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    • 1. 发明授权
    • Fluid controller with pivoting valve stem operator
    • 具有旋转阀杆操作器的流体控制器
    • US6105930A
    • 2000-08-22
    • US325846
    • 1999-06-04
    • Ryutaro NishimuraTakashi Hirose
    • Ryutaro NishimuraTakashi Hirose
    • F16K31/44F16K7/16F16K31/524F16K31/56F17D3/00F16K35/02
    • F16K31/56F16K7/16
    • A fluid controller comprises a pivotal member pivotally movable about the axis of a horizontal pin, a pair of rollable rollers rotatably supported by the lower end of the pivotal member and having an axis in parallel to the axis of the horizontal pin, a slope provided by the upper surface of a bonnet for allowing each roller to roll therealong in a plane orthogonal to the axis of the roller, and a stopper supported by the pivotal member so as to be movable between a position to engage with a valve stem and a position to be out of engagement therewith. The pivotal member is pivotally moved to roll the rollers along the slope and move the roller-supporting pivotal member upward or downward with the rolling movement, whereby the horizontal pin is raised or lowered.
    • 流体控制器包括可围绕水平销的轴线枢转运动的枢转构件,由可枢转构件的下端可旋转地支撑并且具有平行于水平销的轴线的轴线的一对可滚动辊,由 用于允许每个辊在与辊的轴线正交的平面上滚动的发动机罩的上表面,以及由所述枢转构件支撑的止动件,以在与阀杆接合的位置和 与其失去联系。 枢转构件被枢转地移动以沿着斜面滚动辊,并且随着滚动运动而使辊支撑枢转构件向上或向下移动,由此水平销升高或降低。
    • 6. 发明申请
    • SHEET FILM FORMING ROLL, SHEET FILM CASTING APPARATUS, FINE PATTERN TRANSFERRING APPARATUS AND SHEET FILM
    • 薄膜成型辊,薄膜电铸装置,精细图案转印装置及薄膜
    • US20090297649A1
    • 2009-12-03
    • US12473579
    • 2009-05-28
    • Takayoshi SanoTakashi HiroseTatsuaki Miyazaki
    • Takayoshi SanoTakashi HiroseTatsuaki Miyazaki
    • B29C35/02
    • B29C59/04B29B13/023B29C35/02B29C35/0288B29C35/041B29C35/049B29C47/0019B29C47/0021B29C47/8845B29C2035/043B29C2035/0811
    • Disclosed is a sheet film forming roll (10) including: a center rotary shaft (20); fixed end plates (28, 29) disposed in two locations which are away from each other in an axial direction of the center rotary shaft (20), respectively; an external cylinder (40) made of a metal thin film, two ends of the external cylinder being rotatably supported by the fixed end plates, respectively; and multiple rolling rubber rolls (70), two ends of each rolling rubber roll being rotatably supported by the respective fixed end plates, the rolling rubber rolls being in sliding contact with an outer peripheral surface of the center rotary shaft, and the rolling rubber rolls being in sliding contact with an inner peripheral surface of the external cylinder. The rolling rubber rolls divide an annular space between the external cylinder and the center rotary shaft into multiple heating medium chambers arranged in a circumferential direction of the sheet film forming roll. A heating medium is configured to be filled in each of the multiple heating medium chambers. Out of the heating medium chambers, at least a heating medium chamber (91) includes a heater which uses electricity as its heat source.
    • 公开了一种片状成膜辊(10),包括:中心旋转轴(20); 分别设置在沿中心旋转轴(20)的轴向彼此远离的两个位置的固定端板(28,29) 由金属薄膜制成的外筒(40),所述外筒的两端分别由所述固定端板可旋转地支撑; 和多个滚动橡胶辊(70),各滚动橡胶辊的两端由各个固定端板可旋转地支撑,滚动橡胶辊与中心旋转轴的外周面滑动接触,滚动橡胶滚筒 与外筒的内周面滑动接触。 滚动橡胶滚筒将外筒和中心旋转轴之间的环形空间分成沿片状成膜辊的圆周方向布置的多个加热介质室。 加热介质构造成填充在多个加热介质室中的每一个中。 在加热介质室中,至少一个加热介质室(91)包括使用电作为其热源的加热器。
    • 7. 发明授权
    • Structure or construction for mounting a pressure detector
    • 用于安装压力检测器的结构或结构
    • US06606912B2
    • 2003-08-19
    • US09825340
    • 2001-04-04
    • Tadahiro OhmiTakashi HiroseEiji IdetaNobukazu IkedaRyousuke DohiKouji NishinoKazuhiro YoshikawaSatoshi KagatsumeJun HiroseKazuo FukasawaHiroshi KoizumiHideki Nagaoka
    • Tadahiro OhmiTakashi HiroseEiji IdetaNobukazu IkedaRyousuke DohiKouji NishinoKazuhiro YoshikawaSatoshi KagatsumeJun HiroseKazuo FukasawaHiroshi KoizumiHideki Nagaoka
    • G01L700
    • G01L19/0023G01L19/0645G01L19/145G01L19/147
    • A construction for mounting a pressure detector prevents the detector diaphragm from being strained by stress applied to the pressure detector as the detector is mounted in a fixture main body provided in a pipe line or the like, thereby keeping the output characteristics and temperature characteristics of the detector from greatly differing before and after the mounting. The pressure detector is constructed by combining and fastening together a diaphragm base having a diaphragm and a sensor base having a sensor element therein that is activated by displacement of the diaphragm base. The pressure detector, with a gasket placed thereunder, is disposed in a mounting hole of a fixture main body that is mounted in a pipe line. The pressure detector is air-tightly pressed and fastened by a presser member inserted from above in the mounting hole. The presser member is brought in contact with a block upper surface of the diaphragm base, and the gasket is also brought in contact with the block lower surface of the diaphragm base. A shallow groove is defined in the form of a ring on the lower surface of the block at a place inward of the portion contacting the metal gasket so that the shallow groove absorbs strain caused by the presser member.
    • 用于安装压力检测器的结构防止了检测器膜片被施加到压力检测器上的应力而被应变,因为检测器安装在设置在管线等中的夹具主体中,从而保持了输出特性和温度特性 检测器在安装前后差异很大。 压力检测器通过将具有隔膜的膜片基座和具有传感器元件的传感器基座组合并紧固在一起而构成,该传感器基座通过隔膜基座的位移而被激活。 压力检测器,其上放置有垫圈,设置在安装在管道中的固定装置本体的安装孔中。 压力检测器通过从安装孔中从上方插入的压紧构件气密地按压并紧固。 压板构件与隔膜基座的块上表面接触,并且垫圈也与隔膜基座的块下表面接触。 浅槽在块体的下表面上在与金属垫片接触的部分的内侧的位置处以环的形式限定,使得浅槽吸收由压紧构件引起的应变。