Multi-story building facade curtain wall and night scene lighting integrated system

Abstract

The utility model discloses a multi-story building facade curtain wall and night scene lighting integrated system which comprises curtain wall stand columns and curtain walls, night scene lighting lamps are installed in expansion joints in the curtain wall stand columns, curtain wall heat insulation strips are arranged on the curtain wall stand columns on the two sides of the night scene lighting lamps, and the curtain wall heat insulation strips are arranged on the curtain wall stand columns. And curtain wall sealing rubber strips are arranged on the curtain wall heat insulation strips on the two sides of the night scene lighting lamp. By properly widening the section width of the one-point component type curtain wall stand column, the problem that night scene illumination cannot be designed and installed when the outer vertical face of a multi-story building curtain wall is not provided with large decorative lines is thoroughly solved, the effect of the outer vertical face of the building in the daytime is not affected by adopting a hidden lamp installation scheme, and the effect that the lamp is not seen when light is seen is really achieved.

Description

Technical Field

[0001] The invention relates to the field of curtain walls and floodlighting, and in particular to an integrated system of curtain walls and night scene lighting for a multi-story building facade. Background Art

[0002] Curtain wall is the outer wall of a building, which is non-load-bearing and is hung like a curtain. It is a lightweight wall with decorative effect commonly used in modern large and multi-story buildings. The night scene lighting of the building facade is a nighttime sign of a building in a city. The presence or absence or quality of night scene lighting directly reflects the positioning and grade of the building in the city.

[0003] Currently, many architects want to keep the facades of multi-story buildings and super high-rise buildings clean and tidy, and do not want to design large curtain wall decorative components on the outer surface of the building curtain wall. At this time, when the building facades want to design beautiful night scene lighting, they are troubled by the lack of large decorative components to install night scene lighting fixtures (including lighting pipelines). Therefore, a solution that has the best of both worlds is urgently needed. Summary of the invention

[0004] In view of this, the present invention provides an integrated system of a multi-story building facade curtain wall and night scene lighting.

[0005] In order to solve the above technical problems, the present invention adopts the following technical solutions:

[0006] A multi-story building facade curtain wall and night scene lighting integrated system, characterized in that it comprises curtain wall columns (MQ001) and curtain walls, night scene lighting lamps are installed in expansion joints in the curtain wall columns (MQ001), curtain wall heat insulation strips (MQ012) are provided on the curtain wall columns (MQ001) on both sides of the night scene lighting lamps to block heat conduction between curtain wall glass buckle covers (MQ014) and the curtain wall columns (MQ001), and curtain wall sealing strips (MQ009) are provided on the curtain wall heat insulation strips (MQ012) on both sides of the night scene lighting lamps.

[0007] Preferably, the night scene lighting fixture is a point light source fixture (DG004) or a linear rigid fixture (DG005), and the point light source fixture (DG004) or the linear rigid fixture (DG005) is connected to the curtain wall column (MQ001) via a fixing component.

[0008] Preferably, the fixing assembly includes a lamp mounting frame (DG002), a lamp mounting frame base (DG008) and a lamp mounting bracket (DG006).

[0009] Preferably, the night scene lighting fixture is installed with dedicated lighting wires and signal control wires (DG003), and the dedicated lighting wires and signal control wires (DG003) are synchronously inserted into the corresponding embedded lighting wire pipes (DG001) when the curtain wall columns (MQ001) are installed on site, and the embedded lighting wire pipes (DG001) must be synchronously installed into the curtain wall columns (MQ001) during the production and processing of the curtain wall columns (MQ001), and sealed with the curtain wall columns (MQ001) using curtain wall silicone sealant (MQ008).

[0010] Preferably, the embedded tube (DG001) for lighting wiring is made of one of hard aluminum alloy, stainless steel tube, soft plastic-sheathed stainless steel tube or plastic-sheathed copper tube.

