CN203129329U - Hyperbolic changeable point-supporting three-dimensional universal adjustable support - Google Patents
Hyperbolic changeable point-supporting three-dimensional universal adjustable support Download PDFInfo
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- CN203129329U CN203129329U CN2012207425403U CN201220742540U CN203129329U CN 203129329 U CN203129329 U CN 203129329U CN 2012207425403 U CN2012207425403 U CN 2012207425403U CN 201220742540 U CN201220742540 U CN 201220742540U CN 203129329 U CN203129329 U CN 203129329U
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Abstract
The utility model provides a hyperbolic changeable point-supporting three-dimensional universal adjustable support which comprises a supporting base, a support transverse adjusting structure, a universal spherical hinge structure, a support vertical adjusting structure and a barge claw mechanism. The hyperbolic changeable point-supporting three-dimensional universal adjustable support can meet design requirements for different angles, different directions, different heights and different scales of bearing panel points, can digest and absorb machining deviation, unreeling deviation, structural splicing deviation, structural internal force variation and structural displacement variation of steel structures caused by influences such as site swing splicing, construction unreeling, structural construction progress changes, structural construction environments, wind load influences, dead-weight load influences, temperature variation influences, construction sequences, construction technical measure schemes and construction plant machine tools, and is free of site welding.
Description
Technical field
The utility model relates to building structure field, and especially building structure supporting node technical field provides a kind of hyperbolic changeable the universal adjustable seats of Zhi Sanwei.
Background technology
In the prior art, the bearing of building structure support node is that one-dimensional point props up or two-dimensional points is propped up, and can not effectively satisfy and adapt to the universal adjustable requirement of building structure, especially Building Curtain Wall Structures modeling structure supporting node complicated and changeable.Current architectural design becomes increasingly complex, and moulding is more and more novel peculiar, and steel work network, space truss structure, trussed construction etc. are more and more.The changeable moulding point Zhi Jiedian of construction steel structure moulding point Zhi Jiedian complicated and changeable and glass curtain wall and steel structure moulding point Zhi Jiedian and roofing can't be by existing one dimension or the convenient realization of two-dimensional points bearing.Node connecting structure in the prior art, for wind load influence, from influences such as heavy load influence, influence of temperature change and sequence of construction, technology measure scheme, construction equipment facility, cause that steel work machining deviation, unwrapping wire deviation, structure assembly unit deviation, structural internal force change, displacement structure to assimilate ability relatively poor.
In addition, building structure support node bearing of the prior art all needs to be welded to connect at the construction field (site), a large amount of measurements, the work of installation also will be arranged, construction safety risk is big, the quality precision is low, operating efficiency is not high, can't promote the requirement of building structure (Building Curtain Wall Structures) some supporting node production and processing batch production, standardization, job site assemblingization, generalization, adjustableization, job site zero welded and installed operation.
The utility model content
The purpose of this utility model is to improve the deficiencies in the prior art, provide a kind of and can adapt to a supporting node different angles, different directions, differing heights, the designing requirement of different scale, can digest and assimilate on-the-spot handling splicing and the construction line-putting, structure construction procedure changes, the structure construction environment, the wind load influence, influence from heavy load, influence of temperature change and sequence of construction, the technology measure scheme, influences such as construction equipment facility cause the machining deviation of steel work, the unwrapping wire deviation, structure assembly unit deviation, structural internal force changes, displacement structure changes and on-the-spot zero changeable universal adjustable seats of Zhi Sanwei of hyperbolic of welding.
The purpose of this utility model is achieved in that
Changeable universal adjustable seats of Zhi Sanwei of a kind of hyperbolic comprises:
One supporting seat, its lower end arranges and main body steel work connection structure connecting;
One bearing lateral adjustments structure, comprise a lower flange and a upper flange plate, this lower flange is fixed on the upper end of described supporting seat, the outer peripheral edges of this lower flange are provided with the hole of connecting bolt, this upper flange plate places on this lower flange, it is corresponding with the hole site on the lower flange that its outer peripheral edges are provided with the hole of connecting bolt, described upper flange plate connects firmly by wear the corresponding nut of bolt and combination in its corresponding described hole with lower flange, described hole on described upper flange plate and the lower flange, one of them is slotted hole at least;
One universal spherical joint structure, it is chimeric fixing to comprise that the spherical surface body of a hyperbolic, this spherical surface body and are refuted in the pawl mechanism corresponding sphere pit coupling;
One bearing vertical adjustment structure, comprise a column and a screw rod, described column is provided with an axial screw, described screw rod is sheathed to be screwed onto on this column, an end of one in described column and the screw rod is fixed on on the described upper flange plate and the opposite face lower flange contact surface, and another part and described spherical surface body connect firmly;
Described refute pawl mechanism refute under comprising pawl and on refute pawl, the downside that pawl is refuted in this time is provided with the sphere pit that is connected with described spherical surface body, several clamping faces are set on its upper side, it is arranged on down on the upper side of refuting pawl multidirectionally, on refute pawl and be fixed on down and refute on the pawl, should on refute pawl to be provided with some clamping faces corresponding one by one with described clamping face of refuting on the pawl down, refute up and down and the gap is set between the clamping face on the pawl props up rack or glass or metal sheet for clamping building structure point.
Changeable universal adjustable seats of Zhi Sanwei of the hyperbolic that the utility model provides mainly uses column in the vertical adjustment structure and screw rod to realize that adjusting, the slotted hole on the last lower flange in the bearing lateral adjustments structure of high and low position up and down realize laterally position adjustments and the spherical surface body of the hyperbolic in the universal spherical joint structure all around and refute pawl mechanism and realize angular adjustment, and the clamp structure of multidirectional setting can satisfy the needs of building grid or keel, plate different directions.
The spherical surface body of described hyperbolic can be sphere with refuting down the hyperbolic sphere that the sphere pit on the pawl contact, also can be ellipsoid, can also be the hyperboloid that curvature variation designs arbitrarily.This structure can so that this bearing refute pawl mechanism with respect to supporting seat 360 ° of revolutions in a plane, in other planes, also can do the rotation of set angle.
A preferred version of described clamp structure can be: described refute pawl and refute down at least one clamping face of described two clamping faces of pawl the ball pivot folder also is set, namely at described clamping face the sphere pit is set, the ball pivot folder that has the sphere fitting portion is embedded in this sphere pit by the sphere fitting portion on it and is fixed on the described clamping face.
Such clamp structure can realize that three-dimensional universal support node refutes angular adjustment on the contact at each.
At described described clamping face of refuting on the pawl described ball pivot folder is set, this ball pivot clamps in the pit that is located at clamping face, in pit, be provided with a screw, one cheese head screw round end cap down, penetrate this screw from bottom to top, described ball pivot folds up into this pit and contacts with the round end cap of described cheese head screw, and the screw end head up of cheese head screw is provided with six side's counterbores.
Refute on the pawl under described dividing plate can also be set, each clamping face is separated.This dividing plate can play the effect of lateral register for the attachment that places clamping face.
On described lateral surface of refuting pawl, can also set firmly one and refute the pawl gland.It can with on refute the folder of the ball pivot in the clamp structure on the pawl structure cover, it is played a protective role, also can be so that this bearing appearance looks elegant.
Further, in the described bearing lateral adjustments structure, to be preferably all be slotted hole in corresponding two paired described holes on upper flange plate and the lower flange.
These two slotted holes all are to extend in the direction that is parallel to upper flange plate or lower flange diameter to move towards identical slotted hole, and corresponding up and down slotted hole extension moves towards identical or different, and each slotted hole on the same flange moves towards identical or different; Perhaps,
Dui Ying slotted hole up and down, last or under a slotted hole extend in the direction that flange is parallel to its diameter; Correspondingly, another slotted hole extends along the circular arc line direction of a diameter on this flange card, and each slotted hole on this flange all extends and evenly distribution at the circular arc line of this diameter.
The fixing mechanism of described lower flange and supporting seat is screw connection structure, and perhaps, the fixing mechanism of described lower flange and supporting seat can be fixing mechanism such as for example to weld.
Further, described upper flange plate and lower flange can be provided with the profile of tooth groove on the contacted surface, and to increase the frictional force that goes up lower flange, the tooth of described profile of tooth groove is apart from being preferably more tiny 1.2-1.8mm, further, the degree of depth of groove can be 1.0-1.5mm.Such structure can guarantee installation accuracy.
In the described bearing vertical adjustment structure, can also comprise location structure, this location structure can adopt multiple structure in the prior art, and preferred structure can be: at the described screw rod nut that is spirally connected, sidewall at described nut arranges at least one radially screw, and stop screw wherein is spirally connected.During use, for example adjusting screw(rod) reaches instructions for use to this bearing vertical height, nut is threaded to and the column position contacting then, screws stop screw again, and its contact is positioned at screw rod.This nut can also play power is delivered to effect on the column, shares the load of screw thread between inner screw and the column.
Changeable the universal adjustable seats of Zhi Sanwei that the utility model provides has following advantage:
1. but this Zhi Jiedian bearing has three grades of regulatory functions, and the moulding that can adapt to peculiar, the strange building structure of modern style and curtain wall, architectural decoration, building roof, the moulding of main body steel work, inferior steel work various hyperbolics such as (glass curtain wall and steel structures), broken line multidirectional decorating structure, facing or roofing is connected the universal adjustment needs of deviation.Can digest and assimilate the displacement deformation deviation of production and processing, site operation installation and structure stress variation, ambient temperature effect, solve structural steel design, production, the great difficult point of processing mounting technique, guarantee structural safety, workmanship is qualified superior.
2. use of the present utility model can meet design standardization, production plantization, on-the-spot installation assemblingization, safe, efficient, the economic, practical energy-conserving and environment-protective requirement of easy construction, can improve work efficiency, ensures the quality of products construction safety, economical synthesis benefit height.
3. the practical face width of the utility model is wide, not only is useful for building structure, building curtain wall, architectural decoration, can also be applicable in engineerings such as railway, bridge construction, mining industry and use.
4) the bearing construction of using the utility model to provide, technology is easy to learn easy-to-use, is suitable for promoting, and have characteristics such as short, fast, and small investment, the cycle is short, instant effect is applicable to that design, construction, the production of engineerings such as building, railway, bridge, mine are used widely.
5) use bearing of the present utility model, can save the duration, the quickening progress improves 3 times than traditional design, construction.
6) guarantee that workmanship can reach 100%, avoid electric welding fire risk accident to take place 100%.
7) save engineering comprehensive technical benefits cost 40%.
8) social synthesis's economic benefit, environmental protection and energy saving have a high potential.
Below by drawings and Examples the utility model is described further.
Description of drawings
Fig. 1 has the broken section structural representation for the main optic zone of changeable the universal adjustable seats of Zhi Sanwei of hyperbolic that the utility model provides.
The plan structure schematic diagram of the middle upper flange plate of changeable the universal adjustable seats of Zhi Sanwei of hyperbolic that Fig. 2 provides for the utility model.
The plan structure schematic diagram of the middle lower flange of changeable the universal adjustable seats of Zhi Sanwei of hyperbolic that Fig. 3 provides for the utility model.
Refute the structural representation of pawl in changeable the universal adjustable seats of Zhi Sanwei of hyperbolic that Fig. 4 provides for the utility model.
Refute the structural representation of pawl in changeable the universal adjustable seats of Zhi Sanwei of hyperbolic that Fig. 5 provides for the utility model down.
