A kind of concealed frame glass curtain wall system and mounting method thereof
Technical field
The present invention relates to door and window curtain wall field, particularly relate to a kind of concealed frame glass curtain wall system and mounting method thereof.
Background technology
China's highrise building and the exterior facing of super highrise building adopt curtain wall in a large number, but due to part building curtain wall design structure unreasonable, or there is construction quality problem, in addition part building curtain wall is supervised not in place in construction and operation maintenance process, the event that curtain wall glass comes off is there is successively in urban, cause damage to citizen's lives and properties, become the hidden danger of municipal public safety, also therefore cause social extensive concern.
In existing concealed frame glass curtain wall, though standing part structure glue intensity can reach requirement, but under earthquake, wind load, the effect of cladding glass permanent load, and under solar ultraviolet irradiates the multifactor superpositions such as the structure glue molecular scission caused, easily there is the relative changing of the relative positions between glass and secondary frame and destroy structure glue again, at this time just need a kind of section bar to play a supporting role.
In order to solve the problem, the many employings of engineering, at concealed frame glass curtain wall transom bolt notch place, glass support aluminum corner brace is set, conventional method uses riveting component to be fixed on the mode of support aluminum corner brace, inconvenience is installed, make technique become complicated and man-hour extends, riveting component can pitch after being shaken in addition, causes support aluminum corner brace can not steady support cladding glass all the time.
So, be badly in need of a kind of Novel supporting bar, break away from the mode that riveting component is fixing, accelerate the man-hour of process Installation, and can be arranged in crossbeam more securely.
Summary of the invention
Therefore, an object of the present invention is to provide frame concealed curtain wall glass system.
Another object of the present invention is to the mounting method that a kind of frame concealed curtain wall glass system is provided.
Another object of the present invention is the mounting method providing another kind of frame concealed curtain wall glass system.
To achieve these goals, the invention provides a kind of frame concealed curtain wall glass system, comprise cladding glass, holder bar and the crossbeam be arranged between described cladding glass; Described crossbeam has upper holder block and lower lock block, forms cavity between described upper holder block and described lower lock block, and described cavity has notch, and described holder bar comprises the Plug Division and supporting part that are connected to each other; Described cavity is inserted in described Plug Division, is close to respectively with described upper holder block and described lower lock block, makes described holder bar close described notch; Described supporting part upper surface is close to described cladding glass, for cladding glass described in support.
Preferably, described Plug Division comprises Plug Division and lower inlaying grafting part, and described upper holder block is close in described upper Plug Division, and described lower inlaying grafting part is close to described lower lock block.
Preferably, the tail end of described upper Plug Division has hook bar, and described hook bar tightly catches on the first half of described notch.
Preferably, the tail end of described upper Plug Division has hook bar, and described hook bar tightly catches on the inside of the described notch first half; Between described lower inlaying grafting part and described upper Plug Division, shape at angle, and described angle is greater than 0 ° and is less than or equal to 90 °, and the afterbody of described lower inlaying grafting part and the outside of described lower lock block are close to, and described lower lock block propped up under described holder bar do not fall.
Preferably, the upper surface of described upper Plug Division has groove, for the first half of notch described in support.
Preferably, described Plug Division is U-shaped; Described upper holder block is close in one end of described U-shaped Plug Division; The external surface of described U-shaped Plug Division has protuberance, and described protuberance is close to the outside of described notch Lower Half, described lower lock block is propped up under described holder bar do not fall.
Preferably, described holder bar also comprises vertical extension; The end of described vertical extension and the Lower Half of described crossbeam are contacted with contact point, apply a power upwards by described crossbeam at described contact point to described holder bar.
Present invention also offers a kind of mounting method of concealed frame glass curtain wall system, comprise following steps: steps A: described notch is inserted from the side of the opening direction of described notch in described upper Plug Division, make described hook bar tightly catch on the inside of the described notch first half; Step B: hold in the palm bar described in transverse shifting, makes the outside of described lower inlaying grafting part and described lower lock block be close to.
Invention further provides the mounting method of another kind of concealed frame glass curtain wall system, comprise following steps: steps A: described U-shaped Plug Division rotates for axle with the first half of described notch, make described U-shaped Plug Division enter described notch; Step B: described protuberance is close to the outside of the Lower Half of described notch, makes described lower lock block prop up under described holder bar do not fall.
After adopting technique scheme, holder bar does not need riveting component to fix, and only need put into and can complete installation from crossbeam notch, simultaneously, due to distinctive structure, when the gravity of cladding glass is applied on holder bar, holder bar firmly can be fixed in crossbeam and not come off, not only easy for installation, and there is controllability, reduce cladding glass maximum defluxion, reduce frame concealed curtain wall structure glue stressed, strengthen safety.
Accompanying drawing explanation
Fig. 1 is the structural representation holding in the palm bar in one embodiment of the present invention;
Fig. 2 is the structural representation holding in the palm 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 mounting structure figure holding in the palm bar in one embodiment of the present invention;
Reference numeral: on 1, Plug Division, 2 lower inlaying grafting parts, 3 Plug Divisions, 4 supporting parts, 5 protuberances, 6 upper holder blocks, 7 lower lock blocks, 8 notches, 9 crossbeams, 10 cladding glasss, 11 hook bar, 12 grooves.
Detailed description of the invention
Advantage of the present invention is elaborated below with reference to drawings and the specific embodiments.