[0011] Preferably, it also includes a curtain wall aluminum alloy beam (MQ002), under which a curtain wall fireproof steel plate (MQ006), curtain wall thermal insulation rock wool (MQ004), curtain wall aluminum plate (MQ005) and curtain wall hollow glass (MQ003) are installed, and the dedicated lighting wires and signal control wires (DG003) pass through the embedded pipe for lighting threading (DG001) to the outdoor side of the curtain wall column (MQ001).

[0012] Preferably, the indoor side of the curtain wall column (MQ001) is provided with an aluminum cover plate (MQ015) with a process hole. When processing the curtain wall column (MQ001), a process hole needs to be processed in the non-transparent area between the curtain wall layers to facilitate the installation of the embedded pipe (DG001) for lighting threading and the simultaneous installation of the dedicated lighting wires and signal control lines (DG003) when the curtain wall column (MQ001) is installed on site. After the installation of the dedicated lighting wires and signal control lines (DG003), the curtain wall-specific sealant (MQ007) is used to bond and install the aluminum cover plate (MQ015).

[0013] Preferably, the point light source lamp (DG004) is fixedly installed on the lamp mounting frame (DG002), and then the lamp mounting frame base (DG008) is installed on the curtain wall column (MQ001), and the lamp mounting frame (DG002) is snapped onto the lamp mounting frame base (DG008); the installation of the linear rigid lamp (DG005) requires first fixing the lamp mounting bracket (DG006) on the curtain wall column (MQ001), and then snapping the linear rigid lamp (DG005) onto the lamp mounting bracket (DG006).

[0014] Compared with the prior art, the present invention has achieved the following technical effects:

[0015] The present invention completely solves the problem that night lighting cannot be designed and installed when there are no large decorative lines on the facade of a multi-story building curtain wall by appropriately widening the cross-sectional width of the component-type curtain wall columns. In addition, a hidden lamp installation solution is adopted, which does not affect the effect of the building facade during the day, truly achieving "seeing light without seeing the lamps". BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a cross-sectional node diagram (line lamp) of the transparent part of the component-type glass curtain wall of the present invention;

[0017] Figure 2 It is a cross-sectional node diagram (line lamp) of the non-transparent part of the interlayer of the component-type glass curtain wall of the present invention;

[0018] Figure 3 It is a cross-sectional node (point light source) diagram of the installation of lamps in the transparent part of the component-type glass curtain wall of the present invention;

[0019] Figure 4 It is a cross-sectional node (point light source) diagram of the installation of lamps in the non-transparent part between layers of the component-type glass curtain wall of the present invention;

[0020] Figure 5 It is a longitudinal section node diagram of the lamps and pipelines installed in the non-transparent parts between the layers of the component-type glass curtain wall of the present invention.

[0021] In the figure: MQ001, curtain wall column; MQ002, curtain wall aluminum alloy beam; MQ003, curtain wall hollow glass; MQ004, curtain wall thermal insulation rock wool; MQ005, curtain wall aluminum plate; MQ006, curtain wall fireproof steel plate; MQ007, curtain wall silicone structural adhesive; MQ008, curtain wall silicone sealant; MQ009, curtain wall sealing strip; MQ010, curtain wall silicone strip; MQ011, curtain wall fireproof rock wool; MQ012, curtain wall thermal insulation Strip; MQ013, curtain wall panel mounting screws; MQ014, curtain wall glass buckle cover; MQ015, process hole aluminum cover plate; DG001, embedded pipe for lighting threading; DG002, lamp installation frame; DG003, lighting special wire and signal control line; DG004, point light source lamp; DG005, linear hard lamp; DG006, lamp mounting bracket; DG007, lamp mounting screws; DG008, lamp installation frame base. DETAILED DESCRIPTION

[0022] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0023] Combined with Figure 1-Figure 5 A multi-story building facade curtain wall and night scene lighting overall system, including curtain wall columns MQ001 and curtain walls, night scene lighting lamps are installed in the expansion joints in the curtain wall columns MQ001, the night scene lighting lamps are point light source lamps DG004 or linear hard lamps DG005, curtain wall insulation strips MQ012 are provided on the curtain wall columns MQ001 on both sides of the night scene lighting lamps to block heat conduction between the curtain wall glass buckle covers MQ014 and the curtain wall columns MQ001, curtain wall sealing strips MQ009 are provided on the curtain wall insulation strips MQ012 on both sides of the night scene lighting lamps, and the point light source lamps DG004 or the linear hard lamps DG005 are connected to the curtain wall columns MQ001 through fixing components.

