CN104074312A - Component rebar grid structure with internal insulation board and manufacturing and assembling method - Google Patents
Component rebar grid structure with internal insulation board and manufacturing and assembling method Download PDFInfo
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- CN104074312A CN104074312A CN201410191219.4A CN201410191219A CN104074312A CN 104074312 A CN104074312 A CN 104074312A CN 201410191219 A CN201410191219 A CN 201410191219A CN 104074312 A CN104074312 A CN 104074312A
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- 238000000034 method Methods 0.000 title claims abstract description 28
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 13
- 238000009421 internal insulation Methods 0.000 title abstract 4
- 238000010276 construction Methods 0.000 claims abstract description 27
- 238000009413 insulation Methods 0.000 claims abstract description 22
- 230000003014 reinforcing effect Effects 0.000 claims description 284
- 238000010792 warming Methods 0.000 claims description 198
- 241001669679 Eleotris Species 0.000 claims description 126
- 229910000831 Steel Inorganic materials 0.000 claims description 117
- 239000010959 steel Substances 0.000 claims description 117
- 210000003205 muscle Anatomy 0.000 claims description 96
- 238000005520 cutting process Methods 0.000 claims description 12
- 230000002787 reinforcement Effects 0.000 claims description 11
- 238000010008 shearing Methods 0.000 claims description 6
- 238000011065 in-situ storage Methods 0.000 claims description 5
- 239000000463 material Substances 0.000 claims description 5
- 238000009434 installation Methods 0.000 claims description 4
- 238000002372 labelling Methods 0.000 claims description 3
- 238000002360 preparation method Methods 0.000 claims description 3
- 238000003466 welding Methods 0.000 claims description 3
- 239000011229 interlayer Substances 0.000 abstract description 5
- 238000009422 external insulation Methods 0.000 abstract 1
- 238000005516 engineering process Methods 0.000 description 11
- 239000010410 layer Substances 0.000 description 4
- 238000010923 batch production Methods 0.000 description 2
- 230000007812 deficiency Effects 0.000 description 2
- 238000002955 isolation Methods 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000009435 building construction Methods 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
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Abstract
The invention provides a component rebar grid structure with an internal insulation board and a manufacturing and assembling method. The rebar grid structure with parts and the internal insulation board comprises an A shaped rebar grid, a B shaped rebar grid, a C shaped rebar grid, a D shaped rebar grid, an E shaped rebar grid, an F shaped rebar grid, a G shaped rebar and an H shaped rebar, wherein the A shaped rebar grid is used for building a wall body at the top of a door or a window, the B shaped rebar grid is used for building a wall body under the window, the C shaped rebar grid is used for building wall bodies at the two sides of the door and the window, the D shaped rebar grid is used for building a wall body on the upper half portion of an external wall without a window, the E shaped rebar grid is used for building a wall body on the lower half portion of the external wall without a window, the F shaped rebar grid is used for building a T shaped wall body, the G shaped rebar grid is used for building an L shaped external wall body, and the H shaped rebar grid is used for building a line shaped external wall body. The C shaped rebar grid, the H shaped rebar grid and the F shaped rebar grid are interchangeable in the building of external wall bodies at the two sides of the door and the window. The component rebar grid structure with the internal insulation board achieves that interlayer insulation design and construction are applied to a cast-in-place concrete shear external wall body to replace a conventional construction method that the external insulation of a wall body is carried out after the wall body is cast. The insulating service life of the cast-in-place concrete shear external wall body which is built by the rebar grid with the insulation board is extended for 25 years, the insulating service life of the external wall is equal to the design service life of a house, and the fire rating of the external wall is improved from B to A.
Description
Technical field
The present invention relates to building construction technology field, refer to especially a kind of bar frame structure, manufacture method and assemble method with interior warming plate of component.
Background technology
From eighties of last century China's eighties, just bring into use external-wall exterior insulation design and construction technology, through the practices of 30 years, become body of wall main flow INSULATION DESIGN technology, but the technology of external-wall exterior insulation design and construction has in recent years exposed great technological deficiency, the serious technological deficiencies such as low in fireproof performance, design and construction technology disconnect, human factor quality does not pass a test, have caused relevant industrial department and social concern; The Ministry of Construction of the People's Republic of China, MOC statistics: from 2000, to the end of the year 2007, occur altogether high-rise fire 1652, dead 6758 people, 23,500,000,000 yuan of direct losses RMB, according to national statistics, within 2012, national fire damage is 2,100,000,000 7,716 ten thousand yuan.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of bar frame structure, manufacture and assemble method with interior warming plate of component.
For solving the problems of the technologies described above, embodiments of the invention provide a kind of bar frame structure with interior warming plate of component, comprise for building the A steel bar rack of door or window top body of wall, for building the Type B bar frame of window bottom body of wall, for building the C steel bar rack of door and window both sides body of wall, for building the D steel bar rack without the first half body of wall of the exterior wall of window, for building the E steel bar rack without the Lower Half body of wall of the exterior wall of window, for building the F steel bar rack of T-shaped body of wall, for building the G steel bar rack of L-type exterior wall, for building the H steel bar rack of in-line exterior wall, wherein, the exterior wall on door and window both sides is built on C type, H type and F type, G steel bar rack interchangeable ground.
As technique scheme preferably, also comprise and connect aforementioned any floor bar cage 6 with the bar frame of warming plate, described floor bar cage 6 along continuous straight runs extend and end is fixed on the inner side reinforced mesh of the described bar frame with warming plate by double steel bar net sheet connecting reinforcement 7.
As technique scheme preferably, the bar frame of described A type band warming plate comprises the warming plate A5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh A4 that is positioned at an indoor side of the suitable sheet of described warming plate A5 shape be positioned at the outside reinforced mesh A3 of an outdoor side; Wherein said inner side reinforced mesh A4 and outside reinforced mesh A3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar A1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar A2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar A1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar A2 through described warming plate A5 and be fixed together with described warming plate A5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar A1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar A2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar A1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar A2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh A4 and outside reinforced mesh A3, inner side reinforced mesh A4 and outside reinforced mesh A3 comprise the sheet reinforced mesh that reinforcing bar is welded; The external surface that wherein said inner side reinforced mesh A4 is positioned at an indoor side is fixedly connected with vertical sleeper stirrup, described vertical sleeper stirrup comprises at least four sleeper vertical reinforcement A7 that vertically extend, and described these sleeper vertical reinforcements A7 is fixed together by orthogonal vertical sleeper stirrup A6 and fixes with described inner side reinforced mesh A4; The external diameter of wherein said vertical sleeper stirrup is identical with described inner side reinforced mesh A4.
As technique scheme preferably, described Type B bar frame comprises the warming plate B5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh B4 that is positioned at an indoor side of the suitable sheet of described warming plate B5 shape be positioned at the outside reinforced mesh B3 of an outdoor side; Wherein said inner side reinforced mesh B4 and outside reinforced mesh B3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar B1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar B2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar B1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar B2 through described warming plate B5 and be fixed together with described warming plate B5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar B1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar B2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar B1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar B2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh B4 and outside reinforced mesh B3, inner side reinforced mesh B4 and outside reinforced mesh B3 comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh B4 is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle B7 of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle B7 of described these dark beams, the dark beam steel stirrup B6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh B4.
