A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Sound insulation window manufacturing technology
The invention belongs to the technical field of sound insulation window, in particular to a sound insulation window manufacturing technology. A glass window body and a glass border coating the periphery of the glass window body are included, the glass border is mounted on an inner side of a window frame in a sliding mode, the glass window body includes two glass boards and an energy absorption board, the glass board are located on two sides of the energy absorption board, and the energy absorption board is located on a middle position of the glass boards. The energy absorption board is arranged on an inner sides of the glass boards with vacuum chambers, the periphery of the energy absorption boards are fixed to sound insulation impedance glue, and the energy absorption board and the glassboards are connected in an elastic mode through the sound insulation impedance glue. When sound wave penetrates through the glass window body, the energy absorption board vibrates to absorb energy, transfer energy of the sound wave can be greatly reduced, sound wave located on a position of a window joint can be absorbed by a plurality of groups of energy absorption foil on sealing teeth, the energy of the sound wave is consumed, and the transfer efficiency of the sound wave is reduced so that transfer of the sound wave in the position of the window joint can be reduced.
本发明属于隔音窗户技术领域，尤其为一种隔音窗户的制造工艺，包括玻璃窗体以及包覆在玻璃窗体四周的玻璃边框，所述玻璃边框滑动安装在窗框内侧，所述玻璃窗体包括玻璃板和吸能板，所述玻璃板数量为两个，两个所述玻璃板位于所述吸能板的两侧，所述吸能板位于所述玻璃板的中间位置处；通过在一个带有真空腔的玻璃板内侧设置吸能板，其中吸能板的四周均固定于隔音阻尼胶内，且吸能板与玻璃板之间通过隔音阻尼胶弹性连接，当音波穿过玻璃窗体处时，吸能板震动吸收能量，可以大幅降低音波的传递能量，位于窗缝处的音波，会被密封齿上的多组吸能箔吸收，将音波的能量消耗掉，降低音波的传递效率，从而减少窗缝处音波的传递。
Sound insulation window manufacturing technology
The invention belongs to the technical field of sound insulation window, in particular to a sound insulation window manufacturing technology. A glass window body and a glass border coating the periphery of the glass window body are included, the glass border is mounted on an inner side of a window frame in a sliding mode, the glass window body includes two glass boards and an energy absorption board, the glass board are located on two sides of the energy absorption board, and the energy absorption board is located on a middle position of the glass boards. The energy absorption board is arranged on an inner sides of the glass boards with vacuum chambers, the periphery of the energy absorption boards are fixed to sound insulation impedance glue, and the energy absorption board and the glassboards are connected in an elastic mode through the sound insulation impedance glue. When sound wave penetrates through the glass window body, the energy absorption board vibrates to absorb energy, transfer energy of the sound wave can be greatly reduced, sound wave located on a position of a window joint can be absorbed by a plurality of groups of energy absorption foil on sealing teeth, the energy of the sound wave is consumed, and the transfer efficiency of the sound wave is reduced so that transfer of the sound wave in the position of the window joint can be reduced.
本发明属于隔音窗户技术领域，尤其为一种隔音窗户的制造工艺，包括玻璃窗体以及包覆在玻璃窗体四周的玻璃边框，所述玻璃边框滑动安装在窗框内侧，所述玻璃窗体包括玻璃板和吸能板，所述玻璃板数量为两个，两个所述玻璃板位于所述吸能板的两侧，所述吸能板位于所述玻璃板的中间位置处；通过在一个带有真空腔的玻璃板内侧设置吸能板，其中吸能板的四周均固定于隔音阻尼胶内，且吸能板与玻璃板之间通过隔音阻尼胶弹性连接，当音波穿过玻璃窗体处时，吸能板震动吸收能量，可以大幅降低音波的传递能量，位于窗缝处的音波，会被密封齿上的多组吸能箔吸收，将音波的能量消耗掉，降低音波的传递效率，从而减少窗缝处音波的传递。
Sound insulation window manufacturing technology
一种隔音窗户的制造工艺
ZHANG HONGYANG (author)
2020-09-29
Patent
Electronic Resource
Chinese
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES