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    • 4. 发明授权
    • Electromagnetic actuator and valve-open-close mechanism
    • 电磁执行器和开阀机构
    • US06367433B2
    • 2002-04-09
    • US09731027
    • 2000-12-07
    • Hitoshi OyamaTakao NishiokaKenji MatsunumaHisanori Ohara
    • Hitoshi OyamaTakao NishiokaKenji MatsunumaHisanori Ohara
    • F01L904
    • F01L3/04F01L1/462F01L3/02F01L3/10F01L9/04Y10S977/725Y10S977/777
    • A valve-open-close mechanism is proposed which has parts designed to reduce friction during sliding. The electromagnetic actuator comprises a pair of electromagnets each having a stator and a coil opposed to each other with a gap therebetween, an armature disposed in the gap, and a first stem for transmitting to external the movement of said armature. A retainer and a first return spring are provided on the valve. A second stem is provided at other side of the armature and another retainer and a second return spring are provided for the second stem. A coating film is formed on at least one of the surface or end face of the stem portion of the valve, end faces of the first return spring or second return spring, spring bearing end faces of the retainers, surface or end face of the second stem, and the surface of the armature.
    • 提出了一种阀门开闭机构,其具有旨在减少滑动期间的摩擦的部件。 电磁致动器包括一对电磁体,每个电磁体具有彼此相对的定子和线圈,间隔开的电枢,设置在间隙中的电枢和用于向外部传递所述电枢的运动的第一杆。 在阀上设有保持器和第一复位弹簧。 第二杆设置在电枢的另一侧,为第二杆提供另一保持器和第二复位弹簧。 在阀的杆部的表面或端面中的至少一个上形成涂膜,第一复位弹簧或第二复位弹簧的端面,保持器的弹簧支承端面,第二复位弹簧的表面或端面 杆和电枢的表面。
    • 9. 发明申请
    • CONTAINER FOR SUPERCONDUCTING APPARATUS AND SUPERCONDUCTING APPARATUS
    • 超级装置和超导装置的集装箱
    • US20110319269A1
    • 2011-12-29
    • US13148532
    • 2010-10-05
    • Hitoshi OyamaTsuyoshi Shinzato
    • Hitoshi OyamaTsuyoshi Shinzato
    • H01L39/02H02G3/18
    • H01R4/68H01F6/065H02G3/22Y02E40/648
    • The invention offers a container for a superconducting apparatus and a superconducting apparatus. The container mounts in it a superconducting coil as a member including a superconductor. The container is provided with a vacuum insulated container 20 as a housing case made of resin and provided with an opening, a lead electrode 50 as a metal member positioned such that it passes through the opening, and a combination of connecting members 63 and 65 that covers the opening, that connects the lead electrode 50 to the vacuum insulated container 20, and that is provided with a curved portion as a thermal-stress-alleviating portion. Having the foregoing structure, the container can suppress the development of separation and cracks at the portion where the metal member passes though and is fixed to the wall of the container that mounts in it a superconductor such as a superconducting coil.
    • 本发明提供了一种用于超导装置和超导装置的容器。 容器中装有超导线圈作为包括超导体的部件。 容器设置有作为由树脂制成的壳体的真空绝热容器20,设置有开口,作为定位成使其穿过开口的金属构件的引线电极50以及连接构件63和65的组合, 覆盖将引线电极50连接到真空绝热容器20的开口,并且设置有作为热应力缓解部的弯曲部。 具有上述结构,容器可以抑制在金属构件通过的部分处的分离和裂纹的发展,并且固定到容纳在其中的超导体如超导线圈的超导体的壁上。
    • 10. 发明申请
    • Motor Core Component and Motor Component
    • 电机芯组件和电机组件
    • US20090085422A1
    • 2009-04-02
    • US11920503
    • 2006-11-07
    • Kazushi KusawakeHitoshi OyamaShinichi Iizuka
    • Kazushi KusawakeHitoshi OyamaShinichi Iizuka
    • H02K1/14H02K3/34H02K1/02H02K15/095
    • H02K1/148H02K3/18Y10T29/49009
    • To provide a core component for making it possible to enhance the space factor of a conductor wire in a storage section, a motor component including the core component, and a forming method of the motor component, the motor component includes a core component 10 shaped like a letter T in transverse cross section and a coil made of a conductor wire 200 wound on a tooth 11 of the core component 10. The core component 10 includes the tooth 11, an outer peripheral piece 12 placed on one end side of the tooth 11, and an inner peripheral piece 13 placed on an opposite end side of the tooth, and a space surrounded by the outer peripheral surface of the tooth 11, an opposed face 12a of the outer peripheral piece 12 to the inner peripheral piece, and an opposed face 13a of the inner peripheral piece 13 to the outer peripheral piece is a coil storage section 14. A step having a height satisfying {D×(√{square root over ( )}3/2)}×n (D: Diameter of conductor wire and n: Natural number) is provided on the outer peripheral surface of the tooth 11, and step faces 11a and 11b forming the step are made parallel to a virtual face 14a producing the outer shape of the storage section 14.
    • 为了提供一种用于提高存储部分中的导体线的空间系数,包括芯部件的电动机部件和电动机部件的形成方法的核心部件,电动机部件包括形状类似的芯部件10 横截面中的字母T和缠绕在芯部件10的齿11上的导线200制成的线圈。芯部件10包括齿11,设置在齿11的一端侧的外周件12 以及设置在齿的相对端侧的内周片13和由齿11的外周面包围的空间,外周片12的与内周片相对的面12a, 内周件13的外周面13a的面13a是线圈收纳部14.高度满足{Dx(√{平方根(3))3/2)} xn的高度(D:导线直径 和n:自然数) d,并且形成台阶的台阶面11a和11b与产生存储部分14的外形的假想面14a平行。