[0024] Night lighting fixtures are installed with dedicated lighting wires and signal control wires DG003. When the curtain wall columns are installed on site, the dedicated lighting wires and signal control wires DG003 are simultaneously inserted into the corresponding embedded lighting wire pipes DG001. When the curtain wall columns are produced and processed, the embedded lighting wire pipes DG001 must be simultaneously installed into the curtain wall columns and sealed with curtain wall silicone sealant MQ008.

[0025] The embedded pipe DG001 for lighting wiring is made of hard aluminum alloy, stainless steel pipe, soft plastic-coated stainless steel pipe or plastic-coated copper pipe.

[0026] Curtain wall fireproof steel plate MQ006, curtain wall insulation rock wool MQ004, curtain wall aluminum plate MQ005 and curtain wall insulating glass MQ003 are installed under the curtain wall aluminum alloy beam MQ002. The special lighting wires and signal control wires DG003 pass through the embedded pipe DG001 to the outdoor side of the curtain wall column MQ001.

[0027] The indoor side of the curtain wall column MQ001 is provided with a process hole aluminum cover plate MQ015. When processing the curtain wall column MQ001, it is necessary to process a process hole in the non-transparent area between the curtain wall layers to facilitate the installation of the embedded pipe DG001 for lighting threading and the simultaneous installation of the special lighting wires and signal control lines DG003 when the curtain wall column MQ001 is installed on site. After the installation of the special lighting wires and signal control lines DG003, the curtain wall special sealant MQ007 is used to bond and install the process hole aluminum cover plate MQ015.

[0028] The fixing components include the lamp mounting frame DG002, the lamp mounting frame base DG008 and the lamp mounting bracket DG006.

[0029] The lighting point light source lamp DG004 is fixedly installed on the lamp installation frame DG002, and then the lamp installation frame base DG008 is installed on the curtain wall column MQ001, and the lamp installation frame DG002 is buckled on the lamp installation frame base DG008; the installation of the lighting linear rigid lamp DG005 requires first fixing the lamp mounting bracket DG006 on the curtain wall column MQ001, and then buckling the linear rigid lamp DG005 on the lamp mounting bracket DG006.

[0030] The solution for night scene lighting of multi-story building facades includes component-type glass curtain wall columns MQ001, process hole aluminum cover plates MQ015, curtain wall sealing strips MQ009, night scene lighting lamps DG004 and DG005, embedded pipes for lighting threading DG001, lighting-specific wires and signal control wires DG003, and curtain wall and lamp fixing components. Component-type glass curtain wall columns MQ001 need to hide and install night scene lighting lamps, so the cross-sectional width of curtain wall columns MQ001 must be appropriately widened to meet the lamp installation requirements; night scene lighting lamps include point light sources DG004 and linear hard lamps DG005, two commonly used lamps for night scene lighting of building facades. One of the lamp solutions can be selected at will according to the needs of the building facade night scene lighting design;

[0031] The embedded pipe DG001 for lighting threading can be made of hard aluminum alloy or stainless steel pipe, or soft plastic-coated stainless steel pipe or plastic-coated copper pipe, but it must be fixed and installed with matching or customized stainless steel locknuts and thin stainless steel nuts, and after being installed and fixed on the curtain wall column MQ001, it must be sealed with glue;

[0032] Lighting-specific wires and signal control wires DG003 can use two-core wires as lighting power connection wires and four-core twisted pair wires as signal control wires. The wire diameter of the power line can be determined based on the power supply distance and the total power of the lamps carried. The flame retardant performance level and combustion performance level of the cable can be determined according to the architectural design requirements;

[0033] Night lighting fixtures and embedded pipes DG001 for lighting wiring must be installed on curtain wall columns MQ001 during the production and processing of curtain wall columns. Special lighting wires and signal control lines DG003 must be constructed simultaneously at the curtain wall column site and penetrated into the embedded pipes DG001 for lighting wiring to the outside of curtain wall columns MQ001, and corresponding sealing treatment must be performed at the same time.

