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    • 11. 发明授权
    • Fluid diverting assembly
    • 流体分流组件
    • US4326452A
    • 1982-04-27
    • US953968
    • 1978-10-19
    • Motoyuki NawaNorio SugawaraYutaka Takahashi
    • Motoyuki NawaNorio SugawaraYutaka Takahashi
    • F15D1/08F24F13/072F24F7/00B05B1/14
    • F24F13/072F15D1/08Y10T137/2202
    • A fluid diverting assembly particularly suited for use as a component for a fluid exit structure of an air-conditioner, which has a passageway through which a fluid medium flows. The passageway includes a nozzle for issuing a fluid stream as the fluid medium passes therethrough, a pair of spaced opposed guide walls having a shape diverging from each other in a direction downstream with respect to the direction of flow of the fluid stream and opening outwardly in a direction away from the nozzle, and a deflecting blade supported in the passageway between the upstream and downstream ends of the nozzle for movement between first and second extreme positions for changing the direction of flow of the fluid stream emerging from the passageway in such a manner as to control mutual interference between one of currents flowing on one side of the deflecting blade and the adjacent guide wall thereby controlling the direction of flow of the fluid stream.
    • 一种特别适用于空调器的流体出口结构的部件的流体转向组件,其具有流体介质流过的通道。 所述通道包括用于当流体介质通过其中时发出流体流的喷嘴,一对间隔开的相对的引导壁,其相对于流体流的流动方向在下游方向上彼此分开并且向外敞开 远离喷嘴的方向,以及支撑在喷嘴的上游和下游端之间的通道中的偏转叶片,用于在第一和第二极限位置之间移动,用于以这种方式改变从通道出来的流体流的流动方向 以便控制在偏转叶片的一侧上流动的一个电流与相邻引导壁之间的相互干扰,从而控制流体流的流动方向。
    • 12. 发明授权
    • Fluid flow control assembly
    • 流体流量控制组件
    • US4677904A
    • 1987-07-07
    • US864464
    • 1986-05-19
    • Takeshi NatsumedaMotoyuki NawaNorio Sugawara
    • Takeshi NatsumedaMotoyuki NawaNorio Sugawara
    • F15D1/08F24F13/062F24F13/072F24F13/08F24F13/14F24F7/00
    • F15D1/08F24F13/062F24F13/072F24F13/08
    • A fluid flow control assembly which comprises an inlet defining structure through which a fluid medium flows in one direction, a partitioning member for dividing the fluid flow into first and second fluid streams, an outlet defining structure positioned downstream of the inlet defining structure and including a pair of outwardly diverging guide walls, first and second deflector vanes disposed in respective paths of travel of the first and second fluid streams for controlling the respective directions of flow of the first and second fluid streams, and a passage defining structure for providing a passage for guiding a third fluid stream in a direction generally at right angles to the direction of flow of any one of the first and second fluid streams. The partitioning member may be a partition wall, a cylindrical column or a cylindrical burner.
    • 一种流体流动控制组件,其包括流体介质沿一个方向流动的入口限定结构,用于将流体流分成第一和第二流体流的分隔构件,位于入口限定结构的下游的出口限定结构, 一对向外发散的导向壁,设置在第一和第二流体流的相应行进路径中的第一和第二导流叶片,用于控制第一和第二流体流的各个流动方向,以及通道限定结构,用于为 在大致与第一和第二流体流中的任何一个的流动方向成直角的方向上引导第三流体流。 分隔构件可以是分隔壁,圆柱形或柱形燃烧器。
    • 13. 发明授权
    • Fluid deflecting assembly
    • 流体偏转组件
    • US4570533A
    • 1986-02-18
    • US661175
    • 1984-10-15
    • Norio SugawaraMotoyuki Nawa
    • Norio SugawaraMotoyuki Nawa
    • F24F13/14F24F13/072F24F13/075
    • F24F13/075F24F13/072F24F2221/28Y10S239/07Y10T137/87467
    • A fluid deflecting assembly comprising a passage defining structure having a fluid passage defined therein for the passage of a fluid stream in one direction therethrough and having a fluid inlet and a fluid exit spaced apart from the fluid inlet, and at least one group of deflector blades pivotally supported within the passage defining structure adjacent the fluid exit for movement through a predetermined angle and arranged in such a curved row that, when the deflector blades are pivoted in one direction to a deflecting position, the deflecting blades altogether form a generally continuously curved guide wall extending within the passage defining structure so as to diverge away from the direction of flow of the fluid stream through the passage. The guide wall is operable to draw the fluid stream close thereto to deflect the fluid stream as a whole by the Coanda effect known per se as it emerges outwards from the fluid exit.
