix 1 satisfies one of following four kinds of requirements or its combination:
One, the two ends of default outer skeleton 3 all fixedly connected default inner frame 2, default outer skeleton 3 constitutes enclosed construction jointly with close matrix 1 edge contour of presetting outer skeleton 3;
Its two, an end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 and an aforesaid end proximal end relative fixed are together and the formation enclosed construction; Described relative fixed form specifically be following both one of: the 1. described other end is with the mode of hook and last end proximal end relative fixed together, prevents to throw off when relative distance from increasing; 2. the described other end is to be fixed together with the mode and the last end proximal end of welding;
Its three, an end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 is anchored in the matrix 1 but is not connected with default inner frame 2, default outer skeleton 3 and close matrix 1 edge contour of presetting outer skeleton 3 constitute enclosed construction jointly;
Its four, an end of default outer skeleton 3 fixedly connected default inner frame 2, it is unsettled to preset outer skeleton 3 other ends; Default outer skeleton 3 constitutes the less semiclosed tower structure of opening jointly with matrix 1 edge contour of close default outer skeleton 3, the aperture size of described opening satisfies following requirement: the centre of form with default outer skeleton 3 is the center of circle, and the central angle of opening part correspondence is less than 120 °.
Described edge is preset in the board-like prefabricated units of beam, tie muscle, matrix 1 edge also is provided with and is used for the edge envelope pulpboard 4 that alternate template is used, described edge envelope pulpboard 4 and matrix 1 be fixed together form one whole continuously, the side of edge envelope pulpboard 4 and the lateral surface coplane of matrix 1; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/100 ~ 1/1;
Matrix 1 concrete structure is one of following three kinds: the essentially identical solid construction of raw materials used material; Basic identical and the inner structure that has at least one cavity 5 of raw materials used material; Use the solid or hollow-core construction of multilayer materials.
Edge envelope pulpboard 4 is not more than the thickness of member matrix 1 in the size of plate-type component thickness direction; When and this size can be treated as when equating and not have edge envelope pulpboard 4, when edge envelope pulpboard 4 thickness relatively hour, it can alternate template use.In use support board structure is exempted from for continuous slit being arranged but do not influence result of use that can support constructing operation such as follow-up grouting and prevent that concrete from falling in these prefabricated units and other bottoms, member connection of periphery;
Matrix 1 concrete structure is one of following three kinds: the essentially identical solid construction of raw materials used material; Basic identical and the inner structure that has at least one cavity 5 of raw materials used material; Use the solid or hollow-core construction of multilayer materials, for example can for: 1. two parallel and the basic platy structure spare in space uniformly arranged therebetween, be fixed together and form the firm integral body of shape by default inner frame 2, default outer skeleton 3,2. similar composite plate is the same, near place, upper and lower side the good structure of the better stress performance of intensity is being set, mid portion is provided with the relatively poor relatively packing material of intensity.
Described edge is preset in the board-like prefabricated units system of beam, tie muscle, when the board-like prefabricated units of the default beam in edge, tie muscle used as the vertical body of wall of arranging, be beneficial to the enclosed construction of building being made up of prefabricated units matrix 1 and edge envelope pulpboard 4 all around of tie muscle that each group is made up of default outer skeleton 3;
When the board-like prefabricated units of the default beam in edge, tie muscle use as the floor of horizontal arrangement, edge envelope pulpboard 4 is arranged at the bottom that need to guarantee the beam stirrup that is assembled into by default outer skeleton 3, and the edge of bottom seals pulpboard 4 and can be stretched out by one side matrix 1, also can be stretched out by both sides matrix 1;
The board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy one of following requirement or its combination: 1. the edge seals to be provided with between pulpboard 4 and the matrix 1 and is used for the auxiliary oblique reinforcing rib 7 of fixing the two relative position relation;
2. matrix 1 is or/and envelope pulpboard 4 in edge is provided with fixed thereon and local edge envelope pulpboard 4 that reaches matrix 1 or/and envelope pulpboard 4 outsides, edge are used to guarantee matrix 1 and the back shear reinforcement 6 of bond strength between the pouring concrete;
3. default inner frame 2, default outer skeleton 3, shear reinforcement 6, oblique reinforcing rib 7, longitudinal stress muscle (8) are specially following one of several or its combination: reinforcing bar, steel wire, fiber;
4. edge envelope pulpboard 4, matrix 1 material are a kind of or its certain combination in concrete, the mortar;
5. default inner frame 2 is embedded in the matrix 1 apart from lateral surface 10 ~ 30mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/50 ~ 2/3; The thickness of edge envelope pulpboard 4 is 5 ~ 100mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 10 ~ 800mm.
Some major issues that need illustrate among the present invention:
1) for the board-like prefabricated unit of the default beam stirrup in edge, preset the matrix 1 close lateral surface place that the position is board-like prefabricated units that is provided with of inner frame 2 optimums, be beneficial to reach best effect requiring relative higher position to use to pulling force or the pressure that is born.
For the board-like prefabricated units of the default tie muscle in edge, default inner frame 2 is arranged on matrix 1 near the lateral surface place, makes full use of default inner frame 2 resistance to tensions, can corresponding reach the higher effect of cost performance.
Because default inner frame 2 and default outer skeleton 3 are as a whole, and default outer skeleton 3 is simultaneously the beam of building out in the future, the stirrup of post, so just can save the anchoring operation of precast plate in beam or post, it is simpler to make that beam slab or wall column node place construct.
