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    • 1. 发明授权
    • Rotary damper
    • 旋转阻尼器
    • US07938238B2
    • 2011-05-10
    • US10572378
    • 2004-08-26
    • Kazuyoshi KoizumiShunsuke OkabayashiKen HayashiYoshihisa Takei
    • Kazuyoshi KoizumiShunsuke OkabayashiKen HayashiYoshihisa Takei
    • F16F11/00F16D57/00
    • F16F9/12
    • A rotary damper (D) is constituted by: housings (11, 51); a silicon oil (21) being housed inside the housings (11, 51); a rotor (31) wherein a resistive portion (36) moving through the silicon oil 21 inside the housings (11, 51) is provided in an axial portion (32) which is housed inside the housings (11, 51) and projects from the housings (11, 51); and an O-ring (61) preventing the silicon oil (21) from leaking between the axial portion (32) and the housing (51), and multiple arc-like through-bores (37) are provided in the resistive portion (36) on a concentric circle, and depressed grooves (38) communicating with the arc-like through-bores (37) are provided. Accordingly, during the assembly, the air being mixed into the housing is not allowed to be excessively compressed, so that even if the rotor rotates bi-directionally, the noise being caused by the air being mixed into the housing can be prevented.
    • 旋转阻尼器(D)由以下部分构成:壳体(11,51); 容纳在所述壳体(11,51)内的硅油(21); 转子(31),其中在所述壳体(11,51)内移动通过所述硅油21的电阻部分(36)设置在轴向部分(32)中,所述轴向部分(32)容纳在所述壳体(11,51)内并且从所述壳体 外壳(11,51); 以及防止硅油(21)在轴向部分(32)和壳体(51)之间泄漏的O形环(61),并且多个弧形通孔(37)设置在电阻部分(36) )和与弧形通孔(37)连通的凹槽(38)。 因此,在组装期间,混入壳体中的空气不允许被过度压缩,从而即使转子双向旋转,可以防止由空气混入壳体而产生的噪声。
    • 2. 发明申请
    • Rotating damper
    • 旋转阻尼器
    • US20060207844A1
    • 2006-09-21
    • US10572378
    • 2004-08-26
    • Kazuyoshi KoizumiSyunsuke OkabayashiKen HayashiYoshihisa Takei
    • Kazuyoshi KoizumiSyunsuke OkabayashiKen HayashiYoshihisa Takei
    • F16D57/00
    • F16F9/12
    • A rotary damper (D) is constituted by: housings (11, 51); a silicon oil (21) being housed inside the housings (11, 51); a rotor (31) wherein a resistive portion (36) moving through the silicon oil 21 inside the housings (11, 51) is provided in an axial portion (32) which is housed inside the housings (11, 51) and projects from the housings (11, 51); and an O-ring (61) preventing the silicon oil (21) from leaking between the axial portion (32) and the housing (51), and multiple arc-like through-bores (37) are provided in the resistive portion (36) on a concentric circle, and depressed grooves (38) communicating with the arc-like through-bores (37) are provided. Accordingly, during the assembly, the air being mixed into the housing is not allowed to be excessively compressed, so that even if the rotor rotates bi-directionally, the noise being caused by the air being mixed into the housing can be prevented.
    • 旋转阻尼器(D)由以下部分构成:壳体(11,51); 容纳在所述壳体(11,51)内的硅油(21); 转子(31),其中在所述壳体(11,51)内移动通过所述硅油21的电阻部分(36)设置在轴向部分(32)中,所述轴向部分(32)容纳在所述壳体(11,51)内并且从所述壳体 外壳(11,51); 以及防止硅油(21)在轴向部分(32)和壳体(51)之间泄漏的O形环(61),并且多个弧形通孔(37)设置在电阻部分(36) )和与弧形通孔(37)连通的凹槽(38)。 因此,在组装期间,混入壳体中的空气不允许被过度压缩,从而即使转子双向旋转,可以防止由空气混入壳体而产生的噪声。
    • 4. 发明授权
    • Rotary damper
    • 旋转阻尼器
    • US07207425B2
    • 2007-04-24
    • US10950573
    • 2004-09-28
    • Ken HayashiShunsuke OkabayashiMasanobu KawamotoMasayuki Nishiyama
    • Ken HayashiShunsuke OkabayashiMasanobu KawamotoMasayuki Nishiyama
    • F16D57/00
    • F16F9/145
    • A rotary damper includes a housing; a viscous fluid filled in the housing; a rotor disposed inside the housing and having a shaft part partially protruding from the housing and a resistance part provided on the shaft part for moving in the viscous fluid inside the housing; and a seal member for sealing between the shaft part and the housing to prevent leakage of the viscous fluid. The rotary damper further includes a first sloping part provided on an upstream side of the rotating resistance part and having a distance relative to an inner surface of the housing gradually decreasing toward a downstream side; and a second sloping part provided on a downstream side of the rotating resistance part and having a distance relative to the inner surface of the housing gradually increasing toward a downstream side.
    • 旋转阻尼器包括壳体; 填充在壳体中的粘性流体; 转子,其设置在所述壳体内并且具有从所述壳体部分地突出的轴部;以及电阻部,设置在所述轴部上,用于使所述壳体内的粘性流体移动; 以及用于密封轴部和壳体之间的密封构件,以防止粘性流体泄漏。 旋转阻尼器还包括设置在旋转阻力部分的上游侧并且相对于壳体的内表面的距离朝向下游侧逐渐减小的第一倾斜部分; 并且设置在所述旋转阻力部的下游侧并且相对于所述壳体的内表面的距离朝向下游侧逐渐增大的第二倾斜部。
    • 6. 发明申请
    • Rotary damper
    • 旋转阻尼器
    • US20080202873A1
    • 2008-08-28
    • US12081802
    • 2008-04-22
    • Ken HayashiShunsuke Okabayashi
    • Ken HayashiShunsuke Okabayashi
    • F16D57/00
    • F16F9/12
    • A rotary damper includes a driven-to-rotate member having integrally a driven-to-rotate part for coupling to a drive member and a first inner cylindrical wall, the first inner cylindrical wall including a locking part at a bottom end of the first inner cylindrical wall; a fixed support member for holding the driven-to-rotate member so as to rotate freely; a receiving part formed between the fixed support member and the driven-to-rotate member; and a seal member for sealing an outer perimeter of the receiving part so that the driven-to-rotate member and the fixed support member are capable of relative rotation. A viscous fluid is provided inside the receiving part for damping relative rotation between the driven-to-rotate member and the fixed support member.
    • 旋转阻尼器包括具有一体的驱动旋转部件的驱动旋转部件,该驱动旋转部件具有一体地连接到驱动部件和第一内部圆柱形壁的驱动旋转部件,第一内部圆柱形壁部包括位于第一内部 圆柱壁; 固定支撑构件,用于保持被驱动旋转构件以便自由旋转; 形成在固定支撑构件和被驱动旋转构件之间的容纳部件; 以及用于密封接收部分的外周的密封构件,使得被驱动旋转构件和固定支撑构件能够相对旋转。 粘性流体设置在容纳部分内部,用于阻止从动转动件和固定支撑件之间的相对转动。
    • 7. 发明授权
    • Rotary damper
    • 旋转阻尼器
    • US08177042B2
    • 2012-05-15
    • US12225772
    • 2007-03-27
    • Shunsuke OkabayashiKen Hayashi
    • Shunsuke OkabayashiKen Hayashi
    • F16D57/02
    • F16F9/12
    • In a rotary damper capable of being easily assembled by reducing the remaining air inside an accommodation portion and reducing the non-uniformity of damping torque, a center shaft 73 is provided in the center of a fixing and supporting member 71, an inner cylinder wall 63 into which the center shaft 73 is inserted rotatably is provided in a driven rotation member 61, an O ring 81 which prevents the leakage of viscous fluid 101 from between the driven rotation member 61 and the fixing and supporting member 71 is provided, a first path 70 which enables the accommodation portion 91 to communicate with its outside is provided between the center shaft 73 and an inner circumference face of the inner cylinder wall 63, and a hole 63c which allows the bottom side of the O ring 81 inside the accommodation portion 91 to communicate with the first path 70 is provided in the driven rotation member 61.
    • 在通过减少容纳部分内的剩余空气并且减小阻尼扭矩的不均匀性的旋转阻尼器中,中心轴73设置在固定和支撑构件71的中心,内筒壁63 中心轴73可旋转地插入其中的驱动旋转构件61设置有防止粘性流体101从被驱动旋转构件61与固定支撑构件71之间泄漏的O形环81,第一路径 在中心轴73和内筒壁63的内周面之间设置有容纳部91与其外部连通的70,以及允许O形环81的底侧在收容部91内的孔63c 与第一路径70连通的驱动旋转构件61。
    • 8. 发明申请
    • Rotary damper
    • 旋转阻尼器
    • US20060113154A1
    • 2006-06-01
    • US11287286
    • 2005-11-28
    • Ken HayashiShunsuke Okabayashi
    • Ken HayashiShunsuke Okabayashi
    • F16D57/00
    • F16F9/12
    • A rotary damper includes a driven-to-rotate member with a driven-to-rotate part for coupling to a drive member, a fixed support member for holding the driven-to-rotate member so as to rotate freely, a receiving part formed between the fixed support member and the driven-to-rotate member, a seal for sealing an outer perimeter of the receiving part so that the driven-to-rotate member and the fixed support member are capable of relative rotation, and a viscous fluid inside the receiving part for damping the relative rotation between the driven-to-rotate member and the fixed support member. The rotary damper is easy to assemble by virtue of eliminating the accumulation of unwanted air inside the receiving part. Since air does not mix with the viscous fluid, the torque precision can be made constant.
