CN102912909A - Spherical pyramid glass curtain wall construction method and curtain wall unit connecting system therein - Google Patents
Spherical pyramid glass curtain wall construction method and curtain wall unit connecting system therein Download PDFInfo
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- CN102912909A CN102912909A CN2012104110548A CN201210411054A CN102912909A CN 102912909 A CN102912909 A CN 102912909A CN 2012104110548 A CN2012104110548 A CN 2012104110548A CN 201210411054 A CN201210411054 A CN 201210411054A CN 102912909 A CN102912909 A CN 102912909A
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Abstract
The invention relates to a spherical pyramid glass curtain wall construction method including the steps: (1) putting up a curtain wall support structure-spherical net frame accordant with design, and enabling each corner point of the spherical net frame to form a connecting node; (2) vertically arranging a support upwards on each connecting node, wherein each support is perpendicular to the tangential direction of the corresponding connecting node; (3) putting up curtain wall support units-rectangular pyramid steel frame units on the spherical net frame, wherein each rectangular pyramid steel frame unit is provided with four side faces and a bottom face, and four corner points of each bottom face are rigidly connected on the respective corresponding supports; and (4) mounting a curtain wall glass unit on each side face of each rectangular pyramid steel frame unit by the aid of a first connecting device and a second connecting device so that a spherical pyramid glass curtain wall is formed, is provided with the spherical rectangular pyramid appearance (litchi appearance) and has a three-dimensional displacement function. The invention further relates to a curtain wall unit connecting system for construction of spherical pyramid glass curtain walls.
Description
Technical field
The invention belongs to technical field of civil engineering, relate to a kind of construction process of curtain wall and the device of use thereof, relate in particular to a kind of construction process of spherical pyramid curtain wall and the cladding glass element connection system of use thereof.
Background technology
Spheroid glass-wall building thing is because its unique profile, and liked by modern society is popular; But the spheroid CONSTRUCTION TECHNOLOGY FOR GLASS CURTAIN WALL is still immature in the prior art.As everyone knows, the spheroid latticed shell structure is being subjected under external force (dead load, the wind load) effect and in the situation of variations in temperature, certainly will producing inner force and displacement.The shift value of any point is different on the spheroid, direction is also different, and is three-dimensional.Three-dimensional internal force and distortion make curtain wall construction produce complicated additional internal force and additional deformation, have shortened the application life of curtain wall.General curtain wall construction is plane structure in the prior art, and internal force and distortion are two-dimentional, are not suitable for spheroid latticed shell structure characteristics and deformation characteristics.Moreover in the prior art, the stress deformation of curtain wall is born by structure glue, is subject at curtain wall in the situation of three-dimensional multidirectional external force, and it is aging to have accelerated structure glue, thereby has shortened application life, brings the phenomenon such as leak.
For this reason, need to provide a kind of construction process of improved spherical pyramid curtain wall and the cladding glass element connection system of use thereof.
Summary of the invention
One of purpose of the present invention is to provide a kind of construction process of spherical pyramid curtain wall, it can construct the spherical pyramid curtain wall that is formed the surface by the pyramid side, and it can bear the external force of three-dimensional different directions, can adjust according to on-site actual situations during installation, structure glue is difficult for aging, good water-proof effect.
