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    • 2. 发明授权
    • Fastening structure including a bolt having a serration that is press-fit into a bolthole of a flange
    • 紧固结构包括具有压配合到凸缘的螺栓中的锯齿的螺栓
    • US06537007B1
    • 2003-03-25
    • US09716220
    • 2000-11-21
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • F16B3704
    • B23P11/00F16B35/048F16D65/12F16D2065/1356F16D2065/1392
    • A fastening structure capable of preventing deterioration in the flatness of a surface of a flange portion (2) when a serration (7) of a bolt (5) is press-fit into the flange portion (2). In this fastening structure, one portion in an axial direction of an outer peripheral surface (6) of the bolt (5) is provided with the serration (7). The bolt (5) is press-fit into a bolthole (3) formed through the flange portion (2) of a mounting member (1). The serration (7) is located apart from respective end surfaces (2A) and (2B) of the flange portion (2) by first and second distances (D, C), and the first and second distances (D, C) each exceed 13% of the thickness (A) of the flange portion (2). With this arrangement, the serration (7) presses a bolthole inner peripheral surface (13) only in the region located far apart from both of the end surfaces (2A and 2B) of the flange portion (2).
    • 一种当螺栓(5)的锯齿(7)压配合到凸缘部分(2)中时能够防止凸缘部分(2)的表面的平坦度劣化的紧固结构。 在该紧固结构中,螺栓(5)的外周面(6)的轴向方向上的一部分设置有锯齿(7)。 螺栓(5)压配合到通过安装构件(1)的凸缘部分(2)形成的螺栓孔(3)中。 锯齿(7)通过第一和第二距离(D,C)与凸缘部分(2)的相应端表面(2A)和(2B)分开,并且第一和第二距离(D,C)各自超过 凸缘部分(2)的厚度(A)的13%。 通过这种布置,锯齿(7)仅在与凸缘部分(2)的两个端面(2A和2B)相距较远的区域中挤压螺栓内周面(13)。
    • 3. 发明授权
    • Fastening structure including a bolt having a serration that is press-fit into a bolthole of a flange
    • 紧固结构包括具有压配合到凸缘的螺栓中的锯齿的螺栓
    • US07029217B2
    • 2006-04-18
    • US10606736
    • 2003-06-27
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • F16B21/18
    • B23P11/00F16B35/048F16D65/12F16D2065/1356F16D2065/1392
    • A fastening structure capable of preventing deterioration in the flatness of a surface of a flange portion (2) when a serration (7) of a bolt (5) is press-fit into the flange portion (2). In this fastening structure, one portion in an axial direction of an outer peripheral surface (6) of the bolt (5) is provided with the serration (7). The bolt (5) is press-fit into a bolthole (3) formed through the flange portion (2) of a mounting member (1). The serration (7) is located apart from respective end surfaces (2A) and (2B) of the flange portion (2) by first and second distances (D, C), and the first and second distances (D, C) each exceed 13% of the thickness (A) of the flange portion (2). With this arrangement, the serration (7) presses a bolthole inner peripheral surface (13) only in the region located far apart from both of the end surfaces (2A and 2B) of the flange portion (2).