2) the same, default outer skeleton 3 also preferentially is arranged near the beam of building out in the future, the lateral surface place of post, so that forming the concrete volume maximization of core space that it wrapped up behind beam or the tie muscle, also can make simultaneously to penetrate the longitudinal stress muscle behind beam or the post and more press close to beam or post outward flange, thus the most effective performance longitudinal stress muscle and the concrete material property of core space.
3) end of default outer skeleton 3 fixedly connected default inner frame 2, the concrete scheme of Dui Ying optimum is exemplified below therewith: default outer skeleton 3 and default inner frame 2 are to be made of a complete reinforcing bar, only the part in matrix 1 inside is that we of straight line are referred to as default inner frame 2 substantially, and the part in matrix 1 outside is that the part bending back that leaks outside by reinforcing bar forms;---such arrangement effect is fine.But if default outer skeleton 3 and default inner frame 2 are to be fixed together by different parts mode such as welded, then its load effect can be more relatively poor relatively than aforesaid situation.The protection of our important requirement be good the former of effect.
4) in the board-like prefabricated units of the default beam stirrup in described edge, the effect of edge envelope pulpboard (4) mainly is " exempting from template ", it seals pulpboard (4) by means of the edge and forms the structure that the space is built in shutoff, simultaneously can also be according to being the effect of playing interim support with the needs of using.Corresponding have an effect of simplifying constructing operation greatly, is fit to the requirement of industrialization of construction industry, construction high efficiency.
5) in matrix 1 inside cavity 5 is set, can be so that the prefabricated units correspondence has sound insulation, heat insulation good technique effect.
Advantage of the present invention: the time of having made beam, tie muscle when having saved construction, the construction effect obviously improves, and human cost obviously reduces.The present invention is particularly useful for the needs of industrialization of construction industry, can industrialized mode make prefabricated units in a large number, obviously boosts productivity, and it possesses expected huge economic and social value.
Description of drawings
The present invention is further detailed explanation below in conjunction with drawings and the embodiments:
Fig. 1 is the board-like prefabricated units of the default beam in a kind of basic model edge, tie muscle, and matrix 1 has only a side that edge envelope pulpboard 4 is arranged, and default inner frame 2 extends to envelope pulpboard 4 inside, edge, improves the intensity of edge envelope pulpboard 4;
Fig. 2 is the board-like prefabricated units of the default beam in a kind of edge of MULTILAYER COMPOSITE, tie muscle, and matrix 1 one sides (left side among Fig. 2) are the default outer skeleton 3 of enclosed type, and opposite side is preset outer skeleton 3 for not sealing,
Fig. 3 is a kind of default beam in edge of interlayer, board-like prefabricated units of tie muscle of having, and matrix 1 each side has big or small two groups of different enclosed types to preset outer skeleton 3;
Fig. 4 is a kind of default beam in edge of cavity 5, board-like prefabricated units of tie muscle of having, one end of default outer skeleton 3 is fixedlyed connected with default inner frame 2 and the two is a continuous integral body, and the other end of default outer skeleton 3 welds together with the mode and the last end proximal end of welding; The height of default outer skeleton 3 is greater than the height in matrix 1 cross section;
Fig. 5 is a kind of default beam in basic model edge of cavity 5, board-like prefabricated units of tie muscle of having; With Fig. 1 and Fig. 3 similar part is arranged all;
Fig. 6 is a kind of be used to the build default beam in edge of circular pillar or beam, board-like prefabricated units of tie muscle, and its default outer skeleton 3 is the default extension of inner frame 2 outside matrix 1 all;
Fig. 7 is a kind of default beam in basic model edge of pillar, board-like prefabricated units of tie muscle of being mainly used in, envelope pulpboard 4 in edge is arranged in the place, diagonal angle, cross section of matrix 1 according to actual needs, and the two ends of the default outer skeleton 3 of matrix 1 both sides are to preset the extension of inner frame 2 outside matrix 1 all;
Fig. 8 is a kind of default beam in basic model edge of pillar, board-like prefabricated units of tie muscle of being mainly used in, envelope pulpboard 4 in edge is arranged in the same side of matrix 1 according to actual needs, and the two ends of the default outer skeleton 3 of both sides are to preset the extension of inner frame 2 outside matrix 1 all;
Fig. 9 is the board-like prefabricated units of the default beam in a kind of compound matrix 1 edge, tie muscle, and an end of the default outer skeleton 3 of both sides is the default extension of inner frame 2 outside matrix 1 all, and the other end anchors to matrix 1 reliably;
Figure 10 is a kind of default beam in edge of cavity 5, board-like prefabricated units of tie muscle of having, one end of the default outer skeleton 3 of both sides is to preset the extension of inner frame 2 outside matrix 1 all, and the other end is with the mode of hook and last end proximal end relative fixed together;
Figure 11 has the default beam in edge of cavity 5, the board-like prefabricated units of tie muscle for a kind of matrix 1, and the default outer skeleton 3 of both sides is processed into abnormally-structured as among the figure according to actual needs, and the edge seals pulpboard 4 cross sections and also is processed into the L type by actual needs.
