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    • 1. 发明授权
    • Butterfly valve
    • 蝶阀
    • US4604254A
    • 1986-08-05
    • US735858
    • 1985-05-20
    • Masahiko YamamotoYoshinori NishinoTadayoshi UdaYoshiteru SonodaToshio Suyama
    • Masahiko YamamotoYoshinori NishinoTadayoshi UdaYoshiteru SonodaToshio Suyama
    • F16K1/226F16K1/228F16K27/02F16K1/22B28B7/22
    • F16K1/228F16K1/2261F16K27/0272Y10T137/7036
    • A butterfly valve comprises a substantially cylindrical casing (20) having an annular valve seat (A) on its inner peripheral surface, and a valve disk (44) disposed within the casing (20) and rotatable about an axis (35). The valve disk (44) is formed at an outer peripheral edge portion with an annular groove (52) in which an annular valve seal (51) is partially fitted. The valve seal (51) is adapted for pressing contact with the valve seat (A) at a predetermined pressure and anchored in the annular groove (52) by resin (58) pressure-injected into the annular groove (52) through a resin injection channel (53) in communication with the groove. Accordingly, the seal pressure of the valve seal (51) on the valve seat (A) can be set to the predetermined value at all times even if the dimensions of the valve seat (A) and the valve disk (44) and the position of the axis of rotation (35) involve errors.
    • 蝶阀包括在其内周表面上具有环形阀座(A)的基本上圆柱形的壳体(20),以及设置在壳体(20)内并可围绕轴线(35)旋转的阀盘(44)。 阀盘(44)在外周边缘部分形成有环形槽(52),环形阀密封件(51)部分地装配在该环形槽中。 阀门密封件51适于以预定的压力与阀座(A)压力接触并通过树脂注入到环形槽(52)中的树脂(58)固定在环形槽52中。 通道(53)与凹槽连通。 因此,即使阀座(A)和阀盘(44)的尺寸以及阀座(A)的位置,也可以始终将阀座(A)上的阀密封件(51)的密封压力始终设定为规定值 的旋转轴(35)涉及错误。
    • 5. 发明授权
    • Method for molding bent pipes made up of composite material
    • 由复合材料制成弯曲管道的方法
    • US4518556A
    • 1985-05-21
    • US254051
    • 1981-04-14
    • Masahiko YamamotoYoshinori NishinoAkio KomuraTomio Ebisu
    • Masahiko YamamotoYoshinori NishinoAkio KomuraTomio Ebisu
    • B29C33/50B29C43/12B29C5/04
    • B29C33/50B29C43/12B29L2023/004
    • A method and apparatus for manufacturing bent pipes of a composite material composed of resin and filling materials such as reinforcing materials and aggregates by employing a cylindrical molding tool which is deformable between straight-axis form and bent-axis form. Materials are supplied into the molding tool held in horizontally straight condition while the tool is rotated about a horizontal axis, and are molded into a pipe by centrifugal molding. Rotation of the tool is stopped when the pipe molded therein is in uncured state, then the tool is subjected to bending. The resulting bent pipe is removed after it is cured. Before the tool is bent, a bag made of a flexible sheet material is inserted into the pipe and inflated to straighten out the inner periphery of the pipe so as to protect the pipe from any possibility of deformation during bending operation. The molding tool is preferably made of such resilient material as rubber, is incased in a peripherally divisible frame or bellows-type flexible frame which, in turn, is suitably incased in a rotary frame. More preferably, the molding tool has a hollow space provided between its inner and outer walls; by filling liquid in the hollow space it is possible to achieve fine roundness in pipe molding irrespective of dimensional errors with the molding tool or frame.
