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    • 3. 发明授权
    • Reciprocating device for movable member
    • 用于可移动构件的再现装置
    • US5211431A
    • 1993-05-18
    • US860185
    • 1992-03-30
    • Kazuyoshi KoizumiMasayuki Nishiyama
    • Kazuyoshi KoizumiMasayuki Nishiyama
    • E05B17/00E05C19/02E05F3/14E05F3/16H05K5/03
    • E05C19/022E05B17/0054Y10S292/04Y10T292/0895
    • A reciprocating device for a movable member includes: a stationary member; a movable member held by the stationary member in such a manner as to be able to reciprocate; a biasing device provided between the movable member and the stationary member and adapted to bias the movable member in at least one of the reciprocating directions of the movable member; and a lock device for stopping the movable member in the course of its reciprocation, the lock device including: a cam groove formed on either the stationary member or the movable member and extending around a heart-shaped island; a lock pin having a base end section rotatably supported by either the stationary member or the movable member on which the cam groove is not formed and a tip end section bent toward the bottom of the cam groove; and a pressing device for pressing the tip end section of the lock pin toward the bottom of the cam groove, the pit section of the heart-shaped island of the lock device being equipped with a tapered surface inclined toward the bottom of a stop section of the cam groove, the tip end section of the lock pin being bent at an angle corresponding to the inclination of the tapered surface of the pit section of the heart-shaped island.
    • 一种用于可移动部件的往复运动装置包括:静止部件; 固定部件以能够往复运动的方式固定的可动部件; 偏置装置,设置在所述可移动构件和所述固定构件之间并且适于在所述可动构件的至少一个往复运动方向上偏压所述可动构件; 以及用于在往复运动的过程中使可动件停止的锁定装置,所述锁定装置包括:凸轮槽,其形成在所述固定部件或所述可动部件上,并围绕心形岛状延伸; 锁定销,其具有由固定构件或其上没有形成凸轮槽的可动构件可旋转地支撑的基端部和朝向凸轮槽的底部弯曲的前端部; 以及用于将锁定销的前端部朝向凸轮槽的底部按压的按压装置,锁定装置的心形岛的凹部具有朝向底部的倾斜面倾斜的锥形面 所述凸轮槽,所述锁定销的前端部以与所述心形岛的所述凹部的所述锥形面的倾斜度对应的角度弯曲。
    • 4. 发明授权
    • Damper device
    • 减震装置
    • US08827056B2
    • 2014-09-09
    • US13390275
    • 2010-08-03
    • Kazuyoshi KoizumiAkinori Harada
    • Kazuyoshi KoizumiAkinori Harada
    • F16F9/48
    • F16F9/0218F16F9/3415F16F9/342F16F9/512
    • A cylinder body is partitioned by a partition into a first chamber that is divided from an outside by a cap body and a second chamber accommodating a piston body. A flow channel communicating the first chamber and the second chamber with each other is formed in the partition, and a shaft is projected from the partition onto the first chamber side. The cap body includes a through-hole, the shaft is inserted movably in the through-hole from a reference position along an axis line direction of the cylinder body. There is provided a throttle structure that changes a gap between the through-hole and the shaft when the cap body moves from the reference position by a pressure change generated by a movement or a relative movement of the piston body.
    • 圆筒体由隔板分隔成通过盖体从外部分开的第一室和容纳活塞体的第二室。 在隔板中形成有使第一室和第二室相通的流路,并且将分隔壁上的轴突出到第一室一侧。 盖体包括通孔,该轴从圆筒体的轴线方向的基准位置可移动地插入到通孔中。 提供了一种节气门结构,当帽体从基准位置移动通过由活塞体的运动或相对运动产生的压力变化时,改变通孔和轴之间的间隙。
    • 5. 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。
    • 6. 发明申请
    • DAMPER DEVICE
    • 阻尼器装置
    • US20120217107A1
    • 2012-08-30
    • US13390275
    • 2010-08-03
    • Kazuyoshi KoizumiAkinori Harada
    • Kazuyoshi KoizumiAkinori Harada
    • F16F9/34
    • F16F9/0218F16F9/3415F16F9/342F16F9/512
    • A cylinder body is partitioned by a partition into a first chamber that is divided from an outside by a cap body and a second chamber accommodating a piston body. A flow channel communicating the first chamber and the second chamber with each other is formed in the partition, and a shaft is projected from the partition onto the first chamber side. The cap body includes a through-hole, the shaft is inserted movably in the through-hole from a reference position along an axis line direction of the cylinder body. There is provided a throttle structure that changes a gap between the through-hole and the shaft when the cap body moves from the reference position by a pressure change generated by a movement or a relative movement of the piston body.
    • 圆筒体由隔板分隔成通过盖体从外部分开的第一室和容纳活塞体的第二室。 在隔板中形成有使第一室和第二室相通的流路,并且将分隔壁上的轴突出到第一室一侧。 盖体包括通孔,该轴从圆筒体的轴线方向的基准位置可移动地插入到通孔中。 提供了一种节气门结构,当帽体从基准位置移动通过由活塞体的运动或相对运动产生的压力变化时,改变通孔和轴之间的间隙。
    • 8. 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。
    • 9. 发明申请
    • ROTATION DAMPER
    • 旋转阻尼器
    • US20090277735A1
    • 2009-11-12
    • US12312139
    • 2006-12-27
    • Keiji YamaguchiNaoto JinboShigemitsu TomitaSyunsuke OkabayashiAyako KitakawaBunkin TouYuki HiranoKazuyoshi KoizumiYoshihisa Takei
    • Keiji YamaguchiNaoto JinboShigemitsu TomitaSyunsuke OkabayashiAyako KitakawaBunkin TouYuki HiranoKazuyoshi KoizumiYoshihisa Takei
    • F16F9/12
    • F16F9/12
    • A rotary damper is provided so that air incorporated into a housing during assembly is, not excessively compressed, whereby a generation of a peculiar sound due to the air incorporated into the housing can be prevented even though the rotor rotates in both directions, and so that the air is stopped and captured in a fixed place whereby influence on the generated torque can be reduced, and irregularity of the torque can be reduced progressively.A rotary damper includes a housing (11, 51), silicon oil housed inside the housing (11, 51), a rotor 31 housed inside the housing (11, 51), and having a shaft member (32) projecting from the housing (11, 51) and having a resistance member (36) moving through the silicon oil (21) inside the housing (11, 51), and an O-ring (61) for preventing leakage of the silicon oil (21) from between the shaft member (32) and the housing (51). A circumferential groove (54) is provided on an inner face of the housing (51) facing the resistance member (36).
    • 提供一种旋转阻尼器,使得在组装期间结合到壳体中的空气不被过度压缩,由此即使转子沿两个方向旋转也可以防止由于装入壳体中的空气引起​​的特殊声音的产生,并且因此 空气被停止并捕获在固定的位置,从而可以减小对产生的扭矩的影响,并且可以逐渐减小扭矩的不规则性。 旋转阻尼器包括容纳在壳体(11,51)内部的壳体(11,51),硅油,容纳在壳体(11,51)内的转子31,并且具有从壳体突出的轴构件(32) 并且具有通过所述壳体(11,51)内部的所述硅油(21)移动的阻力构件(36)和用于防止所述硅油(21)从所述壳体(11,51)之间漏出的O形环(61) 轴构件(32)和壳体(51)。 在壳体(51)的面向阻力构件(36)的内表面上设置周向槽(54)。