CN211923176U - A ceiling plate installation structure - Google Patents

A ceiling plate installation structure Download PDF

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CN211923176U
CN211923176U CN201922182261.0U CN201922182261U CN211923176U CN 211923176 U CN211923176 U CN 211923176U CN 201922182261 U CN201922182261 U CN 201922182261U CN 211923176 U CN211923176 U CN 211923176U
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ceiling
plate
keel
cavity
installation structure
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王永根
赖圣场
朱快
杨大平
徐小勇
陈子豪
裴旭
徐廷博
张思琪
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Greentown Decoration Engineering Group Co Ltd
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Greentown Decoration Engineering Group Co Ltd
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Abstract

本实用新型涉及建筑装饰领域,提供了一种吊顶板铺装方便快捷,平整美观,并可有效防止吊顶板发生振动,安全可靠性高的吊顶板安装结构,解决了现有技术中存在的吊顶施工周期长,铺装过程费时费力,装修质量无法保证,且存在一定的安全隐患等的技术问题,它包括首尾相接的平铺在顶棚下方的若干块吊顶板,铺装后的吊顶板边沿通过集成窗帘盒或吊顶边角收口件固定在对应的墙体上,在所述相邻的吊顶板对接缝间夹设有龙骨,龙骨吊装在顶棚上,龙骨的下端部分别顺沿两侧的吊顶板向外延伸形成水平撑板,在吊顶板上方对应的龙骨上横向贯穿着可上下滑动的压板,压板的两端延伸至龙骨外并将吊顶板弹性压装在水平撑板上。

Figure 201922182261

The utility model relates to the field of architectural decoration, provides a ceiling panel installation structure which is convenient and quick to install, flat and beautiful, can effectively prevent the ceiling panel from vibrating, and has high safety and reliability. The construction period is long, the paving process is time-consuming and labor-intensive, the decoration quality cannot be guaranteed, and there are certain technical problems such as potential safety hazards. It is fixed on the corresponding wall through the integrated curtain box or the corner closing piece of the ceiling, and a keel is sandwiched between the butt joints of the adjacent ceiling panels. The ceiling plate extends outward to form a horizontal support plate, and a pressure plate that can slide up and down is horizontally penetrated on the corresponding keel above the ceiling plate.

Figure 201922182261

Description

一种吊顶板安装结构A ceiling plate installation structure

技术领域technical field

本实用新型涉及建筑装饰领域,尤其涉及一种吊顶板铺装方便快捷,平整美观,并可有效防止吊顶板发生振动,安全可靠性高的吊顶板安装结构。The utility model relates to the field of architectural decoration, in particular to a ceiling panel installation structure with high safety and reliability, which is convenient and quick to install, flat and beautiful, can effectively prevent the ceiling panel from vibrating.

背景技术Background technique

吊顶在现代建筑装饰中是不可或缺的一部分,其主要功能是美化家居环境,以及用于支撑或安装相关装饰物等,现有的吊顶施工,一般是在吊顶板上方设置若干水平木龙骨,吊杆的上端固定在顶棚上,吊杆的下端连接水平木龙骨,吊顶板再固定在水平木龙骨上,期间需要现场加工制作,不仅施工过程复杂,费时费力,成本高,吊顶平整性差,吊顶装修质量无法保证。为了简化铺装工序,提高吊顶铺装质量和效率,人们又开始使用轻钢龙骨,吊顶铺装时,将吊顶板的边沿分别搭挂在对应侧的轻钢龙骨上,虽然简化了吊顶铺装结构,提高了吊顶板的铺装效率,但该结构中,由于吊顶板仅靠重力平铺搭挂在轻钢龙骨上,因此使用过程中时常发生伴随气流变化吊顶板出现上下起伏振动的现象,不仅存在异响,也对相关零部件的强度提出更高的要求,同时还直接影响安全可靠性,存在一定的安全隐患。The suspended ceiling is an indispensable part of modern architectural decoration. Its main function is to beautify the home environment and to support or install related decorations. In the existing suspended ceiling construction, generally a number of horizontal wooden keels are set above the suspended ceiling board. The upper end of the suspender is fixed on the ceiling, the lower end of the suspender is connected to the horizontal wooden keel, and the ceiling plate is then fixed on the horizontal wooden keel. During the period, it needs to be processed on site. Not only is the construction process complicated, time-consuming and laborious, and the cost is high. The quality of the decoration cannot be guaranteed. In order to simplify the paving process and improve the quality and efficiency of ceiling paving, people begin to use light steel keels. When the ceiling is paved, the edges of the ceiling panels are hung on the light steel keels on the corresponding sides, although the ceiling paving is simplified. The structure improves the paving efficiency of the ceiling panel, but in this structure, since the ceiling panel is only laid and hung on the light steel keel by gravity, the up and down vibration of the ceiling panel with the change of airflow often occurs during use. Not only does abnormal noise exist, but it also puts forward higher requirements on the strength of related components, and also directly affects safety and reliability, and there are certain safety hazards.

