Single frame double decorative strip building block type energy-saving glass curtain wall

Abstract

The utility model provides a single frame double decorative strip building block type energy -conserving glass curtain wall, the middle part standard keel of a glass curtain wall adopts whole stand, whole crossbeam, and the both sides of its outdoor and indoor end face install double pressing plate and double decorative strip, and the four all round edge keel adopts half stand, half crossbeam, and its outdoor and indoor end face install single pressing plate and single decorative strip, and the decorative strip of every glass panel four all round is 45 degree splicing into independent rectangular decorative strip frame, makes glass curtain wall indoor and outdoor facade present the three -dimensional building block formula effect of superposition, compared with traditional glass curtain wall, this single frame double decorative strip building block type energy -conserving glass curtain wall facade effect is more exquisite, has improved glass curtain wall's watertight, air -tight performance greatly, and energy -conserving effect is good, and material economy, and installation is simple and quick, easily guarantees installation quality and effect, has good popularization and use prospect on the design and construction of glass curtain wall in building curtain wall field glass curtain wall.

Description

TECHNICAL FIELD

[0001] The utility model relates to a single-frame double-decorative-strip building block type energy-saving glass curtain wall, and is applied to the design and construction of a single-frame double-decorative-strip building block type energy-saving glass curtain wall in the field of building curtain walls. BACKGROUND

[0002] At present, the traditional frame glass curtain wall usually has single decorative strips in the vertical and horizontal directions, and the splicing of the vertical and horizontal decorative strips is generally continuous in the vertical direction and discontinuous in the horizontal direction, or continuous in the horizontal direction and discontinuous in the vertical direction, and the effect is relatively single. When the frame glass curtain wall needs to be designed with double decorative strips, the traditional method is to design the vertical column and the horizontal beam into double frames respectively, and then install double decorative strips respectively. In this way, there are gaps between the adjacent double frames and double decorative strips, and the gaps need to be sealed with additional plates or sealing materials. This method requires a large amount of frame materials and a large number of installation procedures, and the size of the gap between the double frames and the double decorative strips is not easy to control uniformly during construction, resulting in poor appearance effect. At the same time, the gaps that penetrate the inside and outside are not easy to seal, which can also lead to poor water and air tightness of the curtain wall, poor energy-saving effect, and reduced physical properties of the curtain wall, which cannot guarantee the performance quality and appearance effect of the curtain wall. SUMMARY

[0003] In order to overcome the shortcomings of the background art, the utility model provides a single-frame double-decorative-strip building block type energy-saving glass curtain wall. The standard frame of the middle part of the glass curtain wall is composed of a whole vertical column and a whole horizontal beam, and double decorative strips are installed on the two sides of the outdoor end face of the standard frame, and a gap is left between the double decorative strips. The edge frame of the four sides is composed of a half vertical column and a half horizontal beam, and a single decorative strip is installed on the outdoor end face of the edge frame. The decorative strips around each glass panel are 45° spliced into independent rectangular decorative strip frames, and the glass curtain wall forms a building block effect on the outer surface after the installation of multiple glass panels and decorative strips, so that the vertical surface of the glass curtain wall presents a three-dimensional building block effect with multiple glass panels with rectangular frames. The indoor side end face of the standard frame and the edge frame is also designed to be installed with a pressing plate and a decorative strip, so that the indoor vertical surface presents a building block effect similar to the outdoor vertical surface. Compared with the traditional glass curtain wall, the single-frame double-decorative-strip building block type energy-saving glass curtain wall greatly improves the delicacy and beauty of the vertical surface effect of the curtain wall, eliminates the joints that penetrate the inside and outside, greatly improves the water and air tightness of the glass curtain wall, has good energy-saving effect, is economical in material, and is simple and fast to process and install, which is easy to ensure the installation quality and effect.

