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    • 4. 发明申请
    • Induction Hardening Method And Jig Used In Induction Hardening Process
    • 感应淬火工艺中使用的感应淬火方法和夹具
    • US20090101246A1
    • 2009-04-23
    • US11660158
    • 2005-10-21
    • Kouji OhbayashiKazuaki Okada
    • Kouji OhbayashiKazuaki Okada
    • C21D8/10C21D8/00C21D9/32
    • C21D9/32C21D1/10Y02P10/253
    • The present invention provides a method for induction hardening of a steel member having an outer ring portion and, more specifically, for induction hardening of an outer circumferential surface of the outer ring portion. The method uses two pressing members, each of which includes a flat basal surface and a projecting portion projecting therefrom. Each of the projecting portions has a cross-section in the shape of a perfect circle. Also, the projecting portions have, on the outer circumferences thereof, respective pressing surfaces. While gaps are maintained between axial end faces of the outer ring portion and the basal surfaces of the pressing members, the pressing members are pressed against the outer ring portion so that the pressing surfaces each abut against the inner circumference side of the outer ring portion. While a biasing force is applied to the pressing members, the induction hardening process is applied to the outer circumferential surface. During the induction hardening process, the pressing members are moved toward each other until the basal surfaces abut against respective axial end faces of the outer ring portion.
    • 本发明提供一种具有外环部分的钢构件的感应淬火方法,更具体地说,涉及外环部分外周表面的感应淬火。 该方法使用两个按压构件,每个按压构件包括平坦的基面和从其突出的突出部。 每个突出部分具有正圆形状的横截面。 此外,突出部分在其外周上具有各自的按压表面。 虽然在外圈部的轴向端面与按压部件的基面之间保持间隙,但是按压部件被压靠在外圈部上,使得按压面各自抵靠外圈部的内周侧。 当向按压构件施加偏置力时,对外周面施加感应淬火处理。 在感应淬火处理期间,按压部件朝向彼此移动直到基面与外圈部的各轴向端面抵接。
    • 6. 发明授权
    • Induction hardening method and jig used in induction hardening process
    • 感应淬火工艺中使用的感应淬火方法和夹具
    • US08034201B2
    • 2011-10-11
    • US11660158
    • 2005-10-21
    • Kouji OhbayashiKazuaki Okada
    • Kouji OhbayashiKazuaki Okada
    • C21D8/10C21D8/00C21D9/32
    • C21D9/32C21D1/10Y02P10/253
    • The present invention provides a method for induction hardening of a steel member having an outer ring portion and, more specifically, for induction hardening of an outer circumferential surface of the outer ring portion. The method uses two pressing members, each of which includes a flat basal surface and a projecting portion projecting therefrom. Each of the projecting portions has a cross-section in the shape of a perfect circle. Also, the projecting portions have, on the outer circumferences thereof, respective pressing surfaces. While gaps are maintained between axial end faces of the outer ring portion and the basal surfaces of the pressing members, the pressing members are pressed against the outer ring portion so that the pressing surfaces each abut against the inner circumference side of the outer ring portion. While a biasing force is applied to the pressing members, the induction hardening process is applied to the outer circumferential surface. During the induction hardening process, the pressing members are moved toward each other until the basal surfaces abut against respective axial end faces of the outer ring portion.
    • 本发明提供一种具有外环部分的钢构件的感应淬火方法,更具体地说,涉及外环部分外周表面的感应淬火。 该方法使用两个按压构件,每个按压构件包括平坦的基面和从其突出的突出部。 每个突出部分具有正圆形状的横截面。 此外,突出部分在其外周上具有各自的按压表面。 虽然在外圈部的轴向端面与按压部件的基面之间保持间隙,但是按压部件被压靠在外圈部上,使得按压面各自抵靠外圈部的内周侧。 当向按压构件施加偏置力时,对外周面施加感应淬火处理。 在感应淬火处理期间,按压部件朝向彼此移动直到基面与外圈部的各轴向端面抵接。
    • 7. 发明申请
    • PICKUP APPARATUS
    • PICKUP装置
    • US20090328084A1
    • 2009-12-31
    • US12439762
    • 2006-09-04
    • Kazuaki Okada
    • Kazuaki Okada
    • G11B33/14
    • G11B7/12
    • A pickup device (5) is provided with a pickup body (51) as a case; a heat source (61) thermally connected to the pickup body; and an optical component (13), which is fixed to the pickup body by a plurality of fixing sections including at least two fixing sections (131, 132) which are at different distances from the heat source and belong to the pickup body. The pickup body is provided with at least one of slits (100, 101) having prescribed widths, in a direction of reducing a binding force (F) which is a factor of preventing at last one fixing section (132) of the two fixing sections from being displaced due to thermal expansion in accordance with the distance from the heat source.
    • 拾取装置(5)设置有作为壳体的拾取器主体(51); 热源(61),其热连接到所述拾取器主体; 以及光学部件(13),其通过多个固定部分固定到所述拾取器主体,所述多个固定部分包括至少两个固定部分(131,132),所述至少两个固定部分位于与所述热源不同的距离并且属于所述拾取体。 所述拾取器主体具有至少一个具有规定宽度的狭缝(100,101),所述至少一个狭缝(100,101)沿减小捆扎力(F)的方向,所述约束力是防止两个固定部分的最后一个固定部分(132)的因素 由于根据与热源的距离的热膨胀而被移位。
    • 8. 发明申请
    • METHOD OF CARBURIZING AND QUENCHING A STEEL MEMBER
    • 钢和碳钢的成型方法
    • US20090266449A1
    • 2009-10-29
    • US12428059
    • 2009-04-22
    • Kouji OHBAYASHIKazuaki Okada
    • Kouji OHBAYASHIKazuaki Okada
    • C23C8/22C23C8/00
    • C23C8/22C21D1/18C21D3/04C23C8/80
    • A method of carburizing and quenching a steel member includes: a reduced pressure carburization step in which a steel member is contacted with carburization gas under reduced pressure, a slow cooling step in which the steel member is then slowly cooled in a cooling gas, and a quenching step of heating a selected portion of the cooled steel member using high-density energy and subsequently subjecting the selected portion to rapid cooling. The steel member subjected to the low-pressure carburization step includes a first portion in which a diffusion rate of carbon taken therein during carburization is high because of its shape and a second portion in which the diffusion rate of carbon is lower than that of the first portion. The reduced-pressure carburization step is controlled to give a carbon concentration at the surface of the first portion in a range of 0.65±0.1 weight % after diffusion.
    • 钢构件的渗碳淬火方法包括:减压渗碳工序,其中钢构件在减压下与渗碳气体接触,缓慢冷却步骤,其中钢构件然后在冷却气体中缓慢冷却, 淬火步骤,使用高密度能量加热被冷却的钢构件的选定部分,随后对所选择的部分进行快速冷却。 进行低压渗碳工序的钢构件由于其形状而在渗碳时被吸收的碳的扩散率高的第一部分和碳的扩散速度低于第一部分的第二部分 一部分。 控制减压渗碳步骤,使扩散后的第一部分表面的碳浓度在0.65±0.1重量%的范围内。