    • 旋转阻尼器包括从动转动部件,其具有用于联接到驱动部件的从动转动部件,用于保持被驱动旋转部件以自由旋转的固定支撑部件,形成在 固定支撑构件和从动旋转构件,用于密封容纳部分的外周边的密封件,使得被驱动旋转构件和固定支撑构件能够相对旋转,并且内部的粘性流体 接收部件,用于阻尼从动转动件和固定支承件之间的相对转动。 旋转阻尼器通过消除接收部件内的不需要的空气的积聚而容易组装。 由于空气不与粘性流体混合,所以扭矩精度可以保持恒定。
    • 9. 发明申请
    • Rotary damper
    • 旋转阻尼器
    • US20060011428A1
    • 2006-01-19
    • US11176246
    • 2005-07-08
    • Ken HayashiShunsuke Okabayashi
    • Ken HayashiShunsuke Okabayashi
    • F16D57/00
    • F16F9/12
    • A rotary damper includes a driven rotary member having a driven rotary part for engaging a driving member, and a stationary support member for rotatably supporting the driven rotary member. A housing is disposed between the stationary support member and the driven rotary member, and a viscous fluid is disposed in the housing for damping the driven rotary member when the driven rotary member rotates relative to the stationary support member. A sealing member is disposed on the housing for sealing an outer peripheral edge of the housing so as to allow the driven rotary member to rotate relative to the stationary support member. An opening is formed in the driven rotary member or the stationary support member for communicating a portion of the housing inside the sealing member with atmosphere. The opening is closed when or after the driven rotary member and the stationary support member are assembled.
    • 旋转阻尼器包括具有用于接合驱动构件的从动旋转部分的驱动旋转构件和用于可旋转地支撑从动旋转构件的固定支撑构件。 壳体设置在固定支撑构件和从动旋转构件之间,并且当驱动旋转构件相对于固定支撑构件旋转时,粘性流体设置在壳体中用于阻尼从动旋转构件。 密封构件设置在壳体上用于密封壳体的外周边缘,以便允许从动旋转构件相对于固定支撑构件旋转。 在被驱动旋转部件或固定支撑部件上形成开口,用于使密封部件内的壳体的一部分与气氛连通。 当驱动旋转构件和固定支撑构件组装时或之后,开口关闭。
    • 10. 发明申请
    • Rotary Damper
    • 旋转阻尼器
    • US20100175957A1
    • 2010-07-15
    • US12225772
    • 2007-03-27
    • Shunsuke OkabayashiKen Hayashi
    • Shunsuke OkabayashiKen Hayashi
    • F16F9/12
    • F16F9/12
    • In a rotary damper capable of being easily assembled by reducing the remaining air inside an accommodation portion and reducing the non-uniformity of damping torque, a center shaft 73 is provided in the center of a fixing and supporting member 71, an inner cylinder wall 63 into which the center shaft 73 is inserted rotatably is provided in a driven rotation member 61, an O ring 81 which prevents the leakage of viscous fluid 101 from between the driven rotation member 61 and the fixing and supporting member 71 is provided, a first path 70 which enables the accommodation portion 91 to communicate with its outside is provided between the center shaft 73 and an inner circumference face of the inner cylinder wall 63, and a hole 63c which allows the bottom side of the O ring 81 inside the accommodation portion 91 to communicate with the first path 70 is provided in the driven rotation member 61.
    • 在通过减少容纳部分内的剩余空气并且减小阻尼扭矩的不均匀性的旋转阻尼器中,中心轴73设置在固定和支撑构件71的中心,内筒壁63 中心轴73可旋转地插入其中的驱动旋转构件61设置有防止粘性流体101从被驱动旋转构件61与固定支撑构件71之间泄漏的O形环81,第一路径 在中心轴73和内筒壁63的内周面之间设置有容纳部91与其外部连通的70,以及允许O形环81的底侧在收容部91内的孔63c 与第一路径70连通的驱动旋转构件61。