For achieving the above object, the present invention adopts following technical scheme:
The construction process of spherical pyramid curtain wall, it comprises the steps:
(1) build the curtain wall support structure-Reticulated dome that meets design, each angle point of described Reticulated dome forms connected node;
(2) bearing is set straight up on each described connected node, described bearing is perpendicular to the tangential direction at the described connected node place of correspondence;
(3) fix several rectangular pyramid steelframe unit at described Reticulated dome, corresponding four the rectangular pyramid steelframe unit of each described bearing; Each described rectangular pyramid steelframe unit forms four sides and a bottom surface, four angle points of described bottom surface corresponding to and be fixed on each self-corresponding described bearing;
(4) use the first linkage and the second linkage, in each described side of each described rectangular pyramid steelframe unit a cladding glass unit is installed; Described the first linkage is connected in the middle part of the incline that forms described side, and the above first linkage is set on every described incline; Described the second linkage is connected in the bottom of described incline;
Wherein, described the first linkage comprise the first secondary frame of rib connector, support glass and be connected in described rib connector and the described first secondary frame between the first intermediate connector;
Described rib connector comprises lower end arc section and upper end connecting portion; Described lower end arc section adapts with the outer wall of corresponding described incline and is provided with screw, to utilize screw described arc section is fixed on the outer wall of described incline; Be provided with mounting hole on the connecting portion of described upper end;
The described first secondary frame comprises be used to accepting cladding glass unit the first glass holder and connects section and the first gathering sill that the transversal inner surface of described the first gathering sill is circular arc; Described the first gathering sill is positioned at the correct position that described the first glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the first intermediate connector comprises first lower connecting plate corresponding with the described upper end connecting portion of described rib connector, and the first guide part that is connected in described the first lower connecting plate top; Described the first guide part and described the first lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the first guide part and described the first gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the first gathering sill inner surface; Has the screw that passes for bolt on described the first lower connecting plate, bolt passes the described mounting hole of the upper end connecting portion of described screw and described rib connector, thereby the described upper end connecting portion adjustable ground of described the first lower connecting plate and described rib connector is fixed together;
Wherein, described the second linkage comprise the corner brace that connects incline, connect the second secondary frame of cladding glass and be connected in described corner brace and described secondary frame between the second intermediate connector; The bottom of corresponding described incline is provided with backplate;
Described corner brace has two vertical junction plates, and one of them described junction plate is connected with described backplate, and another described junction plate is connected with described the second intermediate connector, is provided with mounting hole on two described junction plates; Be provided with the screw that passes for bolt on the described backplate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby so that described corner brace be fixed on the described backplate by adjustable ground;
The described second secondary frame comprises be used to the second glass holder of accepting the cladding glass unit and connects section and the second gathering sill that the transversal inner surface of described the second gathering sill is circular arc; Described the second gathering sill is positioned at the correct position that described the second glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the second intermediate connector comprises the second lower connecting plate that connects with the corresponding junction plate of described corner brace, and the second guide part that is arranged on described the second lower connecting plate top; Described the second guide part and described the second lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the second guide part and described the second gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the second gathering sill inner surface; Has the screw that passes for bolt on described the second lower connecting plate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby described the second lower connecting plate is fixed together with the corresponding junction plate adjustable ground of described corner brace;
(5) joint at adjacent described cladding glass seals with structure glue.
Two of purpose of the present invention is to provide a kind of cladding glass element connection system for spherical pyramid curtain wall structure, and it can be connected between supportive body and the curtain wall, plays the effect of accepting; And can adjust according to actual conditions when installing, satisfy construction requirement; Can bear the External Force Acting of three-dimensional, different directions, play certain coordinative role; Reduce the aging speed of structure glue, improve application life, improve water proofing property.
For achieving the above object, the present invention adopts following technical scheme:
The cladding glass element connection system that uses during the spherical pyramid curtain wall makes up, the installing rack of described cladding glass unit is rectangular pyramid steelframe unit, on four sides of described rectangular pyramid steelframe unit described cladding glass unit is installed respectively; It is characterized in that:
Described cladding glass element connection system comprises the first linkage and the second linkage;
Described the first linkage is connected in the middle part of the incline that forms described side, and more than one described the first linkage is set on every described incline; Described the second linkage is connected in the bottom of described incline;
Wherein, described the first linkage comprise the first secondary frame of rib connector, support glass and be connected in described rib connector and the described first secondary frame between the first intermediate connector;
Described rib connector comprises lower end arc section and upper end connecting portion; Described lower end arc section adapts with the outer wall of corresponding described incline and is provided with screw, to utilize screw described arc section is fixed on the outer wall of described incline; Be provided with mounting hole on the connecting portion of described upper end;