发明内容SUMMARY OF THE INVENTION

本实用新型主要是提供了一种吊顶板铺装方便快捷,平整美观,并可有效防止吊顶板发生振动,安全可靠性高的吊顶板安装结构,解决了现有技术中存在的吊顶施工周期长,铺装过程费时费力,装修质量无法保证,且存在一定的安全、质量隐患等的技术问题。The utility model mainly provides a ceiling panel installation structure which is convenient and quick to install, flat and beautiful, can effectively prevent the ceiling panel from vibrating, and has high safety and reliability, and solves the problem of long ceiling construction period in the prior art. , the paving process is time-consuming and labor-intensive, the quality of the decoration cannot be guaranteed, and there are certain technical problems such as safety and quality hidden dangers.

本实用新型的上述技术问题主要是通过下述技术方案得以解决的:一种吊顶板安装结构,包括首尾相接的平铺在顶棚下方的若干块吊顶板,铺装后的吊顶板边沿通过集成窗帘盒或吊顶边角收口件固定在对应的墙体上,在所述相邻的吊顶板对接缝间夹设有龙骨,龙骨吊装在顶棚上,龙骨的下端部分别顺沿两侧的吊顶板向外延伸形成水平撑板,在吊顶板上方对应的龙骨上横向贯穿着可上下滑动的压板,压板的两端延伸至龙骨外并将吊顶板弹性压装在水平撑板上。靠近墙体的吊顶板外边沿固定在集成窗帘盒或吊顶边角收口件上,对于相邻的吊顶板对接缝间夹持着吊装在顶棚上的龙骨,龙骨底面的两侧形成用于支撑吊顶板的水平撑板,又在吊顶板上方对应龙骨横向设置压板,压板的两端延伸出龙骨外并可上下滑动,吊顶板的边沿搭挂在水平撑板上后,压板弹性向下滑动,从而使吊顶板边沿弹性的夹持固定在压板与水平撑板间,吊顶铺装结构简单,吊顶板铺装时只需拉动压板向上,使吊顶板边沿搭在对应侧的水平撑板上,再松开压板,压板即在弹力作用下向下滑动并将吊顶板弹性压装在水平撑板上,集成度高,铺装过程省时省力、拆装方便快捷,吊顶铺装后一致性和平整度好,吊顶板边沿弹性夹持固定,安全可靠性高,可有效避免起伏振动,装修质量得到保证。The above-mentioned technical problems of the present invention are mainly solved by the following technical solutions: a ceiling panel installation structure, including several ceiling panels that are connected end to end and laid flat under the ceiling, and the edges of the ceiling panels after the installation are integrated by integrating The curtain box or the corner closing parts of the ceiling are fixed on the corresponding walls, and keels are sandwiched between the butt joints of the adjacent ceiling panels. The keels are hung on the ceiling, and the lower ends of the keels are along the ceilings on both sides respectively The plate extends outward to form a horizontal support plate, and a pressure plate that can slide up and down is transversely penetrated on the corresponding keel above the ceiling plate. The outer edge of the ceiling panel close to the wall is fixed on the integrated curtain box or the corner closing piece of the ceiling, and the keel suspended on the ceiling is clamped between the butt joints of the adjacent ceiling panels, and the two sides of the bottom surface of the keel are formed for supporting The horizontal support plate of the ceiling board is arranged with a pressure plate horizontally above the ceiling board corresponding to the keel. Both ends of the pressure plate extend out of the keel and can slide up and down. Therefore, the edge of the ceiling board is elastically clamped and fixed between the pressure plate and the horizontal support plate, and the ceiling paving structure is simple. When the ceiling board is installed, it is only necessary to pull the pressure plate upward, so that the edge of the ceiling board is placed on the horizontal support plate on the corresponding side, and then the ceiling board is installed. Release the pressure plate, the pressure plate slides down under the action of elasticity, and the ceiling plate is elastically pressed onto the horizontal support plate. The integration is high, the installation process saves time and labor, the disassembly and assembly are convenient and quick, and the ceiling is consistent and flat after installation. The edge of the ceiling board is elastically clamped and fixed, with high safety and reliability, which can effectively avoid fluctuation and vibration, and the decoration quality is guaranteed.

也可以通过中部向上凸起的压板实现弹性下压,作为优选,与所述压板对应的龙骨内形成空腔,在压板上方对应的空腔内设有可推动压板向下滑动的压簧。空腔可减小龙骨重量,节省原材料;通过在空腔内设置压簧,不仅充分利用了龙骨的内部空间,且通过压簧弹性下压时,可确保下压弹力保持持续有效,并可根据吊顶板厚度适当调节和选用不同规格的压簧。The elastic downward pressure can also be achieved by the upwardly protruding pressure plate in the middle. Preferably, a cavity is formed in the keel corresponding to the pressure plate, and a compression spring that can push the pressure plate to slide downward is provided in the corresponding cavity above the pressure plate. The cavity can reduce the weight of the keel and save raw materials; by arranging the compression spring in the cavity, not only the internal space of the keel is fully utilized, but also when the compression spring is elastically pressed down, it can ensure that the downward pressing force remains effective and can be adjusted according to the The thickness of the ceiling plate is properly adjusted and compression springs of different specifications are selected.

作为更优选,在所述压簧上穿插着拉杆,拉杆的上端延伸至压簧端面外并连接在拉板上,拉杆的下端延伸至压板底面的下方并连接在调节螺母上。压簧内穿插着拉杆,拉杆的两端分别固定在拉板和压板上,通过旋进或旋出拉杆下端的调节螺母,即可调节压簧的压紧力,方便吊顶板铺装。More preferably, a pull rod is inserted through the compression spring, the upper end of the pull rod extends out of the end face of the compression spring and is connected to the pull plate, and the lower end of the pull rod extends to the bottom of the pressure plate and is connected to the adjusting nut. The compression spring is interspersed with a pull rod, and the two ends of the pull rod are respectively fixed on the pull plate and the pressure plate.

作为更优选,所述空腔下方对应龙骨底面向上延伸形成开口槽,在开口槽底面上设有导通于空腔的螺母过孔。通过设置螺母过孔,方便吊顶板铺装以及铺装后的压簧压紧力调节。As a more preferable example, an open groove is formed by extending upwards corresponding to the bottom surface of the keel below the cavity, and a nut through hole that is connected to the cavity is provided on the bottom surface of the open groove. By setting the nut through hole, it is convenient to install the ceiling slab and adjust the pressing force of the compression spring after the installation.

作为更优选,在所述开口槽内铺装有LED光带,在开口槽的开口端上罩装有光带罩壳。LED光带起到照明作用,增加室内光亮度,并在一定程度上可减少室内灯具布设,节约装修成本;光带罩壳可掩饰吊顶板对接缝,起到美化装饰效果。More preferably, LED light strips are laid in the open groove, and a light strip cover is covered on the open end of the open groove. LED light strips play a role in lighting, increase indoor brightness, and to a certain extent, reduce the layout of indoor lamps and save decoration costs; the light strip cover can hide the butt joints of the ceiling panels and beautify the decoration effect.