Figure 12 is the default beam in edge that has cavity 5 for a kind of matrix 1, the board-like prefabricated units of tie muscle, one end of the default outer skeleton 3 of both sides is the default extension of inner frame 2 outside matrix 1 all, the other end is unsettled, and default outer skeleton 3 is processed into semi-enclosed structure that surrounds according to actual needs, and edge envelope pulpboard 4 breadth of section can be shorter than the length of default outer skeleton 3 orthography according to reality;
Figure 13 can be shorter than the length of default outer skeleton 3 orthography for the default beam in edge that has cavity 5 for a kind of matrix 1, the board-like prefabricated units of tie muscle, edge envelope pulpboard 4 breadth of section according to reality;
Figure 14 has the default beam in edge of cavity 5, the board-like prefabricated units of tie muscle for a kind of matrix 1, and the default outer skeleton 3 of both sides is processed into abnormally-structured as among the figure according to actual needs;
Figure 15 is default beam, the board-like prefabricated units of tie muscle and the node schematic diagram of prefabricated superposed beam of a kind of compound matrix 1 edge;
Figure 16 is the board-like prefabricated units of the default beam in a kind of basic model edge, tie muscle, and matrix 1 and edge envelope pulpboard 4 are provided with shear reinforcement 6 with back pouring concrete contact surface, are provided with oblique reinforcing rib 7 between edge envelope pulpboard 4 and the matrix 1;
Figure 17 is a kind of beam-slab system first step signal of being made up of the board-like prefabricated units of the default beam stirrup in some edges, lifted the board-like prefabricated units of the default beam stirrup in some edges among the figure, edge envelope pulpboard 4 is all arranged at the beam stirrup bottom that each group is made up of default outer skeleton 3;
Figure 18 is a kind of beam-slab system second step signal of being made up of the board-like prefabricated units of the default beam stirrup in some edges, places lightweight filler on board-like prefabricated units matrix 1 top among the figure;
Figure 19 is a kind of beam-slab system the 3rd step signal of being made up of the board-like prefabricated units of the default beam stirrup in some edges, is to penetrate beam longitudinal stress muscle (8) in the beam stirrup of being made up of skeleton 3 outside default among the figure;
Figure 20 is a kind of wall column system first step signal of being made up of the board-like prefabricated units of the default tie muscle in some edges,
Figure 21 is a kind of wall column system second step signal of being made up of the board-like prefabricated units of the default tie muscle in some edges, the board-like prefabricated units of the default beam in some edges, tie muscle have been lifted among the figure, and put on post longitudinal stress muscle (8) in the tie muscle of being made up of skeleton 3 outside default, each organizes the enclosed construction of being made up of prefabricated units matrix 1 and edge envelope pulpboard 4 of the tie muscle of being made up of default outer skeleton 3 all around;
Figure 22 is a kind of wall column system the 3rd step signal of being made up of the board-like prefabricated units of the default tie muscle in some edges, the concreting of lower edge having been sealed among Figure 22 in the cavity in the pulpboard 4 is good, and install the board-like prefabricated units of the default tie muscle in edge on top, penetrate post longitudinal stress muscle 8;
Figure 23 is the detailed signal of the enclosed construction inside be made up of prefabricated units matrix 1 and edge envelope pulpboard 4 among Figure 22; During concrete in the cavity in building lower edge envelope pulpboard 4, staying the high space of H does not earlier build, good top to be installed prefabricated units, and in one section cavity H that is inserted in the lower edge envelope pulpboard 4 with the vertical main stress muscle of upper post, and then build concrete in the H, with realize up and down in two groups of prefabricated units tie muscle after penetrate the indirect overlap joint of post longitudinal stress muscle (8).
The specific embodiment
Each Reference numeral implication is as follows:
Matrix 1, default inner frame 2, default outer skeleton 3, edge envelope pulpboard 4, cavity 5, shear reinforcement 6, oblique reinforcing rib 7, longitudinal stress muscle 8, precast beam 9, precast beam stirrup 10, back packed layer 11.
Embodiment 1
The board-like prefabricated units of beam/tie muscle are preset at a kind of edge, and referring to accompanying drawing 1, the board-like prefabricated units that beam, tie muscle are preset in described edge specifically are made of matrix 1 and the default inner frame 2 that plays the structure booster action that is arranged on member matrix 1 inside; It is characterized in that: also be provided with default outer skeleton 3 in the described board-like prefabricated units,
Described default inner frame 2 at least one ends and default inner frame 2 are fixed together, and default inner frame 2 is the structure stress distribution bars in matrix 1, and default inner frame 2 minimum be the unidirectional layout of individual layer; Default outer skeleton 3 has at least a default inner frame 2 not only to be arranged in the member matrix 1 part for presetting inner frame 2 in the extension of matrix 1 outside, also reaches the default outer skeleton 3 of matrix 1 outside formation; Default outer skeleton 3 is closed circular or semiclosed tower structure.Some default inner frame 2 just at the matrix 1 inner booster action that rises, does not reach matrix 1 outside.
The correlation of the described default inner frame 2 of present embodiment, default outer skeleton 3, matrix 1 satisfies following requirement: the two ends of default outer skeleton 3 all fixedly connected default inner frame 2, default outer skeleton 3 and close matrix 1 edge contour of presetting outer skeleton 3 constitute enclosed construction jointly.