[0034] Curtain wall sealing strips MQ009 are installed on the outside of the component-type curtain wall columns to ensure the air tightness and water tightness between the curtain wall and the lamps, thereby ensuring the air tightness and water tightness of the component-type curtain wall as a whole.

[0035] The linear hard lamp DG005 can be fixed on the curtain wall column MQ001 with stainless steel screws. The point light source lamp DG004 must be fixed with the customized lamp installation frame DG002 and the base. The point light source lamp DG004 must be installed on the lamp installation frame DG002 first, and then the base of the lamp installation frame DG002 must be fixed on the curtain wall column MQ001. Finally, the lamp installation frame DG002 must be snapped onto the base. The spacing of the point light sources can be determined according to the requirements of the night lighting effect.

[0036] The solution for night lighting of the facades of multi-story buildings includes the structural design of the curtain walls related to lighting and the installation design of lighting fixtures and pipelines. The lighting fixtures and pipelines must be assembled and installed on the curtain wall columns simultaneously during the production and processing of the curtain wall columns or on-site installation, and the corresponding sealing treatment must be done; in the future, after the curtain wall columns are installed on the project site, the lamps will be installed outside the curtain wall.

[0037] Point light source lighting fixtures DG004 or linear hard lighting fixtures DG005 are installed between the curtain wall aluminum alloy columns MQ001 and the outdoor curtain wall glass cover. The two types of lighting fixtures can be selected according to the needs of the building facade night lighting plan; lighting fixtures DG004 or DG005 are installed and fixed on the curtain wall aluminum alloy columns MQ001 through different installation and fixing methods, and curtain wall heat insulation strips MQ012 are provided on the curtain wall columns on both sides of the lighting fixtures to block the heat conduction between the curtain wall glass buckle cover MQ014 and the curtain wall columns MQ001 to ensure the heat insulation performance of the curtain wall; curtain wall sealing strips MQ009 are provided on the curtain wall heat insulation strips MQ012 on both sides of the lighting fixtures to ensure the overall air tightness and water tightness of the curtain wall.

[0038] When drilling holes in the curtain wall column MQ001, the installation hole of the embedded pipe DG001 for lighting threading needs to be processed, and the installation hole can be 2mm larger than the diameter of the embedded pipe; when processing the curtain wall column, a embedded pipe DG001 for lighting threading should be installed on the curtain wall column MQ001 at the same time, and fixed with a stainless steel lock nut and a customized stainless steel thin nut. It needs to be assembled with glue. The number of embedded pipes DG001 on each curtain wall column MQ001 is one. After the embedded pipe for lighting threading is installed, a five-core special lighting connection line is inserted from the embedded pipe DG001, which includes three-core special lighting wires and two-core special lighting signal control lines. After the cables are inserted, the gap between the two ends of the embedded pipe DG001 and the special lighting connection line is filled with curtain wall silicone sealant MQ008 to ensure the air tightness and water tightness of the curtain wall.

[0039] The lighting point light source lamp DG004 is first fixedly installed on the lamp installation frame DG002 according to the designed spacing, and then the lamp installation frame base DG008 is installed on the curtain wall column MQ001, and finally the lamp installation frame DG002 is buckled on the lamp installation frame base DG008. The installation of the lighting linear hard lamp DG005 requires the lamp installation bracket DG006 to be fixedly installed on the curtain wall column MQ001, and then the linear hard lamp DG005 is buckled on the lamp installation bracket DG006. Then connect the power line and signal control line of the point light source lamp DG004 or linear hard lamp DG005.

[0040] When designing the curtain wall, it is only necessary to widen the cross-sectional width of the curtain wall columns a little bit so that the lighting fixtures can be hidden and installed; this will not affect the architectural effect of the building facade during the day, but can also make the entire building facade light up at night (even achieving the effect of a media facade). This kind of design is what architects and lighting designers have always pursued: "seeing light without seeing the lamps."

[0041] The above description is only a preferred embodiment of the present invention and does not limit the technical scope of the present invention. Therefore, any slight modifications, equivalent changes and modifications made to the above embodiments based on the technical essence of the present invention are still within the scope of the technical solution of the present invention.

Claims

1. A multi-storey building facade curtain wall and night scene lighting integrated system, characterized in that: It comprises a curtain wall column (MQ001) and a curtain wall, wherein a night scene lighting fixture is installed in the expansion joint of the curtain wall column (MQ001), curtain wall heat insulation strips (MQ012) are provided on the curtain wall columns (MQ001) on both sides of the night scene lighting fixture to block heat conduction between the curtain wall glass buckle cover (MQ014) and the curtain wall column (MQ001), and curtain wall sealing strips (MQ009) are provided on the curtain wall heat insulation strips (MQ012) on both sides of the night scene lighting fixture; The night scene lighting fixture is a point light source fixture (DG004) or a linear hard lamp (DG005), and the point light source fixture (DG004) or the linear hard lamp (DG005) is connected to the curtain wall column (MQ001) through a fixing component; The fixing assembly comprises a lamp mounting auxiliary frame (DG002), a lamp mounting auxiliary frame base (DG008) and a lamp mounting bracket (DG006).

2. The integrated system of a multi-storey building facade curtain wall and night scene lighting according to claim 1, characterized in that: The night scene lighting fixture is installed with dedicated lighting wires and signal control wires (DG003). The dedicated lighting wires and signal control wires (DG003) are synchronously inserted into the corresponding embedded lighting wire pipes (DG001) when the curtain wall columns (MQ001) are installed on site. The embedded lighting wire pipes (DG001) must be synchronously installed into the curtain wall columns (MQ001) when the curtain wall columns (MQ001) are produced and processed, and the curtain wall silicone sealant (MQ008) is used to seal between the curtain wall columns (MQ001).

3. The integrated system of the facade curtain wall and night scene lighting of a multi-storey building according to claim 2, characterized in that: The embedded pipe (DG001) for lighting wiring is made of one of hard aluminum alloy, stainless steel pipe, soft plastic-coated stainless steel pipe or plastic-coated copper pipe.

4. The integrated system of the facade curtain wall and night scene lighting of a multi-storey building according to claim 2, characterized in that: It also includes a curtain wall aluminum alloy beam (MQ002), under which a curtain wall fireproof steel plate (MQ006), curtain wall thermal insulation rock wool (MQ004), curtain wall aluminum plate (MQ005) and curtain wall hollow glass (MQ003) are installed, and the lighting-specific wires and signal control wires (DG003) pass through the embedded pipe for lighting threading (DG001) to the outdoor side of the curtain wall column (MQ001).

5. A multi-storey building facade curtain wall and night scene lighting integrated system according to claim 2 or 4, characterized in that: The indoor side of the curtain wall column (MQ001) is provided with a process hole aluminum cover plate (MQ015), and the process hole aluminum cover plate (MQ015) is bonded and installed using a curtain wall special sealant (MQ007).

6. The integrated system of the facade curtain wall and night scene lighting of a multi-storey building according to claim 1, characterized in that: The point light source lamp (DG004) is fixedly mounted on the lamp mounting frame (DG002), the lamp mounting frame base (DG008) is mounted on the curtain wall column (MQ001), the lamp mounting frame (DG002) is snap-fitted onto the lamp mounting frame base (DG008); the linear rigid lamp (DG005) is snap-fitted onto the lamp mounting bracket (DG006).

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