作为更优选,在所述龙骨的顶面上设有导通于空腔的通槽,在通槽内互配插接着吊装挂片,空腔内对应的吊装挂片向两侧延伸形成可钩挂住通槽两侧边沿的钩板,空腔外的吊装挂片固定在顶棚上。在龙骨的顶面上沿长度方向设置导通于空腔的通槽,通槽的两端又导通于龙骨的端面,龙骨固定时,只需将事先固定在顶棚上的吊装挂片下端自龙骨一侧端面向内滑入,使钩板钩挂住通槽两侧边沿即可实现龙骨的快速安装,结构简单,安装方便。More preferably, a through groove is provided on the top surface of the keel that is connected to the cavity, the hoisting hanging pieces are mutually matched and inserted in the through groove, and the corresponding hoisting hanging pieces in the cavity extend to both sides to form hooks. The hook plates on both sides of the through groove are hung, and the hanging hanging pieces outside the cavity are fixed on the ceiling. On the top surface of the keel, a through groove is arranged along the length direction that is connected to the cavity, and both ends of the through groove are connected to the end face of the keel. One end of the keel slides inwardly, so that the hook plate hooks hang on the edges of both sides of the through groove to realize the rapid installation of the keel, the structure is simple, and the installation is convenient.

作为优选,所述压板互配的滑动连接在龙骨的纵向滑槽内,且当压板压紧吊顶板时,压板与纵向滑槽的底面间带有间隙。间隙可满足不同厚度的吊顶板铺装要求,扩大铺装需求范围。Preferably, the pressure plates are slidably connected to each other in the longitudinal chute of the keel, and when the pressure plate presses the ceiling plate, there is a gap between the pressure plate and the bottom surface of the longitudinal chute. The gap can meet the paving requirements of ceiling slabs of different thicknesses and expand the range of paving requirements.

作为优选,所述龙骨外的压板与对应的水平撑板等长。龙骨外的压板与对应侧的水平撑板保持等长时,可使吊顶板的上下夹紧力一致,确保吊顶板可靠固定。Preferably, the pressure plate outside the keel is the same length as the corresponding horizontal support plate. When the pressure plate outside the keel is kept the same length as the horizontal support plate on the corresponding side, the upper and lower clamping forces of the ceiling plate can be made consistent to ensure the reliable fixation of the ceiling plate.

因此,本实用新型的一种吊顶板安装结构具有下述优点:采用铝型材龙骨,资源可再生,重量轻,强度高,安全环保;无需现场施工,吊顶铺装为装配式工艺,省时省力,安装方便快捷,平整度高,装修一致性好,保证了装修质量;吊顶板边沿采用夹紧式快速定位,有效的防止了吊顶板铺装后发生振动现象,安全可靠。Therefore, the ceiling plate installation structure of the present invention has the following advantages: the use of aluminum profile keel, renewable resources, light weight, high strength, safety and environmental protection; no need for on-site construction, and the ceiling paving is a prefabricated process, saving time and effort , The installation is convenient and fast, the flatness is high, the decoration consistency is good, and the decoration quality is guaranteed; the edge of the ceiling panel adopts a clamp-type quick positioning, which effectively prevents the vibration phenomenon after the ceiling panel is installed, which is safe and reliable.

附图说明:Description of drawings:

图1是本实用新型一种吊顶板安装结构的结构示意图;Fig. 1 is a structural schematic diagram of a ceiling plate installation structure of the present invention;

图2是图1所示B处的放大图;Fig. 2 is the enlarged view of B shown in Fig. 1;

图3是图1所示A处的放大图;Fig. 3 is the enlarged view of the place A shown in Fig. 1;

图4是图1所示C处的放大图。FIG. 4 is an enlarged view of the position C shown in FIG. 1 .

具体实施方式:Detailed ways:

下面通过实施例,并结合附图,对本实用新型的技术方案作进一步具体的说明。The technical solutions of the present utility model will be further described in detail below through embodiments and in conjunction with the accompanying drawings.

实施例:Example:

如图1所示,本实用新型的一种吊顶板安装结构,包括首尾相接的平铺在顶棚1下方的若干块吊顶板2,铺装后靠近墙体4的吊顶板2边沿通过集成窗帘盒3或吊顶边角收口件5固定在对应的墙体4上,其中的集成窗帘盒3固定在窗口上方的墙体4上,吊顶边角收口件5固定在其余的墙体4上,如图3所示,集成窗帘盒3为一体成型的铝型材,它包括平铺在顶棚1下方的顶板31,顶板31的下表面向下延伸形成两条平行的窗帘轨道32,与窗口相对并与窗帘轨道32延伸方向平行的顶板31一端向下延伸形成挂板34,挂板34的表面又水平向外延伸形成若干条凸条,凸条间相互平行且由上至下均匀分布,与窗帘轨道32相对的挂板34外侧面下方又水平向外延伸形成吊顶板定位夹板35,吊顶板定位夹板35下方对应的挂板34的底端一体式连接着L形的吊顶板顶板36,吊顶板2边沿互配插接在吊顶板定位夹板35与吊顶板顶板36间,与挂板34相对的顶板31另一端向上一体式延伸平贴在墙体4表面上,两条平行的窗帘轨道32间对应的顶板31上表面又向上延伸形成吊杆连接槽33,吊杆连接槽33为T形通槽。如图4所示,吊顶边角收口件5为一体成型的铝型材,它包括平铺在顶棚1下方的边角水平撑板51,与墙体4对应的边角水平撑板51一端一体式向上延伸形成边角立板52,边角立板52平贴固定在墙体4的表面上,边角水平撑板51的底面中部向下一体式延伸形成L形的边角托板53,吊顶板2边沿互配插接在边角水平撑板51和边角托板53间。如图2所示,在相邻的吊顶板2对接缝间夹装着龙骨6,龙骨6为一体成型、横截面为长方形的铝型材,龙骨6的上端通过吊杆16吊装在顶棚1上,龙骨6的两侧长边平行夹持在相邻的吊顶板2间,龙骨6的下端部两侧分别顺沿两侧的吊顶板2向外延伸形成水平撑板61,在龙骨6的上部形成空腔62,与吊顶板2对应的空腔62两侧壁面上分别开有纵向滑槽17,且纵向滑槽17相对龙骨6的纵向中分面对称设置,在两个纵向滑槽17间横向贯穿着压板7,压板7的两端分别延伸至龙骨6外并可互配的沿纵向滑槽17上下滑动,且龙骨6外的压板7与对应的水平撑板61等长,在压板7上方对应的空腔62内装有可推动压板7向下滑动并压装在吊顶板2上表面的压簧8,在压簧8的中孔内穿插着拉杆9,拉杆9的上端延伸至压簧8端面外并一体式连接在拉板10上,拉杆9的下端穿过压板7后连接在调节螺母11上,当压板7压紧吊顶板2时,压板7与纵向滑槽17的底面间带有间隙18。空腔62下方对应龙骨6底面向上延伸形成开口槽63,开口槽63横截面为方形,在开口槽63底面上开有导通于空腔62的螺母过孔64,在开口槽63内铺装固定着LED光带12,在开口槽63的开口端上罩装着透明或半透明的光带罩壳13,光带罩壳13的中部通过左、右两个支脚弹性卡接在开口槽63的两个侧壁面上,光带罩壳13的两侧边沿包罩在两侧的水平撑板61外,在龙骨6的顶面中部沿长度方向开有通槽14,通槽14的下端导通于空腔62,在通槽14内互配插接着吊装挂片15,空腔62内对应的吊装挂片15向两侧一体式延伸形成可钩挂住通槽14两侧边沿的钩板151,空腔62外的吊装挂片15向上延伸后固定在吊杆16下端部的连接槽片161上。As shown in FIG. 1 , a ceiling panel installation structure of the present invention includes several ceiling panels 2 that are connected end to end and laid flat under the ceiling 1 . The box 3 or the corner closing piece 5 of the ceiling is fixed on the corresponding wall 4, the integrated curtain box 3 is fixed on the wall 4 above the window, and the corner closing piece 5 of the ceiling is fixed on the other walls 4, such as As shown in FIG. 3, the integrated curtain box 3 is an integrally formed aluminum profile, which includes a top plate 31 laid flat under the ceiling 1, and the lower surface of the top plate 31 extends downward to form two parallel curtain rails 32, which are opposite to the window and opposite to the window. One end of the top plate 31 parallel to the extension direction of the curtain track 32 extends downward to form a hanging plate 34, and the surface of the hanging plate 34 extends horizontally outward to form a number of protruding strips. The protruding strips are parallel to each other and evenly distributed from top to bottom. 32 The lower side of the opposite hanging plate 34 extends horizontally outward to form a ceiling plate positioning splint 35. The bottom end of the corresponding hanging plate 34 below the ceiling plate positioning splint 35 is integrally connected to the L-shaped ceiling plate top plate 36. The ceiling plate 2 The edges are mutually matched and inserted between the ceiling plate positioning splint 35 and the ceiling plate top plate 36. The other end of the ceiling plate 31 opposite to the hanging plate 34 extends upward and is flat on the surface of the wall 4. The two parallel curtain rails 32 correspond to each other. The upper surface of the top plate 31 extends upward to form a hanger rod connecting groove 33, and the hanger rod connecting groove 33 is a T-shaped through groove. As shown in FIG. 4 , the ceiling corner closing member 5 is an integrally formed aluminum profile, which includes a corner horizontal support plate 51 laid flat under the ceiling 1 , and one end of the corner horizontal support plate 51 corresponding to the