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    • 1. 发明公开
    • Catamaran for surfing- or buoyancy sailing
    • Katamaran zum Segeln im Gleit- oderVerdrängungsmodus
    • EP0955234A2
    • 1999-11-10
    • EP99108540.8
    • 1999-05-05
    • Lange, Carl Gustav
    • Lange, Carl Gustav
    • B63B1/14B63B35/79
    • B63B3/08B63B1/121B63B1/20B63B2001/145
    • The catamaran has two hulls shown fully drawn on fig.2. On fig.2 it is shown that a fully drawn crosssection of one underhull (3) can be replaced by the cross-section of the other underhull (4) shown punched, because it is a mirror image of the other about the middlenormal-plane for the dividing ribbon-surfaces, with the keelplane k ø at a right angle to the cora k.Because a and b are also on the congruent assembly-ribbons outer lines,the superhulls (1) and (2) and the underhulls will meet at these. A cross-section in the hull in á and b́ show that a correct hulldesign and parallel keels can be achieved for the V-shabed bottom with a rounded bow. For the surfing hulls is α different,but close to β which make a slight unimportant asymmetric ξ of the bottom.A stippled curve is symmetric about the above mentioned middlenormal m, in order to achieve an evenly-drawn line-design of the longest hull astern when exchanging the underhulls.
    • 双体船有两条船体,如图2所示。 在图2中,示出了一个底壳(3)的完全绘制的横截面可以由所示的冲孔的另一个底壳(4)的横截面代替,因为它是另一个围绕中间正交平面的镜像 对于划分的带状表面,龙骨ko与cora k成直角。因为a和b也在同一组合带上的外线,超壳(1)和(2)和底壳将在 这些。 在á和b /'中的船体横截面显示,可以使用圆弧形的弓形来实现对于V型裂缝底部的正确设计和平行的龙骨。 对于冲浪船体来说,阿尔法是不同的,但接近于β,这使得底部的一个不重要的非对称xi。一个点画的曲线是对称的上述中立的m,为了实现一个均匀的线条设计的最长的船体 在交换舷外时候。