The described first secondary frame comprises be used to accepting cladding glass unit the first glass holder and connects section and the first gathering sill that the transversal inner surface of described the first gathering sill is circular arc; Described the first gathering sill is positioned at the correct position that described the first glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the first intermediate connector comprises first lower connecting plate corresponding with the described upper end connecting portion of described rib connector, and the first guide part that is connected in described the first lower connecting plate top; Described the first guide part and described the first lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the first guide part and described the first gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the first gathering sill inner surface; Has the screw that passes for bolt on described the first lower connecting plate, bolt passes the described mounting hole of the upper end connecting portion of described screw and described rib connector, thereby the described upper end connecting portion adjustable ground of described the first lower connecting plate and described rib connector is fixed together;
Wherein, described the second linkage comprise the corner brace that connects incline, connect the second secondary frame of cladding glass and be connected in described corner brace and described secondary frame between the second intermediate connector; The bottom of corresponding described incline is provided with backplate;
Described corner brace has two vertical junction plates, and one of them described junction plate is connected with described backplate, and another described junction plate is connected with described the second intermediate connector, is provided with mounting hole on two described junction plates; Be provided with the screw that passes for bolt on the described backplate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby so that described corner brace be fixed on the described backplate by adjustable ground;
The described second secondary frame comprises be used to the second glass holder of accepting the cladding glass unit and connects section and the second gathering sill that the transversal inner surface of described the second gathering sill is circular arc; Described the second gathering sill is positioned at the correct position that described the second glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the second intermediate connector comprises the second lower connecting plate that connects with the corresponding junction plate of described corner brace, and the second guide part that is arranged on described the second lower connecting plate top; Described the second guide part and described the second lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the second guide part and described the second gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the second gathering sill inner surface; Has the screw that passes for bolt on described the second lower connecting plate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby described the second lower connecting plate is fixed together with the corresponding junction plate adjustable ground of described corner brace.
Beneficial effect of the present invention is: build respectively Reticulated dome and the rectangular pyramid steelframe block construction of main support effect in the construction process of this invention, guarantee integrally-built stability.Under the cladding glass element connection system of this construction process and use thereof, by the first linkage and the second linkage cladding glass is installed on the rectangular pyramid steelframe unit, can be regulated according to actual conditions when mounted, rear the fixing that put in place to be installed, so that easier for installation quick, strong adaptability; And first, second linkage can bear the external force of three-dimensional different directions, has the coordination ability, can automatically eliminate stress and distortion that the spheroid latticed shell structure causes because of load and temperature, guarantee that curtain wall construction and fluid sealant are in simply (one dimension, or two dimension) stress, service life and the waterproof repairment cycle of prolongation curtain wall construction.
Description of drawings
Fig. 1 has shown the top view of Reticulated dome in the construction process of the present invention.
Fig. 2 has shown the front view of Reticulated dome in the construction process of the present invention.
Fig. 3 has shown the rectangular pyramid of construction process of the present invention and use thereof.
Fig. 4 has shown the first linkage in the cladding glass element connection system of construction process of the present invention and use thereof and the cladding glass of connection thereof.
Fig. 5 has shown the second linkage in the cladding glass element connection system of construction process of the present invention and use thereof and the cladding glass of connection thereof.
Fig. 6 has shown bearing, the connected node of construction process of the present invention and use thereof.
The specific embodiment
Below in conjunction with accompanying drawing, introduce in detail preferred embodiment of the present invention.
In the construction process of the spherical pyramid curtain wall of one embodiment of the present of invention, this spherical pyramid curtain wall is spherical, its sphere is made of several rectangular pyramid angles, the top at each rectangular pyramid angle consists of the crest of sphere, the junction, bottom at adjacent two rectangular pyramid angles forms the trough of sphere, thereby so that whole globular glass curtain wall forms sphere rectangular pyramid shape, the i.e. profile of similar " osmanthus flavor lichee ".The below will introduce this construction process, and in this process, the cladding glass element connection system that is used for structure spherical pyramid curtain wall also can be by detailed description out.Because the similitude of sphere and curved surface, construction process of the present invention and support system also are applicable to the structure of curved surface pyramid curtain wall.
The construction process of this spherical pyramid curtain wall comprises the steps.
(1) as shown in Figure 1, build the Reticulated dome 1 that meets design spherical, from its top view 1 and elevation 2 thereof, this Reticulated dome 1 is leg-of-mutton Elements of Space Grid Truss for elementary cell, and each angle point of this Reticulated dome 1 (four angle points) all forms connected node 100.
(2) a bearing (not shown) is set straight up on each connected node 100, bearing is perpendicular to the tangential direction at connected node 100 places of correspondence.
(3) fix several rectangular pyramid steelframes unit 2(as shown in Figure 3 at Reticulated dome 1), corresponding four the rectangular pyramid steelframe unit of each bearing; Each rectangular pyramid steelframe unit 2 forms four sides and a bottom surface, and four angle points of bottom surface correspond respectively to corresponding four angle points of Reticulated dome 1 and are individually fixed on each self-corresponding bearing.
As shown in Figure 3, the basal edge 4 that clips with it of adjacent two inclines 3 consists of sides (having 4 sides); Article four, basal edge 4 consists of a bottom surface, four angle points.At five angle points of this rectangular pyramid steelframe unit 2, joint all has the space, after cladding glass installation steps after a while, the device of sealing usefulness need to be set at these angle points.
(4) referring to Fig. 4, Fig. 5, use the first linkage 20 and the second linkage 40, in each side of each rectangular pyramid steelframe unit 2 the cladding glass unit is installed; The first linkage 20 is connected in the middle part of the incline 3 that forms the side, and the first linkage 20 more than is set on every incline 3; The second linkage 40 is connected in the bottom of incline 3.
Fig. 4 is the schematic diagram after transversal from the middle part of an incline, and wherein mark 10 refers to incline 3, and mark 30 refers to the cladding glass unit.Fix accordingly two the first linkages 20,40 in the external surface both sides of incline 13, on two the first linkages 20,40 top two cladding glass unit 30 are set, two cladding glass unit 30 form a drift angle, joint at both is filled with foam rods 33, and seals at the outer setting silicone sealant of foam rods 33.Because the first linkage 20 is identical with the first linkage 40 both structures, therefore hereinafter only be introduced as an example of the first linkage 20 example.
(4-1) the first linkage.
The first linkage 20 comprise the first secondary frame 23 of rib connector 21, support glass and be connected in rib connector 21 and the first secondary frame 23 between the first intermediate connector 22.
Wherein, rib connector 21 comprises lower end arc section 211 and upper end connecting portion 212.Lower end arc section 211 adapts with the outer wall of corresponding incline 3 and is provided with screw 2110, to utilize screw 2111 arc section 211 is fixed on the outer wall of incline 3.Be provided with mounting hole 2120 on the connecting portion 212 of upper end, can realize the regulating action in the certain limit.
The first secondary frame 23 comprises that the first glass holder connects section 231 and the first gathering sill 232.The transversal inner surface of the first gathering sill 232 is circular arc; The first gathering sill 232 is positioned at the correct position that the first glass holder connects the below of section 231, to satisfy the setting angle requirement of cladding glass when playing the guiding role.The first glass holder connects on the holder junction of section 231 and is provided with structure glue and Double-face adhesive 31, with the adhering glass curtain wall unit.
The first intermediate connector 22 comprises first lower connecting plate 222 corresponding with the upper end connecting portion 212 of rib connector 21, and the first guide part 221 that is connected in the first lower connecting plate 222 tops.The first guide part 221 and the first lower connecting plate 222 form suitable angle, to satisfy the setting angle requirement of cladding glass.The head 2210 of the first guide part 221 and the first gathering sill 232 are adaptive, and the cross section of head 2210 is the circle adaptive with the first gathering sill 232 inner surfaces.Like this, head 2210 can slide along the first gathering sill 232, again can both are adaptive hinged so that head 2210 can rotate the adjusting of realization both direction in the first gathering sill 232.Wherein, has the screw (not shown) of passing for bolt on the first lower connecting plate 222, bolt 2121 passes the mounting hole 2120 of the upper end connecting portion 212 of screw and rib connector 21, thereby the first lower connecting plate 222 is fixed together with upper end connecting portion 212 adjustable grounds.
