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    • 1. 发明授权
    • Control type liquid filled vibration isolating device
    • 控制型液体填充隔振装置
    • US06698732B2
    • 2004-03-02
    • US10049476
    • 2002-03-19
    • Yukio TakashimaMasaaki Ito
    • Yukio TakashimaMasaaki Ito
    • F16F1300
    • F16F13/264F16F13/105
    • A double orifice type liquid-in vibration isolating device including a partition portion fitted between a vibration isolating substrate combined through a body fitting and a first diaphragm made up of a partition main member forming a first orifice, a partition plate member forming a second sub-liquid chamber and a second orifice, and a partition support plate forming the first orifice. An inlet/outlet on the main liquid chamber side of both orifices is common to both orifices. The first orifice is diverged from a part of the second orifice having a liquid passing resistance smaller than that of the first orifice to provide two orifices compactly. Any variation or change of the property can easily be coped with by circumferential position adjustment of the component members of the partition portion.
    • 一种双孔型液体隔离装置,包括:配合在通过主体配件组合的隔振基板和由形成第一孔口的分隔主体构成的第一隔膜之间的分隔部;形成第二子部件的隔板构件; 液体室和第二孔,以及形成第一孔的分隔支撑板。 两个孔的主液室侧的入口/出口对于两个孔是共同的。 第一孔从第二孔的一部分发散,其具有小于第一孔的液体通过阻力,以致紧密地提供两个孔。 通过分隔部分的部件的圆周位置调整可以容易地应对性能的变化或变化。
    • 2. 发明申请
    • VIBRATION ISOLATION APPARATUS
    • 振动隔离装置
    • US20120146271A1
    • 2012-06-14
    • US13314859
    • 2011-12-08
    • Hironori KatoYukio Takashima
    • Hironori KatoYukio Takashima
    • F16F7/00F16F3/087B29C65/70
    • F16F1/3849B29C33/005B29C45/14065B29C45/1671B29C2045/14122B29C2045/1682
    • Rubber burrs which are formed on a first molding product are set to the closer side of spaces of side surfaces. Therefore, when the first molding product is placed in a resin mold for a resin molding process, it is unnecessary to insert a rubber-burr portion in the resin mold at a predetermined position (at which protrusion rubber parts can be brought into tight contact with the resin mold for sealing). That is, the rubber burrs formed along the parting lines can be placed in a cavity of the resin mold. Therefore, since second rubber covering parts can be easily inserted in the resin mold at the predetermined positions and working time can be reduced, workability can be improved. Moreover, since the predetermined positions of the resin mold can be surely sealed by tight contact with the side faces, generation of resin burrs can be suppressed.
    • 形成在第一成型品上的橡胶毛刺被设定在侧面的空间的更靠近的一侧。 因此,当将第一成型品放置在用于树脂成型工序的树脂模具中时,不需要将橡胶毛刺部分插入树脂模具中的预定位置(突出部分可以与橡胶部分紧密接触 用于密封的树脂模具)。 也就是说,沿着分型线形成的橡胶毛刺可以放置在树脂模具的空腔中。 因此,由于可以将第二橡胶覆盖部分容易地插入到树脂模具中的预定位置,并且可以减少加工时间,可以提高加工性。 此外,由于树脂模具的预定位置可以通过与侧面紧密接触而可靠地密封,因此可以抑制树脂毛刺的产生。
    • 3. 发明授权
    • Hydraulic antivibration device arrangement, hydraulic antivibration device, and car body side bracket
    • 液压防振装置布置,液压防振装置和车体侧支架
    • US07278633B2
    • 2007-10-09
    • US10545606
    • 2004-12-24
    • Hikofumi YamamotoYukio Takashima
    • Hikofumi YamamotoYukio Takashima
    • F16F7/00
    • F16F13/108F16F13/101
    • A hydraulic antivibration device arrangement capable of achieving a downsizing and weight reduction, and a reduction of booming noise by suppressing a reaction force to impingement upon stopper action is provided. By disposing a protuberant rubber portion 35 at an upper end of a main body member 2, its spacing distance from a roll center can be lengthened, the reaction force to impingement can be diminished, and input load to the main body member 2 can be diminished. Consequently, reduction of rigidity and strength required for respective components as well as enhancement of durability is possible, which permits to make the components thin-walled thereby making a hydraulic antivibration device arrangement 100 lightweight as a whole. Diminishing of such reaction force upon stopper action also enables vibrations input through a car body side bracket 120 to the body frame to be suppressed, thereby reducing the generation of booming noise.
