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    • 13. 发明授权
    • Packaged solar cell apparatus
    • 封装太阳能电池装置
    • US4551669A
    • 1985-11-05
    • US537717
    • 1983-09-30
    • Hiroyasu ItohYasutoshi SuzukiYasuhiro HoriuchiKunihiko Hara
    • Hiroyasu ItohYasutoshi SuzukiYasuhiro HoriuchiKunihiko Hara
    • H02J7/00G05F1/56G05F1/67H01L31/04H02J7/35G05F1/46H01L27/14
    • G05F1/67Y02E10/58Y10S136/293Y10S323/906
    • A packaged solar cell apparatus comprises at least two sunlight electric generating devices, a light intensity detector for producing an output signal in response to the intensity of incident sunlight, a comparator for comparing an output signal level of the light intensity detector with a reference level, and a switch for automatically switching the connection of the plurality of sunlight electric generating devices in accordance with an output signal of the comparator. The connection of the plurality of sunlight electric generating devices is switched between series and parallel connections, respectively, as the output signal level of the light intensity detector becomes higher or lower than the reference level, whereby output electric power from the plurality of sunlight electric generating devices is efficiently supplied to a desired electric load in accordance with the intensity of insolation.
    • 封装的太阳能电池装置包括至少两个太阳光发电装置,用于响应于入射太阳光强度产生输出信号的光强度检测器,用于将光强度检测器的输出信号电平与基准电平进行比较的比较器, 以及用于根据比较器的输出信号自动切换多个太阳光发电装置的连接的开关。 随着光强检测器的输出信号电平变得高于或低于参考电平,多个太阳能发电装置的连接分别在串联和并联之间切换,由此来自多个太阳光发电的输出电力 根据日照的强度将装置有效地提供给期望的电负载。
    • 14. 发明申请
    • Shroud Structure for Gas Turbine
    • 燃气轮机罩结构
    • US20120076650A1
    • 2012-03-29
    • US13197818
    • 2011-08-04
    • Ryou AKIYAMAYasuo TakahashiTetsuro MorisakiYasuhiro Horiuchi
    • Ryou AKIYAMAYasuo TakahashiTetsuro MorisakiYasuhiro Horiuchi
    • F01D25/28F01D25/26
    • F01D25/246F01D11/24F01D25/14F05D2240/11
    • There is provided a shroud structure for gas turbines capable of suppressing a drop in the amount of cooling air for cooling the inner shroud by reducing the amount of cooling air leakage that occurs along the cooling air path when feeding cooling air from the one-piece outer shroud to the inner shroud of the gas turbine and ensure more reliable cooling of the inner shroud. The gas turbine shroud structure contains a one-piece outer shroud, and an inner shroud retained on the inner circumferential side of the outer shroud in a structure divided into multiple inner shrouds along the periphery. An inner seal plate groove is formed on the outer circumference of the hook formed on the inner shroud, a seal plate is inserted in the inner seal plate groove, and the seal plate is mounted so that a section of the seal plate protrudes in the gap between the hook mechanism of the outer shroud and the inner shroud.
    • 提供了一种用于燃气轮机的护罩结构,其能够通过减少沿着冷却空气路径发生的冷却空气泄漏量来抑制冷却空气的量的下降,当从一体式外部 护罩到燃气轮机的内护罩,并确保内护罩更可靠的冷却。 燃气轮机罩结构包括一体式外护罩,以及保持在外护罩的内周侧上的内罩,其沿着周边分成多个内护罩的结构。 在形成在内护罩上的钩的外周上形成内密封板槽,在内密封板槽中插入密封板,并且密封板安装成使得密封板的一部分在间隙中突出 在外护罩的钩机构和内护罩之间。
    • 15. 发明授权
    • Member having internal cooling passage
    • 会员有内部冷却通道
    • US07980818B2
    • 2011-07-19
    • US11395310
    • 2006-04-03
    • Nobuaki KizukaYasuhiro HoriuchiShinya MarushimaHidetoshi Kuroki
    • Nobuaki KizukaYasuhiro HoriuchiShinya MarushimaHidetoshi Kuroki
    • F01D5/18
    • F01D5/187F05D2260/22141
    • Provided is a member having an internal cooling passage 7c formed therein and having opposed partition walls 6b, 6c between which a medium flows to cool a parent material, including a first heat transfer rib 25a which extends from almost the center between the opposed partition walls 6b, 6c to one partition wall 6c and slants in a downstream direction of the medium, and a second heat transfer rib 25b which extends from almost the center between the opposed partition walls 6b, 6c to the other partition wall 6b and slants in the downstream direction of the medium, wherein a slit 70a or 70b which passes through between an upstream side of the cooling passage 7c and a downstream side thereof is formed in the first heat transfer rib 70a or the second heat transfer rib 70b.
    • 本发明提供一种具有形成在其中的内部冷却通道7c并且具有相对的分隔壁6b,6c的构件,介质在其之间流动以冷却母材,其包括第一传热肋25a,第一传热肋25a从相对的间隔壁6b之间的大致中心延伸 6c连接到一个分隔壁6c并且在介质的下游方向上倾斜;以及第二传热肋25b,其从相对的分隔壁6b,6c之间的大致中心延伸到另一分隔壁6b,并且在下游方向上倾斜 其中在第一传热肋70a或第二传热肋70b中形成有在冷却通道7c的上游侧和下游侧之间通过的狭缝70a或70b。
    • 19. 发明授权
    • Member having internal cooling passage
    • 会员有内部冷却通道
    • US08419365B2
    • 2013-04-16
    • US13093400
    • 2011-04-25
    • Nobuaki KizukaYasuhiro HoriuchiShinya MarushimaHidetoshi Kuroki
    • Nobuaki KizukaYasuhiro HoriuchiShinya MarushimaHidetoshi Kuroki
    • F01D5/18
    • F01D5/187F05D2260/22141
    • Provided is a member having an internal cooling passage 7c formed therein and having opposed partition walls 6b, 6c between which a medium flows to cool a parent material, including a first heat transfer rib 25a which extends from almost the center between the opposed partition walls 6b, 6c to one partition wall 6c and slants in a downstream direction of the medium, and a second heat transfer rib 25b which extends from almost the center between the opposed partition walls 6b, 6c to the other partition wall 6b and slants in the downstream direction of the medium, wherein a slit 70a or 70b which passes through between an upstream side of the cooling passage 7c and a downstream side thereof is formed in the first heat transfer rib 70a or the second heat transfer rib 70b.
    • 本发明提供一种具有形成在其中的内部冷却通道7c并且具有相对的分隔壁6b,6c的构件,介质在其之间流动以冷却母材,其包括第一传热肋25a,第一传热肋25a从相对的间隔壁6b之间的大致中心延伸 6c连接到一个分隔壁6c并且在介质的下游方向上倾斜;以及第二传热肋25b,其从相对的分隔壁6b,6c之间的大致中心延伸到另一分隔壁6b,并且在下游方向上倾斜 其中在第一传热肋70a或第二传热肋70b中形成有在冷却通道7c的上游侧和下游侧之间通过的狭缝70a或70b。