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    • 74. 发明授权
    • Fluid-filled vibration damping device whose damping characteristics are controllable
    • 阻尼特性可控的流体填充减震装置
    • US06311964B1
    • 2001-11-06
    • US09579191
    • 2000-05-26
    • Tatsuya Suzuki
    • Tatsuya Suzuki
    • F16F1326
    • F16F13/268
    • A fluid-filled vibration damping device including, an elastic body and a flexible diaphragm is divided by a partition member in to pressure-receiving and an equilibrium chambers communicating with each other through a first and second orifice passages. The second orifice passage includes a pair of split passages formed at respective circumferential positions of the partition member and is open at its first open end in the pressure-receiving chamber and at is its second open end located in the central portion of the partition member in the equilibrium chamber. A pair of movable members disposed in diametrically-opposite portions radially inward of the split passages. Each movable member is displaceable based on a pressure difference between a fluid pressure in the pressure-receiving chamber, and a fluid pressure in the equilibrium chamber applied to the other surface of the movable member. An actuator disposed below the flexible diaphragm remote from the equilibrium chamber and is operable to displace the flexible diaphragm, for inhibiting and permitting said fluid communication through the second orifice passage.
    • 一种流体填充的减震装置,包括弹性体和柔性隔膜,其被分隔构件分隔成压力接收和通过第一和第二孔口彼此连通的平衡室。 第二节流通道包括一对分隔通道,其形成在分隔构件的各个周向位置处,并且在其受压室的第一开口端处开口,并且其第二开口端位于分隔构件的中心部分中 平衡室。 一对可动构件,其设置在分割通道径向内侧的径向相对部分中。 每个可移动构件可基于压力接收室中的流体压力与施加到可移动构件的另一表面的平衡室中的流体压力之间的压力差而移动。 致动器设置在柔性隔膜的远离平衡室的下方,并且可操作以移动柔性隔膜,用于阻止和允许通过第二孔口通道的流体连通。
    • 77. 发明授权
    • Camera
    • 相机
    • US06190059B1
    • 2001-02-20
    • US09243525
    • 1999-02-01
    • Koji KatoSetsuya KataokaKunio YokoyamaTatsuya SuzukiKeita Takahashi
    • Koji KatoSetsuya KataokaKunio YokoyamaTatsuya SuzukiKeita Takahashi
    • G03B100
    • G03B17/02
    • In a camera body section of a camera according to the present invention, a cartridge chamber unit and a spool chamber unit are located on a lower connecting member with a lens barrel unit as a central unit. Furthermore, a driving-force transfer mechanism is located under the lower connecting member. An output of a driving motor located inside the spool chamber is transferred to the lens barrel unit, cartridge chamber unit, and spool chamber unit through a driving-force transfer mechanism by changing the unit receiving the output. In particular, the driven sections of the lens barrel unit and cartridge chamber unit are driven through a worm gear. According to this camera, it requires a minimum change of each unit section to accommodate a specification change and/or a model change. In addition, it is easy to perform partial assembly of every unit.
    • 在根据本发明的照相机的照相机主体部分中,盒室单元和卷轴室单元位于具有镜筒单元作为中心单元的下连接构件上。 此外,驱动力传递机构位于下连接构件下方。 通过改变接收输出的单元,通过驱动力传递机构将位于卷筒室内的驱动马达的输出传递到镜筒单元,盒室单元和卷筒室单元。 特别地,透镜筒单元和暗盒室单元的从动部分通过蜗轮传动。 根据该相机,它需要每个单元部分的最小变化以适应规格变化和/或模型变化。 此外,每个单元的部件组装都很容易。
    • 79. 发明授权
    • Method for manufacturing semiconductor device
    • 制造半导体器件的方法
    • US5920795A
    • 1999-07-06
    • US851366
    • 1997-05-05
    • Tatsuya Suzuki
    • Tatsuya Suzuki
    • H01L21/205C30B25/02C30B25/18C30B29/06H01L21/02H01L21/20H01L21/265H01L21/324H01L21/44
    • C30B29/06C30B25/18H01L21/02381H01L21/02532H01L21/0262
    • A method for manufacturing a semiconductor device is disclosed herein by which the contamination of an epitaxial film-Si substrate interface with carbon can be solved without allowing boron to remain in the epitaxial film-Si substrate interface. The method for manufacturing a semiconductor device according to the present invention comprises a step of ion-implanting, into an Si substrate, an element or a compound which easily reacts with carbon, a step of removing a natural oxide film on the Si substrate, a step of annealing, at a temperature of 800.degree. C. or less in a CVD device, the Si substrate which has been subjected to the ion-implantation and the removal of the natural oxide film by the above two steps, and a step of carrying out an Si epitaxial growth or an Si.sub.1-x Ge.sub.x epitaxial growth on the annealed substrate by the CVD device.
    • 本文公开了一种用于制造半导体器件的方法,其中可以解决外延膜-Si衬底界面与碳的污染,而不允许硼保留在外延膜-Si衬底界面中。 根据本发明的制造半导体器件的方法包括将Si离子注入到Si衬底中的与碳容易反应的元素或化合物的步骤,除去Si衬底上的自然氧化物膜的步骤, 在CVD装置中,在800℃以下的温度退火的步骤,通过上述两个步骤进行离子注入和去除天然氧化物膜的Si衬底,以及承载 通过CVD器件在退火的衬底上形成Si外延生长或Si1-xGex外延生长。
    • 80. 发明授权
    • Camera with hinged mounted lens barrier movable with movement of the lens
    • 相机具有铰链安装的透镜屏障,可透镜移动
    • US5797047A
    • 1998-08-18
    • US707738
    • 1996-09-04
    • Hiroyuki AndoTatsuya SuzukiTakashi Muroi
    • Hiroyuki AndoTatsuya SuzukiTakashi Muroi
    • G03B11/04G03B17/02G03B17/04G03B17/00
    • G03B17/04
    • A camera in which a photographing lens tube is movable between a collapsed position assumed in a non-photographing condition and an extension position assumed in a photographing condition. The camera is provided with a barrier swingingly rotatable through a hinge between a fully closed position at which the barrier covers a front surface section of a photographing lens and further to take a fully open position at which the barrier retreats from the photographing lens. The barrier is biased in a closing direction when it is in a fully closed position side relative to a substantially middle position between the fully closed position and the fully open position, while being biased in an open direction when being in a fully opening position side with respect to the substantial middle position. With a power switch being switched from its OFF state to its ON state, the barrier is shifted from the fully closed position to the fully open position in conjunction with the movement of the photographing lens tube from the collapsed position to the extension position.
    • 一种照相机,其中拍摄镜头管可在非拍摄状态下假定的折叠位置与在拍摄条件中假定的延伸位置之间移动。 照相机设置有能够在完全关闭位置之间通过铰链摆动地旋转的障碍物,在该完全关闭位置处,屏障覆盖拍摄镜头的前表面部分,并进一步使完全打开位置,阻挡件从拍摄镜头退回。 当阻挡物在完全关闭位置处于完全关闭位置侧时,在完全关闭位置和完全打开位置之间被偏置,同时当处于完全打开位置侧时被打开方向偏压, 尊重中等职位。 当电源开关从其OFF状态切换到ON状态时,屏障将从拍摄镜头管从折叠位置移动到延伸位置的同时从完全关闭位置移动到完全打开位置。