Refer to Fig. 1, for holding in the palm the structural representation of bar in one embodiment of the present invention, holder bar is made up of two parts, is respectively the Plug Division 3 and supporting part 4 that are connected to each other, wherein, Plug Division 3 comprises Plug Division 1 and lower inlaying grafting part 2, the tail end of upper Plug Division 1 has hook bar 11, and middle part has groove 12, and between lower inlaying grafting part 2 and upper Plug Division, 1 shape at angle, this angle is greater than 0 ° and is less than or equal to 90 °, and 4, supporting part is horizontal continuation.After there is this structure, after holder bar in this embodiment is mounted to frame concealed curtain wall glass beam 9, see Fig. 3, for having the cladding glass system schematic of above-mentioned holder bar, on holder bar, the hook bar 11 of Plug Division 1 tightly catches on the first half of crossbeam 9 notch 8, make can not shift out outside notch 8 when asking bar to be subject to the power that horizontal direction is pulled outwardly, and namely the groove 12 of upper Plug Division 1 can be positioned at the upper holder block 7 at notch 8 place by support notch 8 first half just, now, holder bar lower inlaying grafting part 2 props up the exterior section of notch 8 Lower Half, make to hold in the palm bar lower inlaying grafting part 2 support cladding glass 10 and the weight of himself, crossbeam 9 then applies a power horizontally outward to holder bar lower inlaying grafting part 2 at crossbeam 9 and holder bar lower inlaying grafting part 2 contact site, holder bar is balanced in the horizontal direction.
When holder bar is as shown in Figure 1 installed, first notch 8 is inserted from the side of the opening direction of notch 8 in upper Plug Division 1, make hook bar 11 tightly catch on the inside of notch 8 first half, subsequently, hold in the palm bar described in transverse shifting, described lower inlaying grafting part 2 is close to the outside of described lower lock block 7.
See Fig. 2, for holding in the palm the structural representation of bar in another preferred embodiment of the present invention, holder bar is made up of two parts, be respectively the Plug Division 3 and supporting part 4 that are connected to each other, wherein, Plug Division 3 is U-shaped, the external surface of U-shaped Plug Division 3 has protuberance 5, and 5, supporting part is horizontal continuation.After there is this structure, after holder bar in this embodiment is mounted to frame concealed curtain wall glass beam 9, see Fig. 4, for having the cladding glass system schematic of above-mentioned holder bar, the first half of crossbeam 9 notch 8 is tightly caught in one end of the holder U-shaped Plug Division 3 of bar, make can not shift out outside notch 8 when asking bar to be subject to the power that horizontal direction is pulled outwardly, now, the protuberance 5 of U-shaped Plug Division 3 props up the exterior section of notch 8 Lower Half, make to hold in the palm bar lower inlaying grafting part 2 support cladding glass 10 and the weight of himself, crossbeam 9 then applies a power horizontally outward to holder bar lower inlaying grafting part 2 at crossbeam 9 and holder bar lower inlaying grafting part 2 contact site, holder bar is balanced in the horizontal direction.
When installing holder bar as shown in Figure 2, first rotated for axle with the first half of notch 8 U-shaped Plug Division 3, make U-shaped Plug Division 3 enter notch 8, subsequently, after rotating to an angle, protuberance 5 is close to the outside of the Lower Half of notch 8, lower lock block 7 is propped up under holder bar do not fall.
In above-mentioned two preferred embodiments, when cladding glass 10 is when asking bar supporting part 4 to apply downward gravity, due to lever principle, namely the contact site of holder bar and crossbeam 9 is equal to balance pivot, and the inside of notch 8 first half applies the power of a horizontal direction to the holder hook bar 11 of bar or one end of U-shaped Plug Division 3, simultaneously, upper holder block 7 is also to the hook bar 11 of this holder bar or one end applying one power straight down of U-shaped Plug Division 3, make the overall equalising torque of holder bar, support can live the gravity of cladding glass 10, decrease the bonding force that between glass and secondary frame, colloid bears.
Preferably, in above-mentioned two embodiments, also vertical extension (not shown) can be set between Plug Division and supporting part, this vertical extension is to downward-extension, after installing this holder bar, the end of vertical extension can contact with the Lower Half of described crossbeam, and contact position is contact point, apply a power upwards at described contact point to described holder bar by crossbeam, more firmly hold in the palm bar position.
Simultaneously, it is also easier when holder bar in above-mentioned two preferred embodiments is installed, with reference to figure 5, for holding in the palm the mounting structure figure of bar in the preferred embodiment of the present invention, can holder bar laterally inserted to predeterminated position along notch two ends, also holder bar Plug Division distributed direct can be patched into, first upper Plug Division is inserted in notch, dextrorotation is subsequently asked bar, lower inlaying grafting part is contacted with notch Lower Half and namely completes installation.Owing to holding in the palm the special tectonic of bar, under lower inlaying grafting part and crossbeam contact portion prop up and ask bar not fall, the hook bar of upper Plug Division also tightly catches on upper holder block and keeps holder bar level.
After adopting technique scheme, holder bar does not need riveting component to fix, and only need put into and can complete installation from crossbeam notch, simultaneously, due to distinctive structure, when the gravity of cladding glass is applied on holder bar, holder bar firmly can be fixed in crossbeam and not come off, not only easy for installation, and there is controllability, reduce cladding glass maximum defluxion, reduce frame concealed curtain wall structure glue stressed, strengthen safety.
Should be noted that, embodiments of the invention have preferably implementation, and not any type of restriction is done to the present invention, any person skilled in art of being familiar with may utilize the technology contents of above-mentioned announcement change or be modified to equivalent effective embodiment, in every case the content of technical solution of the present invention is not departed from, the any amendment done above embodiment according to technical spirit of the present invention or equivalent variations and modification, all still belong in the scope of technical solution of the present invention.