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    • 24. 发明专利
    • SLIDE BEARING
    • JPH07259856A
    • 1995-10-09
    • JP7396494
    • 1994-03-18
    • TAIHO KOGYO CO LTD
    • KAMIYA SHOJIYOKOTA YUJIKUMADA YOSHIOHASHIZUME KATSUYUKI
    • F16C33/12C25D7/10
    • PURPOSE:To provide a slide bearing excellent in seizure resistance, fatigue resistance and corrosive wear resistance by forming a helical corrugated protrusion in a surface of a lining material, superposing an intermediate layer composed of Ni on the surface, and further superposing an overlay layer composed of Sn alloy. CONSTITUTION:A protrusion 5a of copying protrusion 3a of a lining material 3 is formed in a slide contact surface, to set surface roughness of the lining material 3 to 2mumRz to 8mumRz, and an intermediate layer 4 is constituted of Ni. Thickness of the layer is set to 0.01 to 0.6mum, and an overlay layer 5 is constituted of 99.5% or more Sn by wt.% and the rest of part of impurities, also to set thickness of the layer to 2 to 8mum. Further, a pitch (p) of the protrusion 5a, formed in the slide contact surface, is set to 0.1 to 0.4mm, also to set height (h) of the protrusion to 2 to 8mum. In this way, seizure resistance, fatigue resistance and corrosion wearing resistance of a slide bearing can be improved.
    • 28. 发明专利
    • PLAIN BEARING
    • JPH0289813A
    • 1990-03-29
    • JP24202088
    • 1988-09-27
    • TAKAGI TOKUSHU KOGYO KKTAIHO KOGYO CO LTDTOYOTA MOTOR CORP
    • KUMADA YOSHIOKITAUCHI MASAKIYAMADA SATORUTAKAGI TOSHI
    • F16C33/12C25D15/02
    • PURPOSE:To prevent the occurrence of fretting, to reduce the occurrence of initial wear, and to improve draping properties, fatigue resistance, and seizure resistance by a method wherein a composite plating layer formed by PTFE, Ni, and/or Co is formed on the outermost surface side of a back plate or on the outermost surface of a bearing alloy layer. CONSTITUTION:In a substance in which an aluminum or copper bearing alloy layer 2 and an overlay layer 3, where necessary, are orderly formed on the surface of a back plate 1, composite plating layers 4 and 5 of PTFE, Ni, and/or Co is formed on an outermost surface on the bearing alloy layer 2 side, on the outermost surface of the back plate 1, or the outermost surfaces of both the bearing alloy layer 2 and the back plate 2. This constitution improves adhesion of a surface on which the composite plating layer is formed, reduces a friction factor, and improves heat resistance, resulting in prevention of the occurrence of fretting. Further, this constitution improves draping properties, reduces the occurrence of initial wear through the action of the draping properties, and improves wear resistance through the presence of Ni and the like.