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SURFACE MODIFICATION LAYER CHARACTERISTIC EVALUATION DEVICE AND CHARACTERISTIC EVALUATION METHOD OF SURFACE MODIFICATION LAYER

机译:表面改性层的特性评价装置及表面改性层的特性评价方法

摘要

PROBLEM TO BE SOLVED: To provide a surface modification layer characteristic evaluation device capable of evaluating characteristics of a surface modification layer under a high-temperature atmosphere.;SOLUTION: The surface modification layer characteristic evaluation device includes: a first support 1 supporting a first member 101; a rotationally driving mechanism 2 configured to rotate the first support 1 around a rotation axial line L; a second support 4 supporting a second member 102 in such a manner that a contact surface of the second member 102 is positioned so as to face a contact surface of the first member 101; a forward/backward movement drive mechanism 5 configured to move forwards/backwards at least any one of the first support 1 and the second support 4 in a direction where the second support 4 and the first support 1 are made relatively close to each other and in a direction where the second support 4 and the first support 1 are made relatively away from each other; and a controller 6 which controls the rotationally driving mechanism 2 and the forward/backward movement drive mechanism 5. The controller 6 controls the rotationally driving mechanism 2 to rotate the first support 1 at a predetermined number of revolutions and controls the forward/backward movement drive mechanism 5 to bring the contact surface of the first member 101 supported by the first support 1 rotating at the predetermined number of revolutions into contact with the contact surface of the second member 102 to thereby press a surface modification layer with predetermined pressure.;COPYRIGHT: (C)2015,JPO&INPIT
机译:解决的问题:提供一种能够评价高温气氛下的表面改性层的特性的表面改性层特性评价装置。解决方案:表面改性层特性评价装置包括:支撑第一构件的第一支撑体1。 101;旋转驱动机构2,其使第一支撑件1绕旋转轴线L旋转。第二支撑件4支撑第二构件102,使得第二构件102的接触表面被定位为面对第一构件101的接触表面;向前/向后移动驱动机构5,该向前/向后移动驱动机构5构造成在使第二支架4和第一支架1相对彼此靠近的方向上向前/向后移动至少一个第一支架1和第二支架4。使第二支撑件4和第一支撑件1相对远离的方向。控制器6控制旋转驱动机构2和前进/后退驱动机构5。控制器6控制旋转驱动机构2使第一支撑件1旋转预定转数,并控制前进/后退驱动。机构5使由以预定转数旋转的第一支撑件1支撑的第一构件101的接触表面与第二构件102的接触表面接触,从而以预定压力挤压表面改性层。 (C)2015年,日本特许厅&INPIT

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