    • 提供一种能够实现小型化和轻量化的液压防振装置装置,并且通过抑制阻止作用下的冲击的反作用力而降低繁荣的噪音。 通过在主体部件2的上端配置隆起的橡胶部35,能够延长与辊中心的间隔距离,能够减少冲击的反作用力,能够减少对主体部件2的输入负荷 。 因此,各部件的刚性和强度的降低以及耐久性的提高是可能的,这允许使部件薄壁化,从而使液压抗振装置装置整体上轻量化。 这种反作用力在停止作用下的减少也使得能够抑制通过车体侧支架120输入到体框架的振动,从而减少了繁荣的噪音的产生。
    • 5. 发明授权
    • Liquid-filled type vibration absorbing device
    • 液体填充型振动吸收装置
    • US06409158B1
    • 2002-06-25
    • US09705358
    • 2000-11-03
    • Yukio TakashimaTsutomu Hashimoto
    • Yukio TakashimaTsutomu Hashimoto
    • B60K512
    • F16F13/105F16F13/101F16F13/108
    • A liquid-filled vibration absorbing device including a vibration absorbing base of rubber interposed between a holding cylinder of a lower mounting metal fixture and an upper mounting metal fixture. An annular member is fixed on the outer circumferential portion of the lower portion of the vibration absorbing base. A diaphragm is mounted on the lower end portion of an intermediate cylinder, and a partition member is mounted on the inner circumference of the intermediate cylinder. This intermediate cylinder is fitted at its upper portion in the cylindrical lower portion of the annular member and is fixed at the outer edge portion of its upper end on the flanged upper portion of the annular member, to form liquid chambers between the partition member, and the vibration absorbing base and the diaphragm and provide communication between the liquid chambers and through an orifice. The intermediate cylinder is press-fitted in the holding cylinder.
    • 一种充液式振动吸收装置,其包括插入在下安装金属固定件的保持筒和上安装金属夹具之间的橡胶的吸振基座。 环状部件固定在振动吸收基部的下部的外周部。 隔膜安装在中间圆筒的下端部,分隔构件安装在中间圆筒的内周上。 该中间圆筒装配在环状构件的筒状下部的上部,并且在其上端部的外缘部固定在环状构件的带凸缘的上部,在分隔构件与分隔构件之间形成液体室 振动吸收基座和隔膜,并且提供液体室和通孔之间的连通。 中间圆筒被压配合在保持筒中。
    • 6. 发明授权
    • Screen printing apparatus
    • 丝网印刷设备
    • US5704286A
    • 1998-01-06
    • US691788
    • 1996-08-02
    • Yukio Takashima
    • Yukio Takashima
    • B41F15/42H05K1/18H05K3/12B05C17/06
    • H05K3/1233B41F15/42H05K1/181H05K2203/0139
    • A screen printing apparatus for printing a printing material to the front surface of a work that has a protrusion portion, comprising a stage for mounting the work, a screen frame formed on the upper surface of the stage, a screen mask secured to the screen frame, the screen mask having an opening portion at a particular printing position and a protrusion portion that covers the protrusion portion of the work, and a squeegee member moving in a particular direction for squeezing the printing material on the screen mask to the opening portion of the screen mask. In addition, the side surfaces of the protrusion portion of the screen mask are inclined to the main front surface for 90 degree or less. The portion that contacts the protrusion portion and the portion that does not contact the protrusion portion are separated by a slit.
    • 一种用于将打印材料印刷到具有突出部分的工件的前表面的丝网印刷设备,包括用于安装工件的台架,形成在台面上表面上的筛网框架,固定在筛网框架上的筛网掩模 屏幕掩模具有在特定打印位置处的开口部分和覆盖工件的突出部分的突出部分,以及沿特定方向移动的刮板部件,用于将屏幕掩模上的打印材料挤压到屏幕的开口部分上 屏幕面具。 此外,屏幕掩模的突出部分的侧表面相对于主正面倾斜90度或更小。 接触突出部分的部分和不与突出部分接触的部分被狭缝分开。
    • 7. 发明授权
    • Liquid-sealed vibration-proof device
    • 液密防振装置
    • US06685175B2
    • 2004-02-03
    • US10071538
    • 2002-02-08
    • Yukio TakashimaHikofumi Yamamoto
    • Yukio TakashimaHikofumi Yamamoto
    • F16F1300
    • F16F13/101F16F13/105
    • The invention provides a liquid-sealed vibration-proof device, whose partition is constituted of and shaped separately by an orifice member having an orifice channel, a partition plate member forcing its outer periphery toward an outer peripheral end of a vibration-proof base on the liquid chamber side, and a second diaphragm closing a central opening of the orifice member. A recessed groove of a marginal portion of the second diaphragm is press-fitted in and engaged with a hook portion projecting inwardly of the orifice member, and a bottom wall of the recessed groove is pinched and pressed by the hook portion and the partition plate member, whereby the assembling is facilitated, ensuring a reliability and functionality of a product.