As technique scheme preferably, the bar frame of described C type band warming plate comprises the warming plate C5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh C4 that is positioned at an indoor side of the suitable sheet of described warming plate C5 shape be positioned at the outside reinforced mesh C3 of an outdoor side; Wherein said inner side reinforced mesh C4 and outside reinforced mesh C3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar C1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar C2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar C1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar C2 through described warming plate C5 and be fixed together with described warming plate C5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar C1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar C2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar C1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar C2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh C4 and outside reinforced mesh C3, inner side reinforced mesh C4 and outside reinforced mesh C3 comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh C4 is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle C7 of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle C7 of described these dark beams, the dark beam steel stirrup C6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh C4; The right side that wherein said inner side reinforced mesh C4 is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle C8 of vertical sleeper that vertically extend, and between the main muscle C8 of described these vertical sleeper, the vertical sleeper stirrup C9 by rectangle is fixed together and with described and fix with described inner side reinforced mesh C4.
As technique scheme preferably, described D steel bar rack comprises the warming plate D5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh D4 that is positioned at an indoor side of the suitable sheet of described warming plate D5 shape be positioned at the outside reinforced mesh D3 of an outdoor side; Wherein said inner side reinforced mesh D4 and outside reinforced mesh D3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar D1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar D2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar D1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar D2 through described warming plate D5 and be fixed together with described warming plate D5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar D1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar D2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar D1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar D2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh D4 and outside reinforced mesh D3, inner side reinforced mesh D4 and outside reinforced mesh D3 comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh D4 is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle D8 of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle D8 of described these dark beams, the dark beam steel stirrup D9 by rectangle is fixed together and with described and fix with described inner side reinforced mesh D4; The right side that wherein said inner side reinforced mesh D4 is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle D7 of vertical sleeper that vertically extend, and between the main muscle D7 of described these vertical sleeper, the vertical sleeper stirrup D6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh D4.
As technique scheme preferably, described E steel bar rack comprises the warming plate E5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh E4 that is positioned at an indoor side of the suitable sheet of described warming plate E5 shape be positioned at the outside reinforced mesh E3 of an outdoor side; Wherein said inner side reinforced mesh E4 and outside reinforced mesh E3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar E1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar E2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar E1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar E2 through described warming plate E5 and be fixed together with described warming plate E5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar E1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar E2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar E1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar E2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh E4 and outside reinforced mesh E3, inner side reinforced mesh E4 and outside reinforced mesh E3 comprise the sheet reinforced mesh that reinforcing bar is welded; The right side that wherein said inner side reinforced mesh E4 is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle E7 of vertical sleeper that vertically extend, and between the main muscle E7 of described these vertical sleeper, the vertical sleeper stirrup E6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh E4.
As technique scheme preferably, described F steel bar rack comprises into outdoor bar frame and the indoor bar frame F6 of T shape, wherein said outdoor bar frame comprises the warming plate F5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh F4 that is positioned at an indoor side of the suitable sheet of described warming plate F5 shape be positioned at the outside reinforced mesh F3 of an outdoor side; Wherein said indoor bar frame F6 comprises the sheet noumenon being formed by two reinforced mesh, and the inner side reinforced mesh F4 that one end of described indoor bar frame F6 is fixed on described outdoor bar frame is above to form T shape; Wherein said inner side reinforced mesh F4 and outside reinforced mesh F3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar F1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar F2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar F1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar F2 through described warming plate F5 and be fixed together with described warming plate F5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar F1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar F2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar F1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar F2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh F4 and outside reinforced mesh F3, inner side reinforced mesh F4 and outside reinforced mesh F3 comprise the sheet noumenon being welded by reinforcing bar; Wherein on the top of the external surface that is positioned at an indoor side of described inner side reinforced mesh F4, be also provided with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle F9 of dark beam that at least four along continuous straight runs extend, and the dark beam steel stirrup F8 of the horizontal main muscle F9 of described these dark beams by rectangle is fixed on described inner side reinforced mesh F4; Wherein in described indoor bar frame F6, be provided with the main muscle F7 of vertical sleeper vertically extending, the main muscle F7 of described vertical sleeper is evenly distributed in described indoor bar frame F6 and fixes with the inner surface of described indoor bar frame F6.
As technique scheme preferably, described G steel bar rack comprises the L shaped warming plate G5 at the center of being arranged at, and with the suitable L shaped inner side reinforced mesh G4 that is positioned at an indoor side of described warming plate G5 shape be positioned at the outside reinforced mesh G3 of an outdoor side; Wherein said inner side reinforced mesh G4 and outside reinforced mesh G3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar G1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar G2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar G1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar G2 through described warming plate G5 and be fixed together with described warming plate G5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar G1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar G2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar G1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar G2 is along continuous straight runs setting; Wherein said inner side reinforced mesh G4 and inner side reinforced mesh G4 and outside reinforced mesh G3 described in the reinforced mesh G3 of outside comprise that two are welded by reinforcing bar and the L shaped reinforced mesh of end together with being vertically fixed on, and described inner side reinforced mesh G4 and outside reinforced mesh G3 form a vertical corner towards indoor direction projection; The external surface top that is positioned at an indoor side of wherein said inner side reinforced mesh G4 is also provided with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise at least four horizontal main muscle G9 of dark beam, and the dark beam steel stirrup G8 of the horizontal main muscle G9 of described dark beam by rectangle is fixed together and is fixed on described inner side reinforced mesh G4; The place, corner that is positioned at an indoor side of described inner side reinforced mesh G4 is interval with vertical sleeper stirrup, described vertical sleeper stirrup comprises the main muscle G7 of vertical sleeper being separately fixed on the horizontal main muscle G9 of described dark beam and is fixed on the main muscle G7 of vertical sleeper on the reinforced mesh G4 body of described inner side, and by vertical sleeper stirrup G6, is fixed into one between the described main muscle G7 of these vertical sleeper.
As technique scheme preferably, described H steel bar rack comprises the warming plate H5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh H4 that is positioned at an indoor side of the suitable sheet of described warming plate H5 shape be positioned at the outside reinforced mesh H3 of an outdoor side; Wherein said inner side reinforced mesh H4 and outside reinforced mesh H3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar H1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar H2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar H1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar H2 through described warming plate H5 and be fixed together with described warming plate H5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar H1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar H2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar H1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar H2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh H4 and outside reinforced mesh H3, inner side reinforced mesh H4 and outside reinforced mesh H3 comprise the sheet reinforced mesh that reinforcing bar is welded; Wherein said inner side reinforced mesh H4 be positioned at an indoor side external surface be fixedly connected with vertically the vertical sleeper stirrup extending, described vertical sleeper stirrup comprises at least four main muscle H7 of vertical sleeper that vertically extend, and between the main muscle H7 of described these vertical sleeper, the vertical sleeper stirrup H6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh H4; The external diameter of wherein said vertical sleeper stirrup is identical with described inner side reinforced mesh H4's; The external surface top that is positioned at an indoor side of wherein said inner side reinforced mesh H4 is also provided with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise at least four horizontal main muscle H9 of dark beam, and the dark beam steel stirrup H8 of the horizontal main muscle H9 of described dark beam by rectangle is fixed together and is fixed on described inner side reinforced mesh H4.
For solving the problems of the technologies described above, embodiments of the invention also provide a kind of manufacture method of the bar frame structure with interior warming plate of component, comprising:
(1) by component model, divide the process materials preparation of carrying out different requirements;
(2) cutting, bonding and thermal insulation plate;
(3) warming plate is fixed on operation stand;
(4) with robot, horizontal x shape being connected to oblique cutting reinforcing bar with vertical x shape is fixed on warming plate;
(5) reinforced mesh outside warming plate is connected to the spot welding of oblique cutting reinforcing bar with horizontal x shape with vertical x shape;
(6) reinforced mesh outside warming plate is connected to oblique cutting reinforcing bar with horizontal x shape with vertical x shape and spots weld interior page of reinforced mesh;
(7) crossbeam stirrup is fixed on interior page reinforced mesh;
(8) the horizontal main muscle of beam is fixed in the stirrup of beam;
(9) sleeper stirrup is fixed on interior page reinforced mesh;
(10) the vertical main muscle of sleeper is fixed in sleeper stirrup;
(11) fixing upper lifting nose;
(12) in normal place, seal up component Product labelling;
(13) by component difference, pack into dedicated box, lower production line is waited to send out.
For solving the problems of the technologies described above, embodiments of the invention also provide a kind of assemble method of the bar frame structure with interior warming plate of component, comprising:
(1) bar frame that is first C type band warming plate by construction drawing design component use location from a house external corner is anchor point;
(2) bar frame of lifting C type band warming plate is located on cast-in-place shear wall axis vertical straight;
(3) in an indoor side, with temporary supporting, fix;
(4) bar frame of lifting A type band warming plate is located on cast-in-place shear wall axis vertical straight;
(5) in an indoor side, with temporary supporting, fix;
(6) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(7) in an indoor side, with temporary supporting, fix;
(8) bar frame of lifting F type band warming plate is located on cast-in-place shear wall axis vertical straight;
(9) in an indoor side, with temporary supporting, fix;
(10) bar frame of lifting A type band warming plate is located on cast-in-place shear wall axis vertical straight;
(11) in an indoor side, with temporary supporting, fix;
(12) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(13) in an indoor side, with temporary supporting, fix;
(14) bar frame of lifting H type band warming plate is located on cast-in-place shear wall axis vertical straight;
(15) in an indoor side, with temporary supporting, fix;
(16) splicing, the inside and outside reinforced mesh with in the bar frame of warming plate after in place presses connection way to seal pressure by hydraulic pressure envelope after overlapping;
(17) the fixedly outer face die plate of cast-in-place shear wall is installed;
(18) bar frame with warming plate is fixed in template;
(19) spread lower indoor support;
(20) cast-in-place shear wall inner formword is installed;
(21) check the vertical straight and even degree of calibration template;
(22) concreting;
(23) cycle installation is to realize laminated heat-preserving construction in the closed cast-in-situ concrete shearing exterior wall that completes one deck of construction inside and outside whole floor.
The beneficial effect of inventive embodiments is:
Component provided by the invention, with the bar frame structure of warming plate, meets the material model requirement of the structure position in one deck residence building, the building exterior wall heat preserving component and fitting of component of the present invention is on innovation component basis, to have facilitated the standardization of design, take batch production mechanization manufacture, its location is used in the structure assembling design construction of the interlayer insulating layer body of wall of exterior wall in house building, with the present invention, prolong raw release in cast-in-place shearing exterior wall and realize laminated heat-preserving technique of design and construction, in the middle of body of wall, put into the bar frame with warming plate, on, inner and outer template is built the exterior wall forming and is realized interlayer inside heat insulation wall body, substituted first watering body of wall and then making the design and construction method of insulation isolation layer in body of wall outside of generally using now, so improve external wall body thermal insulation performance, realize insulation life 25 years, realizing the exterior-wall heat insulation life-span has been same as the architectural design life-span, exterior wall fire rating is brought up to A level by B level, the object of the invention is to substitute existing INSULATION DESIGN construction technology, existing external wall outer insulation designing technique standard is abrogated in final promotion, creates without disaster hidden-trouble engineering, can be country and retrieves 2,000,000,000 yuan of above economic losses that cause because of construction work fire every year.
Accompanying drawing explanation
Fig. 1 is the plan view that utilizes a kind of building that the bar frame structure of the embodiment of the present invention forms;
Fig. 2 is the plan view that utilizes the another kind of building that the bar frame structure of the embodiment of the present invention forms;
Fig. 3 is the longitudinal sectional view that aforementioned any bar frame is connected with cast-in-situ floor reinforcing cage in building body;
Fig. 4 is that A steel bar rack, Type B bar frame, C steel bar rack form the structural representation with fenestrate body of wall together;
Fig. 5 is that A steel bar rack, C steel bar rack form the structural representation with the body of wall of door together;
Fig. 6 be D steel bar rack, E steel bar rack form together windowless without door body of wall structural representation;
Fig. 7 is the structural representation that outside reinforced mesh is connected with inner side reinforced mesh;
Fig. 8 A1 is the elevation of A steel bar rack;
Fig. 8 A2 is the transverse sectional view of A steel bar rack;
Fig. 8 A3 is the longitudinal sectional view of A steel bar rack;
Fig. 8 B1 is the elevation of Type B bar frame;
Fig. 8 B2 is the transverse sectional view of Type B bar frame;
Fig. 8 B3 is the longitudinal sectional view of Type B bar frame;
Fig. 8 C1 is the elevation of C steel bar rack;
Fig. 8 C2 is the longitudinal sectional view of C steel bar rack;
Fig. 8 C3 is the transverse sectional view of C steel bar rack;
Fig. 8 D1 is the elevation of D steel bar rack;
Fig. 8 D2 is the longitudinal sectional view of D steel bar rack;
Fig. 8 D3 is the transverse sectional view of D steel bar rack;
Fig. 8 E1 is the elevation of E steel bar rack;
Fig. 8 E2 is the longitudinal sectional view of E steel bar rack;
Fig. 8 E3 is the transverse sectional view of E steel bar rack;
Fig. 8 F1 is the elevation of F steel bar rack;
Fig. 8 F2 is the transverse sectional view of F steel bar rack;
Fig. 8 G1 is the elevation of G steel bar rack;
Fig. 8 G2 is the longitudinal sectional view of G steel bar rack;
Fig. 8 G3 is the transverse sectional view of G steel bar rack;
Fig. 8 H1 is the elevation of H steel bar rack;
Fig. 8 H2 is the longitudinal sectional view of H steel bar rack;
Fig. 8 H3 is the transverse sectional view of H steel bar rack;
[main description of reference numerals]
A steel bar rack;
A1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
A2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
A3, outside reinforced mesh;
A4, inner side reinforced mesh;
A5, warming plate;
A6, vertical sleeper stirrup;
A7, sleeper vertical reinforcement;
Type B bar frame:
B1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
B2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
B3, outside reinforced mesh;
B4, inner side reinforced mesh;
B5, warming plate;
B6, dark beam steel stirrup;
B7, the dark horizontal main muscle of beam;
C steel bar rack:
C1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
C2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
C3, outside reinforced mesh;
C4, inner side reinforced mesh;
C5, warming plate;
C6, dark beam steel stirrup;
C7, the dark horizontal main muscle of beam;
C8, the vertical main muscle of sleeper;
C9, vertical sleeper stirrup;
D steel bar rack:
D1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
D2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
D3, outside reinforced mesh;
D4, inner side reinforced mesh;
D5, warming plate;
D6, vertical sleeper stirrup;
D7, the vertical main muscle of sleeper;
D8, the dark horizontal main muscle of beam;
D9, dark beam steel stirrup;
E steel bar rack:
E1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
E2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
E3, outside reinforced mesh;
E4, inner side reinforced mesh;
E5, warming plate;
E6, vertical sleeper stirrup
E7, the vertical main muscle of sleeper;
F steel bar rack:
F1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
F2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
F3, outside reinforced mesh;
F4, inner side reinforced mesh;
F5, warming plate;
F6, indoor bar frame,
F7, the vertical main muscle of bar frame,
F8, the dark horizontal main muscle of beam;
F9, dark beam steel stirrup;
G steel bar rack:
G1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
G2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
G3, outside reinforced mesh;
G4, inner side reinforced mesh;
G5, warming plate;
G6, vertical sleeper stirrup;
G7, the vertical main muscle of sleeper;
G8, dark beam steel stirrup;
G9, the dark horizontal main muscle of beam;
H steel bar rack:
H1, the inside and outside reinforced mesh of vertical X-shaped are welded to connect reinforcing bar;
H2, the inside and outside reinforced mesh of horizontal X-shaped are welded to connect reinforcing bar;
H3, outside reinforced mesh;
H4, inner side reinforced mesh;
H5, warming plate;
H6, vertical sleeper stirrup;
H7, the vertical main muscle of sleeper;
H8, dark beam steel stirrup;
H9, the dark horizontal main muscle of beam;
1, the inside and outside reinforced mesh of vertical X-shaped is welded to connect reinforcing bar;
2, laterally the inside and outside reinforced mesh of X-shaped is welded to connect reinforcing bar;
3, outside reinforced mesh;
4, inner side reinforced mesh;
5, warming plate;
6, floor bar cage;
7, double steel bar net sheet connecting reinforcement;
Z: outside reinforced mesh and reinforced mesh junction, inner side.
The specific embodiment
For making the technical problem to be solved in the present invention, technical scheme and advantage clearer, be described in detail below in conjunction with the accompanying drawings and the specific embodiments.
The bar frame structure with interior warming plate of a kind of component of using for cast-in-place shear wall body of the embodiment of the present invention, its structure is as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, shown in Fig. 7, comprise for building the A steel bar rack of door or window top body of wall, for building the Type B bar frame of window bottom body of wall, for building the C steel bar rack of door and window both sides body of wall, for building the D steel bar rack without the first half body of wall of the exterior wall of window, for building the E steel bar rack without the Lower Half body of wall of the exterior wall of window, for building the F steel bar rack of T-shaped body of wall, for building the G steel bar rack of L-type exterior wall, for building the H steel bar rack of in-line exterior wall, wherein, the exterior wall on door and window both sides is built on C type, H type and F type, G steel bar rack interchangeable ground.
As shown in Figure 4, for A steel bar rack, Type B bar frame, C steel bar rack form the structural representation with fenestrate body of wall together.As shown in Figure 5 form together the structural representation with the body of wall of door for A steel bar rack, C steel bar rack.As shown in Figure 6 form together the structural representation of the windowless body of wall without door for D steel bar rack, E steel bar rack.
Wherein as shown in Figure 3, also comprise the floor bar cage 6 that connects aforementioned any bar frame, described floor bar cage 6 along continuous straight runs extend and end is fixed on the inner side reinforced mesh of described bar frame by double steel bar net sheet connecting reinforcement 7.
As shown in Figure 3, described A steel bar rack, Type B bar frame, C steel bar rack, D steel bar rack, E steel bar rack, F steel bar rack, G steel bar rack and H steel bar rack are all arranged at the warming plate 5 of the sheet at center, and with the inner side reinforced mesh that is positioned at an indoor side 4 of the suitable sheet of described warming plate 5 shapes be positioned at the outside reinforced mesh 3 of an outdoor side; Wherein said inner side reinforced mesh 4 and outside reinforced mesh 3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar 1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar 2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar 1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar 2 through described warming plate 5 and be fixed together with described warming plate 5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar 1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar 2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar 1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar 2 is along continuous straight runs setting.
Below various bar frames are introduced respectively:
As shown in Fig. 8 A1, Fig. 8 A2, Fig. 8 A3, described A steel bar rack comprises the warming plate A5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh A4 that is positioned at an indoor side of the suitable sheet of described warming plate A5 shape be positioned at the outside reinforced mesh A3 of an outdoor side; Wherein said inner side reinforced mesh A4 and outside reinforced mesh A3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar A1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar A2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar A1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar A2 through described warming plate A5 and be fixed together with described warming plate A5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar A1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar A2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar A1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar A2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh A4 and outside reinforced mesh A3, inner side reinforced mesh A4 and outside reinforced mesh A3 comprise the sheet reinforced mesh that reinforcing bar is welded; The external surface that wherein said inner side reinforced mesh A4 is positioned at an indoor side is fixedly connected with vertical sleeper stirrup, described vertical sleeper stirrup comprises at least four sleeper vertical reinforcement A7 that vertically extend, and described these sleeper vertical reinforcements A7 is fixed together by orthogonal vertical sleeper stirrup A6 and fixes with described inner side reinforced mesh A4; The external diameter of wherein said vertical sleeper stirrup is identical with described inner side reinforced mesh A4.
As shown in Fig. 8 B1, Fig. 8 B2, Fig. 8 B3, described Type B bar frame comprises the warming plate B5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh B4 that is positioned at an indoor side of the suitable sheet of described warming plate B5 shape be positioned at the outside reinforced mesh B3 of an outdoor side; Wherein said inner side reinforced mesh B4 and outside reinforced mesh B3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar B1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar B2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar B1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar B2 through described warming plate B5 and be fixed together with described warming plate B5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar B1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar B2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar B1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar B2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh B4 and outside reinforced mesh B3, inner side reinforced mesh B4 and outside reinforced mesh B3 comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh B4 is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle B7 of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle B7 of described these dark beams, the dark beam steel stirrup B6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh B4.
As shown in Fig. 8 C1, Fig. 8 C2, Fig. 8 C3, described C steel bar rack comprises the warming plate C5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh C4 that is positioned at an indoor side of the suitable sheet of described warming plate C5 shape be positioned at the outside reinforced mesh C3 of an outdoor side; Wherein said inner side reinforced mesh C4 and outside reinforced mesh C3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar C1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar C2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar C1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar C2 through described warming plate C5 and be fixed together with described warming plate C5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar C1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar C2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar C1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar C2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh C4 and outside reinforced mesh C3, inner side reinforced mesh C4 and outside reinforced mesh C3 comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh C4 is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle C7 of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle C7 of described these dark beams, the dark beam steel stirrup C6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh C4; The right side that wherein said inner side reinforced mesh C4 is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle C8 of vertical sleeper that vertically extend, and between the main muscle C8 of described these vertical sleeper, the vertical sleeper stirrup C9 by rectangle is fixed together and with described and fix with described inner side reinforced mesh C4.
As shown in Fig. 8 D1, Fig. 8 D2, Fig. 8 D3, described D steel bar rack comprises the warming plate D5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh D4 that is positioned at an indoor side of the suitable sheet of described warming plate D5 shape be positioned at the outside reinforced mesh D3 of an outdoor side; Wherein said inner side reinforced mesh D4 and outside reinforced mesh D3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar D1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar D2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar D1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar D2 through described warming plate D5 and be fixed together with described warming plate D5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar D1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar D2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar D1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar D2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh D4 and outside reinforced mesh D3, inner side reinforced mesh D4 and outside reinforced mesh D3 comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh D4 is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle D8 of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle D8 of described these dark beams, the dark beam steel stirrup D9 by rectangle is fixed together and with described and fix with described inner side reinforced mesh D4; The right side that wherein said inner side reinforced mesh D4 is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle D7 of vertical sleeper that vertically extend, and between the main muscle D7 of described these vertical sleeper, the vertical sleeper stirrup D6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh D4.