[0004] The utility model adopts the technical scheme: a single frame double decorative strip building block type energy -conserving glass curtain wall is formed by whole stand, whole crossbeam, half stand, half crossbeam, stainless steel spring pin, decorative strip, pressing plate, plug -in aluminium sheet, mechanism screw, glass panel processing assembly, its characterized is: the middle part standard furring of a glass curtain wall adopts whole stand, whole crossbeam, installs double pressing plate and double decorative strip on the two sides of the outdoor end surface, leaves recessed joint between double decorative strips, adopts half stand, half crossbeam to the edge furring of four -corner, installs single pressing plate and single decorative strip on the outdoor end surface, and the decorative strip of every glass panel four -corner is 45 degree splicing into independent rectangular decorative strip frame, and the outer surface of glass curtain wall forms building block after the installation of multiple glass panels and decorative strips, thereby making glass curtain wall facade present multiple glass panel superposition stereoscopic building block type effect with rectangular frame, and the indoor end surface of standard furring and edge furring also installs pressing plate and decorative strip similarly, thereby making indoor facade present similar building block type effect with outdoor facade.

[0005] The cross section of the whole stand and the whole crossbeam is the same, the cross section of the half stand and the half crossbeam is the same, the cross section of the whole crossbeam and the half crossbeam is provided with a screw groove, and the whole stand and the half stand are connected by the stainless steel spring pin.

[0006] The two sides of the indoor and outdoor end surface of the whole stand and the whole crossbeam are connected with the double pressing plate by the mechanism screw, and the double decorative strip is installed outside the double pressing plate.

[0007] The plug-in aluminium sheet is arranged between the whole stand, the whole crossbeam and the double pressing plate, the recessed joint between the double decorative strips is through, and the bottom plug-in aluminium sheet is visible, and the color thereof can be selected according to requirements.

[0008] The indoor and outdoor end surface of the half stand and the half crossbeam is connected with the single pressing plate by the mechanism screw, and the single decorative strip is installed outside the single pressing plate.

[0009] The whole stand, the whole crossbeam, the half stand and the half crossbeam are all heat insulation profiles, and the glass panel is energy -conserving glass, so that the energy -conserving effect of the glass curtain wall is improved.

[0010] Compared with the traditional single decorative strip frame glass curtain wall, the single frame double decorative strip building block type energy -conserving glass curtain wall has the advantages that the three -dimensional recessed joints formed by the splicing of the double decorative strips are uniformly through, the indoor and outdoor present rich building block type effect, the delicacy and the appearance of the traditional curtain wall facade effect are greatly improved, compared with the traditional double frame double decorative strip frame glass curtain wall, the single frame double decorative strip building block type energy -conserving glass curtain wall eliminates the joint through the indoor and outdoor, the water -tightness, the air -tightness of the glass curtain wall are greatly improved, the energy -conserving effect is good, the material is economical, the facade effect is more delicate and beautiful, and the processing and installation are more simple and fast, and the installation quality and effect are more easily ensured. DRAWINGS

[0011] An embodiment of the present application is further described below with reference to the accompanying drawings.

[0012] Figure 1 is a facade effect schematic diagram of the embodiment.

[0013] Figure 2 is a cross-sectional node diagram of the embodiment.

[0014] Figure 3 is a longitudinal sectional node diagram of the embodiment.

[0015] In the figure, 1 is a whole upright column, 2 is a whole cross beam, 3 is a half upright column, 4 is a half cross beam, 5 is a stainless steel spring pin, 6 is a decorative strip, 7 is a pressing plate, 8 is an inserted aluminum sheet, 9 is a glass panel, and 10 is a machine screw. DETAILED DESCRIPTION

[0016] In Figure 1 , the decorative strip 6 is cut at 45° in the factory, and the decorative strip 6 around each glass panel 9 is spliced at 45° to form an independent rectangular decorative strip frame. After the installation of multiple glass panels 9 and decorative strips 6, the glass curtain wall facade presents a three-dimensional block effect with multiple glass panels with rectangular frames stacked, the recessed joint between the double decorative strips 6 is continuous, and the inserted aluminum sheet 8 at the bottom is visible, the color of which can be selected as needed.