Above-mentioned the first linkage 20 can be realized the coordination of X, Y, three directions of Z, specific implementation is regulated and is: 1, the mounting hole 2120 of rib connector 21, its upper end connecting portion 2120 along rib connector 21 vertically arranges, so that the first intermediate connector 22 that connects and on device can be along this mounting hole 2120 vertically adjust i.e. Y-direction adjustment.2, the direction of the first gathering sill 232 of the secondary frame 23 of glass is parallel to the face of cladding glass unit, and as shown in Figure 4 perpendicular to the paper direction, the head 2210 of the first intermediate connector 22 can slide in the direction, thereby realizes the adjustment of directions X.3, the head 2210 of the first intermediate connector 22 can rotate in the first gathering sill 232 of the secondary frame 23 of glass, and rotation direction namely realizes the adjustment of Z direction perpendicular to directions X.Like this, after glass curtain wall unit is installed, when being subject to three-dimensional stress and distortion, can be adjusted by above-mentioned approach, avoid the destruction that stress is excessive or distortion causes, and structure glue can not born excessive stress and distortion yet at this moment, and therefore can increase widely its application life, avoids the glass curtain wall unit joint to leak.
As shown in Figure 4, article one, connect symmetrically two the first linkages 20,40 on the incline 10, these two the first linkages 20,40 are the mirror image setting, so that two glass curtain wall units 30 that both connect form identical gradient, and in the top docking, form on " crest ".In order to strengthen firm effect, corresponding to every glass curtain wall unit, plural the first linkage 20 can be set at the up and down diverse location of incline 10 in the practice of construction.In conjunction with Fig. 3, corresponding two inclines of glass curtain wall unit so all arrange respectively more than one the first linkage 20 on every incline again.Certainly, in other embodiment of the present invention, the quantity of the first linkage 20 also can be different from present embodiment with the installation site, as long as glass curtain wall unit is installed appropriate.
(4-2) the second linkage.
Fig. 5 has shown left and right two adjacent rectangular pyramid steelframe unit, and two basal edges 43,53 of these two rectangular pyramid steelframe unit all are fixedly mounted on the base 80, and corresponding adjacent basal edge 42,52 end also are fixed on the base 80; And base 80 is installed on the adjacent rod member 91 of supporting network system, 92 the node 93.
The second linkage 60,70 is installed in respectively the incline 41,51 bottom of above-mentioned two rectangular pyramid steelframe unit, near basal edge 42,52 place.Two glass curtain wall unit bottom joints that the second linkage 60,70 connects form " trough ".Because two the second linkages 60,70 structure are identical, hereinafter only are described as an example of the second linkage 70 example.
Such as Fig. 5, shown in Figure 6, the bottom position of the incline 51 of rectangular pyramid steelframe unit is provided with backplate 511, is used for installing the second linkage 70.
This second linkage 70 comprise the corner brace 71 that connects incline 51, connect the second secondary frame 73 of cladding glass unit and be connected in corner brace 71 and secondary frame 73 between the second intermediate connector 72.
Wherein, corner brace 71 has two vertical junction plates 711,712, and one of them junction plate 711 is connected with backplate 511, and the position of these junction plate 711 correspondences is provided with mounting hole 7110.Be provided with the screw that passes for bolt on the backplate 511, bolt 512 passes the mounting hole 7110 on the corresponding junction plate 711 of screw and corner brace 71, thereby so that corner brace 71 can be fixed on the backplate 511 by adjustable ground.Another junction plate 712 of corner brace 71 is connected with the second intermediate connector 72, also is provided with mounting hole on this junction plate 712.
The second secondary frame 73 comprises that the transversal inner surface that the second glass holder connects section 731 and the second gathering sill 732, the second gathering sills 732 is circular arc; The second gathering sill 732 is positioned at the correct position that the second glass holder connects the below of section 731, to satisfy the setting angle requirement of cladding glass when playing the guiding role.The structural similarity of the structure of the second secondary frame 73 and the first secondary frame 23 is this tired stating.The holder junction that meets section 731 at the second glass holder is provided with structure glue and Double-face adhesive 730, with adhering glass curtain wall unit 50.Correspondingly, another glass curtain wall unit 40 also is installation like this.
The second intermediate connector 72 comprises the second lower connecting plate 721 that connects with the corresponding junction plate 712 of corner brace 71, and the second guide part 722 that is arranged on the second lower connecting plate 721 tops; The second guide part 722 and the second lower connecting plate 721 form suitable angle, to satisfy the setting angle requirement of cladding glass.The head 7220 of the second guide part 722 and the second gathering sill 732 are adaptive, and the cross section of head 7220 is the circle adaptive with the second gathering sill 732 inner surfaces.Has the screw (not shown) of passing for bolt on the second lower connecting plate 721, bolt 720 passes the mounting hole (not shown) on the corresponding junction plate 712 of screw and corner brace 71, thereby the second lower connecting plate 72 is fixed together with corresponding junction plate 712 adjustable grounds of corner brace 71.The structure of this second intermediate connector 72 is identical with the structure of above-mentioned the first intermediate connector 22; The connected mode of the second intermediate connector 72 and the second secondary frame 73 is identical with the connected mode of the first intermediate connector 22 and the first secondary frame 23, gets final product with reference to above (4-1).
Above-mentioned the second linkage 70 can be realized coordinating, and specific implementation is regulated and is: the mounting hole that 1, arranges on the corresponding junction plate 711 of corner brace 71 is parallel to the longitudinal direction of incline, as shown in Figure 5, can adjust along the A direction; 2, the mounting hole on the corresponding junction plate 712 of corner brace as shown in Figure 5, can be adjusted along the B direction perpendicular to the longitudinal direction setting of this incline; 3, the direction of the second gathering sill 732 of the secondary frame 73 of the glass adaptive with it, as shown in Figure 4 perpendicular to the paper direction, the head 7220 of the second intermediate connector 72 can slide in the direction, thereby realizes the adjustment of C direction.4, the head 7220 of the second intermediate connector 72 can rotate in the second gathering sill 732 of the secondary frame 73 of the second glass, and rotation direction namely realizes the adjustment of D direction perpendicular to the C direction.Like this, after glass curtain wall unit is installed, when being subject to three-dimensional stress and distortion, can be adjusted by above-mentioned approach, avoid the destruction that stress is excessive or distortion causes, and structure glue can not born excessive stress and distortion yet at this moment, and therefore can increase widely its application life, avoids the glass curtain wall unit joint to leak.
The present invention is used for the embodiment of the cladding glass element connection system of above-mentioned spherical glass curtain wall structure, and the installing rack of cladding glass unit is rectangular pyramid steelframe unit, on four sides of rectangular pyramid steelframe unit the cladding glass unit is installed respectively; This cladding glass element connection system comprises the first linkage and the second linkage.The first linkage and the second linkage are above being described in detail, so the cladding glass element connection system is also set forth.
What more than introduce is the preferred embodiments of the present invention, certainly can not limit the scope of the invention with this.Any equivalents and replacement for technical solution of the present invention are all within protection scope of the present invention.
Claims (2)
1. the construction process of spherical pyramid curtain wall is characterized in that comprising the steps:
(1) build the curtain wall support structure-Reticulated dome that meets design, each angle point of described Reticulated dome forms connected node;
(2) bearing is set straight up on each described connected node, described bearing is perpendicular to the tangential direction at the described connected node place of correspondence;
(3) fix several rectangular pyramid steelframe unit at described Reticulated dome, corresponding four the rectangular pyramid steelframe unit of each described bearing; Each described rectangular pyramid steelframe unit forms four sides and a bottom surface, four angle points of described bottom surface corresponding to and be fixed on each self-corresponding described bearing;
(4) use the first linkage and the second linkage, in each described side of each described rectangular pyramid steelframe unit a cladding glass unit is installed; Described the first linkage is connected in the middle part of the incline that forms described side, and the above first linkage is set on every described incline; Described the second linkage is connected in the bottom of described incline;
Wherein, described the first linkage comprise the first secondary frame of rib connector, support glass and be connected in described rib connector and the described first secondary frame between the first intermediate connector;
Described rib connector comprises lower end arc section and upper end connecting portion; Described lower end arc section adapts with the outer wall of corresponding described incline and is provided with screw, to utilize screw described arc section is fixed on the outer wall of described incline; Be provided with mounting hole on the connecting portion of described upper end;