The specific embodiment
As depicted in figs. 1 and 2, changeable universal adjustable seats of Zhi Sanwei of the hyperbolic that the utility model provides comprises:
One supporting seat is the welded tube 1 that a diameter is 60mm in this specific embodiment, and it is welded construction that its lower end arranges with main body steel work connection structure connecting, is connected with main body steel work 0;
One bearing lateral adjustments structure comprises a lower flange 2 and a upper flange plate 3, and this lower flange 2 is fixed on the upper end of welded tube 1, can be welding, also can be to be spirally connected.The outer peripheral edges of this lower flange 2 are provided with the slotted hole 21 of connecting bolt, this upper flange plate 3 places on this lower flange 3, it is corresponding with slotted hole 21 positions on the lower flange that its outer peripheral edges are provided with the slotted hole 31 of connecting bolt, and described upper flange plate 3 connects firmly by the bolt assembly 4 that wears bolt and constitute in conjunction with corresponding nut in its corresponding described slotted hole with lower flange 2.
In the described bearing lateral adjustments structure, corresponding paired slotted hole 31 all is to extend in the direction that is parallel to upper flange plate or the same diameter of lower flange to move towards identical slotted hole with slotted hole 21 on upper flange plate 3 and the lower flange 2, and corresponding slotted hole extends and moves towards identical up and down.At this moment, lower flange 2 should be taked spiro connection structure with welded tube 1, when regulating, except last lower flange mutual dislocation is regulated, can also rotate lower flange 2 with respect to welded tube 1 and replenish adjusting.
Be as shown in Figures 2 and 3 on upper flange plate and the lower flange slotted hole a kind of project organization arranged, wherein the direction that is set to same diameter as shown in Figure 2 of the slotted hole on upper flange plate is extended and to be moved towards identical slotted hole, and the long arc-shaped holes that the slotted hole 21 ' on the lower flange 2 extends along the circular arc line direction of a diameter, each slotted hole on this flange all extends and evenly distribution at the circular arc line of same diameter.At this moment, lower flange 2 and welded tube 1 such as just can take to weld at the syndeton that becomes one, and the adjusting that last lower flange can rotate by the long arc-shaped holes on the lower flange makes that each orientation on the flange plane is equal
As shown in Figure 1, the contacted surface of described upper flange plate and lower flange is provided with the profile of tooth groove, and to increase the frictional force that goes up lower flange, the tooth of described profile of tooth groove is apart from being more tiny 1.5mm, and the degree of depth of groove is 1.3mm.Such structure can guarantee installation accuracy.
One bearing vertical adjustment structure comprises a column 5 and a screw rod 7, and column 5 is seamless steel pipes of diameter 50mm, and inside arranges the screwed pipe of screw thread, and its lower end and upper flange plate 4 are connected.Screw rod 7 is the seamless steel pipe of diameter 38mm, the outer setting screw thread, and itself and column 5 are spirally connected.
At screw rod 7 nut 6 that is spirally connected, uniform four screws 61 radially on the sidewall of described nut, spacing spiral shell wherein is spirally connected.During use, adjusting screw(rod) 7 reaches instructions for use to this bearing vertical height, nut 6 is threaded to and column 5 position contacting then, screws stop screw again, and its contact is positioned at screw rod.
Described screw flight tooth distance can be that the ridge of the internal thread of column is apart from being.
Connect a universal spherical joint structure 8 in screw rod 7 upper ends, this universal spherical joint structure 8 comprises a spherical surface body 81, this spherical surface body 81 is provided with a bigger screw with the outside of refuting corresponding sphere pit on the pawl 82 once, one inlay card spare 83 screws in this screw, the sphere that it is inboard and spherical surface body coupling, flange is set in the outer end of inlay card spare 83, and to be against the lower surface of refuting pawl 82 fixing, also is provided with pad between flange and described lower surface.The upper end of screw rod 7 and spherical surface body 81 are connected, and for example can be to be provided with screw in the lower surface of spherical surface body 81, can also be by being welded to connect.The below of inlay card spare 83 and screw rod 7 be corresponding to be gone out is the taper hole of a flaring, makes that refuting pawl 82 down can rotate in the angle of setting.
Refute top the setting firmly by screw 12 of pawl 82 down and refute pawl 84 on one.
As shown in Figure 4 and Figure 5, radially in a plurality of directions several otic placodes are set highlightedly in the outer rim of refuting pawl 82 down and form clamping face, refute the position of the otic placode correspondence on the pawl 82 and also form clamping face and constitute clamp structure together with corresponding otic placode refuting pawl 84 up and down, the gap that is provided with for a clamping building structure point rack or hollow doubling glass A or metal sheet between two clamping faces up and down of each described clamp structure constitutes clamp structure.
Described clamp structure is spherical hinge structure, namely two relative clamping faces arrange ball pivot folder 86 in described clamp structure, namely at described clamping face the sphere pit is set, the ball pivot folder 86 that has the sphere fitting portion is embedded in this sphere pit by the sphere fitting portion on it and is fixed on the described clamping face.
Refute ball pivot folder 86 on the pawl 82 down and be exactly to embed and refute down on the pawl 82 in the pit on the clamping face.On the ball pivot of refuting on the pawl 84 clamp in the pit that is located at clamping face, in pit, be provided with a screw, one cheese head screw, 861 round end caps down, penetrate this screw from bottom to top, ball pivot folder 86 is put into pit and is contacted with the round end cap of cheese head screw, and the screw end head up of cheese head screw is provided with six side's counterbores.
On the surface of refuting the ball pivot folder that pawl arranges up and down, rubber cushion is arranged fixedly also.
As shown in Figure 5, refute on the pawl 82 under described glass baffle plate 821 can also be set, each clamping face is separated.This glass baffle plate 821 plays the effect of lateral register for the hollow doubling glass A that places clamping face.
Changeable universal adjustable seats of Zhi Sanwei of the hyperbolic that the utility model provides mainly uses column in the vertical adjustment structure and screw rod to realize that adjusting, the slotted hole on the last lower flange in the bearing lateral adjustments structure of high and low position up and down realize laterally position adjustments and the spherical surface body in the universal spherical joint structure all around and refute pawl and realize angular adjustment, and the clamp structure of multidirectional setting can satisfy builds grid or keel, the fixed needs of glass plate A different directions.
On the lateral surface of refuting pawl 84, can also set firmly one and refute pawl gland 85.It can with on refute the folder of ball pivot on the pawl 86 hold-down screw 861 cover, it is played a protective role, also can be so that this bearing appearance looks elegant.
In the use, welded tube 1 in this bearing is fixed on the main body steel work 0, adjust the relative position of upper flange plate 2 lower flanges 3, and then in relative slotted hole, wearing bolt, sheathed nut will be gone up lower flange by the bolt assembly 4 of screw bolt and nut composition and fix, in column 5, rotate the needed height of adjusting by screw rod 7, then, nut 6 is screwed into the upper surface of column 5 contacts, it is fixing to screw in stop screw 61 then in the screw on nut 6 sidewalls.The for example hollow doubling glass A that needs are fixed on the node places down the ball pivot on each clamping face of refuting on the pawl 82 to press from both sides on 86, the both sides of hollow doubling glass A are spacing by glass baffle plate 821, again will on refute pawl 84 and cover, on the ball pivot folder 86 of refuting on the pawl 84 place on the hollow doubling glass, can be by regulating cheese head screw in six side's counterbores with die nut insertion cheese head screw in the screw hole that on refuting pawl, presss from both sides corresponding to each ball pivot, further compress hollow doubling glass A, at last, to refute pawl gland 85 and be incumbent on and refute on the pawl, by screw 12 will refute pawl gland 85 and on refute pawl 84 and be fixed on down together and refute on the pawl 82.
This bearing in use welded tube 1 can be vertically fixed on the main body steel work and uses, and also can be that welded tube flatly is arranged on the main body steel work, can also be that being arranged on the main body steel work of welded tube inclination certain angle used.
Spherical surface body and the double spherical hinge structure of ball pivot folder can be assimilated fully so that converge to the deviations such as skew of each hollow glass of node.
The universal adjustable seats of some Zhi Sanwei that the utility model provides is clipped in this sphere pit of refuting up and down on the pawl by ball pivot and is embedded, and manage blue supporting seat, the hinged node of bolt or adopt some Zhi Duoxiang to refute the hinged node of pawl ball chuck to add single ball chuck adjusting cheese head screw, realize that the distortion of the arbitrary deviation displacement of the universal supporting node of some Zhi Sanwei assimilates, thereby guaranteed effectively that hyperbolic is changeable, the changeable building structure of broken line or the requirement of building curtain wall design and construction quality technology.
Claims (10)
1. changeable universal adjustable seats of Zhi Sanwei of a hyperbolic is characterized in that: comprising:
One supporting seat, its lower end arranges and main body steel work connection structure connecting;
One bearing lateral adjustments structure, comprise a lower flange and a upper flange plate, this lower flange is fixed on the upper end of described supporting seat, the outer peripheral edges of this lower flange are provided with the hole of connecting bolt, this upper flange plate places on this lower flange, it is corresponding with the hole site on the lower flange that its outer peripheral edges are provided with the hole of connecting bolt, described upper flange plate connects firmly by wear the corresponding nut of bolt and combination in its corresponding described hole with lower flange, described hole on described upper flange plate and the lower flange, one of them is slotted hole at least;
One universal spherical joint structure, it is chimeric fixing to comprise that the spherical surface body of a hyperbolic, this spherical surface body and are refuted in the pawl mechanism corresponding sphere pit coupling;
One bearing vertical adjustment structure, comprise a column and a screw rod, described column is provided with an axial screw, described screw rod is sheathed to be screwed onto on this column, an end of one in described column and the screw rod is fixed on on the described upper flange plate and the opposite face lower flange contact surface, and another part and described spherical surface body connect firmly;
Described refute pawl mechanism refute under comprising pawl and on refute pawl, the downside that pawl is refuted in this time is provided with the sphere pit that is connected with described spherical surface body, several clamping faces are set on its upper side, it is arranged on down on the upper side of refuting pawl multidirectionally, on refute pawl and be fixed on down and refute on the pawl, should on refute pawl to be provided with some clamping faces corresponding one by one with described clamping face of refuting on the pawl down, refute up and down and the gap is set between the clamping face on the pawl props up rack or glass or metal sheet for clamping building structure point.
2. changeable universal adjustable seats of Zhi Sanwei of hyperbolic according to claim 1, it is characterized in that: described refute pawl and refute down at least one clamping face of described two clamping faces of pawl the ball pivot folder also is set, namely at described clamping face the sphere pit is set, the ball pivot folder that has the sphere fitting portion is embedded in this sphere pit by the sphere fitting portion on it and is fixed on the described clamping face.
3. changeable universal adjustable seats of Zhi Sanwei of hyperbolic according to claim 2, it is characterized in that: at described described clamping face of refuting on the pawl described ball pivot folder is set, this ball pivot clamps in the pit that is located at clamping face, in pit, be provided with a screw, one cheese head screw round end cap down, penetrate this screw from bottom to top, described ball pivot folds up into this pit and contacts with the round end cap of described cheese head screw, and the screw end head up of cheese head screw is provided with six side's counterbores.
4. according to claim 1 or changeable universal adjustable seats of Zhi Sanwei of 2 or 3 described hyperbolics, it is characterized in that: refute under described dividing plate also is set on the pawl, each clamping face is separated.
5. changeable universal adjustable seats of Zhi Sanwei of hyperbolic according to claim 1 is characterized in that: also set firmly one and refute the pawl gland on described lateral surface of refuting pawl; Perhaps,
In the horizontal adjustment structure of described bearing, corresponding two paired described holes all are slotted holes on upper flange plate and the lower flange.
6. changeable the universal adjustable seats of Zhi Sanwei according to claim 5, it is characterized in that: these two slotted holes all are to extend in the direction that is parallel to upper flange plate or lower flange diameter to move towards identical slotted hole, corresponding up and down slotted hole extension moves towards identical or different, and each slotted hole on the same flange moves towards identical or different; Perhaps,
Dui Ying slotted hole up and down, last or under a slotted hole extend in the direction that flange is parallel to its diameter; Correspondingly, another slotted hole extends along the circular arc line direction of a diameter on this flange card, and each slotted hole on this flange all extends and evenly distribution at the circular arc line of this diameter.