    • 本发明提供了一种液密防振装置,其隔板由具有孔口的孔口构件构成并分别成形,隔板构件将其外周向外侧朝向防振底座的外周端 液体室侧,以及封闭孔口构件的中心开口的第二隔膜。 第二隔膜的边缘部分的凹槽被压配合在与孔部件向内突出的钩部分并与其接合,并且凹槽的底壁被钩部分夹紧和压紧,并且隔板构件 ,从而有利于组装,确保产品的可靠性和功能性。
    • 9. 发明授权
    • Switchable liquid-filled vibration isolating mount
    • 可切换充液式隔振安装座
    • US06439554B1
    • 2002-08-27
    • US09526409
    • 2000-03-16
    • Yukio TakashimaMasashi Takaoka
    • Yukio TakashimaMasashi Takaoka
    • F16F1326
    • F16F13/26
    • There is provided a switchable liquid-filled vibration isolating mount that damps each of shaking vibration and idling vibration by opening and closing an orifice, and that maintain a stable and reliable operation for a long period. First and second fixtures are joined together by a vibration isolating base body to form an inner space defined thereby. This inner space is partitioned by a partitioner and first and second diaphragms to form main and sub-liquid chambers that are communicating with each other via inner and outer orifices. A space between the first and second diaphragms is an equilibrium chamber. A space between the second diaphragm and second fixture is a switching chamber into which either of an atmospheric pressure and a reduced pressure is selectively introduced. The inner orifice is an opening of the partitioner. The first diaphragm has in its central portion a valve body that has a projection always inserted in the inner orifice all the time the orifice is opened or occluded.
    • 提供了一种可切换的充满液体的隔振安装座,通过打开和关闭孔口来抑制振动和空转振动,并长时间保持稳定可靠的操作。 第一和第二固定件通过隔振基体连接在一起以形成由此限定的内部空间。 该内部空间由分隔器和第一和第二隔膜分隔开以形成通过内部和外部孔彼此连通的主和副液体室。 第一和第二隔膜之间的空间是平衡室。 第二隔膜和第二固定件之间的空间是选择性地引入大气压和减压压力的开关室。 内孔是分隔器的开口。 第一隔膜在其中心部分具有阀体,该阀体在孔口打开或闭塞的同时具有始终插入内孔中的突起。
    • 10. 发明授权
    • Liquid-enclosing type vibration isolating device
    • 液体封闭式隔振装置
    • US5971376A
    • 1999-10-26
    • US34071
    • 1998-03-03
    • Yoshiyuki MoriYukio TakashimaToshiya Tsujimoto
    • Yoshiyuki MoriYukio TakashimaToshiya Tsujimoto
    • B60K5/12F16F13/08F16F13/10F16F9/00
    • F16F13/10F16F2230/0047F16F2230/007
    • The present invention provides a liquid-enclosing type vibration isolating device of all around stopper type with a reliable stopper action at a time of a large displacement of a main body metal fitting in the device, in a liquid-enclosing type vibration isolating device in which a main body metal fitting and a mounting metal fitting disposed thereunder are connected to each other through a vibration isolating body formed with a rubber elastic member with a liquid being sealed therewithin, the lower mounting metal fitting comprises a boss metal fitting integrally formed with a mounting bolt and inserted into the vibration isolating body, a spacer metal fitting having a flange portion for a stopper at the upper portion and fitted into the boss metal fitting, and a mounting plate metal fitting fixed to the boss metal fitting so as to hold the spacer metal fitting in a fixed state, a required clearance is provided between the flange portion of the spacer metal fitting and the plate metal fitting, and a lower end portion of a stabilizer continuously provided to the main body metal fitting is inwardly bent so as to be positional within the clearance, thereby achieving a stopper action.
    • 本发明提供了一种全封闭式隔离装置,在液体封闭式隔振装置中,在本体金属配件位移大的位置处具有可靠的止动作用的液体封闭式隔振装置,其中, 主体金属配件和安装在其下方的安装金属配件通过形成有橡胶弹性构件的隔振体彼此连接,橡胶弹性构件被密封在其中,下安装金属配件包括:凸台金属配件,其与安装件 螺栓并插入到隔振体中,间隔金属配件,其具有用于上部的塞子的凸缘部分并且装配到凸台金属配件中;以及安装板金属配件,固定到凸台金属配件以便保持间隔件 金属配件处于固定状态,在间隔金属配件的凸缘部分和板金属之间设置所需的间隙 连接在主体金属配件上的稳定器的下端部向内弯曲成位于间隙内,从而实现止动作用。