As shown in Fig. 8 E1, Fig. 8 E2, Fig. 8 E3, described E steel bar rack comprises the warming plate E5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh E4 that is positioned at an indoor side of the suitable sheet of described warming plate E5 shape be positioned at the outside reinforced mesh E3 of an outdoor side; Wherein said inner side reinforced mesh E4 and outside reinforced mesh E3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar E1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar E2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar E1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar E2 through described warming plate E5 and be fixed together with described warming plate E5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar E1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar E2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar E1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar E2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh E4 and outside reinforced mesh E3, inner side reinforced mesh E4 and outside reinforced mesh E3 comprise the sheet reinforced mesh that reinforcing bar is welded; The right side that wherein said inner side reinforced mesh E4 is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle E7 of vertical sleeper that vertically extend, and between the main muscle E7 of described these vertical sleeper, the vertical sleeper stirrup E6 by rectangle is fixed together and with described and fix with described inner side reinforced mesh E4.
As shown in Fig. 8 F1, Fig. 8 F2, described F steel bar rack comprises into outdoor bar frame and the indoor bar frame F6 of T shape, wherein said outdoor bar frame comprises the warming plate F5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh F4 that is positioned at an indoor side of the suitable sheet of described warming plate F5 shape be positioned at the outside reinforced mesh F3 of an outdoor side; Wherein said indoor bar frame F6 comprises the sheet noumenon being formed by two reinforced mesh, and the inner side reinforced mesh F4 that one end of described indoor bar frame F6 is fixed on described outdoor bar frame is above to form T shape; Wherein said inner side reinforced mesh F4 and outside reinforced mesh F3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar F1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar F2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar F1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar F2 through described warming plate F5 and be fixed together with described warming plate F5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar F1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar F2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar F1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar F2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh F4 and outside reinforced mesh F3, inner side reinforced mesh F4 and outside reinforced mesh F3 comprise the sheet noumenon being welded by reinforcing bar; Wherein on the top of the external surface that is positioned at an indoor side of described inner side reinforced mesh F4, also establish dark beam stirrup at regular intervals, in described dark beam stirrup, comprise the horizontal main muscle F9 of dark beam that at least four along continuous straight runs extend, and the dark beam steel stirrup F8 of the horizontal main muscle F9 of described these dark beams by rectangle is fixed on described inner side reinforced mesh F4; Wherein in described indoor bar frame F6, be provided with the main muscle F7 of vertical sleeper vertically extending, the main muscle F7 of described vertical sleeper is evenly distributed in described indoor bar frame F6 and fixes with the inner surface of described indoor bar frame F6.
As shown in Fig. 8 G1, Fig. 8 G2, Fig. 8 G3, described G steel bar rack comprises the L shaped warming plate G5 at the center of being arranged at, and with the suitable L shaped inner side reinforced mesh G4 that is positioned at an indoor side of described warming plate G5 shape be positioned at the outside reinforced mesh G3 of an outdoor side; Wherein said inner side reinforced mesh G4 and outside reinforced mesh G3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar G1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar G2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar G1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar G2 through described warming plate G5 and be fixed together with described warming plate G5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar G1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar G2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar G1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar G2 is along continuous straight runs setting; Wherein said inner side reinforced mesh G4 and inner side reinforced mesh G4 and outside reinforced mesh G3 described in the reinforced mesh G3 of outside comprise that two are welded by reinforcing bar and the L shaped reinforced mesh of end together with being vertically fixed on, and described inner side reinforced mesh G4 and outside reinforced mesh G3 form a vertical corner towards indoor direction projection; The external surface top that is positioned at an indoor side of wherein said inner side reinforced mesh G4 is also provided with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise at least four horizontal main muscle G9 of dark beam, and the dark beam steel stirrup G8 of the horizontal main muscle G9 of described dark beam by rectangle is fixed together and is fixed on described inner side reinforced mesh G4; The place, corner that is positioned at an indoor side of described inner side reinforced mesh G4 is interval with vertical sleeper stirrup, described vertical sleeper stirrup comprises the main muscle G7 of vertical sleeper being separately fixed on the horizontal main muscle G9 of described dark beam and is fixed on the main muscle G7 of vertical sleeper on the reinforced mesh G4 body of described inner side, and by vertical sleeper stirrup G6, is fixed into one between the described main muscle G7 of these vertical sleeper.
As shown in Fig. 8 H1, Fig. 8 H2, Fig. 8 H3, described H steel bar rack comprises the warming plate H5 of the sheet at the center of being arranged at, and with the inner side reinforced mesh H4 that is positioned at an indoor side of the suitable sheet of described warming plate H5 shape be positioned at the outside reinforced mesh H3 of an outdoor side; Wherein said inner side reinforced mesh H4 and outside reinforced mesh H3 by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar H1 and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar H2 and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar H1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar H2 through described warming plate H5 and be fixed together with described warming plate H5; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar H1 and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar H2 and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar H1 for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar H2 is along continuous straight runs setting; Described in wherein said inner side reinforced mesh H4 and outside reinforced mesh H3, inner side reinforced mesh H4 and outside reinforced mesh H3 comprise the sheet reinforced mesh that reinforcing bar is welded; Wherein said inner side reinforced mesh H4 be positioned at an indoor side external surface be fixedly connected with vertically the vertical sleeper stirrup extending, in described vertical sleeper stirrup, comprise at least four main muscle H7 of vertical sleeper that vertically extend, and between the main muscle H7 of described these vertical sleeper, the vertical sleeper stirrup of the rectangle H6 by interval is fixed together and with described and fix with described inner side reinforced mesh H4; The external diameter of wherein said vertical sleeper stirrup is identical with described inner side reinforced mesh H4's; The external surface top that is positioned at an indoor side of wherein said inner side reinforced mesh H4 is also provided with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise at least four horizontal main muscle H9 of dark beam, and the dark beam steel stirrup H8 of the horizontal main muscle H9 of described dark beam by rectangle is fixed together and is fixed on described inner side reinforced mesh H4.
As shown in Figure 7, in the position of outside reinforced mesh and reinforced mesh junction, inner side Z, by hydraulic tongs, sealing pressure, is the reinforcing bar of 1 centimetre by zinc-plated pressure floor parcel diameter.
Embodiments of the invention also provide a kind of manufacture method of the bar frame structure with interior warming plate of component, comprising:
(1) by component model, divide the process materials preparation of carrying out different requirements;
(2) cutting, bonding and thermal insulation plate;
(3) warming plate is fixed on operation stand;
(4) with robot, horizontal x shape being connected to oblique cutting reinforcing bar with vertical x shape is fixed on warming plate;
(5) reinforced mesh outside warming plate is connected to the spot welding of oblique cutting reinforcing bar with horizontal x shape with vertical x shape;
(6) reinforced mesh outside warming plate is connected to oblique cutting reinforcing bar with horizontal x shape with vertical x shape and spots weld interior page of reinforced mesh;
(7) crossbeam stirrup is fixed on interior page reinforced mesh;
(8) the horizontal main muscle of beam is fixed in the stirrup of beam;
(9) sleeper stirrup is fixed on interior page reinforced mesh;
(10) the vertical main muscle of sleeper is fixed in sleeper stirrup;
(11) fixing upper lifting nose;
(12) in normal place, seal up component Product labelling;
(13) by component difference, pack into dedicated box, lower production line is waited to send out.
