A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a track isolator anti-vibration structure. The track isolator anti-vibration structure comprises an anti-vibration structure body, a sealing plate, a bottom table, a side vibration insulation structure, a stabilizing structure, a vibration insulation plate and vibration absorption springs, wherein the sealing plate is installed on the surface of the anti-vibration structurebody in a sealed mode, the bottom table is welded to the bottom end of the anti-vibration structure body, the side vibration insulation structure is welded to the bottom end of the interior of the anti-vibration structure body, the stabilizing structure is welded to the surface of the side vibration insulation structure, the vibration insulation plate is welded to the upper end of the stabilizingstructure, and the vibration absorption springs are welded to the surface of the vibration insulation plate. According to the track isolator anti-vibration structure, through the arrangement of the vibration insulation plate, the side vibration insulation structure and the stabilizing structure, matched work is formed through a rigid structure and a flexible buffer structure, and stable noise reduction and vibration absorption work is brought to a user.
本发明提供一种轨道隔离器抗震结构，包括抗震结构，密封板，底台，侧部隔震结构，稳固结构，隔震板和吸震弹簧，所述抗震结构的表面密封安装有密封板，且抗震结构的底端焊接有底台，该抗震结构的内部底端焊接有侧部隔震结构；所述侧部隔震结构的表面焊接有稳固结构，且稳固结构的上端焊接有隔震板，该隔震板的表面焊接有吸震弹簧。本发明隔震板，侧部隔震结构和稳固结构的设置，通过硬性结构与软性缓冲结构，形成搭配做工，为使用者带来较为稳定的降噪减震做工。
The invention provides a track isolator anti-vibration structure. The track isolator anti-vibration structure comprises an anti-vibration structure body, a sealing plate, a bottom table, a side vibration insulation structure, a stabilizing structure, a vibration insulation plate and vibration absorption springs, wherein the sealing plate is installed on the surface of the anti-vibration structurebody in a sealed mode, the bottom table is welded to the bottom end of the anti-vibration structure body, the side vibration insulation structure is welded to the bottom end of the interior of the anti-vibration structure body, the stabilizing structure is welded to the surface of the side vibration insulation structure, the vibration insulation plate is welded to the upper end of the stabilizingstructure, and the vibration absorption springs are welded to the surface of the vibration insulation plate. According to the track isolator anti-vibration structure, through the arrangement of the vibration insulation plate, the side vibration insulation structure and the stabilizing structure, matched work is formed through a rigid structure and a flexible buffer structure, and stable noise reduction and vibration absorption work is brought to a user.
本发明提供一种轨道隔离器抗震结构，包括抗震结构，密封板，底台，侧部隔震结构，稳固结构，隔震板和吸震弹簧，所述抗震结构的表面密封安装有密封板，且抗震结构的底端焊接有底台，该抗震结构的内部底端焊接有侧部隔震结构；所述侧部隔震结构的表面焊接有稳固结构，且稳固结构的上端焊接有隔震板，该隔震板的表面焊接有吸震弹簧。本发明隔震板，侧部隔震结构和稳固结构的设置，通过硬性结构与软性缓冲结构，形成搭配做工，为使用者带来较为稳定的降噪减震做工。
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