wall body 4 is integral The corner vertical plate 52 is formed by extending upward, and the corner vertical plate 52 is flatly fixed on the surface of the wall body 4. The bottom surface of the corner horizontal support plate 51 is integrally extended downward to form an L-shaped corner support plate 53, and the ceiling is suspended. The edge of the board 2 is inserted between the corner horizontal support plate 51 and the corner support plate 53 . As shown in Figure 2, a keel 6 is sandwiched between the butt joints of the adjacent ceiling panels 2. The keel 6 is an integrally formed aluminum profile with a rectangular cross-section. The long sides of both sides of the keel 6 are clamped in parallel between the adjacent ceiling panels 2, and the two sides of the lower end of the keel 6 extend outward along the ceiling panels 2 on both sides to form horizontal support plates 61, which are formed on the upper part of the keel 6. In the cavity 62 , longitudinal slide grooves 17 are respectively opened on the two side walls of the cavity 62 corresponding to the ceiling plate 2 , and the longitudinal slide grooves 17 are symmetrically arranged relative to the longitudinal middle plane of the keel 6 , between the two longitudinal slide grooves 17 The pressure plate 7 is transversely penetrated, and the two ends of the pressure plate 7 respectively extend to the outside of the keel 6 and can be mutually matched to slide up and down along the longitudinal chute 17, and the pressure plate 7 outside the keel 6 is the same length as the corresponding horizontal support plate 61. The upper corresponding cavity 62 is equipped with a compression spring 8 that can push the pressing plate 7 to slide down and press-fit on the upper surface of the ceiling plate 2. A pull rod 9 is inserted in the middle hole of the compression spring 8, and the upper end of the pull rod 9 extends to the compression spring. 8. The end face is outside and is integrally connected to the pull plate 10. The lower end of the pull rod 9 passes through the pressure plate 7 and is connected to the adjusting nut 11. When the pressure plate 7 presses the ceiling plate 2, the belt between the pressure plate 7 and the bottom surface of the longitudinal chute 17 There are gaps 18. Below the cavity 62, the bottom surface of the keel 6 extends upward to form an open groove 63. The cross-section of the open groove 63 is square. On the bottom surface of the open groove 63, there is a nut through hole 64 that leads to the cavity 62 and is paved in the open groove 63. The LED light strip 12 is fixed, and a transparent or translucent light strip cover 13 is covered on the open end of the opening slot 63. On the two side walls, the two edges of the light strip cover 13 are covered outside the horizontal support plates 61 on both sides, and a through slot 14 is opened in the middle of the top surface of the keel 6 along the length direction, and the lower end of the through slot 14 is conductive. In the cavity 62 , the hoisting hanging pieces 15 are mutually matched and inserted in the through groove 14 , and the corresponding hoisting hanging pieces 15 in the cavity 62 are integrally extended to both sides to form hook plates 151 that can be hooked to both sides of the through groove 14 . , the hoisting hanging piece 15 outside the cavity 62 extends upward and is fixed on the connecting groove piece 161 at the lower end of the suspending rod 16 .