Described edge is preset in the board-like prefabricated units of beam, tie muscle, and matrix 1 edge also is provided with and is used for the edge envelope pulpboard 4 that alternate template is used.Described edge envelope pulpboard 4 and matrix 1 be fixed together form one whole continuously, the side of edge envelope pulpboard 4 and the lateral surface coplane of matrix 1; The thickness of described edge envelope pulpboard 4 be matrix 1 part of fixedlying connected with it thickness 1/7; The thickness of edge envelope pulpboard 4 is 20mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 60mm.
Edge 4 of pulpboards of envelope are arranged on a lateral edge place of matrix 1, and the default outer skeleton 3 at this place stretches out the distance of matrix 1 less than the outreach farthest between edge envelope pulpboard 4 external parts and the matrix 1.
Envelope pulpboard 4 in edge is at the size of the plate-type component thickness direction thickness less than member matrix 1; Edge envelope pulpboard 4 can alternate template use.In use support board structure is exempted from for continuous slit being arranged but do not influence result of use that can support constructing operation such as follow-up grouting and prevent that concrete from falling in these prefabricated units and other bottoms, member connection of periphery.
Coupled columns, edge envelope pulpboard 3 can only be arranged in an edge of matrix 1 as described in Figure 1, but for easy construction, edge envelope pulpboard 3 on two adjacent matrixes 1 can be arranged in the body of wall inboard by one, and the envelope pulpboard 3 of the edge on another module component matrix 1 is arranged in wall outer side---casting space of exempting from the upper opening of template of so staggered formation cooperates longitudinal stress muscle 8 promptly pourable again.To Liang Eryan, the edge on a limit of member matrix 1 only is arranged in edge 3 one of pulpboards of envelope and gets final product, and near the edge of the fixed and arranged side of member matrix 1 foot is so that be beneficial to cast from the bottom sealing.
Described edge is preset in the board-like prefabricated units of beam, tie muscle, and matrix 1 concrete structure is the essentially identical solid construction of raw materials used material.
The board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy the combination of following requirement: 1. default inner frame 2, default outer skeleton 3, shear reinforcement 6, oblique reinforcing rib 7 are specially following one of several or its combination: reinforcing bar, steel wire, fiber;
Embodiment 2: present embodiment (referring to accompanying drawing 2) is basic identical with embodiment 1 content, its difference mainly is: 1) matrix 1 is solid multi-layer compound structure, similar composite plate is the same, near place, upper and lower side the good structure of the better stress performance of intensity is being set, mid portion is provided with the relatively poor relatively packing material of intensity; 2) default outer skeleton 3 has two classes: the first kind is identical with embodiment 1, default outer skeleton 3 shown in accompanying drawing 2 left sides; Second class shown in accompanying drawing 2 right sides, an end of default outer skeleton 3 fixedly connected default inner frame 2, it is unsettled to preset outer skeleton 3 other ends; And the part between these two ends forms semi-enclosed tower structure, this structure as beam/tie muscle the time basic effect to totally-enclosed similar; 3) the minimum default inner frame 2 of distance and between the lateral surface is embedded in apart from matrix 1 lateral surface 30mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/10; The thickness of edge envelope pulpboard 4 is 18mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 300mm.
Embodiment 3: present embodiment (referring to accompanying drawing 3) is basic identical with embodiment 2 contents, and its difference mainly is: default outer skeleton 3 has two circles at matrix 1 edge, is beneficial to form the stirrup structure of better effects if; The default outer skeleton 3 of two circles all is connected to become the continuous skeleton integral body of good mechanical performance respectively with corresponding preset inner frame 2.
Embodiment 4: present embodiment (referring to accompanying drawing 4) is basic identical with embodiment 1 content, and its difference mainly is: 1) matrix 1 inside is provided with a plurality of discontinuous circular hole cavitys 5; 2) end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 and an aforesaid end proximal end are with the mode relative fixed of welding together and the formation enclosed construction; 3) the minimum default inner frame 2 of distance and between the lateral surface is embedded in apart from matrix 1 lateral surface 10mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/5; The thickness of edge envelope pulpboard 4 is 14mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 40mm.
Embodiment 5: present embodiment (referring to accompanying drawing 5) is basic identical with embodiment 1 content, and its difference mainly is: matrix 1 inside is provided with a plurality of discontinuous square hole shape cavitys 5.
Embodiment 6: present embodiment (referring to accompanying drawing 6) is basic identical with embodiment 1 content, and its difference mainly is: 1) two opposed edges are provided with edge envelope pulpboard 4, and the two interlaced arrangement; 2) planform of default outer skeleton 3, edge envelope pulpboard 4 is the part of annulus; 3) side of edge envelope pulpboard 4 not with the lateral surface coplane of matrix 1.
Embodiment 7: present embodiment (referring to accompanying drawing 7) is basic identical with embodiment 1 content, and its difference mainly is: two opposed edges are provided with edge envelope pulpboard 4, and the two interlaced arrangement;
And the default inner frame 2 of the distance minimum between the lateral surface is embedded in apart from matrix 1 lateral surface 30mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/9; The thickness of edge envelope pulpboard 4 is 25mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 600mm.
Embodiment 8: present embodiment (referring to accompanying drawing 8) is basic identical with embodiment 1 content, and its difference mainly is: two sides at an edge of matrix 1 are provided with edge envelope pulpboard 4, and the two and matrix 1 constitute semi-closed structure jointly.
Embodiment 9: present embodiment (referring to accompanying drawing 9) is basic identical with embodiment 1 content, its difference mainly is: 1) end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 is anchored in the matrix 1 but is not connected with default inner frame 2, and default outer skeleton 3 and close matrix 1 edge contour of presetting outer skeleton 3 constitute enclosed construction jointly; 2) as shown in Figure 9, the top of matrix 1 is straticulate structure; 3) the minimum default inner frame 2 of distance and between the lateral surface is embedded in apart from matrix 1 bottom apart from lateral surface 5 ~ 30mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/50 ~ 2/3; The thickness of edge envelope pulpboard 4 is 5 ~ 100mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 800mm, is applicable to the bridge prefabricated units.
Embodiment 10: present embodiment (referring to accompanying drawing 10) is basic identical with embodiment 1 content, and its difference mainly is: 1) matrix 1 inside is provided with a plurality of discontinuous circular hole cavitys 5; 2) end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 and an aforesaid end proximal end are with the mode relative fixed of hook together and the formation enclosed construction.
Embodiment 11: present embodiment (referring to accompanying drawing 11) is basic identical with embodiment 1 content, and its difference mainly is: 1) matrix 1 inside is provided with a plurality of discontinuous circular hole cavitys 5; 2) end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 is anchored in the matrix 1 but is not connected with default inner frame 2, default outer skeleton 3 and close matrix 1 edge contour of presetting outer skeleton 3 constitute enclosed construction jointly; 3) as shown in figure 11, the bottom of default outer skeleton 3 and edge envelope pulpboard 4 all exceeds the bottom of matrix 1, and the top of default outer skeleton 3 also exceeds the top of matrix 1.
Embodiment 12: present embodiment (referring to accompanying drawing 12) is basic identical with embodiment 1 content, and its difference mainly is: 1) matrix 1 inside is provided with a plurality of discontinuous square hole shape cavitys 5; 2) end of default outer skeleton 3 fixedly connected default inner frame 2, it is unsettled to preset outer skeleton 3 other ends; And the part between these two ends forms semi-enclosed tower structure; 3) edge envelope pulpboard 4 distance of stretching out matrix 1 outside is slightly larger than half of distance that default outer skeleton 3 stretches out matrix 1 outside; 4) envelope pulpboard 4 in edge is arranged on the same side of the two opposite edges edge of matrix 1.
Embodiment 13: present embodiment (referring to accompanying drawing 13) is basic identical with embodiment 12 contents, its difference mainly is: the two ends of default outer skeleton 3 all fixedly connected default inner frame 2, default outer skeleton 3 constitutes enclosed construction jointly with close matrix 1 edge contour of presetting outer skeleton 3.
Embodiment 14: present embodiment (referring to accompanying drawing 14) is basic identical with embodiment 1 content, its difference mainly is: 1) end of default outer skeleton 3 fixedly connected default inner frame 2, the other end of default outer skeleton 3 is anchored in the matrix 1 but is not connected with default inner frame 2, and default outer skeleton 3 and close matrix 1 edge contour of presetting outer skeleton 3 constitute enclosed construction jointly; 2) as shown in figure 14, the top of default outer skeleton 3 exceeds the top of matrix 1.
Embodiment 15: referring to accompanying drawing 15, there be board-like prefabricated units and precast beam 9 of 1 default beam, tie muscle in the board-like prefabricated units system that is made of the board-like prefabricated units of the default beam in edge, tie muscle in the described board-like prefabricated units system; Be configured for forming the stirrup of same beam jointly by being fixedly installed on default outer skeleton 3 on the matrix 1 separately between the two, by means of above-mentioned beam, tie muscle be arranged in longitudinal stress muscle 8 in the closed frame of beam, tie muscle and water jointly to build up and combine good beam or post with member matrix 1.
And the default inner frame 2 of the distance minimum between the lateral surface is embedded in apart from matrix 1 lateral surface 20mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/50; The thickness of edge envelope pulpboard 4 is 15mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 80mm.
Embodiment 16: present embodiment (referring to accompanying drawing 16) is basic identical with embodiment 1 content, its difference mainly is: 1) end of default outer skeleton 3 fixedly connected default inner frame 2, the not enclosure spaces that default outer skeleton 3 other ends are spent around formation 540? Default outer skeleton 3 is arranged on 4 edges of matrix 1; 2) the edge envelope pulpboard 4 that is arranged on adjacent two edges of matrix 1 interconnects; 3) edge seals to be provided with between pulpboard 4 and the matrix 1 and is used for the auxiliary oblique reinforcing rib 7 of fixing the two relative position relation; 4) matrix 1 and edge envelope pulpboard 4 is provided with fixed thereon and local matrix 1 and edge envelope pulpboard 4 outsides that reach and is used to guarantee matrix 1 and edge envelope pulpboard 4 and the back shear reinforcement 6 of bond strength between the pouring concrete.
Embodiment 17: the board-like prefabricated units system that is made of the board-like prefabricated units of the default beam stirrup of 4 block edges, referring to accompanying drawing 17, default outer skeleton 3 tops on the board-like prefabricated units of the default beam stirrup in single edge are apparently higher than matrix 1 top (can understand with reference to Figure 14).
As shown in figure 18, in order to guarantee beam upper surface and floor upper surface on same horizontal plane, can place packing material on matrix 1 top and form back packed layer 11.
Between the board-like prefabricated units of two adjacent default beam stirrups, be configured for forming the stirrup of same beam jointly by being fixedly installed on skeleton 3 outside default on the matrix 1 separately, in above-mentioned beam stirrup, penetrate longitudinal stress muscle 8(referring to accompanying drawing 19), the concrete of cast superimposed part of floor and beam will guarantee that also longitudinal stress muscle 8 will have reliable anchoring in the bearing at beam two ends simultaneously.
The board-like prefabricated units of the default beam stirrup in edge use as the floor of horizontal arrangement, edge envelope pulpboard 4 is arranged at the bottom that need to guarantee the beam stirrup that is assembled into by default outer skeleton 3, and the edge of bottom seals pulpboard 4 and can be stretched out by one side matrix 1, also can be stretched out by both sides matrix 1;
The board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy one of following requirement or its combination: 1. default inner frame 2, default outer skeleton 3, shear reinforcement 6, oblique reinforcing rib 7 longitudinal stress muscle 8 are specially following one of several or its combination: reinforcing bar, steel wire, fiber;
2. edge envelope pulpboard 4, matrix 1 material are a kind of or its certain combination in concrete, the mortar;
3. default inner frame 2 is embedded in the matrix 1 apart from lateral surface 20mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/30; The thickness of edge envelope pulpboard 4 is 20mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 100mm;
4. the lateral surface coplane of side of edge envelope pulpboard 4 and matrix 1.
Need to prove 1, can use prestressing technique stretch-draw longitudinal stress muscle 8, the use amount of saving longitudinal stress muscle 8.2, can behind floor, water laying reinforcing bar or steel mesh reinforcement in the part according to actual needs.3, in order to simplify construction, also can use similar Fig. 5, Figure 12, Figure 13 to have that matrix 1 is the board-like prefabricated units of the default beam stirrup of composite construction among the board-like prefabricated units of default beam stirrup of cavity 5 or Fig. 2, Fig. 3, owing to only need the concrete of cast beam, can reduce the construction volume of back fluid concrete.
Embodiment 18
Referring to accompanying drawing 20,21,22, the board-like prefabricated units system that constitutes by the board-like prefabricated units of the default tie muscle of 3 block edges, referring to accompanying drawing 20, be configured for forming the stirrup of same post jointly by being fixedly installed on default outer skeleton 3 on the matrix 1 separately between the board-like prefabricated units of the default tie muscle in two adjacent edges, water jointly to build up by means of above-mentioned tie muscle and longitudinal stress muscle 8 in the closed frame that is arranged in beam stirrup and combine good post with member matrix 1.
The structure of the board-like prefabricated units of the default tie muscle in single edge can be understood with reference to Fig. 7.
In embodiment 18, we consider to guarantee the continuity and the intensity of post with reference to accompanying drawing 23.In like manner, the beam among the embodiment 17 also can be handled by this principle.
Embodiment 19: present embodiment and embodiment 1 content are basic identical, and its difference mainly is: the board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy one of following requirement or its combination:
1. be provided with between edge envelope pulpboard 4 and the matrix 1 and be used for the auxiliary oblique reinforcing rib 7 of fixing the two relative position relation; 2. matrix 1 is or/and envelope pulpboard 4 in edge is provided with fixed thereon and local edge envelope pulpboard 4 that reaches matrix 1 or/and envelope pulpboard 4 outsides, edge are used to guarantee matrix 1 and the back shear reinforcement 6 of bond strength between the pouring concrete; 3. default inner frame 2, default outer skeleton 3, shear reinforcement 6, oblique reinforcing rib 7 are specially following one of several or its combination: reinforcing bar, steel wire, fiber; 4. the minimum default inner frame 2 of distance and between the lateral surface is embedded in apart from matrix 1 lateral surface 5mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 1/50; The thickness of edge envelope pulpboard 4 is 5mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 10mm.
Embodiment 20: present embodiment and embodiment 1 content are basic identical, and its difference mainly is: the board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy one of following requirement or its combination:
1. be provided with between edge envelope pulpboard 4 and the matrix 1 and be used for the auxiliary oblique reinforcing rib 7 of fixing the two relative position relation;
2. matrix 1 is or/and envelope pulpboard 4 in edge is provided with fixed thereon and local edge envelope pulpboard 4 that reaches matrix 1 or/and envelope pulpboard 4 outsides, edge are used to guarantee matrix 1 and the back shear reinforcement 6 of bond strength between the pouring concrete;
3. default inner frame 2, default outer skeleton 3, shear reinforcement 6, oblique reinforcing rib 7 are specially following one of several: reinforcing bar, steel wire, fiber;
4. the minimum default inner frame 2 of distance and between the lateral surface is embedded in apart from matrix 1 lateral surface 30mm place; The ratio of matrix 1 segment thickness that the thickness of described edge envelope pulpboard 4 is fixedlyed connected with it is 2/3; The thickness of edge envelope pulpboard 4 is 100mm; Outreach farthest between described edge envelope pulpboard 4 external parts and the matrix 1 is 800mm.
Claims (10)
1. the board-like prefabricated units of the default beam in edge, tie muscle are specifically by matrix (1) be arranged on inner default inner frame (2) formation that plays the structure booster action of member matrix (1); It is characterized in that: matrix (1) outside in the described board-like prefabricated units also is provided with default outer skeleton (3), described default at least one end of outer skeleton (3) and default inner frame (2) are fixed together, and default outer skeleton (3) is closed circular or semiclosed tower structure.
