CN204826208U - Reinforcing apparatus that is connected of assemblyization building wall and roof beam - Google Patents
Reinforcing apparatus that is connected of assemblyization building wall and roof beam Download PDFInfo
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- CN204826208U CN204826208U CN201520401910.0U CN201520401910U CN204826208U CN 204826208 U CN204826208 U CN 204826208U CN 201520401910 U CN201520401910 U CN 201520401910U CN 204826208 U CN204826208 U CN 204826208U
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Abstract
The utility model discloses a reinforcing apparatus that is connected of assemblyization building wall and roof beam, include that the muscle is reinforced to a plurality of U -shapeds that set up along the lateral separation or distribution main muscle both sides in the roof beam just become many to linear reinforcement muscle that the symmetry set up, when only there is the wall body in the downside of roof beam, it consolidates to adopt the U -shaped to consolidate the muscle, when all there is the wall body in the upper and lower both sides of roof beam, adopt many the reinforcement linear reinforcement muscle of symmetry setting, the reinforcing bar that U -shaped reinforcement muscle and linear reinforcement muscle all adopted the diameter to be more than or equal to 10mm is processed into, and let a plurality of U -shapeds reinforce muscle or many to becoming linear reinforcement muscle evenly distributed in wall body and roof beam hookup location's length range that the symmetry set up, make two adjacent U -shapeds consolidate between the muscle or the two pairs of adjacent linear reinforcement muscle between the distance be less than 500mm, make the U -shaped consolidate two side muscle 102 of muscle or length that linear reinforcement muscle stretched into the wall body is greater than 400mm simultaneously. The utility model has the advantages of simple structure, easy, the safe and reliable of implementation.
Description
Technical field
The utility model relates to assemblingization building field, especially relates to a kind of reinforcement by connection device of lightweight section screen frame polyphenyl plate concrete component.
Background technology
Along with the development of building trade, efficiently, construction concept that is energy-conservation, green, environmental protection has become the target of the sector unremitting pursue, promoted the research that the sector is built assemblingization thus, especially in low-rise building field, assemblingization building obtains to be applied comparatively widely.Assemblingization building is generally component at the prefabricated needs of standardization Workshop Production, then carries out other subsequent handlings such as assembling at the construction field (site), speed of application is fast, field operation is few, standardization level is high advantage that it has.
At assemblingization building field, lightweight section screen frame polyphenyl plate concrete component has comparatively significantly advantage, its with flame retardant type molded polystyrene foams plastic board for core, outside both sides, cover high tensile steel wire mesh sheet form basic wallboard or floor member, each component is assembled at the scene again according to designing requirement, pea gravel concreten and cast-in-site beam is sprayed outside the wallboard passed through or floor member, post makes each parts be connected to form building infrastructure, it has excellent insulation, heat insulation, fireproof performance, meet the demand for development of housing industrialization and green energy conservation, various weather conditions can be met.But how safer, rationally, firmly by prefabricated units connect be always puzzlement those skilled in the art problem, especially carry out at the scene in the process of each component assembling, how to make body of wall and beam firmly connect as one, improve its anti-seismic performance, especially urgent problem.
Utility model content
The purpose of this utility model is to provide the reinforcement by connection device of a kind of assembling construction wall and beam, its have structure simple, implement easy, safe and reliable advantage, body of wall and the beam of the assemblingization building adopting the utility model to connect can meet 8 grades of degree of splitting requirementss for fortification against earthquake.
For solving in the assemblingization building based on lightweight section screen frame polyphenyl plate concrete component, how to make the technical problem that body of wall and beam are firmly connected, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, comprises transversely spaced multiple U-shaped rinforcement bar or be distributed in main muscle both sides in beam and become symmetrically arranged multipair linear rinforcement bar;
When only having the downside of beam to there is body of wall, U-shaped rinforcement bar is adopted to reinforce, the end muscle of U-shaped rinforcement bar and two side muscle all with the main muscle in beam or/and stirrup colligation is fixedly connected with, two side muscle of U-shaped rinforcement bar are in the both sides of polyphenyl central layer in body of wall respectively and are fixedly connected with the gauze wire cloth colligation of polyphenyl central layer both sides;
When all there is body of wall in the both sides up and down of beam, adopt into symmetrically arranged multipair linear rinforcement bar to reinforce, the often pair of linear rinforcement bar all with the main muscle in beam or/and stirrup colligation is fixedly connected with, the linear rinforcement bar part stretched in upper and lower sides body of wall is in the both sides of polyphenyl central layer in body of wall respectively and is fixedly connected with the gauze wire cloth colligation of polyphenyl central layer both sides.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, end muscle and two side muscle of wherein said U-shaped rinforcement bar are all in outside four main muscle in beam, and two side muscle of described U-shaped rinforcement bar are in inside the gauze wire cloth of polyphenyl central layer both sides in body of wall respectively.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, the end of two side muscle of wherein said U-shaped rinforcement bar is equipped with the first elbow, and the overbending direction of described first elbow is parallel to body of wall.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, wherein said multiple U-shaped rinforcement bar is uniformly distributed in the length range of body of wall and beam link position, and the distance between two adjacent U-shaped rinforcement bars is less than 500mm.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, the length that two side muscle of wherein said U-shaped rinforcement bar stretch into body of wall is greater than 400mm.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, the diameter of wherein said U-shaped rinforcement bar is more than or equal to 10mm.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, the two ends of wherein said linear rinforcement bar are equipped with the second elbow, and the curved direction of tearing open of described second elbow is parallel to body of wall.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, wherein said multipair linear rinforcement bar is uniformly distributed in the length range of body of wall and beam link position, and every two are less than 500mm to the distance between adjacent linear rinforcement bar.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, the part that wherein said linear rinforcement bar stretches into upper and lower sides body of wall is in inside the gauze wire cloth of polyphenyl central layer both sides in body of wall respectively, and the length that linear rinforcement bar stretches into upper and lower sides body of wall is all greater than 400mm.
Preferably, the reinforcement by connection device of a kind of assembling construction wall of the utility model and beam, the diameter of wherein said linear rinforcement bar is more than or equal to 10mm.
The reinforcement by connection device of a kind of assembling construction wall of the utility model and beam compared with prior art has the following advantages: the utility model divides two kinds of embodiments, when only having the downside of beam to there is body of wall, by transversely spaced multiple U-shaped rinforcement bar, and make the end muscle of U-shaped rinforcement bar and two side muscle all with the main muscle in beam or/and stirrup colligation is fixedly connected with, two of U-shaped rinforcement bar side muscle are made to stretch into body of wall downwards and be fixedly connected with gauze wire cloth colligation wherein, the body of wall by spraying pea gravel concreten formation can be made and firmly connected as one by the beam that cast is formed, improve the stability and overall anti-seismic performance that connect.Experiment shows, the body of wall connected by the utility model and beam, can meet 8 grades of degree of splitting requirementss for fortification against earthquake, even if when house is destroyed concrete cracking or crushing, the body of wall in house and beam still can keep overall complete, the harm can effectively avoiding component to come off causing.When all there is body of wall in the both sides up and down of beam, the utility model adopts into symmetrically arranged multipair linear rinforcement bar and reinforces, by often pair of linear rinforcement bar with the main muscle in beam or/and stirrup colligation is fixedly connected with, and allow the linear rinforcement bar part stretched in upper and lower sides body of wall be in the both sides of polyphenyl central layer in body of wall respectively, and be fixedly connected with the gauze wire cloth colligation of polyphenyl central layer both sides, the wall connecting of beam and upper and lower sides can be made to be integrated, the stability connected and overall anti-seismic performance can be improved equally.
Be described in further detail below in conjunction with the reinforcement by connection device of detailed description of the invention shown in accompanying drawing to a kind of assembling construction wall of the utility model and beam:
Accompanying drawing explanation
Fig. 1 is the fragmentary perspective cross sectional view of the first embodiment of reinforcement by connection device of a kind of assembling construction wall of the utility model and beam;
Fig. 2 is the biopsy cavity marker devices elevation of the first embodiment of reinforcement by connection device of a kind of assembling construction wall of the utility model and beam;
Fig. 3 is the biopsy cavity marker devices elevation of reinforcement by connection device the second embodiment of a kind of assembling construction wall of the utility model and beam.
Detailed description of the invention
First it should be noted that, the utility model is used in the assembling work progress of assemblingization architectural prefab, mainly the connection of reinforcing wall and beam.According to the upside of beam with or without under the actual conditions of body of wall, the utility model has two kinds of embodiments.Can as the first embodiment, as depicted in figs. 1 and 2, when the upside of beam is without body of wall, the first embodiment comprises transversely spaced multiple U-shaped rinforcement bar, make the end muscle 101 of U-shaped rinforcement bar and two side muscle 102 all with the main muscle in beam or/and stirrup colligation is fixedly connected with, make two of U-shaped rinforcement bar side muscle 102 be in the both sides of polyphenyl central layer in body of wall respectively, and be fixedly connected with the gauze wire cloth colligation of polyphenyl central layer both sides.In actual application, first according to Architectural Design Requirements, four main muscle of the good beam of colligation and stirrup, and prefabricated wallboard is arranged on the downside of beam, and then install and colligation a lot of U-shaped rinforcement bar, finally by the pea gravel concreten layer spraying 50mm in the outside of wallboard, the pea gravel concreten layer of 35 ~ 50mm is sprayed in the inner side of wallboard, thus formation body of wall, and form beam by pouring type, make body of wall and firm the connecting as one of beam.Experiment shows, the body of wall connected by the utility model and beam, can meet 8 grades of degree of splitting requirementss for fortification against earthquake, when concrete cracking or crushed, the body of wall in house and beam still can keep overall complete, effectively avoid component to come off to the harm of people.
