A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated heat preservation and sound insulation layer
The invention discloses a heat-preservation and sound-insulation layer, and particularly relates to a processing and manufacturing method of an assembly type heat-preservation and sound-insulation layer, which is characterized in that a bearing surface layer and a high-strength compression-resistant heat-preservation and sound-insulation board functional layer are compounded and processed together through an adhesive to manufacture a required assembly type heat-preservation and sound-insulation board product. Wherein the functional layer, namely the high-strength compression-resistant heat-preservation and sound-insulation plate, is processed and formed through a mold, a concave structure parallel to a combination surface is arranged on the combination surface of the functional layer and the bearing surface layer, the inner diameter size of the concave structure is consistent with the overall dimension of the bearing surface layer, and the bearing surface layer can be nested in the concave structure. The periphery of the concave structure can wrap part of the thickness of the bearing surface layer. When two assembly type heat preservation and sound insulation plates are spliced together, a groove with the same size is formed between bearing surface layers of the two assembly type heat preservation and sound insulation plates, and the assembly type heat preservation and sound insulation plates can be bonded into a whole and form a wrapping damping structure wrapping the edges of the bearing surface layers by filling the groove with an elastic sealing material. Noise vibration can be prevented from spreading among the plates. The fabricated thermal insulation and sound insulation board manufactured by the method is accurate in plate component positioning, high in production efficiency, quick, simple, convenient and efficient in installation and use, and beneficial to improving the building quality, improving the productivity level and improving the energy-saving and sound insulation performance of the building.
本发明公开了一种保温隔音层，特别是一种装配式保温隔音层的加工制作方法，通过胶粘剂将承载面层和高强度抗压保温隔音板功能层复合加工在一起，制成所需的装配式保温隔音板产品。其中功能层也就是高强度抗压型保温隔音板通过模具加工成形，在功能层上与承载面层的结合面设置平行于结合面的凹陷结构，凹陷结构的内径尺寸与承载面层的外廓尺寸一致，承载面层可以嵌套于所述的凹陷结构内，凹陷结构周边能够包裹住部分承载面层的厚度。两片装配式保温隔音板拼接在一起时，两片装配式保温隔音板承载面层之间形成一条尺寸一致的沟槽，采用弹性密封材料填充沟槽即可将装配式保温隔音板粘结形成一个整体并形成一个包裹住承载面层边缘的包覆阻尼结构，能够抑制噪声振动在板块之间传播扩散。采用这种方法制作装配式保温隔音板，其板块部件定位准确，生产效率高，安装使用快速简便高效，有利于提高建筑物品质提高生产力水平提升建筑物节能隔音性能。
Fabricated heat preservation and sound insulation layer
The invention discloses a heat-preservation and sound-insulation layer, and particularly relates to a processing and manufacturing method of an assembly type heat-preservation and sound-insulation layer, which is characterized in that a bearing surface layer and a high-strength compression-resistant heat-preservation and sound-insulation board functional layer are compounded and processed together through an adhesive to manufacture a required assembly type heat-preservation and sound-insulation board product. Wherein the functional layer, namely the high-strength compression-resistant heat-preservation and sound-insulation plate, is processed and formed through a mold, a concave structure parallel to a combination surface is arranged on the combination surface of the functional layer and the bearing surface layer, the inner diameter size of the concave structure is consistent with the overall dimension of the bearing surface layer, and the bearing surface layer can be nested in the concave structure. The periphery of the concave structure can wrap part of the thickness of the bearing surface layer. When two assembly type heat preservation and sound insulation plates are spliced together, a groove with the same size is formed between bearing surface layers of the two assembly type heat preservation and sound insulation plates, and the assembly type heat preservation and sound insulation plates can be bonded into a whole and form a wrapping damping structure wrapping the edges of the bearing surface layers by filling the groove with an elastic sealing material. Noise vibration can be prevented from spreading among the plates. The fabricated thermal insulation and sound insulation board manufactured by the method is accurate in plate component positioning, high in production efficiency, quick, simple, convenient and efficient in installation and use, and beneficial to improving the building quality, improving the productivity level and improving the energy-saving and sound insulation performance of the building.
本发明公开了一种保温隔音层，特别是一种装配式保温隔音层的加工制作方法，通过胶粘剂将承载面层和高强度抗压保温隔音板功能层复合加工在一起，制成所需的装配式保温隔音板产品。其中功能层也就是高强度抗压型保温隔音板通过模具加工成形，在功能层上与承载面层的结合面设置平行于结合面的凹陷结构，凹陷结构的内径尺寸与承载面层的外廓尺寸一致，承载面层可以嵌套于所述的凹陷结构内，凹陷结构周边能够包裹住部分承载面层的厚度。两片装配式保温隔音板拼接在一起时，两片装配式保温隔音板承载面层之间形成一条尺寸一致的沟槽，采用弹性密封材料填充沟槽即可将装配式保温隔音板粘结形成一个整体并形成一个包裹住承载面层边缘的包覆阻尼结构，能够抑制噪声振动在板块之间传播扩散。采用这种方法制作装配式保温隔音板，其板块部件定位准确，生产效率高，安装使用快速简便高效，有利于提高建筑物品质提高生产力水平提升建筑物节能隔音性能。
Fabricated heat preservation and sound insulation layer
一种装配式保温隔音层
LI HONGCHANG (author)
2024-05-03
Patent
Electronic Resource
Chinese
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