    • 一种流体偏转组件,包括通道限定结构,其具有限定在其中的流体通道,用于使流体流在一个方向上通过并具有流体入口和与流体入口间隔开的流体出口,以及至少一组偏转叶片 枢转地支撑在邻近流体出口的通道限定结构内,用于移动预定角度并且布置成这样的弯曲排,当偏转器叶片沿一个方向枢转到偏转位置时,偏转叶片一起形成大体上连续弯曲的引导件 所述壁在所述通道限定结构内延伸以便远离所述流体流通过所述通道的流动方向。 引导壁可操作以使靠近其的流体流通过当其从流体出口向外流出时本身已知的柯安达效应作为整体偏转流体流。
    • 15. 发明授权
    • Electric fan assembly
    • 电风扇总成
    • US4462750A
    • 1984-07-31
    • US333618
    • 1981-12-22
    • Norio SugawaraMotoyuki NawaYutaka Takahashi
    • Norio SugawaraMotoyuki NawaYutaka Takahashi
    • F04D17/04F04D5/00
    • F04D17/04
    • An electric fan assembly comprises a generally cylindrical cross-flow fan, a rear guider, and a stabilizer. The rear guider has a downstream edge with respect to the direction of flow of an air current and is hingedly connected with a pivotable plate. By the utilization of the adherence effect of the air current to the pivotable plate, the direction of flow of the air current is controlled by pivoting the pivotable plate. In other words a slight pivotal movement of the pivotable plate is sufficient to bring about the deflection of the air current over a relatively large angle. The fan assembly may be employed in an air-conditioner in which case a relatively high air-conditioning efficiency can be obtained.
    • 电风扇组件包括大致圆柱形的横流风扇,后导向器和稳定器。 后导向器相对于气流的流动方向具有下游边缘,并且与可枢转板铰接连接。 通过利用气流对可枢转板的粘附效果,通过枢转可枢转板来控制气流的流动方向。 换句话说,可枢转板的轻微的枢转运动足以在较大的角度上引起气流的偏转。 风扇组件可以用在空调器中,在这种情况下可以获得相对较高的空调效率。
    • 16. 发明授权
    • Fluid deflecting assembly
    • 流体偏转组件
    • US4327869A
    • 1982-05-04
    • US165939
    • 1980-07-03
    • Motoyuki NawaNorio SugawaraYutaka Takahashi
    • Motoyuki NawaNorio SugawaraYutaka Takahashi
    • F04D17/04F15C3/00F15D1/08F24F13/08F24F13/14B05B1/04
    • F24F13/14Y10S239/07
    • A fluid deflecting assembly is constituted by first and the second walls, the former having a curved portion to cause the adherence of the outlet flow and the latter having a substantially straight portion to cause the adherence of the outlet flow and having a ridge at its upstream end and a control vane rotatably positioned within a passage formed by the first and the second walls. The control vane is able to rotate around a shaft thereby causing wide deflection of the outlet flow due to the existence of the two walls. The height and position of the ridge is such as to help the vertical downward deflection of the outlet flow along the curved portion. The length and position of the straight portion is such as to help the horizontal deflection of the outlet flow along the straight portion.
    • 流体偏转组件由第一和第二壁构成,前者具有弯曲部分,以使出口流的粘附,后者具有基本上直的部分,以引起出口流的粘附并在其上游具有脊 端部和可旋转地定位在由第一和第二壁形成的通道内的控制叶片。 控制叶片能够绕轴旋转,从而由于两壁的存在而引起出口流动的大的偏转。 脊的高度和位置可以帮助出口流沿弯曲部分的垂直向下偏转。 直线部分的长度和位置可以帮助出口流沿直线部分的水平偏转。