A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SLIDE MATERIAL, BEARING DEVICE AND SLIDE MATERIAL MANUFACTURING METHOD
To gradually leak lubricant while having compressive strength, to maintain stable slidability for a long period of time comparable to, for example, the life of a structure.SOLUTION: In a slide material 11 having a sliding surface 11a that slides relatively to a sliding material, a high void part 16 having a higher porosity than the surrounding portion is provided at the center of the sliding surface 11a. The high void part 16 exists in the entire thickness direction from the sliding surface 11a to a surface on the opposite side, and the high void part 16 is impregnated with lubricant 18.SELECTED DRAWING: Figure 11
【課題】圧縮強度を有するとともに潤滑剤が徐々に漏出するようにして、例えば構造物の寿命に匹敵するような長い期間にわたって安定した摺動性を維持させる。【解決手段】摺動材との間で相対摺動する摺動面１１ａを有した滑り材１１において、摺動面１１ａの中心部に、周りの部分よりも空隙率が高い高空隙部１６を設ける。高空隙部１６は、摺動面１１ａから反対側の面にかけて厚さ方向の全体に存在し、高空隙部１６には潤滑剤１８が含浸されている。【選択図】図１１
SLIDE MATERIAL, BEARING DEVICE AND SLIDE MATERIAL MANUFACTURING METHOD
To gradually leak lubricant while having compressive strength, to maintain stable slidability for a long period of time comparable to, for example, the life of a structure.SOLUTION: In a slide material 11 having a sliding surface 11a that slides relatively to a sliding material, a high void part 16 having a higher porosity than the surrounding portion is provided at the center of the sliding surface 11a. The high void part 16 exists in the entire thickness direction from the sliding surface 11a to a surface on the opposite side, and the high void part 16 is impregnated with lubricant 18.SELECTED DRAWING: Figure 11
【課題】圧縮強度を有するとともに潤滑剤が徐々に漏出するようにして、例えば構造物の寿命に匹敵するような長い期間にわたって安定した摺動性を維持させる。【解決手段】摺動材との間で相対摺動する摺動面１１ａを有した滑り材１１において、摺動面１１ａの中心部に、周りの部分よりも空隙率が高い高空隙部１６を設ける。高空隙部１６は、摺動面１１ａから反対側の面にかけて厚さ方向の全体に存在し、高空隙部１６には潤滑剤１８が含浸されている。【選択図】図１１
SLIDE MATERIAL, BEARING DEVICE AND SLIDE MATERIAL MANUFACTURING METHOD
滑り材、支承装置及び滑り材製造方法
HAYASHI TETSUYA (author) / TSUDA TOMOHIDE (author) / MATSUI NOBUHITO (author) / MANABE TAKAYUKI (author) / NAKATSUKA MASAYA (author)
2020-10-08
Patent
Electronic Resource
Japanese
SLIDE MATERIAL, SLIDE MEMBER AND MANUFACTURING METHOD OF SLIDE MATERIAL
| European Patent Office | 2017
SLIDE MEMBER, MATERIAL FOR SLIDE MEMBER FORMATION, AND METHOD FOR MANUFACTURING SLIDE MEMBER
| European Patent Office | 2017