7. changeable the universal adjustable seats of Zhi Sanwei according to claim 6, it is characterized in that: the fixing mechanism of described lower flange and supporting seat is screw connection structure; Perhaps, the fixing mechanism of described lower flange and supporting seat is fixing mechanism.
8. according to claim 1 or changeable universal adjustable seats of Zhi Sanwei of 5 or 6 or 7 described hyperbolics, it is characterized in that: the contacted surface of described upper flange plate and lower flange is provided with the profile of tooth groove.
9. changeable universal adjustable seats of Zhi Sanwei of hyperbolic according to claim 8 is characterized in that: the tooth of described profile of tooth groove is apart from being preferably more tiny 1.2-1.8mm, and/or the degree of depth of described profile of tooth groove is 1.0-1.5mm.
10. changeable universal adjustable seats of Zhi Sanwei of hyperbolic according to claim 1, it is characterized in that: in the vertical adjustment structure of described bearing, also comprise location structure, this location structure is: at the described screw rod nut that is spirally connected, sidewall at described nut arranges at least one radially screw, and stop screw wherein is spirally connected; Perhaps,
The spherical surface body of described hyperbolic be sphere with refuting down the hyperbolic sphere that the sphere pit on the pawl contact, or ellipsoid, or the hyperboloid of curvature variation setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012207425403U CN203129329U (en) | 2012-12-28 | 2012-12-28 | Hyperbolic changeable point-supporting three-dimensional universal adjustable support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012207425403U CN203129329U (en) | 2012-12-28 | 2012-12-28 | Hyperbolic changeable point-supporting three-dimensional universal adjustable support |
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| Publication Number | Publication Date |
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| CN203129329U true CN203129329U (en) | 2013-08-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012207425403U Expired - Lifetime CN203129329U (en) | 2012-12-28 | 2012-12-28 | Hyperbolic changeable point-supporting three-dimensional universal adjustable support |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103422573A (en) * | 2012-12-28 | 2013-12-04 | 江河创建集团股份有限公司 | Hyperbolical variable point-supported three dimensional universal adjustable support |
| CN108560710A (en) * | 2018-06-04 | 2018-09-21 | 森特士兴集团股份有限公司 | A kind of building enclosure connection system |
| CN113062472A (en) * | 2021-03-12 | 2021-07-02 | 上海卫星工程研究所 | Support adjusting rod for braiding cable net of parabolic antenna |
| CN115897874A (en) * | 2022-12-09 | 2023-04-04 | 安徽新基建有限公司 | Point-connection type construction method for double-curved-surface glass curtain wall |
-
2012
- 2012-12-28 CN CN2012207425403U patent/CN203129329U/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103422573A (en) * | 2012-12-28 | 2013-12-04 | 江河创建集团股份有限公司 | Hyperbolical variable point-supported three dimensional universal adjustable support |
| CN103422573B (en) * | 2012-12-28 | 2016-05-18 | 江河创建集团股份有限公司 | Changeable universal adjustable seats of Zhi Sanwei of hyperbolic |
| CN108560710A (en) * | 2018-06-04 | 2018-09-21 | 森特士兴集团股份有限公司 | A kind of building enclosure connection system |
| CN108560710B (en) * | 2018-06-04 | 2024-04-19 | 森特士兴集团股份有限公司 | Building envelope connecting system |
| CN113062472A (en) * | 2021-03-12 | 2021-07-02 | 上海卫星工程研究所 | Support adjusting rod for braiding cable net of parabolic antenna |
| CN113062472B (en) * | 2021-03-12 | 2022-03-29 | 上海卫星工程研究所 | Support adjusting rod for braiding cable net of parabolic antenna |
| CN115897874A (en) * | 2022-12-09 | 2023-04-04 | 安徽新基建有限公司 | Point-connection type construction method for double-curved-surface glass curtain wall |
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