2. according to the board-like prefabricated units of the default beam in the described edge of claim 1, tie muscle, it is characterized in that: the correlation of described default inner frame (2), default outer skeleton (3), matrix (1) satisfies one of following four kinds of requirements or its combination:
One, the two ends of default outer skeleton (3) all fixedly connected default inner frame (2), default outer skeleton (3) constitutes enclosed construction jointly with close matrix (1) edge contour of presetting outer skeleton (3);
Its two, an end of default outer skeleton (3) fixedly connected default inner frame (2), the other end of default outer skeleton (3) and an aforesaid end proximal end relative fixed are together and the formation enclosed construction;
They are three years old, one end of default outer skeleton (3) fixedly connected default inner frame (2), the other end of default outer skeleton (3) is anchored in the matrix (1), and default outer skeleton (3) constitutes enclosed construction jointly with matrix (1) edge contour of close default outer skeleton (3);
Its four, an end of default outer skeleton (3) fixedly connected default inner frame (2), it is unsettled to preset outer skeleton (3) other end; Default outer skeleton (3) constitutes the less semiclosed tower structure of opening jointly with matrix (1) edge contour of close default outer skeleton (3), the aperture size of described opening satisfies following requirement: the centre of form with default outer skeleton (3) is the center of circle, and the central angle of opening part correspondence is less than 120 °.
3. preset the board-like prefabricated units of beam, tie muscle according to the described edge of claim 2, it is characterized in that: described edge is preset in the board-like prefabricated units of beam, tie muscle, when an end of default outer skeleton (3) fixedly connected default inner frame (2), the other end of default outer skeleton (3) and an aforesaid end proximal end relative fixed together and also satisfy following requirement during the formation enclosed construction:
The other end of described default outer skeleton (3) and aforesaid that end proximal end relative fixed of fixedlying connected default inner frame (2) together and the concrete fixed form of formation enclosed construction be following both one of or its combination: one, the described other end are with the mode of hook and last end proximal end relative fixed together; Its two, the described other end be with the welding mode and last end proximal end be fixed together.
4. preset the board-like prefabricated units of beam, tie muscle according to claim 1 or 2 or 3 described edges, it is characterized in that: described edge is preset in the board-like prefabricated units of beam, tie muscle, matrix (1) edge also is provided with and is used for the edge envelope pulpboard (4) that alternate template is used, and it is whole continuously that described edge envelope pulpboard (4) and matrix (1) are fixed together one of formation; The ratio of matrix (1) segment thickness that the thickness of described edge envelope pulpboard (4) is fixedlyed connected with it is 1/100 ~ 1/1.
5. preset the board-like prefabricated units of beam, tie muscle according to the described edge of claim 4, it is characterized in that: described edge is preset in the board-like prefabricated units of beam, tie muscle, and matrix (1) concrete structure is one of following three kinds: matrix used (1) is solid construction; Matrix used (1) has the hollow-core construction of at least one cavity (5) for inside; Use the solid construction of multilayer materials.
6. according to the board-like prefabricated units of the default beam in the described edge of claim 4, tie muscle, it is characterized in that: the board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy one of following requirement or its combination:
1. be provided with between edge envelope pulpboard (4) and the matrix (1) and be used for the auxiliary oblique reinforcing rib (7) of fixing the two relative position relation;
2. matrix (1) is or/and edge envelope pulpboard (4) is provided with fixed thereon and local edge envelope pulpboard (4) that reaches matrix (1) or/and envelope pulpboard (4) outside, edge is used to guarantee matrix (1) and the back shear reinforcement (6) of bond strength between the pouring concrete;
3. the minimum default inner frame (2) of distance and between the lateral surface is embedded in the place apart from matrix (1) lateral surface 5 ~ 30mm; The ratio of matrix (1) segment thickness that the thickness of described edge envelope pulpboard (4) is fixedlyed connected with it is 1/50 ~ 2/3; The thickness of edge envelope pulpboard (4) is 5 ~ 100mm; Outreach farthest between described edge envelope pulpboard (4) external part and the matrix (1) is 10 ~ 800mm;
4. the lateral surface coplane of side of edge envelope pulpboard (4) and matrix (1).
7. the board-like prefabricated units system that is made of the board-like prefabricated units of the default beam in the described edge of claim 1, tie muscle is characterized in that: the board-like prefabricated units that include two default beams, tie muscle in the described board-like prefabricated units system at least; Between the board-like prefabricated units of two adjacent default beams, tie muscle, be configured for forming the stirrup of same beam, post jointly, by means of above-mentioned beam, tie muscle be arranged in longitudinal stress muscle (8) in the closed frame of beam, tie muscle and water jointly to build up and combine good beam or post with member matrix (1) by being fixedly installed on skeleton (3) outside default on the matrix (1) separately.
8. the board-like prefabricated units system that constitutes according to the board-like prefabricated units of the default beam in the described edge of claim 7, tie muscle, it is characterized in that: described edge is preset in the board-like prefabricated units of beam, tie muscle, and the correlation of default inner frame (2), default outer skeleton (3), matrix (1) satisfies one of following four kinds of requirements or its combination:
One, the two ends of default outer skeleton (3) all fixedly connected default inner frame (2), default outer skeleton (3) constitutes enclosed construction jointly with close matrix (1) edge contour of presetting outer skeleton (3);
Its two, an end of default outer skeleton (3) fixedly connected default inner frame (2), the other end of default outer skeleton (3) and an aforesaid end proximal end relative fixed are together and the formation enclosed construction; Described relative fixed form specifically be following both one of: the 1. described other end is with the mode of hook and last end proximal end relative fixed together; 2. the described other end is to be fixed together with the mode and the last end proximal end of welding;
They are three years old, one end of default outer skeleton (3) fixedly connected default inner frame (2), the other end of default outer skeleton (3) is anchored in the matrix (1) but is not connected with default inner frame (2), and default outer skeleton (3) and close matrix (1) edge contour of presetting outer skeleton (3) constitute enclosed construction jointly;
Its four, an end of default outer skeleton (3) fixedly connected default inner frame (2), it is unsettled to preset outer skeleton (3) other end; Default outer skeleton (3) constitutes the less semiclosed tower structure of opening jointly with matrix (1) edge contour of close default outer skeleton (3), the aperture size of described opening satisfies following requirement: the centre of form with default outer skeleton (3) is the center of circle, and the central angle of opening part correspondence is less than 120 °.
9. the board-like prefabricated units system that constitutes according to the board-like prefabricated units of the default beam in the described edge of claim 8, tie muscle, it is characterized in that: described edge is preset in the board-like prefabricated units of beam, tie muscle, matrix (1) edge also is provided with and is used for the edge envelope pulpboard (4) that alternate template is used, described edge envelope pulpboard (4) and matrix (1) be fixed together form one whole continuously, the edge seals the side of pulpboard (4) and the lateral surface coplane of matrix (1); The ratio of matrix (1) segment thickness that the thickness of described edge envelope pulpboard (4) is fixedlyed connected with it is 1/100 ~ 1/1;
Matrix (1) concrete structure is one of following three kinds: the essentially identical solid construction of raw materials used material; Basic identical and the inner structure that has at least one cavity (5) of raw materials used material; Use the solid or hollow-core construction of multilayer materials.
10. the board-like prefabricated units system that constitutes according to the board-like prefabricated units of the default beam in claim 8 or 9 described edges, tie muscle is characterized in that:
Described edge is preset in the board-like prefabricated units system of beam, tie muscle, when the board-like prefabricated units of the default beam in edge, tie muscle used as the vertical body of wall of arranging, be beneficial to the enclosed construction of building being made up of prefabricated units matrix 1 and edge envelope pulpboard 4 all around of tie muscle that each group is made up of default outer skeleton 3;
When the board-like prefabricated units of the default beam in edge, tie muscle use as the floor of horizontal arrangement, edge envelope pulpboard (4) is arranged at the bottom that need to guarantee the beam stirrup that is assembled into by default outer skeleton (3), and the edge of bottom seals pulpboard (4) and can be stretched out by one side matrix (1), also can be stretched out by both sides matrix (1);
The board-like prefabricated units that beam, tie muscle are preset in described edge also satisfy one of following requirement or its combination: 1. the edge seals to be provided with between pulpboard (4) and the matrix (1) and is used for the auxiliary oblique reinforcing rib (7) of fixing the two relative position relation;
2. matrix (1) is or/and edge envelope pulpboard (4) is provided with fixed thereon and local edge envelope pulpboard (4) that reaches matrix (1) or/and envelope pulpboard (4) outside, edge is used to guarantee matrix (1) and the back shear reinforcement (6) of bond strength between the pouring concrete;
3. default inner frame (2) is embedded in the matrix (1) apart from lateral surface 10 ~ 30mm place; The ratio of matrix (1) segment thickness that the thickness of described edge envelope pulpboard (4) is fixedlyed connected with it is 1/50 ~ 2/3; The thickness of edge envelope pulpboard (4) is 5 ~ 100mm; Outreach farthest between described edge envelope pulpboard (4) external part and the matrix (1) is 10 ~ 800mm;
4. the lateral surface coplane of side of edge envelope pulpboard (4) and matrix (1).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200042735U CN201991131U (en) | 2011-01-07 | 2011-01-07 | Plate type prefabricated member and plate type prefabricated member system of edge preset beam and column tie-bar |
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| CN2011200042735U CN201991131U (en) | 2011-01-07 | 2011-01-07 | Plate type prefabricated member and plate type prefabricated member system of edge preset beam and column tie-bar |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102116073A (en) * | 2011-01-07 | 2011-07-06 | 管乃彦 | Plate type prefabricated part with stirrups for beams and columns preinstalled at edges and plate type prefabricated part system |
| CN103255856A (en) * | 2012-02-15 | 2013-08-21 | 天津三春科技有限公司 | Building technology for prefabricating integral wall plate by aerated concrete |
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2011
- 2011-01-07 CN CN2011200042735U patent/CN201991131U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102116073A (en) * | 2011-01-07 | 2011-07-06 | 管乃彦 | Plate type prefabricated part with stirrups for beams and columns preinstalled at edges and plate type prefabricated part system |
| CN103255856A (en) * | 2012-02-15 | 2013-08-21 | 天津三春科技有限公司 | Building technology for prefabricating integral wall plate by aerated concrete |
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