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    • 16. 发明公开
    • Plasma actuated vortex generators
    • PlasmabetätigteWirbelerzeuger
    • EP2505782A1
    • 2012-10-03
    • EP11190780.4
    • 2011-11-25
    • Lockheed Martin Corporation
    • McClure, Paul D.Finley, Dennis B.Macheret, Sergey
    • F01D5/14B64C23/00B64C23/06
    • B64C23/005B64C23/06B64C2230/12B64C2230/26F02C7/04F03D1/0675F05B2240/122F05D2240/127F05D2270/172Y02E10/721Y02T50/162Y02T50/166
    • To delay, reduce or prevent laminar and/or turbulent boundary layer separation a plurality of spaced-apart vortex generators (10a, 10b) have a plasma actuator (22) distributed amongst them. The plasma actuator (22) includes a first electrode (24) carried by the first vortex generator (10a), and a second electrode (26) carried by the second vortex generator (10b) in a location downstream of the first electrode, both electrodes being preferably carried by the inboard surfaces of the respective vortex generators. In other embodiments additional electrodes may be provided in the respective vortex generators (10a, 10b) and/or in a body surface on which the vortex generators are disposed. The plasma actuator (22) is configured to generate an electric field between the vortex generators (10a, 10b) and to induce fluid flow from one of the vortex generators to another of the vortex generators across a space between them. The plasma actuator is typically an AC dielectric barrier discharge device or a DC ion wind device.
    • 为了延迟,减少或防止层流和/或湍流边界层分离,多个间隔开的涡流发生器(10a,10b)具有分布在其中的等离子体致动器(22)。 等离子体致动器(22)包括由第一涡流发生器(10a)承载的第一电极(24)和在第一电极下游的位置由第二涡流发生器(10b)承载的第二电极(26),两个电极 优选地由相应的涡流发生器的内侧表面承载。 在其它实施例中,可以在相应的涡流发生器(10a,10b)和/或设置有涡流发生器的体表中设置附加电极。 等离子体致动器(22)被配置为在涡流发生器(10a,10b)之间产生电场,并且使涡流发生器之一的涡流发生器中的一个涡流发生器流过它们之间的空间。 等离子体致动器通常是AC电介质阻挡放电装置或DC离子风装置。
    • 18. 发明公开
    • Aero- or hydrodynamic construction
    • 航空流体动力学
    • EP2270312A1
    • 2011-01-05
    • EP09164277.7
    • 2009-07-01
    • PEM-Energy Oy
    • Pylkkänen, JuhaniSeppälä, MikaelRönkkö, Väinö
    • F01D5/14F02K1/46F03D1/06B64C11/16
    • F01D5/145B64C23/06F02K1/46F03D1/0608F05B2250/184F05B2250/314F05B2250/70F05D2250/184F05D2250/314F05D2250/70Y02E10/721Y02T50/162Y02T50/673
    • The invention relates to an aero- or hydrodynamic construction, which is arranged to be in relative motion with respect to a medium, the construction comprising a front end (2) where the medium is encountered and a rear end (3) where the medium exits the construction, the construction comprising an aerofoil (10) with an end (14) for encountering the medium and an end (15) for leaving the medium. In order to keep undesired energy losses caused by the construction when it moves with respect to the medium very small, in which case it would operate with high efficiency and have a low noise level, the construction is characterized in that the aerofoil comprises a ridge part (4) and a valley part (5), which constitute a flow channel which is set at an angle (α) to the direction of motion of the construction in order to remove the medium in the form of tubular turbulent flow, a micro-vortex, from the rear end of the construction, the turbulent flow being substantially opposite to the direction of motion of the construction.
    • 本发明涉及一种被设置为相对于介质相对运动的气动或液体动力结构,该结构包括其中遇到介质的前端(2)和介质离开的后端(3) 该结构包括具有用于遇到介质的端部(14)和用于离开介质的端部(15)的机翼(10)。 为了在结构相对于介质移动非常小的情况下保持由结构引起的不期望的能量损失,在这种情况下,其将以高效率运行并具有低噪声水平,其特征在于,机翼包括脊部 (4)和谷部(5),其构成与该结构的运动方向成一定角度(±)的流动通道,以便以管状湍流的形式除去介质, 涡流,从结构的后端,湍流基本上与构造的运动方向相反。