A kind of concealed frame glass curtain wall system and its installation method
Technical field
The present invention relates to door and window curtain wall field more particularly to a kind of concealed frame glass curtain wall system and its installation methods.
Background technology
China's skyscraper and high-rise building exterior facing largely use glass curtain wall, however due to part building curtain wall
Design construction is unreasonable, or there are construction quality problem, and part building curtain wall is supervised during construction and operation and maintenance in addition
It is not in place, the event that glass curtain wall glass falls off occurs successively in urban, causes damages, becomes to citizen's lives and properties
Therefore the hidden danger of municipal public safety also causes social extensive concern.
In existing concealed frame glass curtain wall, though fixed part structure glue intensity can reach requirement, earthquake, wind load,
The multifactor superposition such as structure glue molecular scission is made under the effect of cladding glass permanent load and caused by solar ultraviolet irradiates
Under, it is easy to happen the opposite changing of the relative positions between glass and secondary frame and destroys structure glue again, at this time a kind of proximate matter is just needed to play support
Effect.
To solve the above-mentioned problems, engineering mostly uses, and glass support is arranged at concealed frame glass curtain wall transom bolt notch
Aluminum corner brace, conventional method are fixed on the mode of support aluminum corner brace using riveting component, and installation is inconvenient, make that technique becomes complicated and working hour prolongs
It is long, it can pitch after riveting component is shaken in addition, cause support aluminum corner brace cannot steady support cladding glass always.
So being badly in need of a kind of novel supporting bar, the fixed mode of riveting component is broken away from, accelerates the working hour of process Installation, and can be more
Add and is securely disposed in crossbeam.
Invention content
Therefore, one of the objects of the present invention is to provide frame concealed curtain wall glass systems.
Another object of the present invention is to provide a kind of installation methods of frame concealed curtain wall glass system.
Another object of the present invention is to provide the installation method of another frame concealed curtain wall glass system.
To achieve the goals above, the present invention provides a kind of frame concealed curtain wall glass system, including cladding glass, supporting bar and peace
Crossbeam between the cladding glass;The crossbeam has upper holder block and lower lock block, between the upper holder block and the lower lock block
Cavity is formed, it includes the plug division and supporting part interconnected that the cavity, which has notch, the supporting bar,;The plug division is inserted into
The cavity is close to the upper holder block and the lower lock block respectively, and the supporting bar is made to close the notch;On the supporting part
The cladding glass is close on surface, for cladding glass described in support.
Preferably, the plug division includes upper plug division and lower inlaying grafting part, and the upper holder block is tightly attached in the upper plug division,
The lower inlaying grafting part is close to the lower lock block.
Preferably, the tail end of the upper plug division, which has, hooks item, the first half for hooking item and tightly catching on the notch.
Preferably, the tail end of the upper plug division, which has, hooks item, the inside for hooking item and tightly catching on the notch first half;
Shape is at an angle between the lower inlaying grafting part and the upper plug division, and the angle is more than 0 ° and is less than or equal to 90 °, the lower grafting
The tail portion in portion is close to the outside of the lower lock block, and the lower lock block is made to resist under the supporting bar do not fall.
Preferably, the upper surface of the upper plug division has groove, the first half for notch described in support.
Preferably, the plug division is U-shaped;It is close to the upper holder block in one end of the U-shaped plug division;The U-shaped grafting
There is protruding portion, the protruding portion to be close to the outside of the notch lower half for the outer surface in portion, so that the lower lock block is resisted described
Under supporting bar is not fallen.
Preferably, the supporting bar further includes vertically extending portion;The lower half of the end and the crossbeam in the vertically extending portion
Portion is contacted with contact point, applies a upward power to the supporting bar at the contact point from the crossbeam.
The present invention also provides a kind of installation methods of concealed frame glass curtain wall system, comprise the steps of:Step A:It is described
The notch is inserted into upper plug division from the side of the opening direction of the notch, and the hook item is made tightly to catch on the notch first half
Inside;Step B:Supporting bar described in transverse shifting makes the lower inlaying grafting part and the outside of the lower lock block be close to.
Invention further provides the installation methods of another concealed frame glass curtain wall system, comprise the steps of:Step A:Institute
It states U-shaped plug division to rotate by axis of the first half of the notch, the U-shaped plug division is made to enter the notch;Step B:It is described
Protruding portion is close to the outside of the lower half of the notch, and the lower lock block is made to resist under the supporting bar do not fall.
It is fixed after adopting the above technical scheme, supporting bar does not need riveting component, need to only be put into and can be completed from crossbeam notch
Installation, simultaneously as distinctive structure, when the gravity of cladding glass is applied in supporting bar, supporting bar can be secured firmly to crossbeam
It does not fall off inside, it is not only easy for installation, and there is controllability, reduce cladding glass maximum defluxion, reduces frame concealed curtain wall structure glue
Stress enhances safety.
Description of the drawings
Fig. 1 is the structural schematic diagram of supporting bar in one embodiment of the present invention;
Fig. 2 is the structural schematic diagram of supporting bar in another preferred embodiment of the present invention;
Fig. 3 is the cladding glass system schematic in one embodiment of the present invention;
Fig. 4 is the cladding glass system schematic in another preferred embodiment of the present invention;
Fig. 5 is the installation diagram of supporting bar in one embodiment of the present invention;
Reference numeral:Plug division on 1,2 lower inlaying grafting parts, 3 plug divisions, 4 supporting parts, 5 protruding portions, 6 upper holder blocks, 7 lower lock blocks,
8 notches, 9 crossbeams, 10 cladding glass, 11 hook item, 12 grooves.
Specific implementation mode
Advantages of the present invention is elaborated below with reference to drawings and the specific embodiments.
Fig. 1 is referred to, is the structural schematic diagram of supporting bar in one embodiment of the present invention, supporting bar consists of two parts, point
The plug division 3 and supporting part 4 that Wei do not interconnect, wherein plug division 3 includes upper plug division 1 and lower inlaying grafting part 2, upper plug division 1
Tail end have hook item 11, middle part have groove 12,1 shape is at an angle between lower inlaying grafting part 2 and upper plug division, the angle be more than 0 °
And it is less than or equal to 90 °, supporting part 4 is then horizontal continuation.After the structure, the supporting bar in the embodiment is installed to hidden
After frame cladding glass crossbeam 9, referring to Fig. 3, for the cladding glass system schematic with above-mentioned supporting bar, plug division 1 in supporting bar
Hook the first half that item 11 tightly catches on 9 notch 8 of crossbeam so that notch 8 will not be removed when the power that supporting bar is pulled outwardly by horizontal direction
Outside, the groove 12 of upper plug division 1 just can 8 first half of support notch be located at notch 8 at upper holder block 7, at this point, under supporting bar
Plug division 2 resists the exterior section of 8 lower half of notch so that 2 support cladding glass 10 of supporting bar lower inlaying grafting part and the weight of its own
Amount, and crossbeam 9 then applies a power horizontally outward to supporting bar lower inlaying grafting part 2 in crossbeam 9 and 2 contact site of supporting bar lower inlaying grafting part, makes
Supporting bar is obtained to balance in the horizontal direction.
When supporting bar as shown in Figure 1 is installed, notch 8 is first inserted into upper plug division 1 from the side of the opening direction of notch 8,
Hook item 11 is set tightly to catch on the inside of 8 first half of notch, then, supporting bar described in transverse shifting, the lower inlaying grafting part 2 and the pushing
It is close to the outside of block 7.
Referring to Fig. 2, for the structural schematic diagram of supporting bar in another preferred embodiment of the present invention, supporting bar consists of two parts, point
The plug division 3 and supporting part 4 that Wei do not interconnect, wherein plug division 3 is U-shaped, and the outer surface of U-shaped plug division 3 has protruding portion
5, supporting part 5 is then horizontal continuation.After the structure, the supporting bar in the embodiment is installed horizontal to frame concealed curtain wall glass
After beam 9, referring to Fig. 4, for the cladding glass system schematic with above-mentioned supporting bar, cross is tightly caught in one end of the U-shaped plug division of supporting bar 3
The first half of 9 notch 8 of beam so that will not be removed outside notch 8 when the power that supporting bar is pulled outwardly by horizontal direction, at this point, U-shaped grafting
The protruding portion 5 in portion 3 resists the exterior section of 8 lower half of notch so that 2 support cladding glass 10 of supporting bar lower inlaying grafting part and its own
Weight, and crossbeam 9 then applies one horizontally outward to supporting bar lower inlaying grafting part 2 in crossbeam 9 and 2 contact site of supporting bar lower inlaying grafting part
Power so that supporting bar balances in the horizontal direction.
When supporting bar as shown in Figure 2 is installed, U-shaped plug division 3 is rotated by axis of the first half of notch 8 first, makes U-shaped grafting
Portion 3 enters notch 8, and then, after rotating by a certain angle, protruding portion 5 is close to the outside of the lower half of notch 8, and lower lock block 7 is made to resist
Under supporting bar is not fallen.
In above-mentioned two preferred embodiment, when cladding glass 10 is when supporting bar supporting part 4 applies downward gravity, due to lever
Principle, the contact site of supporting bar and crossbeam 9 are equal to balance pivot, and the inside of 8 first half of notch is to the hook item 11 or U of supporting bar
One end of type plug division 3 applies the power of a horizontal direction, meanwhile, upper holder block 7 is also to the hook item 11 of the supporting bar or U-shaped plug division 3
One end apply a power straight down so that supporting bar entirety equalising torque, can support live the gravity of cladding glass 10, reduce
The bonding force that colloid is born between glass and secondary frame.
Preferably, in above-mentioned two embodiment, vertically extending portion can be also set between plug division and supporting part(Do not show in figure
Go out), which extends downwardly, and after installing the supporting bar, the end in vertically extending portion can connect with the lower half of the crossbeam
It touches, contact position is contact point, applies a upward power to the supporting bar at the contact point from crossbeam, more firm supporting bar position
It sets.
Meanwhile it is also easier when supporting bar installation in above-mentioned two preferred embodiment, with reference to figure 5, it is preferably implemented for the present invention
The installation diagram of supporting bar in example, can be laterally inserted to predeterminated position along notch both ends by supporting bar, also can be by supporting bar grafting part
Cloth is inserted directly into, and first upper plug division is inserted into notch, then rotates clockwise supporting bar so that lower inlaying grafting part and notch lower half
Installation is completed in portion's contact.Due to the special tectonic of supporting bar, lower inlaying grafting part and crossbeam contact portion resist under supporting bar do not fall, upper to insert
The hook item of socket part also tightly catches on upper holder block and keeps supporting bar horizontal.
It is fixed after adopting the above technical scheme, supporting bar does not need riveting component, need to only be put into and can be completed from crossbeam notch
Installation, simultaneously as distinctive structure, when the gravity of cladding glass is applied in supporting bar, supporting bar can be secured firmly to crossbeam
It does not fall off inside, it is not only easy for installation, and there is controllability, reduce cladding glass maximum defluxion, reduces frame concealed curtain wall structure glue
Stress enhances safety.
It should be noted that the embodiment of the present invention has preferable implementation, and not the present invention is made any type of
Limitation, any one skilled in the art change or are modified to possibly also with the technology contents of the disclosure above equivalent effective
Embodiment, as long as without departing from the content of technical solution of the present invention, according to the technical essence of the invention to made by above example
Any modification or equivalent variations and modification, in the range of still falling within technical solution of the present invention.