A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rubber-coated rail shock absorber
The invention belongs to the field of rail shock absorbers, and particularly relates to a rubber-coated rail shock absorber which comprises a metal ring, a metal plate arranged in the metal ring and a rubber coating structure connecting the metal ring and the metal plate. The rubber coating structure comprises a shearing type connecting area arranged between the outer wall of the metal plate and the inner wall of the metal ring, a compression vibration reduction area arranged at the bottom of the metal plate and a rubber coating area arranged on the outer wall of the metal ring, and the rubber coating area, the shearing type connecting area and the compression vibration reduction area are sequentially connected. The metal plate is supported and limited in the metal ring through cooperation of the shearing type connecting area and the compression vibration reduction area, and meanwhile the vibration reduction effect in different directions is provided. The rubber coating structure is arranged, so that the connecting stability and reliability of the shearing type connecting area and the compression vibration reduction area with the metal ring and the metal plate can be improved, meanwhile, the rubber coating structure can replace or be matched with an anti-corrosion coating to achieve corrosion resistance of the exterior of the vibration reducer, the rubber coating structure increases the rubber sealing area, and the rubber sealing effect of the rail shock absorber is greatly improved; and the reliability of the rail shock absorber is improved.
本发明属于轨道减振器领域，具体是涉及到一种包胶式轨道减振器，包括金属环、设置在金属环内的金属板以及连接金属环和金属板的包胶结构，所述包胶结构包括设置在金属板外壁与金属环内壁之间的剪切型连接区、设置在金属板底部的压缩减振区以及设置在金属环外壁的包胶区，包胶区、剪切型连接区和压缩减振区依次连接，本发明剪切型连接区和压缩减振区配合将金属板支撑限位在金属环内，同时提供不同方向的减振效果。设置包胶结构，可提高剪切型连接区和压缩减振区与金属环和金属板的连接稳定性，提高可靠性，同时可替代或配合防腐涂层实现减振器外部的抗腐蚀性，包胶结构提高了封胶面积，大大提高了轨道减振器的封胶效果，提高了轨道减振器的可靠性。
Rubber-coated rail shock absorber
The invention belongs to the field of rail shock absorbers, and particularly relates to a rubber-coated rail shock absorber which comprises a metal ring, a metal plate arranged in the metal ring and a rubber coating structure connecting the metal ring and the metal plate. The rubber coating structure comprises a shearing type connecting area arranged between the outer wall of the metal plate and the inner wall of the metal ring, a compression vibration reduction area arranged at the bottom of the metal plate and a rubber coating area arranged on the outer wall of the metal ring, and the rubber coating area, the shearing type connecting area and the compression vibration reduction area are sequentially connected. The metal plate is supported and limited in the metal ring through cooperation of the shearing type connecting area and the compression vibration reduction area, and meanwhile the vibration reduction effect in different directions is provided. The rubber coating structure is arranged, so that the connecting stability and reliability of the shearing type connecting area and the compression vibration reduction area with the metal ring and the metal plate can be improved, meanwhile, the rubber coating structure can replace or be matched with an anti-corrosion coating to achieve corrosion resistance of the exterior of the vibration reducer, the rubber coating structure increases the rubber sealing area, and the rubber sealing effect of the rail shock absorber is greatly improved; and the reliability of the rail shock absorber is improved.
本发明属于轨道减振器领域，具体是涉及到一种包胶式轨道减振器，包括金属环、设置在金属环内的金属板以及连接金属环和金属板的包胶结构，所述包胶结构包括设置在金属板外壁与金属环内壁之间的剪切型连接区、设置在金属板底部的压缩减振区以及设置在金属环外壁的包胶区，包胶区、剪切型连接区和压缩减振区依次连接，本发明剪切型连接区和压缩减振区配合将金属板支撑限位在金属环内，同时提供不同方向的减振效果。设置包胶结构，可提高剪切型连接区和压缩减振区与金属环和金属板的连接稳定性，提高可靠性，同时可替代或配合防腐涂层实现减振器外部的抗腐蚀性，包胶结构提高了封胶面积，大大提高了轨道减振器的封胶效果，提高了轨道减振器的可靠性。
Rubber-coated rail shock absorber
一种包胶式轨道减振器
SUN ZHAOLIANG (author) / MU ZHONGXIN (author) / XIONG XUEQIANG (author) / LIU WEI (author) / YAN WEIMIN (author) / WANG DAN (author) / OUYANG BIN (author) / BAI JIANJUN (author)
2022-01-11
Patent
Electronic Resource
Chinese
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau