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Propulsion system oscillating hydrofoil AND METHOD OF TRAFFIC MOBILE shakes Hydrofoil

机译：振荡水翼的推进系统和交通机动摇动水翼的方法

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1. The propulsion system (1) with swinging hydrofoil soderzhaschayapodvizhnoe hydrofoil (2), the mechanism (5) tilt, connected to the movable hydrofoil (2) and configured to control movement of the hydrofoil of inclination (2); imehanizm (6) of the vertical movement, connected to the movable hydrofoil (2) and configured to control vertical movement of hydrofoil (2), wherein at least one of the mechanisms (5, 6) of tilting and vertical movement is arranged to amplitude control (A (t), A (t)) corresponding to movement of the movable hydrofoil .2 (2). The system of claim. 1, wherein the mechanism (5) arranged to tilt adjusting the angle (α (t)) of inclination of the tilt movement of hydrofoil (2) .3. The system of Claim. 1 or 2, wherein the mechanism (5) arranged to tilt the amplitude change (A (t)) with the first tilting movement of the peak amplitude (A (t)) at substantially peak amplitudu.4 another. The system of claim. 3, which is substantially different peak amplitude greater than or less than the first peak amplitude (A (t)) at 5-70 °, preferably 10-60 ° .5. The system of Claim. 1 or 2, wherein the mechanism (5) of inclination is further adapted to regulate the frequency (f (t)) tilting movement of hydrofoil (2) .6. The system of Claim. 1 or 2, wherein the mechanism (6) of the vertical movement is arranged to regulate the amount (h (t)) of vertical dvizheniya.7. The system of claim. 6, wherein the mechanism (6) of the vertical movement is arranged to regulate the amplitude A (t) for the vertical movement of its change to the first peak amplitude A (t) at substantially different peak amplitude A (t) .8 . The system of Claim. 1 or 2, wherein the mechanism (6) vertical motion is further adapted to

机译：1.推进系统（1）带有摆动水翼soderzhaschayapodvizhnoe水翼（2），机构（5）倾斜，连接至活动水翼（2），并配置为控制倾斜度水翼的运动（2）;垂直运动的动力（6），其连接至可移动水翼（2），并配置为控制水翼（2）的垂直运动，其中，倾斜和垂直运动的机构（5、6）中的至少一个被设置为振幅相应于可移动水翼0.2（2）的运动的控制（A（t），A（t））。索赔系统。在图1中，其中机构（5）布置成倾斜地调节水翼（2）的倾斜运动的倾斜角度（α（t））。3。3。索赔系统。参照图1或图2，其中机构（5）布置成使振幅变化（A（t））随着峰值振幅（A（t））的第一倾斜运动在基本上峰值振幅4处倾斜。索赔系统。在图3中，在5-70°，优选10-60°.5处具有明显不同的峰值幅度，该峰值幅度大于或小于第一峰值幅度（A（t））。索赔系统。参照图1或2，其中倾斜机构（5）还适于调节水翼（2）.6的频率（f（t））倾斜运动。索赔系统。参照图1或2，其中垂直运动的机构（6）布置成调节垂直dvizheniya的量（h（t））。7.。索赔系统。参照图6，其中垂直运动的机构（6）被布置为将振幅A（t）调节为在基本上不同的峰振幅A（t）.8处将其变化改变为第一峰振幅A（t）。索赔系统。参照图1或图2，其中机构（6）的垂直运动还适于

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公开/公告号RU2015118006A

专利类型
公开/公告日2016-12-10

原文格式PDF
申请/专利权人 АББ ОЙ (FI);
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申请/专利号RU20150118006
发明设计人 ФЭН ДАВЭЙ (FI);ДЖАНАРДХАН РАХУЛ КАЛЛАДА (IN);НОЙБАУЭР ЮРГЕН (AU);ДЖАИН РАЧИТ (IN);ПЮЕТСИЯ ВИЛЛЕ (FI);ЯККОЛА ЭСА (FI);ДАСТИДАР САБИАСАЧИ ГОШ (IN);КАЛЛИС ВИЛЛЕ (FI);ЛУХТАНЕН ИНКА (FI);САЛМИНЕН ПОНТУС (FI);МАНГКХАНКХУАЛ Х. (IN);
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申请日2015-05-13
分类号B63H1/36;
国家 RU
入库时间 2022-08-21 13:24:26

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