The described first secondary frame comprises be used to accepting cladding glass unit the first glass holder and connects section and the first gathering sill that the transversal inner surface of described the first gathering sill is circular arc; Described the first gathering sill is positioned at the correct position that described the first glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the first intermediate connector comprises first lower connecting plate corresponding with the described upper end connecting portion of described rib connector, and the first guide part that is connected in described the first lower connecting plate top; Described the first guide part and described the first lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the first guide part and described the first gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the first gathering sill inner surface; Has the screw that passes for bolt on described the first lower connecting plate, bolt passes the described mounting hole of the upper end connecting portion of described screw and described rib connector, thereby the described upper end connecting portion adjustable ground of described the first lower connecting plate and described rib connector is fixed together;
Wherein, described the second linkage comprise the corner brace that connects incline, connect the second secondary frame of cladding glass and be connected in described corner brace and described secondary frame between the second intermediate connector; The bottom of corresponding described incline is provided with backplate;
Described corner brace has two vertical junction plates, and one of them described junction plate is connected with described backplate, and another described junction plate is connected with described the second intermediate connector, is provided with mounting hole on two described junction plates; Be provided with the screw that passes for bolt on the described backplate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby so that described corner brace be fixed on the described backplate by adjustable ground;
The described second secondary frame comprises be used to the second glass holder of accepting the cladding glass unit and connects section and the second gathering sill that the transversal inner surface of described the second gathering sill is circular arc; Described the second gathering sill is positioned at the correct position that described the second glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the second intermediate connector comprises the second lower connecting plate that connects with the corresponding junction plate of described corner brace, and the second guide part that is arranged on described the second lower connecting plate top; Described the second guide part and described the second lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the second guide part and described the second gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the second gathering sill inner surface; Has the screw that passes for bolt on described the second lower connecting plate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby described the second lower connecting plate is fixed together with the corresponding junction plate adjustable ground of described corner brace;
(5) joint at adjacent described cladding glass seals with structure glue.
2. the cladding glass element connection system that uses during the spherical pyramid curtain wall makes up, the installing rack of described cladding glass unit is rectangular pyramid steelframe unit, on four sides of described rectangular pyramid steelframe unit described cladding glass unit is installed respectively; It is characterized in that:
Described cladding glass element connection system comprises the first linkage and the second linkage;
Described the first linkage is connected in the middle part of the incline that forms described side, and more than one described the first linkage is set on every described incline; Described the second linkage is connected in the bottom of described incline;
Wherein, described the first linkage comprise the first secondary frame of rib connector, support glass and be connected in described rib connector and the described first secondary frame between the first intermediate connector;
Described rib connector comprises lower end arc section and upper end connecting portion; Described lower end arc section adapts with the outer wall of corresponding described incline and is provided with screw, to utilize screw described arc section is fixed on the outer wall of described incline; Be provided with mounting hole on the connecting portion of described upper end;
The described first secondary frame comprises be used to accepting cladding glass unit the first glass holder and connects section and the first gathering sill that the transversal inner surface of described the first gathering sill is circular arc; Described the first gathering sill is positioned at the correct position that described the first glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the first intermediate connector comprises first lower connecting plate corresponding with the described upper end connecting portion of described rib connector, and the first guide part that is connected in described the first lower connecting plate top; Described the first guide part and described the first lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the first guide part and described the first gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the first gathering sill inner surface; Has the screw that passes for bolt on described the first lower connecting plate, bolt passes the described mounting hole of the upper end connecting portion of described screw and described rib connector, thereby the described upper end connecting portion adjustable ground of described the first lower connecting plate and described rib connector is fixed together;