本文中所描述的具体实施例仅仅是对本实用新型的构思作举例说明。本实用新型所属技术领域的技术人员可以对所描述的具体实施例做各种各样的修改或补充或采用类似的方式替代,但并不会偏离本实用新型的精神或者超越所附权利要求书所定义的范围。The specific embodiments described herein are merely illustrative of the concepts of the present invention. Those skilled in the art of the present invention can make various modifications or supplements to the described specific embodiments or replace them in similar ways, but will not deviate from the spirit of the present invention or go beyond the appended claims the defined range.

Claims (8)

1. The utility model provides a furred ceiling board mounting structure, includes a plurality of furred ceiling board (2) of head-to-tail tiling in ceiling (1) below, and furred ceiling board (2) border after mating formation is fixed on wall body (4) that correspond through integrated curtain box (3) or furred ceiling corner receipts piece (5), its characterized in that: the utility model discloses a ceiling structure, including ceiling board (2), fossil fragments (6) are equipped with between adjacent ceiling board (2) butt joint, fossil fragments (6) hoist and mount on ceiling (1), and the lower tip of fossil fragments (6) is respectively outwards extended along ceiling board (2) of both sides along forming horizontal fagging (61), and transversely runs through gliding clamp plate (7) from top to bottom on the fossil fragments (6) that correspond in ceiling board (2) top, and the both ends of clamp plate (7) extend to outside fossil fragments (6) and with ceiling board (2) elasticity pressure equipment on horizontal fagging (61).
2. A ceiling tile installation structure according to claim 1, wherein: a cavity (62) is formed in the keel (6) corresponding to the pressing plate (7), and a pressure spring (8) capable of pushing the pressing plate (7) to slide downwards is arranged in the cavity (62) corresponding to the upper part of the pressing plate (7).
3. A ceiling tile installation structure according to claim 2, wherein: a pull rod (9) penetrates through the pressure spring (8), the upper end of the pull rod (9) extends out of the end face of the pressure spring (8) and is connected to a pull plate (10), and the lower end of the pull rod (9) extends to the lower portion of the bottom face of the pressing plate (7) and is connected to an adjusting nut (11).
4. A ceiling tile installation structure according to claim 2, wherein: an opening groove (63) is formed by upward extending the bottom surface of the keel (6) corresponding to the lower part of the cavity (62), and a nut through hole (64) communicated with the cavity (62) is formed in the bottom surface of the opening groove (63).
5. A ceiling tile installation structure according to claim 4, wherein: an LED light band (12) is laid in the open slot (63), and a light band cover shell (13) is covered on the open end of the open slot (63).
6. A ceiling tile installation structure according to claim 2, wherein: the ceiling hanging structure is characterized in that a through groove (14) communicated with a cavity (62) is formed in the top surface of the keel (6), the hanging pieces (15) are inserted into the through groove (14) in an inter-matched mode, the corresponding hanging pieces (15) in the cavity (62) extend towards two sides to form hook plates (151) capable of hooking edges of two sides of the through groove (14), and the hanging pieces (15) outside the cavity (62) are fixed on the ceiling (1).
7. A ceiling tile installation structure according to claim 1, wherein: the pressing plate (7) is mutually matched and is slidably connected in a longitudinal sliding groove (17) of the keel (6), and when the pressing plate (7) presses the suspended ceiling plate (2), a gap (18) is formed between the pressing plate (7) and the bottom surface of the longitudinal sliding groove (17).
8. A ceiling tile installation structure according to claim 1, wherein: the pressing plate (7) outside the keel (6) is as long as the corresponding horizontal supporting plate (61).
CN201922182261.0U 2019-12-06 2019-12-06 A ceiling plate installation structure Expired - Fee Related CN211923176U (en)

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Application Number Priority Date Filing Date Title
CN201922182261.0U CN211923176U (en) 2019-12-06 2019-12-06 A ceiling plate installation structure

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111576712A (en) * 2019-12-06 2020-08-25 绿城装饰工程集团有限公司 Ceiling board mounting structure and ceiling board paving method with same
CN113293910A (en) * 2021-06-04 2021-08-24 浙江亚厦装饰股份有限公司 Novel connecting structure for suspended ceiling king-shaped parts

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111576712A (en) * 2019-12-06 2020-08-25 绿城装饰工程集团有限公司 Ceiling board mounting structure and ceiling board paving method with same
CN113293910A (en) * 2021-06-04 2021-08-24 浙江亚厦装饰股份有限公司 Novel connecting structure for suspended ceiling king-shaped parts

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