A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Floating floor for equipment layer and construction method of floating floor
The invention discloses a floating floor for an equipment layer and a construction method of the floating floor. The floating structure sequentially comprises a noise elimination and vibration isolation layer, a steel plate layer, an impermeable film layer and a reinforced concrete surface layer which are arranged on a structural floor slab, and a surrounding edge vibration isolation pad which is arranged on the structural floor slab of the equipment layer along the edge of a wall body from bottom to top, the thickness of the surrounding edge vibration isolation pad is equal to the sum of the thicknesses of the silencing vibration isolation layer, the steel plate layer, the impermeable film layer and the reinforced concrete surface layer; the noise elimination and vibration isolation layer comprises noise elimination cotton and vibration isolation blocks, the noise elimination cotton is arranged on the structural floor slab and located in the surrounding edge vibration isolation cushion, the vibration isolation blocks are evenly distributed and embedded in the noise elimination cotton, and the thickness of the noise elimination plate is consistent with that of the vibration isolation blocks. The influence of vibration generated by equipment on the floating floor on vibration and noise of up-down and left-right adjacent environments can be reduced or eliminated.
本发明公开一种用于设备层的浮筑地坪及其施工方法，该浮筑结构由下至上依次包括设置在结构楼板上的消声隔振层、钢板层、防渗膜层和钢筋混凝土面层以及沿墙体边沿设置在设备层的结构楼板上的围边隔振垫，所述围边隔振垫的厚度等于所述消声隔振层、钢板层、防渗膜层和钢筋混凝土面层的厚度之和；所述消声隔振层包括设置在结构楼板上位于所述围边隔振垫之内的消声棉，以及均匀分布嵌入设置在所述消声棉中的隔振块，所述消声板与所述隔振块的厚度相一致。本发明能够降低或者消除浮筑地坪上的设备产生的振动对上下左右相邻环境的振动及噪音的影响。
Floating floor for equipment layer and construction method of floating floor
The invention discloses a floating floor for an equipment layer and a construction method of the floating floor. The floating structure sequentially comprises a noise elimination and vibration isolation layer, a steel plate layer, an impermeable film layer and a reinforced concrete surface layer which are arranged on a structural floor slab, and a surrounding edge vibration isolation pad which is arranged on the structural floor slab of the equipment layer along the edge of a wall body from bottom to top, the thickness of the surrounding edge vibration isolation pad is equal to the sum of the thicknesses of the silencing vibration isolation layer, the steel plate layer, the impermeable film layer and the reinforced concrete surface layer; the noise elimination and vibration isolation layer comprises noise elimination cotton and vibration isolation blocks, the noise elimination cotton is arranged on the structural floor slab and located in the surrounding edge vibration isolation cushion, the vibration isolation blocks are evenly distributed and embedded in the noise elimination cotton, and the thickness of the noise elimination plate is consistent with that of the vibration isolation blocks. The influence of vibration generated by equipment on the floating floor on vibration and noise of up-down and left-right adjacent environments can be reduced or eliminated.
本发明公开一种用于设备层的浮筑地坪及其施工方法，该浮筑结构由下至上依次包括设置在结构楼板上的消声隔振层、钢板层、防渗膜层和钢筋混凝土面层以及沿墙体边沿设置在设备层的结构楼板上的围边隔振垫，所述围边隔振垫的厚度等于所述消声隔振层、钢板层、防渗膜层和钢筋混凝土面层的厚度之和；所述消声隔振层包括设置在结构楼板上位于所述围边隔振垫之内的消声棉，以及均匀分布嵌入设置在所述消声棉中的隔振块，所述消声板与所述隔振块的厚度相一致。本发明能够降低或者消除浮筑地坪上的设备产生的振动对上下左右相邻环境的振动及噪音的影响。
Floating floor for equipment layer and construction method of floating floor
一种用于设备层的浮筑地坪及其施工方法
SUN QIYU (author) / XUE JUN (author) / YUAN HEGUO (author) / ZHANG TAO (author) / XIANG JUNJIE (author)
2022-09-09
Patent
Electronic Resource
Chinese
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