    • 一种当螺栓(5)的锯齿(7)压配合到凸缘部分(2)中时能够防止凸缘部分(2)的表面的平坦度劣化的紧固结构。 在该紧固结构中,螺栓(5)的外周面(6)的轴向方向上的一部分设置有锯齿(7)。 螺栓(5)压配合到通过安装构件(1)的凸缘部分(2)形成的螺栓孔(3)中。 锯齿(7)通过第一和第二距离(D,C)和第一和第二距离(D,C)与凸缘部分(2)的相应端表面(2A)和(2B) 各自超过凸缘部(2)的厚度(A)的13%。 通过这种布置,锯齿(7)仅在距离凸缘部分(2)的两个端面(2A和2B)更远的区域中挤压一个螺栓内周面(13)。
    • 5. 发明授权
    • Fastening structure including a bolt having a serration that is press-fit into a bolt hole of a flange
    • 紧固结构包括具有压配合到凸缘的螺栓孔中的锯齿的螺栓
    • US06174117B1
    • 2001-01-16
    • US09287185
    • 1999-04-06
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • F16B2118
    • B23P11/00F16B35/048F16D65/12F16D2065/1356F16D2065/1392
    • A fastening structure capable of preventing deterioration in the flatness of a surface of a flange portion (2) when a serration (7) of a bolt (5) is press-fit into the flange portion (2). In this fastening structure, one portion in an axial direction of an outer peripheral surface (6) of the bolt (5) is provided with the serration (7). The bolt (5) is press-fit into a bolthole (3) formed through the flange portion (2) of a mounting member (1). The serration (7) is located apart from respective end surfaces (2A), 2B) of the flange portion (2) by first and second distances (D, C), and the first and second distances (D, C) each exceed 13% of the thickness (A) of the flange portion (2). With this arrangement, the serration (7) presses a bolthole inner peripheral surface (13) only in the region located far from both end surfaces (2A and 2B) of the flange portion (2).
    • 一种当螺栓(5)的锯齿(7)压配合到凸缘部分(2)中时能够防止凸缘部分(2)的表面的平坦度劣化的紧固结构。 在该紧固结构中,螺栓(5)的外周面(6)的轴向方向上的一部分设置有锯齿(7)。 螺栓(5)压配合到通过安装构件(1)的凸缘部分(2)形成的螺栓孔(3)中。 锯齿(7)通过第一和第二距离(D,C)与凸缘部分(2)的相应端表面(2A),2B)分开,并且第一和第二距离(D,C)均大于13 凸缘部分(2)的厚度(A)的百分比。 通过这种布置,锯齿(7)仅在远离凸缘部分(2)的两个端面(2A和2B)的区域中按压螺栓内周面(13)。
    • 9. 发明授权
    • Fastening structure including a bolt having a serration that is press-fit into a bolthole of a flange
    • 紧固结构包括具有压配合到凸缘的螺栓中的锯齿的螺栓
    • US07172379B2
    • 2007-02-06
    • US11148174
    • 2005-06-09
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • Teruyuki KawataniYasuhiro MiyataNobuyuki SeoTomohiro Ishii
    • F16B39/00
    • B23P11/00F16B35/048F16D65/12F16D2065/1356F16D2065/1392
    • A fastening structure capable of preventing deterioration in the flatness of a surface of a flange portion (2) when a serration (7) of a bolt (5) is press-fit into the flange portion (2). In this fastening structure, one portion in an axial direction of an outer peripheral surface (6) of the bolt (5) is provided with the serration (7). The bolt (5) is press-fit into a bolthole (3) formed through the flange portion (2) of a mounting member (1). The serration (7) is located apart from respective end surfaces (2A) and (2B) of the flange portion (2) by first and second distances (D, C), and the first and second distances (D, C) each exceed 13% of the thickness (A) of the flange portion (2). With this arrangement, the serration (7) presses a bolthole inner peripheral surface (13) only in the region located far apart from both of the end surfaces (2A and 2B) of the flange portion (2).
    • 一种当螺栓(5)的锯齿(7)压配合到凸缘部分(2)中时能够防止凸缘部分(2)的表面的平坦度劣化的紧固结构。 在该紧固结构中,螺栓(5)的外周面(6)的轴向方向上的一部分设置有锯齿(7)。 螺栓(5)压配合到通过安装构件(1)的凸缘部分(2)形成的螺栓孔(3)中。 锯齿(7)通过第一和第二距离(D,C)和第一和第二距离(D,C)与凸缘部分(2)的相应端表面(2A)和(2B) 各自超过凸缘部(2)的厚度(A)的13%。 通过这种布置,锯齿(7)仅在距离凸缘部分(2)的两个端面(2A和2B)更远的区域中挤压一个螺栓内周面(13)。