    • 一种用于制造由树脂和填充材料如增强材料和骨料组成的复合材料的弯曲管的方法和装置,该方法和装置采用可在直轴形和弯轴形之间变形的圆柱形模具。 当工具围绕水平轴旋转时,将材料供给到水平直线状态的模具中,并通过离心模塑成型为管。 当模制在其中的管子处于未固化状态时,工具的旋转停止,然后该工具受到弯曲。 所得到的弯管在固化后被去除。 在工具弯曲之前,将由柔性片材制成的袋子插入管中并充气以使管道的内周伸直,以便在弯曲操作期间保护管道不发生变形的可能性。 模制工具优选地由诸如橡胶的弹性材料制成,被包围在可外围可分割的框架或波纹管型柔性框架中,该框架或波纹管型柔性框架进而适当地在旋转框架中被覆盖。 更优选地,模制工具具有设置在其内壁和外壁之间的中空空间; 通过在中空空间中填充液体,可以实现管模中的细圆度,而与成型工具或框架的尺寸误差无关。
    • 6. 发明授权
    • Cask bagging device
    • 袋装袋装置
    • US4277688A
    • 1981-07-07
    • US39152
    • 1979-05-15
    • Masahiko YamamotoYoshinori Nishino
    • Masahiko YamamotoYoshinori Nishino
    • G21F5/008G21F5/00
    • G21F5/008
    • A device comprises a bag for covering a cask for transporting a used nuclear fuel to prevent the outer surface of the cask from contamination with the contaminated water of a fuel storage pool when the cask is immersed in the pool. An annular tube inflatable with a pressure gas injected thereinto is provided along the open end of the bag to hold the opening edge in pressing contact with the outer surface of the cask and thereby seal off the interior of the bag. Preferably the bag is provided with means for adjusting the pressure of the gas in accordance with the pressure of water at the depth at which the cask is positioned. The device is also useful for casks for transporting other radioactive fissionable materials.
    • 一种装置包括一个袋子,用于在酒桶浸入池中时,用于运送用过的核燃料的桶用于防止桶的外表面污染燃料储存池的污染水。 沿着袋的开口端设有可压入其中的压力气体充气的环形管,以保持与桶的外表面压接的开口边缘,从而密封袋的内部。 优选地,该袋具有用于根据桶的位置深度处的水压来调节气体的压力的装置。 该装置也可用于运送其他放射性可裂变材料的桶。
    • 7. 发明授权
    • Method and apparatus for molding bent pipes made up of composite material
    • 由复合材料制成弯管的方法和装置
    • US4483670A
    • 1984-11-20
    • US422560
    • 1982-09-24
    • Masahiko YamamotoYoshinori NishinoAkio KomuraTomio Ebisu
    • Masahiko YamamotoYoshinori NishinoAkio KomuraTomio Ebisu
    • B29C33/50B29C43/12B29C5/04
    • B29C33/50B29C43/12B29L2023/004
    • A method and apparatus for manufacturing bent pipes of a composite material composed of resin and filling materials such as reinforcing materials and aggregates by employing a cylindrical molding tool which is deformable between straight-axis form and bent-axis form. Materials are supplied into the molding tool held in horizontally straight condition while the tool is rotated about a horizontal axis, and are molded into a pipe by centrifugal molding. Rotation of the tool is stopped when the pipe molded therein is in uncured state, then the tool is subjected to bending. The resulting bent pipe is removed after it is cured. Before the tool is bent, a bag made of a flexible sheet material is inserted into the pipe and inflated to straighten out the inner periphery of the pipe so as to protect the pipe from any possibility of deformation during bending operation. The molding tool is preferably made of such resilient material as rubber, is incased in a peripherally divisible frame or bellows-type flexible frame which, in turn, is suitably incased in a rotary frame. More preferably, the molding tool has a hollow space provided between its inner and outer walls; by filling liquid in the hollow space it is possible to achieve fine roundness in pipe molding irrespective of dimensional errors with the molding tool or frame.
