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    • 61. 发明申请
    • Adapter ring for rotation of photographing lens barrel
    • 摄影镜头筒旋转适配环
    • US20070020987A1
    • 2007-01-25
    • US11491760
    • 2006-07-24
    • Hideo ShirakoShinichi Watanabe
    • Hideo ShirakoShinichi Watanabe
    • H01R13/627
    • G03B17/14G03B17/561
    • There is disclosed an adapter ring for rotation of a photographing lens barrel, the adapter ring being fitted into an outer periphery of the photographing lens barrel, the adapter ring being rotated through engaging with a ratchet wheel having a plurality of pawls which ratchet wheel rotates in conjunction with a dial disposed in a waterproof protector. This adapter ring has: a plurality of first projecting portions arranged in a predetermined angle range around an optical axis in the outer periphery to engage with the pawls of the ratchet wheel; and a plurality of second projecting portions which are the same plurality of projecting portions as the plurality of first projecting portions, the second projecting portions being arranged in a predetermined angle range but out of the predetermined angle range of the plurality of the first projecting portions.
    • 公开了一种用于旋转拍摄镜筒的适配环,适配环装配在拍摄镜筒的外周中,适配环通过与棘轮旋转而旋转,棘轮具有棘轮旋转的多个棘爪 与配置在防水保护器中的表盘相连。 该适配环具有:多个第一突出部分,其围绕外周中的光轴以预定角度范围布置,以与棘轮的棘爪接合; 以及与所述多个第一突出部分相同的多个突出部分的多个第二突出部分,所述第二突出部分布置在所述多个所述第一突出部分中的预定角度范围内但不在所述预定角度范围内。
    • 62. 发明授权
    • Bias voltage generator circuit
    • 偏置电压发生器电路
    • US07129776B2
    • 2006-10-31
    • US10999179
    • 2004-11-29
    • Shinichi Watanabe
    • Shinichi Watanabe
    • G05F1/10
    • G05F3/205
    • A bias voltage generator circuit capable of keeping a constant electric current consumption (I0) and supplying bias voltages (V1, V2) respectively kept at constant values relative to its source voltage (VDD) and GND potential even when VDD fluctuates. The circuit includes: three p-channel transistors connected in a current mirror, each having a source connected to source voltage; and four n-channel transistors, each having a source connected to GND. Bias voltages V1 and V2 are in a relation such that they control each other. Concretely, the V1 potential starting to rise causes the V2 potential to start to decrease, and the V1 potential starting to decrease causes the V2 potential to start to rise. The circuit has the property of making the circuit current fixed regardless of VDD. Even when VDD fluctuates, I0 is constant and V1 and V2 each produce a fixed potential.
    • 一种能够保持恒定电流消耗(I 0> 0 >)并分别提供偏置电压(V SUB 1,V 2)的偏置电压发生器电路 即使当V DD发生波动时,也保持相对于其源极电压(V SUB DD)和GND电位的恒定值。 电路包括:连接在电流反射镜中的三个p沟道晶体管,每个具有连接到源极电压的源极; 和四个n沟道晶体管,每个都具有连接到GND的源极。 偏置电压V 1和V 2 2之间的关系使得它们彼此控制。 具体地,开始上升的V 1电位使得V 2电位开始下降,并且开始降低的V 1电位导致 V 2电位开始上升。 该电路具有使电路电流固定的特性,无论V DD如何。 即使当V DD变得波动时,I 0 <0>是恒定的,并且V 1和V 2分别产生固定电位。
    • 63. 发明申请
    • Transfer system and semiconductor manufacturing system
    • 转移系统和半导体制造系统
    • US20060201375A1
    • 2006-09-14
    • US11437713
    • 2006-05-22
    • Takayuki WakabayashiShinichi Watanabe
    • Takayuki WakabayashiShinichi Watanabe
    • B61K1/00
    • H01L21/67276
    • The present invention provides a transfer technique that can improve the transfer ability when reinforcing and expanding the transfer system, with effectively using the existing system. The transfer system includes tracks that link a plurality of manufacturing equipments, a plurality of carriers having different performances that run on the tracks to transfer objects between the manufacturing equipments and the like in a factory space having a plurality of manufacturing equipments, and the plurality of carriers having different performances are simultaneously provided and run on the same tracks. The plurality of carriers are composed of old carriers and new carriers that provided together and run depending on their own performances (running performance such as running speed, acceleration/deceleration, and the like and transfer performance such as transfer speed and the like).
    • 本发明提供了一种转移技术,其可以有效地利用现有的系统来提高加强和扩大转移系统时的转移能力。 传送系统包括链接多个制造设备的轨道,在具有多个制造设备的工厂空间中在轨道上运行的具有不同性能的多个载体在制造设备之间转移物体,并且多个 同时提供具有不同性能的载波并在同一轨道上运行。 多个载体由根据其自己的性能(诸如行驶速度,加速/减速等的运行性能以及诸如传送速度等的传送性能)组合并运行的旧载体和新载体构成。
    • 67. 发明授权
    • Scroll type compressor
    • 涡旋式压缩机
    • US6152713A
    • 2000-11-28
    • US141955
    • 1998-08-28
    • Shigeru HisanagaTsuyoshi TakemotoYoshitaka AkiyamaShinichi WatanabeHiroyuki HayashiYasushi WatanabeTatsushi MoriIzuru ShimizuMasao Iguchi
    • Shigeru HisanagaTsuyoshi TakemotoYoshitaka AkiyamaShinichi WatanabeHiroyuki HayashiYasushi WatanabeTatsushi MoriIzuru ShimizuMasao Iguchi
    • F04C18/02F04C29/02F04C29/12F01C1/02
    • F04C29/12F04C18/0215F04C29/026
    • A scroll type compressor having a front housing, a rear housing, an intermediate outer shell portion arranged between the front and rear housing to form an integral stationary scroll element having a stationary end plate and a stationary spiral member, a movable scroll element having a movable end plate and a movable spiral element and being engaged with the stationary scroll element to define a plurality of compression chambers shifting and reducing in volume to compress refrigerant gas, containing therein an oil component, in response to an orbiting motion of the movable scroll element, a suction port formed in the intermediate outer shell portion to directly introduce the refrigerant gas into the compression chambers, and a discharge chamber in which the refrigerant gas after compression is discharged from the compression chambers. The rear housing having an oil-separating chamber for separating the oil component from the refrigerant gas after compression and an oil-storing chamber for storing therein the separated oil to be supplied to the interior of the front housing via an oil passage formed in the intermediate outer shell to cool and lubricate movable elements and portions of the compressor.
    • 一种涡旋式压缩机,具有前壳体,后壳体,布置在前壳体和后壳体之间的中间外壳部分,以形成具有固定端板和固定螺旋构件的一体式固定涡旋件,具有可移动 端板和可动螺旋元件,并与固定涡旋元件接合以限定多个压缩室,以便响应于可动涡旋元件的轨道运动来移动和减小体积以压缩其中容纳有油分量的制冷剂气体, 形成在中间外壳部分中以将制冷剂气体直接引入压缩室的吸入口,以及压缩后的制冷剂气体从压缩室排出的排出室。 后壳体具有用于在压缩后将油分离器与制冷剂气体分离的油分离室,以及用于在其中储存经由形成在中间体中的油路供给到前壳体的内部的分离油的储油室 外壳以冷却和润滑可移动元件和压缩机的部分。