As the further prioritization scheme of the first embodiment, the utility model is all in outside four main muscle of beam by the end muscle 101 of U-shaped rinforcement bar and two side muscle 102, and allows two of U-shaped rinforcement bar side muscle 102 be in respectively inside the gauze wire cloth of polyphenyl central layer both sides in body of wall.This vibrational power flow can effectively prevent U-shaped rinforcement bar to be separated with the main muscle of beam, improves the compactness connected between the two.Simultaneously, also the first elbow 103 is all provided with in the end of two side muscle 102 of U-shaped rinforcement bar in this detailed description of the invention, and make the overbending direction of the first elbow 103 be parallel to wallboard, this vibrational power flow, after injection pea gravel concreten layer forms body of wall, elbow plays the effect of gib head, can effectively prevent the side muscle 102 of U-shaped rinforcement bar to be pulled out from concrete under the concrete barrier effect of bend part, can strengthen the steadiness that the intensity of body of wall and body of wall are connected with beam further.
As shown in Figure 3, in reinforcement by connection device the second embodiment of a kind of assembling construction wall of the utility model and beam, when the upper and lower sides of beam all has body of wall, comprise transversely interval arrange and be distributed in the symmetrically arranged multipair linear rinforcement bar of main muscle both sides one-tenth in beam, and make often pair of linear rinforcement bar all with the main muscle in beam or/and stirrup colligation is fixedly connected with, make the linear rinforcement bar part stretched in upper and lower sides body of wall be in the both sides of polyphenyl central layer in body of wall respectively simultaneously, be fixedly connected with the gauze wire cloth colligation of wherein polyphenyl central layer both sides.In actual application, first according to four main muscle and the stirrup of the good beam of Architectural Design Requirements colligation, and prefabricated wallboard is arranged on the upper and lower sides of beam, and then install and the good multipair paired linear rinforcement bar claiming to arrange of colligation, finally by the pea gravel concreten layer spraying 50mm in the outside of wallboard, spray the pea gravel concreten layer of 35 ~ 50mm in the inner side of wallboard, thus form body of wall, and form beam by pouring type, the body of wall of beam and upper and lower sides is firmly connected as one.
As the further prioritization scheme of the second embodiment, the utility model is provided with the second elbow 103 ' at the two ends of linear rinforcement bar, and makes the curved direction of tearing open of the second elbow 103 ' be parallel to body of wall.This vibrational power flow, after injection pea gravel concreten layer forms body of wall, second elbow 103 ' can play the effect of gib head, under concrete barrier effect, equally can effectively prevent linear rinforcement bar to be pulled out from concrete, the steadiness that the intensity of further enhancing body of wall and body of wall are connected with beam.
It should be noted that, for meeting the requirement of lightweight section screen frame polyphenyl plate concrete component application technology code, the further anti-seismic performance improving employing assemblingization building of the present utility model, in actual applications, the steel bar meter that U-shaped rinforcement bar and linear rinforcement bar all adopt diameter to be more than or equal to 10mm is made, and allow multiple U-shaped rinforcement bar or the symmetrically arranged linear rinforcement bar of multipair one-tenth be uniformly distributed in the length range of body of wall and beam link position, to make between two adjacent U-shaped rinforcement bars or every two 500mm to be less than to the distance between adjacent linear rinforcement bar, the length simultaneously making two of U-shaped rinforcement bar side muscle 102 or linear rinforcement bar stretch into body of wall is greater than 400mm.The side muscle of U-shaped rinforcement bar or linear rinforcement bar are stretched into the Design of length of body of wall for being greater than 400mm by the utility model, and between two adjacent U-shaped rinforcement bars or two be designed to be less than 500mm to the distance between adjacent linear rinforcement bar, the steadiness that body of wall is connected with beam can be strengthened further, improve overall anti-seismic performance and safety.
Above embodiment is only the description carried out preferred embodiment of the present utility model; the restriction not the utility model request protection domain carried out; under the prerequisite not departing from the utility model design principle; the various deformations that this area engineers and technicians do according to the technical solution of the utility model, all should fall in protection domain that claims of the present utility model determine.
