A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SLIDING BASE-ISOLATION DEVICE
Provided is a sliding base-isolation device that has excellent sliding durability without thickening the thickness of a friction material. A sliding base-isolation device 100 comprising: structure fixing plates 20, 30 having first sliding surfaces 21, 31; and a metal sliding body 10 having second sliding surfaces 12, 13 that abut the first sliding surfaces 21, 31, wherein a friction material 40 that is made from a single-layer woven product formed by a plurality of twisted yarns 41 obtained by twisting high-strength fibers and PTFE fibers together, is attached to the first sliding surfaces 21, 31 and/or the second sliding surfaces 12, 13.
提供一种在不增加摩擦材料的厚度的情况下具有优异的滑动耐久性的滑动隔震装置。滑动隔震装置100具有：具备第一滑动面21、31的构造体固定板20、30和具备与第一滑动面21、31抵接的第二滑动面12、13的金属制的滑动体10。由单层织物构成的摩擦材料40安装在第一滑动面21、31和第二滑动面12、13的任意一者或两者上，该单层织物由对高强度纤维和PTFE纤维进行合捻而成的多根合捻丝41形成。
SLIDING BASE-ISOLATION DEVICE
Provided is a sliding base-isolation device that has excellent sliding durability without thickening the thickness of a friction material. A sliding base-isolation device 100 comprising: structure fixing plates 20, 30 having first sliding surfaces 21, 31; and a metal sliding body 10 having second sliding surfaces 12, 13 that abut the first sliding surfaces 21, 31, wherein a friction material 40 that is made from a single-layer woven product formed by a plurality of twisted yarns 41 obtained by twisting high-strength fibers and PTFE fibers together, is attached to the first sliding surfaces 21, 31 and/or the second sliding surfaces 12, 13.
提供一种在不增加摩擦材料的厚度的情况下具有优异的滑动耐久性的滑动隔震装置。滑动隔震装置100具有：具备第一滑动面21、31的构造体固定板20、30和具备与第一滑动面21、31抵接的第二滑动面12、13的金属制的滑动体10。由单层织物构成的摩擦材料40安装在第一滑动面21、31和第二滑动面12、13的任意一者或两者上，该单层织物由对高强度纤维和PTFE纤维进行合捻而成的多根合捻丝41形成。
SLIDING BASE-ISOLATION DEVICE
滑动隔震装置
YAMAZAKI SHINSUKE (author) / NORO TADAYUKI (author) / KONISHI YOSHINAO (author) / WATANABE ATSUSHI (author) / NISHIMOTO KOJI (author) / SEKIYAMA MASATO (author) / NINOMIYA YUKI (author) / HARADA MASARU (author)
2022-02-15
Patent
Electronic Resource
Chinese