A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SLIDING BEARING
To provide a sliding bearing including a low friction material or a low friction content material and having a higher cost-effectiveness.SOLUTION: A sliding bearing 100 includes an approximately cylindrical side wall 102 having a first axial end part 104 and a second axial end part 106, and a bend part 108 arranged in the first axial end part 104. The approximately cylindrical side wall 102 has a thickness, and the bend part 108 has an effective material thickness. The effective material thickness of the bend part 108 is n times the thickness of the approximately cylindrical side wall 102, where n is equal to 2, 3, 4, or even 5.SELECTED DRAWING: Figure 1
【課題】低摩擦材料または低摩擦含有材料を含み費用効果の高い滑り軸受を提供する。【解決手段】第１の軸方向端部１０４および第２の軸方向端部１０６を有する略円筒形側壁１０２と、第１の軸方向端部１０４に配置された湾曲部１０８とを含み、略円筒形側壁１０２が厚さを有し、湾曲部１０８が有効材料厚さを有し、湾曲部１０８の有効材料厚さが、略円筒形側壁１０２の厚さのｎ倍であり、ｎは２，３，４、またはさらに５に等しい、滑り軸受け１００。【選択図】図１
SLIDING BEARING
To provide a sliding bearing including a low friction material or a low friction content material and having a higher cost-effectiveness.SOLUTION: A sliding bearing 100 includes an approximately cylindrical side wall 102 having a first axial end part 104 and a second axial end part 106, and a bend part 108 arranged in the first axial end part 104. The approximately cylindrical side wall 102 has a thickness, and the bend part 108 has an effective material thickness. The effective material thickness of the bend part 108 is n times the thickness of the approximately cylindrical side wall 102, where n is equal to 2, 3, 4, or even 5.SELECTED DRAWING: Figure 1
【課題】低摩擦材料または低摩擦含有材料を含み費用効果の高い滑り軸受を提供する。【解決手段】第１の軸方向端部１０４および第２の軸方向端部１０６を有する略円筒形側壁１０２と、第１の軸方向端部１０４に配置された湾曲部１０８とを含み、略円筒形側壁１０２が厚さを有し、湾曲部１０８が有効材料厚さを有し、湾曲部１０８の有効材料厚さが、略円筒形側壁１０２の厚さのｎ倍であり、ｎは２，３，４、またはさらに５に等しい、滑り軸受け１００。【選択図】図１
SLIDING BEARING
滑り軸受け
ALAN F HUNTER (author) / ZBIGNIEW M KOZIOL (author) / NICHOLAS F WITTING (author)
2020-05-14
Patent
Electronic Resource
Japanese