Claims (10)
1. a reinforcement by connection device for assembling construction wall and beam, is characterized in that: comprise transversely spaced multiple U-shaped rinforcement bar or be distributed in main muscle both sides in beam and become symmetrically arranged multipair linear rinforcement bar;
When only having the downside of beam to there is body of wall, U-shaped rinforcement bar is adopted to reinforce, the end muscle (101) of U-shaped rinforcement bar and two side muscle (102) all with the main muscle in beam or/and stirrup colligation is fixedly connected with, two side muscle (102) of U-shaped rinforcement bar are in the both sides of polyphenyl central layer in body of wall respectively and are fixedly connected with the gauze wire cloth colligation of polyphenyl central layer both sides;
When all there is body of wall in the both sides up and down of beam, adopt into symmetrically arranged multipair linear rinforcement bar to reinforce, the often pair of linear rinforcement bar all with the main muscle in beam or/and stirrup colligation is fixedly connected with, the linear rinforcement bar part stretched in upper and lower sides body of wall is in the both sides of polyphenyl central layer in body of wall respectively and is fixedly connected with the gauze wire cloth colligation of polyphenyl central layer both sides.
2. according to the reinforcement by connection device of a kind of assembling construction wall according to claim 1 and beam, it is characterized in that: end muscle (101) and two side muscle (102) of described U-shaped rinforcement bar are all in outside four main muscle in beam, and two side muscle (102) of described U-shaped rinforcement bar are in inside the gauze wire cloth of polyphenyl central layer both sides in body of wall respectively.
3. according to the reinforcement by connection device of a kind of assembling construction wall according to claim 2 and beam, it is characterized in that, the end of two side muscle (102) of described U-shaped rinforcement bar is equipped with the first elbow (103), and the overbending direction of described first elbow (103) is parallel to body of wall.
4. according to the reinforcement by connection device of a kind of assembling construction wall according to claim 1 and beam, it is characterized in that: described multiple U-shaped rinforcement bar is uniformly distributed in the length range of body of wall and beam link position, and the distance between two adjacent U-shaped rinforcement bars is less than 500mm.
5., according to the reinforcement by connection device of a kind of assembling construction wall according to claim 1 and beam, it is characterized in that: the length that two side muscle (102) of described U-shaped rinforcement bar stretch into body of wall is greater than 400mm.
6., according to the reinforcement by connection device of a kind of assembling construction wall described in any one of claim 1-5 and beam, it is characterized in that: the diameter of described U-shaped rinforcement bar is more than or equal to 10mm.
7. according to the reinforcement by connection device of a kind of assembling construction wall according to claim 1 and beam, it is characterized in that, the two ends of described linear rinforcement bar are equipped with the second elbow (103 '), and the curved direction of tearing open of described second elbow (103 ') is parallel to body of wall.
8. according to the reinforcement by connection device of a kind of assembling construction wall according to claim 1 and beam, it is characterized in that: described multipair linear rinforcement bar is uniformly distributed in the length range of body of wall and beam link position, and every two are less than 500mm to the distance between adjacent linear rinforcement bar.
9. according to the reinforcement by connection device of a kind of assembling construction wall according to claim 1 and beam, it is characterized in that: the part that described linear rinforcement bar stretches into upper and lower sides body of wall is in inside the gauze wire cloth of polyphenyl central layer both sides in body of wall respectively, and the length that linear rinforcement bar stretches into upper and lower sides body of wall is all greater than 400mm.
10., according to the reinforcement by connection device of a kind of assembling construction wall described in any one of claim 7-9 and beam, it is characterized in that: the diameter of described linear rinforcement bar is more than or equal to 10mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520401910.0U CN204826208U (en) | 2015-06-11 | 2015-06-11 | Reinforcing apparatus that is connected of assemblyization building wall and roof beam |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520401910.0U CN204826208U (en) | 2015-06-11 | 2015-06-11 | Reinforcing apparatus that is connected of assemblyization building wall and roof beam |
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| Publication Number | Publication Date |
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| CN204826208U true CN204826208U (en) | 2015-12-02 |
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| CN201520401910.0U Active CN204826208U (en) | 2015-06-11 | 2015-06-11 | Reinforcing apparatus that is connected of assemblyization building wall and roof beam |
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Effective date of registration: 20230530 Address after: 110300 Chapeng An Village, Dongcheng Street, Xinmin City, Shenyang City, Liaoning Province Patentee after: Liaoning Luxin Technology Co.,Ltd. Address before: 101109 Huangchangpu Village East, Guoxian Town, Tongzhou District, Beijing Patentee before: BEIJING SOLID BUILDING ENGINEERING Co.,Ltd. |