    • 一种用于制造由树脂和填充材料如增强材料和骨料组成的复合材料的弯曲管的方法和装置,该方法和装置采用可在直轴形和弯轴形之间变形的圆柱形模具。 当工具围绕水平轴旋转时,将材料供给到水平直线状态的模具中,并通过离心模塑成型为管。 当模制在其中的管子处于未固化状态时,工具的旋转停止,然后该工具受到弯曲。 所得到的弯管在固化后被去除。 在工具弯曲之前,将由柔性片材制成的袋子插入管中并充气以使管道的内周伸直,以便在弯曲操作期间保护管道不发生变形的可能性。 模制工具优选地由诸如橡胶的弹性材料制成,被包围在可外围可分割的框架或波纹管型柔性框架中,该框架或波纹管型柔性框架进而适当地在旋转框架中被覆盖。 更优选地,模制工具具有设置在其内壁和外壁之间的中空空间; 通过在中空空间中填充液体,可以实现管模中的细圆度,而与成型工具或框架的尺寸误差无关。
    • 9. 发明授权
    • Heater device used for floor material etc. and floor material with
heater contained therein
    • 用于地板材料等的加热装置和其中包含加热器的地板材料
    • US5004895A
    • 1991-04-02
    • US376818
    • 1989-07-07
    • Yoshinori NishinoJunjiro Kishigami
    • Yoshinori NishinoJunjiro Kishigami
    • F24D13/02H05B3/14H05B3/36
    • F24D13/02F24D13/024H05B3/145H05B3/36H05B2203/005H05B2203/011H05B2203/017H05B2203/026H05B2203/032Y02B30/26
    • The present invention relates to a heater device used for a floow material with a heater contained therein and the like within a room and a floor material with a heater contained therein, said heater device comprising an insulating sheet, a plurality of belt-shaped electrodes stood in a row side by side at intervals on an upper surface of said insulating sheet, a plastic radiant body layer formed on an upper surface of the insulating sheet and said belt-shaped electrodes and an insulating layer formed on an upper surface of said radiant body layer, and said floor material with a heater contained therein comprising a bed plate, a first resin layer formed on said bed plate, a pair of belt-shaped electrodes provided at an interval on said first resin layer, a radiant body layer formed on an upper surface of said first resin layer and the belt-shaped electrodes, a second resin layer formed on an upper surface of said radiant body layer and a dressed sheet provided on an upper surface of said second resin layer.The floor material and the like using such the heater device can be uniformly heated all over the surface thereof and the breakage of the heater portion is not produced even though it is cut.
    • 本发明涉及一种用于室内装有加热器等的絮状材料的加热器装置和其中包含加热器的地板材料,所述加热器装置包括绝缘片,多个带状电极站立 在所述绝缘片的上表面上间隔地并排排列,形成在所述绝缘片的上表面上的塑料辐射体层和所述带状电极以及形成在所述辐射体的上表面上的绝缘层 层,并且所述地板材料与其中包含的加热器包括床板,形成在所述床板上的第一树脂层,在所述第一树脂层上间隔设置的一对带状电极,形成在所述第一树脂层上的辐射体层 所述第一树脂层的上表面和带状电极,形成在所述辐射体层的上表面上的第二树脂层和设置在所述辐射体层的上表面上的修整片 id第二树脂层。 使用这种加热装置的地板材料等可以在其整个表面上被均匀地加热,并且加热器部分的断裂即使被切割也不会产生。
    • 10. 发明授权
    • Laminated composite pipe
    • 复合复合管
    • US3948292A
    • 1976-04-06
    • US421960
    • 1973-12-05
    • Toshiho GotoYoshinori NishinoYasukazu Yamashita
    • Toshiho GotoYoshinori NishinoYasukazu Yamashita
    • F16L59/02F16L9/18
    • F16L59/027
    • A laminated composite pipe is produced by employing a pre-formed pipe as a core and applying a layer of reinforcing fiber onto the outer surface of the pipe core which is being lowered vertically in the direction of its length through a hopper and a tubular outer mold. Resin supplied to the hopper is drawn into an annular space between the wound pipe and the outer mold and forms a layer on the wound pipe core. A flexible pipe may be used as the core, together with a resin that can be subsequently cured, thereby forming a flexible laminated composite pipe which can be covered with a parting tape, stored in reel form, and given a permanent set after installation by curing the resin. Depending upon the nature of the resin employed and upon the number of resin layers applied to the pipe core, reinforcing, insulating and stiffening properties, or any combination of such properties, may be imparted to the composite pipe. A multi-channel pipe may be formed by the application to one of the composite pipes described above of an additional tape provided with spacer projections, followed by the application of reinforcing fiber and resin.
    • 通过使用预成形管作为芯并通过料斗和管状外模在其长度方向垂直降低的管芯的外表面上施加一层增强纤维来制造层压复合管, 。 提供给料斗的树脂被吸入到缠绕管和外部模具之间的环形空间中,并在缠绕管芯上形成一层。 可以使用柔性管作为芯,并且可以随后固化的树脂,从而形成柔软的层压复合管,其可以被分离的带覆盖,以卷轴形式存储,并且在安装之后通过固化赋予永久变形 树脂。 根据所使用的树脂的性质和施加到管芯上的树脂层的数量,可以赋予复合管的增强,绝缘和加强性能或这些性质的任何组合。 多通道管可以通过应用于上述复合管中的一个形成有设置有间隔件突起的附加带,随后应用增强纤维和树脂而形成。