Embodiments of the invention also provide a kind of assemble method of the bar frame structure with interior warming plate of component;
Embodiment 1:
In the plan view of the building that bar frame structure as shown in Figure 1 forms, the erection sequence that is starting point from lower right corner Nan Qiang: i.e. erection sequence in C type → AB, F in the south, AB, H, AB, F section:
(1) bar frame that is first C type band warming plate by construction drawing design component use location from a house external corner is anchor point;
(2) bar frame of lifting C type band warming plate is located on cast-in-place shear wall axis vertical straight;
(3) in an indoor side, with temporary supporting, fix;
(4) bar frame of lifting A type band warming plate is located on cast-in-place shear wall axis vertical straight;
(5) in an indoor side, with temporary supporting, fix;
(6) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(7) in an indoor side, with temporary supporting, fix;
(8) bar frame of lifting F type band warming plate is located on cast-in-place shear wall axis vertical straight;
(9) in an indoor side, with temporary supporting, fix;
(10) bar frame of lifting A type band warming plate is located on cast-in-place shear wall axis vertical straight;
(11) in an indoor side, with temporary supporting, fix;
(12) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(13) in an indoor side, with temporary supporting, fix;
(14) bar frame of lifting H type band warming plate is located on cast-in-place shear wall axis vertical straight;
(15) in an indoor side, with temporary supporting, fix;
(16) splicing, the inside and outside reinforced mesh with in the bar frame of warming plate after in place presses connection way to seal pressure by hydraulic pressure envelope after overlapping;
(17) the fixedly outer face die plate of cast-in-place shear wall is installed;
(18) bar frame with warming plate is fixed in template;
(19) spread lower indoor support;
(20) cast-in-place shear wall inner formword is installed;
(21) check the vertical straight and even degree of calibration template;
(22) concreting;
(23) cycle installation is to realize laminated heat-preserving construction in the closed cast-in-situ concrete shearing exterior wall that completes one deck of construction inside and outside whole floor.
Embodiment 2:
In the plan view of the building that bar frame structure as shown in Figure 1 forms, the erection sequence that is starting point from lower right corner Dong Qiang: the i.e. erection sequence of Beijing Foreign Language Studies University metope is moved towards in wall face conversion in the east:
(1) the bar frame of D type band warming plate the bar frame of upper E type band warming plate under carry out upper and lower flatwise splicing and carry out inside and outside reinforced mesh envelope and press and connect;
(2) after, hoisted in position is vertical straight on cast-in-place shear wall axis;
(3) in an indoor side, with temporary supporting, fix;
(4) bar frame of lifting F type band warming plate is located on cast-in-place shear wall axis vertical straight;
(5) the bar frame of D type band warming plate the bar frame of upper E type band warming plate under carry out upper and lower flatwise splicing and carry out inside and outside reinforced mesh envelope and press and connect;
(6) the bar frame hoisted in position of DE type band warming plate is vertical straight on cast-in-place shear wall axis;
(7) in an indoor side, with temporary supporting, fix;
(8) bar frame of lifting C type band warming plate is located on cast-in-place shear wall axis vertical straight;
(9) in an indoor side, with temporary supporting, fix, in an indoor side, with temporary supporting, fix;
(10) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(11) in an indoor side, with temporary supporting, fix;
(12) bar frame of lifting A type band warming plate is located on cast-in-place shear wall axis vertical straight;
(13) in an indoor side, with temporary supporting, fix;
(14) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(15) in an indoor side, with temporary supporting, fix;
(16) bar frame of lifting G type band warming plate is located on cast-in-place shear wall axis vertical straight;
(17) the bar frame of D type band warming plate the bar frame of upper E type band warming plate under carry out upper and lower flatwise splicing and carry out inside and outside reinforced mesh envelope and press and connect;
(18) the bar frame hoisted in position of DE type band warming plate is vertical straight on cast-in-place shear wall axis;
(19) in an indoor side, with temporary supporting, being fixed on an indoor side fixes with temporary supporting;
(20) splicing, the inside and outside reinforced mesh with in the bar frame of warming plate after in place presses connection way to seal pressure by hydraulic pressure envelope after overlapping;
(21) the fixedly outer face die plate of cast-in-place shear wall is installed;
(22) bar frame with warming plate is fixed in template;
(23) spread lower indoor support;
(24) cast-in-place shear wall inner formword is installed;
(25) check the vertical straight and even degree of calibration template;
(26) concreting;
(27) cycle installation is to realize laminated heat-preserving construction in the closed cast-in-situ concrete shearing exterior wall that completes one deck of construction inside and outside whole floor.
Component provided by the invention, with the bar frame structure of warming plate, meets the material model requirement of the structure position in one deck residence building, the building exterior wall heat preserving component and fitting of component of the present invention is on innovation component basis, to have facilitated the standardization of design, take batch production mechanization manufacture, its location is used in the structure assembling design construction of the interlayer insulating layer body of wall of exterior wall in house building, with the present invention, prolong raw release in cast-in-place shearing exterior wall and realize laminated heat-preserving technique of design and construction, in the middle of body of wall, put into the bar frame with warming plate, on, inner and outer template is built the exterior wall forming and is realized interlayer inside heat insulation wall body, substituted first watering body of wall and then making the design and construction method of insulation isolation layer in body of wall outside of generally using now, so improve external wall body thermal insulation performance, realize insulation life 25 years, realizing the exterior-wall heat insulation life-span has been same as the architectural design life-span, exterior wall fire rating is brought up to A level by B level, the object of the invention is to substitute existing INSULATION DESIGN construction technology, existing external wall outer insulation designing technique standard is abrogated in final promotion, creates without disaster hidden-trouble engineering, can be country and retrieves 2,000,000,000 yuan of above economic losses that cause because of construction work fire every year.
The above is the preferred embodiment of the present invention; should be understood that; middle-and-high-ranking technician for the art; do not departing under the prerequisite of principle of the present invention; can also make some improvements and modifications; these improvements and modifications are exhibition results before the certainty in our invention, also should be considered as protection scope of the present invention.
Claims (12)
1. the bar frame structure with warming plate of a component, it is characterized in that, comprise for building the A steel bar rack of door or window top body of wall, for building the Type B bar frame of window bottom body of wall, for building the C steel bar rack of door and window both sides body of wall, for building the D steel bar rack without the first half body of wall of the exterior wall of window, for building the E steel bar rack without the Lower Half body of wall of the exterior wall of window, for building the F steel bar rack of T-shaped body of wall, for building the G steel bar rack of L-type exterior wall, for building the H steel bar rack of in-line exterior wall, wherein, the exterior wall on door and window both sides is built on C type, H type and F type, G steel bar rack interchangeable ground.
2. the bar frame structure with interior warming plate of component according to claim 1, it is characterized in that, also comprise the floor bar cage that connects aforementioned any bar frame, described floor bar cage along continuous straight runs extends and end is fixed on the inner side reinforced mesh of described bar frame by double steel bar net sheet connecting reinforcement.
3. the bar frame structure with interior warming plate of component according to claim 1, it is characterized in that, described A steel bar rack comprises the warming plate that is arranged at the sheet outside center deviation, and with the inner side reinforced mesh that is positioned at an indoor side of the suitable sheet of described warming plate shape inside reinforced mesh and be positioned at the outside reinforced mesh of an outdoor side; Wherein said inner side reinforced mesh and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar through described warming plate and reinforced mesh inside and outside warming plate and X-shaped be welded to connect to reinforcing bar and be fixed together; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the X-shaped body that the inside and outside reinforced mesh of described vertical X-shaped is welded to connect reinforcing bar is vertically interval setting, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is that along continuous straight runs interval arranges; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise the sheet reinforced mesh that reinforcing bar is welded; The external surface that wherein said inner side reinforced mesh is positioned at an indoor side is fixedly connected with vertical sleeper stirrup, described vertical sleeper stirrup comprises at least four sleeper vertical reinforcements that vertically extend, and described these sleeper vertical reinforcements are fixed together and are fixed with described inner side reinforced mesh by orthogonal vertical sleeper stirrup stirrup; The external diameter of wherein said vertical sleeper stirrup is identical with reinforced mesh limit, described inner side.
4. the bar frame structure with interior warming plate of component according to claim 1, it is characterized in that, described Type B bar frame comprises the warming plate that is arranged at the sheet outside center deviation, and with the inner side reinforced mesh that is positioned at an indoor side of the suitable sheet of described warming plate shape be positioned at the outside reinforced mesh of an outdoor side; Wherein said inner side reinforced mesh and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar through described warming plate and reinforced mesh inside and outside warming plate and X-shaped be welded to connect to reinforcing bar and be fixed together; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is along continuous straight runs setting; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle of described these dark beams, the dark beam steel stirrup by rectangle is fixed together and with described and fix with described inner side reinforced mesh.
5. the bar frame structure with interior warming plate of component according to claim 1, it is characterized in that, described C steel bar rack comprises the warming plate that is arranged at the sheet outside center deviation, and with the inner side reinforced mesh that is positioned at an indoor side of the suitable sheet of described warming plate shape be positioned at the outside reinforced mesh of an outdoor side; Wherein said inner side reinforced mesh and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar through described warming plate and be fixed together with described warming plate; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is along continuous straight runs setting; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle of described these dark beams, the dark beam steel stirrup by rectangle is fixed together and with described and fix with described inner side reinforced mesh; The right side that wherein said inner side reinforced mesh is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle of vertical sleeper that vertically extend, and between the main muscle of described these vertical sleeper, the vertical sleeper stirrup by rectangle is fixed together and with described and fix with described inner side reinforced mesh.
6. the bar frame structure with interior warming plate of component according to claim 1, it is characterized in that, described D steel bar rack comprises the warming plate that is arranged at the sheet outside center deviation, and with the inner side reinforced mesh that is positioned at an indoor side of the suitable sheet of described warming plate shape be positioned at the outside reinforced mesh of an outdoor side; Wherein said inner side reinforced mesh and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect that reinforcing bar is welded to connect reinforcing bar through described warming plate and reinforced mesh inside and outside warming plate and X-shaped and described warming plate is fixed together; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is along continuous straight runs setting; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise the sheet reinforced mesh that reinforcing bar is welded; The outer surface of upper that wherein said inner side reinforced mesh is positioned at an indoor side is fixedly connected with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise the horizontal main muscle of dark beam that at least four along continuous straight runs extend, and between the horizontal main muscle of described these dark beams, the dark beam steel stirrup by rectangle is fixed together and with described and fix with described inner side reinforced mesh; The right side that wherein said inner side reinforced mesh is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle of vertical sleeper that vertically extend, and between the main muscle of described these vertical sleeper, the vertical sleeper stirrup by rectangle is fixed together and with described and fix with described inner side reinforced mesh.
7. the bar frame structure with interior warming plate of component according to claim 1, it is characterized in that, described E steel bar rack comprises the warming plate that is arranged at the sheet outside center deviation, and with the inner side reinforced mesh that is positioned at an indoor side of the suitable sheet of described warming plate shape be positioned at the outside reinforced mesh of an outdoor side; Wherein said inner side reinforced mesh and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar through described warming plate and reinforced mesh inside and outside warming plate and X-shaped be welded to connect to reinforcing bar and be fixed together; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is along continuous straight runs setting; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise the sheet reinforced mesh that reinforcing bar is welded; The right side that wherein said inner side reinforced mesh is positioned at the external surface of an indoor side is fixedly connected with the vertical sleeper stirrup vertically extending, described vertical sleeper stirrup comprises at least four main muscle of vertical sleeper that vertically extend, and between the main muscle of described these vertical sleeper, the vertical sleeper stirrup by rectangle is fixed together and with described and fix with described inner side reinforced mesh.
8. the bar frame structure with interior warming plate of component according to claim 1, it is characterized in that, described F steel bar rack comprises that the bar frame of protecting Warm plate by the outdoor outdoor bar frame with interior warming plate and indoor nothing forms the component integral body of T shape, wherein said outdoor bar frame comprises the warming plate of the sheet at the center of being arranged at, and with the inner side reinforced mesh that is positioned at an indoor side of the suitable sheet of described warming plate shape be positioned at the outside reinforced mesh of an outdoor side; Wherein said indoor bar frame comprises the sheet noumenon being formed by two reinforced mesh, and one end of described indoor bar frame is fixed on the inner side reinforced mesh of described outdoor bar frame to form T shape; Wherein said inner side reinforced mesh and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar through described warming plate and be fixed together with described warming plate; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is along continuous straight runs setting; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise the sheet noumenon being welded by reinforcing bar; Wherein on the top of the external surface that is positioned at an indoor side of described inner side reinforced mesh, also establish dark beam stirrup at regular intervals, in described dark beam stirrup, comprise the horizontal main muscle of dark beam that at least four along continuous straight runs extend, and the dark beam steel stirrup of the horizontal main muscle of described these dark beams by rectangle is fixed on the reinforced mesh of described inner side; Wherein in described indoor bar frame, be provided with the main muscle of vertical sleeper vertically extending, the main muscle of described vertical sleeper is evenly distributed in described indoor bar frame and fixes with the inner surface of described indoor bar frame.
9. according to the bar frame structure with interior warming plate of the component described in claim, it is characterized in that, described G steel bar rack forms as a whole by the identical bar frame with interior warming plate of two block structures; Wherein said integral body L shaped with reinforced mesh inside the bar frame of interior warming plate and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar through described warming plate and reinforced mesh inside and outside warming plate and X-shaped be welded to connect to reinforcing bar and be fixed together; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is along continuous straight runs setting; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise that two are welded by reinforcing bar and the L shaped reinforced mesh of end together with being vertically fixed on, and described inner side reinforced mesh and outside reinforced mesh form a vertical corner towards indoor direction projection; The external surface top that is positioned at an indoor side of wherein said inner side reinforced mesh is also provided with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise at least four horizontal main muscle of dark beam, and the dark beam steel stirrup of the horizontal main muscle of described dark beam by rectangle is fixed together and is fixed on the reinforced mesh of described inner side; The place, corner that is positioned at an indoor side of described inner side reinforced mesh is interval with vertical sleeper stirrup, described vertical sleeper stirrup comprises the main muscle of vertical sleeper being separately fixed on the horizontal main muscle of described dark beam and is fixed on the main muscle of vertical sleeper on the reinforced mesh body of described inner side, and by vertical sleeper stirrup, is fixed into one between the described main muscle of these vertical sleeper.