[0017] In Figure 2 and Figure 3 , the standard keel in the middle of a glass curtain wall adopts the whole upright column 1 and the whole cross beam 2, and the edge keel around a glass curtain wall adopts the half upright column 3 and the half cross beam 4. The cross-sectional outline of the whole upright column 1 is the same as that of the whole cross beam 2, and the cross-sectional outline of the half upright column 3 is the same as that of the half cross beam 4. The cross section of the whole cross beam 2 and the half cross beam 4 is provided with a screw groove, and the stainless steel spring pin 5 is connected to the whole upright column 1 and the half upright column 3, respectively. After the installation of the glass panel 9, the two sides of the indoor and outdoor end faces of the whole upright column 1 and the whole cross beam 2 are connected by the machine screw 10 to press the double pressing plates 7 around the glass panel 9, and the double pressing plates 7 are further provided with the double decorative strips 6 outside. The indoor and outdoor end faces of the half upright column 3 and the half cross beam 4 are connected by the machine screw 10 to the single pressing plate 7, and the single pressing plate 7 is further provided with the single decorative strip 6 outside. The inserted aluminum sheet 8 is arranged between the whole upright column 1, the whole cross beam 2, and the double pressing plate 7, and the recessed joint between the double decorative strips 6 is continuous, so that the outdoor and indoor facades of the glass curtain wall both present a three-dimensional block effect with multiple glass panels with rectangular frames stacked.

[0018] As shown in the figure, the assembly and installation of the single-frame double-decorative-strip block-type energy-saving glass curtain wall are completed.

Claims

1. A single-frame, double-decorative-strip modular energy-saving glass curtain wall, comprising integral columns, integral beams, semi-columns, semi-beams, stainless steel spring pins, decorative strips, pressure plates, interlocking aluminum sheets, machine-made screws, and glass panel processing and assembly, characterized in that: The standard keel in the middle of a glass curtain wall uses whole columns and whole beams. Double pressure plates and double decorative strips are installed on both sides of its exterior end face, with a recessed joint between the double decorative strips. The edging keel around the perimeter uses half columns and half beams, with a single pressure plate and a single decorative strip installed on its exterior end face. The decorative strips around each glass panel are spliced ​​at 45° to form an independent rectangular decorative strip frame. After multiple glass panels and decorative strips are installed, the outer surface of the glass curtain wall forms a building block shape, thus making the glass curtain wall facade present a three-dimensional building block effect of multiple glass panels with rectangular frames stacked on top of each other. The interior end faces of the standard keel and edging keel are also designed to install pressure plates and decorative strips, thus making the interior facade present a similar building block effect as the exterior facade.

2. The single-frame, double-decorative-strip modular energy-saving glass curtain wall according to claim 1, characterized in that: The full column and the full beam have the same cross-sectional outer contour, and the half column and the half beam have the same cross-sectional outer contour. The cross-sections of the full beam and the half beam are provided with screw grooves, and are connected to the full column and the half column respectively by stainless steel spring pins.

3. The single-frame, double-decorative-strip modular energy-saving glass curtain wall according to claim 1, characterized in that: The inner and outer ends of the column and beam are connected to double pressure plates by machine screws, and double decorative strips are installed on the outside of the double pressure plates.

4. The single-frame, double-decorative-strip modular energy-saving glass curtain wall according to claim 1, characterized in that: An insertable aluminum sheet is provided between the entire column, the entire beam and the double pressure plate, and the groove between the double decorative strips is continuous. The insertable aluminum sheet on the bottom surface is visible, and its color can be selected as needed.

5. The single-frame, double-decorative-strip modular energy-saving glass curtain wall according to claim 1, characterized in that: The interior and exterior ends of the semi-column and semi-beam are connected to a single pressure plate by machine screws, and a single decorative strip is installed on the outside of the single pressure plate.

6. The single-frame, double-decorative-strip modular energy-saving glass curtain wall according to claim 1, characterized in that: The aforementioned columns, beams, half columns, and half beams are all thermally insulated profiles, and the glass panels are energy-saving glass to improve the energy-saving effect of the glass curtain wall.

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