Wherein, described the second linkage comprise the corner brace that connects incline, connect the second secondary frame of cladding glass and be connected in described corner brace and described secondary frame between the second intermediate connector; The bottom of corresponding described incline is provided with backplate;
Described corner brace has two vertical junction plates, and one of them described junction plate is connected with described backplate, and another described junction plate is connected with described the second intermediate connector, is provided with mounting hole on two described junction plates; Be provided with the screw that passes for bolt on the described backplate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby so that described corner brace be fixed on the described backplate by adjustable ground;
The described second secondary frame comprises be used to the second glass holder of accepting the cladding glass unit and connects section and the second gathering sill that the transversal inner surface of described the second gathering sill is circular arc; Described the second gathering sill is positioned at the correct position that described the second glass holder connects the below of section, to satisfy the setting angle requirement of described cladding glass when playing the guiding role;
Described the second intermediate connector comprises the second lower connecting plate that connects with the corresponding junction plate of described corner brace, and the second guide part that is arranged on described the second lower connecting plate top; Described the second guide part and described the second lower connecting plate form suitable angle, to satisfy the setting angle requirement of described cladding glass; The head of described the second guide part and described the second gathering sill are adaptive, and the cross section of described head is the circle adaptive with described the second gathering sill inner surface; Has the screw that passes for bolt on described the second lower connecting plate, bolt passes the described mounting hole on the corresponding junction plate of described screw and described corner brace, thereby described the second lower connecting plate is fixed together with the corresponding junction plate adjustable ground of described corner brace.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210411054.8A CN102912909B (en) | 2012-10-25 | 2012-10-25 | Spherical pyramid glass curtain wall construction method and curtain wall unit connecting system therein |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210411054.8A CN102912909B (en) | 2012-10-25 | 2012-10-25 | Spherical pyramid glass curtain wall construction method and curtain wall unit connecting system therein |
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| CN102912909A true CN102912909A (en) | 2013-02-06 |
| CN102912909B CN102912909B (en) | 2014-07-02 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107338868A (en) * | 2017-08-28 | 2017-11-10 | 中国建筑第二工程局有限公司 | A kind of macrotype spherical screen installation system and its construction method |
| CN110397196A (en) * | 2019-08-28 | 2019-11-01 | 沈阳远大铝业工程有限公司 | Knitting wool ball-type spherical surface curtain wall construction |
| CN111764549A (en) * | 2020-06-19 | 2020-10-13 | 中国五冶集团有限公司 | Combined space rectangular pyramid aluminum plate |
| CN114215233A (en) * | 2021-11-23 | 2022-03-22 | 北京建工四建工程建设有限公司 | Complex hyperboloid curtain wall structure and positioning construction method thereof |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1236043A (en) * | 1998-05-14 | 1999-11-24 | 范应华 | Rogulating system for point-connected glass facade |
| JP2983155B2 (en) * | 1995-06-09 | 1999-11-29 | 日本板硝子株式会社 | Wall panel mounting bracket |
| CN1260430A (en) * | 1999-01-14 | 2000-07-19 | 范应华 | Glass fixture combination for point-connected glass curtain wall |
| CN2474615Y (en) * | 2001-05-16 | 2002-01-30 | 上海高新铝质工程合作公司 | Light spherical curtain wall connecting device |
| CN2503140Y (en) * | 2001-09-25 | 2002-07-31 | 上海金粤幕墙有限公司 | Glass curtain connecting pipe |
-
2012
- 2012-10-25 CN CN201210411054.8A patent/CN102912909B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2983155B2 (en) * | 1995-06-09 | 1999-11-29 | 日本板硝子株式会社 | Wall panel mounting bracket |
| CN1236043A (en) * | 1998-05-14 | 1999-11-24 | 范应华 | Rogulating system for point-connected glass facade |
| CN1260430A (en) * | 1999-01-14 | 2000-07-19 | 范应华 | Glass fixture combination for point-connected glass curtain wall |
| CN2474615Y (en) * | 2001-05-16 | 2002-01-30 | 上海高新铝质工程合作公司 | Light spherical curtain wall connecting device |
| CN2503140Y (en) * | 2001-09-25 | 2002-07-31 | 上海金粤幕墙有限公司 | Glass curtain connecting pipe |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107338868A (en) * | 2017-08-28 | 2017-11-10 | 中国建筑第二工程局有限公司 | A kind of macrotype spherical screen installation system and its construction method |
| CN107338868B (en) * | 2017-08-28 | 2023-04-14 | 中国建筑第二工程局有限公司 | Large spherical screen mounting system and construction method thereof |
| CN110397196A (en) * | 2019-08-28 | 2019-11-01 | 沈阳远大铝业工程有限公司 | Knitting wool ball-type spherical surface curtain wall construction |
| CN111764549A (en) * | 2020-06-19 | 2020-10-13 | 中国五冶集团有限公司 | Combined space rectangular pyramid aluminum plate |
| CN114215233A (en) * | 2021-11-23 | 2022-03-22 | 北京建工四建工程建设有限公司 | Complex hyperboloid curtain wall structure and positioning construction method thereof |
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| Publication number | Publication date |
|---|---|
| CN102912909B (en) | 2014-07-02 |
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