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    • 3. 发明授权
    • Air intake device of engine
    • 发动机进气装置
    • US4989553A
    • 1991-02-05
    • US429366
    • 1989-10-31
    • Kazuhiko UedaToshimitsu TanakaHiroyuki OdaToshihiko HattoriMikihito Fujii
    • Kazuhiko UedaToshimitsu TanakaHiroyuki OdaToshihiko HattoriMikihito Fujii
    • F02B27/02F02B75/18F02B75/22
    • F02B27/0221F02B27/0252F02B27/0273F02B2075/1812F02B75/18F02B75/22Y02T10/146
    • An air intake device of an engine has intake pipes connected to each of the engine cylinders divided into first and second groups to prevent the continuance of the intake strokes of adjacent cylinders. A first connecting cavity connected to the first group of cylinders and a second connecting cavity connected to the second group of cylinders are arranged in parallel with each other, for effecting supercharging by utilizing the dynamic effect of intake air into each cylinder. A first communicating passage is connected at one end to a longitudinal end of the first connecting cavity and at the other end to a longitudinal end of the second connecting cavity. A second communicating passage arranged on the same side as the first communicating passage is connected at one end to a side of the first connecting cavity and at the other end to a side of the second collecting cavity. The effective passage length of the first communicating passage is shorter than that of the second communicating passage.
    • 发动机的进气装置具有连接到分成第一组和第二组的每个发动机气缸的进气管,以防止相邻气缸的进气冲程的持续。 连接到第一组气缸的第一连接空腔和连接到第二组气缸的第二连接空腔彼此平行布置,以通过利用进气到每个气缸的动态效应来实现增压。 第一连通通道在一端连接到第一连接空腔的纵向端,而另一端连接到第二连接腔的纵向端。 布置在与第一连通通道相同侧的第二连通通道在一端连接到第一连接腔的一侧,而另一端连接到第二收集腔的一侧。 第一连通通道的有效通道长度比第二连通通道的有效通道长度短。
    • 4. 发明授权
    • Starter-alternator for a vehicle engine
    • 汽车发动机起动机交流发电机
    • US4958095A
    • 1990-09-18
    • US205188
    • 1988-06-10
    • Hiroyasu UchidaKazuhiko UedaHiroyuki Oda
    • Hiroyasu UchidaKazuhiko UedaHiroyuki Oda
    • F01P1/06F02N11/04H02K7/10H02K7/18H02K9/02H02K9/06H02K9/19H02K29/00
    • F02N11/04H02K9/06H02K9/19
    • A starter-alternator of a vehicle of the type being disposed between a vehicle engine and a transmission case having a field pole member coupled to an engine crankshaft of the vehicle engine. Crow-poles are interspaced to form alternating N and S poles. A field winding is stationarily placed radially inside the crow-poles. A three phase stator winding is stationarily placed to surround the crow-poles, and a housing accommodates the stator-alternator elements therein and connects the vehicle engine and the transmission case. The housing is provided with an air passage for introducing fresh air into the housing so as to blow it toward the three phase stator winding in order to cool it, and an air outlet pipe discharges air inside the housing. In association with either one or both of the windings, a water pipe in communication with a water jacket of the vehicle engine is provided to circulate cold water therethrough.
    • 该车辆的起动器交流发电机设置在车辆发动机和具有联接到车辆发动机的发动机曲轴的场极部件的变速箱之间。 乌鸦极间交替形成交替的N和S极。 一个励磁线圈固定放置在乌鸦极之间。 三相定子绕组被固定放置以围绕着所述的撬杆,并且壳体将定子交流发电机元件容纳在其中并连接车辆发动机和变速箱。 壳体设置有用于将新鲜空气引入壳体中以将其吹向三相定子绕组以将其冷却的空气通道,并且空气出口管排出壳体内的空气。 与一个或两个绕组相关联,提供与车辆发动机的水套连通的水管,以使冷水循环通过。
    • 6. 发明授权
    • Automated heat treatment system for engine valve
    • 发动机气门自动热处理系统
    • US09086239B2
    • 2015-07-21
    • US14356017
    • 2012-01-17
    • Yorikazu MurataYuji OkamuraYosuke MakinoHiroyuki Oda
    • Yorikazu MurataYuji OkamuraYosuke MakinoHiroyuki Oda
    • F27B9/14F27B9/00C21D9/00
    • F27B9/00B21K1/22B65G25/02C21D1/00C21D9/0018C21D9/0056C21D9/0068F27B9/20F27B9/30F27D3/0024
    • An inventive automated heat treatment system has a furnace for heat treating forged engine valves, a carry-in mechanism for transporting the forged valves into the furnace, and a carry-out mechanism for transporting heat treated valves out of the furnace. Each of the carry-in mechanism and the carry-out mechanism has a retention mechanism for retaining valves hung, and a transport mechanism for transporting valves to the furnace as they are hung. The furnace has heating means, groups of paired rails for supporting and moving the valves hung in the furnace, and a stopper for controlling the positions of the valves on the rails. The engine valves are maintained hung with their umbrella-shaped portions supported by the respective mechanisms throughout the automated heat treatment processes. Thus, the heat treatment of engine valves is done in a fewer steps than in a conventional system.
    • 本发明的自动热处理系统具有用于热处理锻造发动机阀的炉,用于将锻造阀输送到炉中的携带机构,以及用于将热处理的阀输送出炉的进出机构。 每个输入机构和执行机构具有用于保持阀悬挂的保持机构,以及用于在将阀悬挂时将阀输送到炉中的输送机构。 炉具有加热装置,用于支撑和移动悬挂在炉中的阀的成对轨道组,以及用于控制在轨道上的阀位置的止动器。 发动机阀门在整个自动化热处理过程中保持悬挂在其各自机构支撑的伞形部分上。 因此,发动机气门的热处理以比传统系统更少的步骤完成。
    • 9. 发明授权
    • Photovoltaic module
    • 光伏组件
    • US08063301B2
    • 2011-11-22
    • US11392865
    • 2006-03-30
    • Masaru HikosakaHiroyuki OdaShingo Okamoto
    • Masaru HikosakaHiroyuki OdaShingo Okamoto
    • H02N6/00
    • H02S40/34H02S20/00H02S30/10Y02E10/50
    • A photovoltaic module which prevents enlargement of the dimensions of a photovoltaic submodule by reducing ineffective parts which do not contribute to power generation. The photovoltaic module includes a photovoltaic submodule including a plurality of solar cells interposed between two light-transmitting substrates through the intermediary of an encapsulant, and a connecting lead extending from an edge between the two light-transmitting substrates for outputting generated electric current, a terminal box 30 attached near to the edge of the photovoltaic submodule housing a connecting part between the connecting lead and a cable for outputting generated electric current to the outside, and an outer frame set around the outer circumference of the photovoltaic submodule. An opening 28 through which the connecting lead and the terminal box are inserted is provided to the outer frame at a position which receives at least the terminal box.
    • 一种光伏模块,其通过减少无助于发电的无效部件来防止光伏子模块的尺寸的扩大。 光伏模块包括光电子模块,其包括通过密封剂介于两个透光衬底之间的多个太阳能电池,以及从两个透光衬底之间的边缘延伸的连接引线,用于输出产生的电流,端子 附接在光伏子模块边缘附近的盒30容纳连接引线和用于向外部输出产生的电流的电缆之间的连接部分,以及围绕光伏子模块的外周设置的外框架。 连接引线和接线盒插入的开口28在接收至少接线盒的位置处设置到外框架。