10. according to the bar frame structure with interior warming plate of the component described in claim, it is characterized in that, described H steel bar rack comprises the warming plate of the sheet at the center of being arranged at, and with the inner side reinforced mesh that is positioned at an indoor side of the suitable sheet of described warming plate shape be positioned at the outside reinforced mesh of an outdoor side; Wherein said inner side reinforced mesh and outside reinforced mesh by reinforced mesh inside and outside vertical X-shaped be welded to connect reinforcing bar and laterally inside and outside X-shaped reinforced mesh be welded to connect reinforcing bar and be fixed together, and the inside and outside reinforced mesh of described vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar through described warming plate and reinforced mesh inside and outside warming plate and X-shaped be welded to connect to reinforcing bar and be fixed together; The inside and outside reinforced mesh of wherein said vertical X-shaped be welded to connect reinforcing bar and laterally the inside and outside reinforced mesh of X-shaped be welded to connect reinforcing bar and comprise the body that is intersected to form X-shaped by two reinforcing bars, and the inside and outside reinforced mesh of described vertical X-shaped is welded to connect the X-shaped body of reinforcing bar for vertically arranging, and the X-shaped body that the inside and outside reinforced mesh of described horizontal X-shaped is welded to connect reinforcing bar is along continuous straight runs setting; Wherein said inner side reinforced mesh and outside reinforced mesh all comprise the sheet reinforced mesh that reinforcing bar is welded; Wherein said inner side reinforced mesh be positioned at an indoor side external surface be fixedly connected with vertically the vertical sleeper stirrup extending, in described vertical sleeper stirrup, comprise at least four main muscle of vertical sleeper that vertically extend, and between the main muscle of described these vertical sleeper, the vertical sleeper stirrup of rectangle by interval is fixed together and with described and fix with described inner side reinforced mesh; The external diameter of wherein said vertical sleeper stirrup is identical with described inner side reinforced mesh; The external surface top that is positioned at an indoor side of wherein said inner side reinforced mesh is also provided with the dark beam stirrup that along continuous straight runs extends, in described dark beam stirrup, comprise at least four horizontal main muscle of dark beam, and the dark beam steel stirrup of the horizontal main muscle of described dark beam by rectangle is fixed together and is fixed on the reinforced mesh of described inner side.
The manufacture method of the bar frame structure with interior warming plate of 11. 1 kinds of components, is characterized in that, comprising:
(1) by component model, divide the process materials preparation of carrying out different requirements;
(2) cutting, bonding and thermal insulation plate;
(3) warming plate is fixed on operation stand;
(4) with robot, horizontal x shape being connected to oblique cutting reinforcing bar with vertical x shape is fixed on warming plate;
(5) reinforced mesh outside warming plate is connected to the spot welding of oblique cutting reinforcing bar with horizontal x shape with vertical x shape;
(6) reinforced mesh outside warming plate is connected to oblique cutting reinforcing bar with horizontal x shape with vertical x shape and spots weld interior page of reinforced mesh;
(7) crossbeam stirrup is fixed on interior page reinforced mesh;
(8) the horizontal main muscle of beam is fixed in the stirrup of beam;
(9) sleeper stirrup is fixed on interior page reinforced mesh;
(10) the vertical main muscle of sleeper is fixed in sleeper stirrup;
(11) fixing upper lifting nose;
(12) in normal place, seal up component Product labelling;
(13) by component difference, pack into dedicated box, lower production line is waited to send out.
The assemble method of the bar frame structure with interior warming plate of 12. 1 kinds of components, is characterized in that, comprising:
(1) bar frame that is first C type band warming plate by construction drawing design component use location from a house external corner is anchor point;
(2) bar frame of lifting C type band warming plate is located on cast-in-place shear wall axis vertical straight;
(3) in an indoor side, with temporary supporting, fix;
(4) bar frame of lifting A type band warming plate is located on cast-in-place shear wall axis vertical straight;
(5) in an indoor side, with temporary supporting, fix;
(6) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(7) in an indoor side, with temporary supporting, fix;
(8) bar frame of lifting F type band warming plate is located on cast-in-place shear wall axis vertical straight;
(9) in an indoor side, with temporary supporting, fix;
(10) bar frame of lifting A type band warming plate is located on cast-in-place shear wall axis vertical straight;
(11) in an indoor side, with temporary supporting, fix;
(12) bar frame of lifting Type B band warming plate is located on cast-in-place shear wall axis vertical straight;
(13) in an indoor side, with temporary supporting, fix;
(14) bar frame of lifting H type band warming plate is located on cast-in-place shear wall axis vertical straight;
(15) in an indoor side, with temporary supporting, fix;
(16) splicing, the inside and outside reinforced mesh with in the bar frame of warming plate after in place presses connection way to seal pressure by hydraulic pressure envelope after overlapping;
(17) the fixedly outer face die plate of cast-in-place shear wall is installed;
(18) bar frame with warming plate is fixed in template;
(19) spread lower indoor support;
(20) cast-in-place shear wall inner formword is installed;
(21) check the vertical straight and even degree of calibration template;
(22) concreting;
(23) cycle installation is to realize laminated heat-preserving construction in the closed cast-in-situ concrete shearing exterior wall that completes one deck of construction inside and outside whole floor.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410191219.4A CN104074312B (en) | 2014-05-07 | 2014-05-07 | Bar frame structure, manufacture and the assemble method with inside holding plate of component |
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| CN201410191219.4A CN104074312B (en) | 2014-05-07 | 2014-05-07 | Bar frame structure, manufacture and the assemble method with inside holding plate of component |
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| CN104074312A true CN104074312A (en) | 2014-10-01 |
| CN104074312B CN104074312B (en) | 2016-08-03 |
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| JPH094097A (en) * | 1995-06-15 | 1997-01-07 | Tooami:Kk | Solid panel for wall |
| US20020043045A1 (en) * | 2000-10-18 | 2002-04-18 | Schnell House S.P.A. | Modular panels for building construction |
| CN1800531A (en) * | 2006-01-17 | 2006-07-12 | 张晶廷 | Joint construction method of prefabricated composite bearing wall structure |
| CN102747791A (en) * | 2012-07-31 | 2012-10-24 | 万保金 | Cast-in-place belt net rack self-limiting sandwiched heat insulation plate for construction wall |
| CN202866044U (en) * | 2012-10-09 | 2013-04-10 | 湖北晶达建筑科技有限公司 | Light reinforced concrete central sandwich thermal insulation wall |
| KR20130041497A (en) * | 2011-10-17 | 2013-04-25 | 주식회사 태건솔루텍 | Equipped with heating means of the partition |
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2014
- 2014-05-07 CN CN201410191219.4A patent/CN104074312B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH094097A (en) * | 1995-06-15 | 1997-01-07 | Tooami:Kk | Solid panel for wall |
| US20020043045A1 (en) * | 2000-10-18 | 2002-04-18 | Schnell House S.P.A. | Modular panels for building construction |
| CN1800531A (en) * | 2006-01-17 | 2006-07-12 | 张晶廷 | Joint construction method of prefabricated composite bearing wall structure |
| KR20130041497A (en) * | 2011-10-17 | 2013-04-25 | 주식회사 태건솔루텍 | Equipped with heating means of the partition |
| CN102747791A (en) * | 2012-07-31 | 2012-10-24 | 万保金 | Cast-in-place belt net rack self-limiting sandwiched heat insulation plate for construction wall |
| CN202866044U (en) * | 2012-10-09 | 2013-04-10 | 湖北晶达建筑科技有限公司 | Light reinforced concrete central sandwich thermal insulation wall |
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| CN104074312B (en) | 2016-08-03 |
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Effective date of registration: 20180716 Address after: 271000 Daiyue Economic Development Zone, Tai'an, Shandong, 9 North Road, Communist Youth League Patentee after: SHANDONG TAIAN CONSTRUCTION ENGINEERING GROUP Co.,Ltd. Address before: 100022 building 2001, Jian Wai SOHO7, 39 East Third Ring Road, Chaoyang District, Beijing. Patentee before: Du Jingyun |
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