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    • 1. 发明授权
    • Liquid-sealing type vibration isolating apparatus
    • 液密式隔振装置
    • US6082718A
    • 2000-07-04
    • US35933
    • 1998-03-02
    • Norihiro YamadaYoshiki ShimodaTakashi MaenoShigeki TakeoOsamu NakagakiMasanao GotoTetsuya TsuikiTatsuo SuzukiTetsuo Asano
    • Norihiro YamadaYoshiki ShimodaTakashi MaenoShigeki TakeoOsamu NakagakiMasanao GotoTetsuya TsuikiTatsuo SuzukiTetsuo Asano
    • F16F13/10F16F13/26F16F5/00
    • F16F13/264F16F13/105F16F13/268F16F2230/183
    • A liquid-sealing type vibration isolating apparatus including a first coupling member attached to a vibrator; a second coupling member attached to a member in a vehicle body; an insulator interposed between the coupling members, for absorbing and isolating vibration from the vibrator; a vibration isolating mechanism composed of a main chamber having a chamber wall formed by a portion of the insulator, and charged therein with liquid, an auxiliary chamber communicated with the main chamber through an orifice and having a chamber wall a portion of which is formed by a first diaphragm, an air chamber partitioned from the auxiliary chamber across the first diaphragm, and an equilibrium chamber partitioned from the auxiliary chamber across a second diaphragm; a selector for carrying out change-over operation so as to introduce negative pressure or the atmospheric pressure into the equilibrium chamber in the vibration isolating mechanism control for controlling the change-over operation of the selector, a negative pressure tank provided between a negative pressure source and the selector, and a check valve formed between the negative pressure tank and the negative pressure source, for allowing introduction of only negative pressure, and a solenoid mechanism for driving the selector.
    • 一种液体密封式隔振装置,包括附接到振动器的第一联接构件; 附接到车体中的构件的第二联接构件; 介于耦合构件之间的用于吸收和隔离来自振动器的振动的绝缘体; 隔振机构,由主室构成,主室具有由绝缘体的一部分形成的室壁,并且在其中充有液体,辅助室通过孔与主室连通,并具有室壁,其一部分由 第一隔膜,通过第一隔膜与辅助室隔开的空气室和通过第二隔膜与辅助室隔开的平衡室; 选择器,用于进行转换操作,以便在用于控制选择器的转换操作的隔振机构控制中将负压或大气压力引入平衡室中;负压罐,设置在负压源 和选择器,以及形成在负压罐和负压源之间的止回阀,用于仅允许引入负压,以及用于驱动选择器的螺线管机构。
    • 3. 发明授权
    • Fluid-filled vibration damping device
    • 流体填充减振装置
    • US5429343A
    • 1995-07-04
    • US258233
    • 1994-06-10
    • Takashi MaenoKyoichi FujinamiNorihiro YamadaYoshiki Shimoda
    • Takashi MaenoKyoichi FujinamiNorihiro YamadaYoshiki Shimoda
    • F16F13/14F16M5/00
    • F16F13/14
    • In a fluid-filled vibration damping device, a rubber material is injection molded in the upper half of an inner space of a cylindrical insert plate 1 to form a damping rubber member 2 through which an inner tube 3 is retained. A concave 21 is formed in the center of the damping rubber member 2 in such a way that it extends from the periphery to a point close to the inner tube 3 such that both sidewalls thereof are left intact. The concave 21 provides a main fluid compartment A when the insert plate 1 is pressed and fixed in the outer tube. The insert plate 1 has a large concave in the lower half thereof and a plurality of openings are made in the sidewall of the concave 12 except for the bottom wall 121 thereof. A rubber layer 5, injection molded in the concave, has a central part of its width left intact in block form and part of this rubber layer provides a thin rubber wall that covers the openings in the sidewall of the concave 12 which face a cavity 53. When the insert plate 1 is pressed and fixed in the outer tube 4, a sub-fluid compartment B is formed between the outer tube 4 and the thin rubber wall which serves as a defining wall of the compartment B, and this compartment communicates with the main fluid compartment A via a flow constricting channel F around the insert plate 1.
    • 在流体填充的减震装置中,橡胶材料在圆柱形插入板1的内部空间的上半部注射成型,以形成阻尼橡胶构件2,通过该阻尼橡胶构件保持内管3。 在阻尼橡胶构件2的中心形成凹部21,使得其从周边延伸到接近内管3的点,使得其两个侧壁保持原样。 当插入板1被按压并固定在外管中时,凹部21提供主流体室A. 插入板1在其下半部具有大的凹部,并且除了底壁121之外的凹部12的侧壁中还形成有多个开口。 橡胶层5注模成型为凹形,其中心部分的宽度保持为块状,并且该橡胶层的一部分提供了薄的橡胶壁,该橡胶层覆盖凹部12的面向空腔53的侧壁中的开口 当插入板1被按压并固定在外管4中时,在外管4和用作隔室B的限定壁的薄橡胶壁之间形成有副流体隔室B,并且该隔室与 主流体室A经由流动收缩通道F围绕插入板1。
    • 4. 发明授权
    • Liquid filled type vibration isolator
    • 液体填充式隔振器
    • US06722641B2
    • 2004-04-20
    • US09953906
    • 2001-09-18
    • Norihiro YamadaTatsuo SuzukiKeiji MiyoshiYoshiki Shimoda
    • Norihiro YamadaTatsuo SuzukiKeiji MiyoshiYoshiki Shimoda
    • F16F1500
    • F16F13/268F16F13/264
    • There is provided a liquid filled type vibration isolator in which damping action for both engine idling vibration and engine shake is carried out with the use of a single orifice. In the liquid filled type vibration isolator comprising a rubber-like insulator for absorbing and isolating vibration transmitted from an oscillating body, a main chamber having a chamber wall formed by a part of the insulator, and hermetically charged therein with liquid, an auxiliary chamber connected to the main chamber through the intermediary of an orifice and having a chamber wall a part of which is formed by a first diaphragm, a partition member partitioning between the main chamber and the auxiliary chamber, a working chamber defined and formed with respect to the main chamber by means of a second diaphragm, wherein the second diaphragm has a deforming stiffness which is higher than that of the first diaphragm. The liquid in the orifice effects resonant oscillation with a vibration input during engine idling operation.
    • 提供了一种液体填充式隔振器,其中使用单个孔进行发动机怠速振动和发动机振动的阻尼作用。 在包括用于吸收和隔离从振动体传播的振动的橡胶状绝缘体的液体填充型隔振器中,主室具有由绝缘体的一部分形成的室壁,并且在其中被气态地充满液体,辅助室连接 通过孔的中间通向腔室,并且具有室壁,其一部分由第一隔膜形成,分隔构件分隔在主腔室和辅助腔室之间,分隔构件相对于主腔室限定和形成 其中所述第二隔膜具有比所述第一隔膜更高的变形刚度。 在发动机空转运行期间,孔中的液体会产生振动输入的谐振振荡。
    • 5. 发明授权
    • Hydraulic damping device
    • 液压减震装置
    • US5560592A
    • 1996-10-01
    • US495995
    • 1995-06-28
    • Yoshiki ShimodaKyoichi FujinamiNorihiro Yamada
    • Yoshiki ShimodaKyoichi FujinamiNorihiro Yamada
    • F16F13/18F16F13/06F16F13/10F16M5/00B60K5/12F16F13/00
    • F16F13/10
    • A hydraulic damping device including a main damping body protected by a cylindrical portion with downwardly extending side walls. The damping device includes a flexible membrane which has a step portion, a main liquid chamber, an auxiliary liquid chamber and a partition formed in a cup-shape. A passage is made between the step portion of the flexible membrane and the interior of the partition. The partition divides the liquid chamber into a main liquid chamber and an auxiliary liquid chamber. The partition also includes a hole formed therein, a channel and a concave recess formed on the partition side wall between the hole and the channel. This structure permits the main liquid chamber to be connected to the auxiliary liquid chamber through the hole, the passage and the channel. The membrane is inserted into the interior of a cylindrical portion of the main damping body together with the partition and the damping liquid to define a simply constructed sub-assembly. This sub-assembly is subsequently easily inserted into the interior of a cylindrical portion of the supporting member by pressurized insertion.
    • 一种液压阻尼装置,包括由具有向下延伸的侧壁的圆柱形部分保护的主阻尼体。 阻尼装置包括柔性膜,该柔性膜具有台阶部分,主液体室,辅助液体室和形成为杯状的隔壁。 在柔性膜的台阶部分和隔板的内部之间形成通道。 分隔器将液体室分成主液室和辅助液室。 分隔壁还包括形成在其中的孔,形成在孔和通道之间的分隔壁上的凹槽。 这种结构允许主液室通过孔,通道和通道连接到辅助液室。 隔膜与隔板和阻尼液一起插入主阻尼体的圆柱形部分的内部,以限定简单构造的子组件。 该子组件随后通过加压插入容易地插入支撑构件的圆柱形部分的内部。
    • 7. 发明申请
    • ULTRASONIC OPERATING APPARATUS
    • 超声操作装置
    • US20100057117A1
    • 2010-03-04
    • US12201005
    • 2008-08-29
    • Norihiro Yamada
    • Norihiro Yamada
    • A61B17/32
    • A61B17/320092
    • In an ultrasonic operating apparatus which is provided with an insertion portion including a sheath having a distal end and a proximal end and formed of a cylindrical body having at least partially flexibility and a procedure portion disposed at the distal end of the sheath and performing a procedure for resection of a body tissue, and an operation portion disposed at the proximal end of the sheath and operating the procedure portion, the procedure portion is provided with an ultrasonic transducer unit including an ultrasonic transducer generating ultrasonic vibration, a probe portion integrally coupled with the ultrasonic transducer and transmitted with ultrasonic waves output from the ultrasonic transducer, and a casing accommodating the ultrasonic transducer, a jaw caused to face the probe portion which configures a distal end of the ultrasonic transducer and including a supporting point held in a state that the supporting point is not moved to the probe portion axially relative to the probe portion and an operating point movable axially relative to the probe portion, the jaw being driven to be opened and closed to the probe portion, a cover member coupled to the distal end of the sheath and rotatably supporting the operating point of the jaw, and a supporting portion disposed at a distal end of the casing and supporting the supporting point of the jaw, the operation portion is provided with a movable handle moving the operating point of the jaw axially relative to the probe member via the sheath and the cover member and rotating the jaw about the supporting point to drive the jaw to be opened and closed to the probe portion, and the jaw is set in a state that the operating point and the supporting point are positioned on a line orthogonal to a center line of the probe portion in a state that the jaw has been closed to the probe portion.
    • 在设置有包括具有远端和近端的护套的插入部分的超声波操作装置中,并且由具有至少部分柔性的圆柱形主体和设置在护套的远端处的过程部分执行程序 用于切除身体组织,以及操作部,设置在护套的近端并操作手术部,操作部设置有包括产生超声波振动的超声波换能器的超声波换能器单元,与 超声波换能器,并且从所述超声波换能器输出的超声波传输,以及容纳所述超声波换能器的壳体,构成所述超声波换能器的远端构成的所述探针部的颚部,并且包括支撑点,所述支撑点保持在所述支撑 点不相对于轴向轴向移动到探针部分 所述探针部分和操作点相对于所述探针部分轴向移动,所述钳口被驱动以打开和关闭到所述探针部分;盖构件,其耦合到所述护套的远端并可旋转地支撑所述钳口的操作点, 以及支撑部,其设置在所述壳体的远端并且支撑所述钳口的支撑点,所述操作部设置有可移动手柄,所述可动手柄通过所述护套和所述盖构件相对于所述探针构件轴向地移动所述钳口的操作点 并且使夹爪围绕支撑点旋转以驱动夹爪打开和关闭到探针部分,并且钳口被设定在工作点和支撑点位于与 探针部分处于颌已经关闭到探针部分的状态。