IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0831090
(2001-05-02)
|
우선권정보 |
AU-199806914 (1998-11-02) |
국제출원번호 |
PCT/AU99/00956
(1999-11-03)
|
국제공개번호 |
WO00/26083
(2000-05-11)
|
발명자
/ 주소 |
|
대리인 / 주소 |
Knobbe, Martens, Olson & Bear, LLP
|
인용정보 |
피인용 횟수 :
2 인용 특허 :
8 |
초록
▼
A sailing craft including a single hydrofoil assembly, an aerofoil assembly, and a hull assembly with a rigid beam interconnecting the hydrofoil assembly, the aerofoil assembly, and the hull assembly. The hull is separate and displaced from the hydrofoil assembly and is, in use, supported above the
A sailing craft including a single hydrofoil assembly, an aerofoil assembly, and a hull assembly with a rigid beam interconnecting the hydrofoil assembly, the aerofoil assembly, and the hull assembly. The hull is separate and displaced from the hydrofoil assembly and is, in use, supported above the water by the rigid beam. The hydrofoil assembly, the aerofoil assembly, and the hull assembly are preferably interconnected such that the hydrofoil assembly and the aerofoil assembly are disposed at opposite ends of the rigid beam and the hull is connected to the beam therebetween.
대표청구항
▼
A sailing craft including a single hydrofoil assembly, an aerofoil assembly, and a hull assembly with a rigid beam interconnecting the hydrofoil assembly, the aerofoil assembly, and the hull assembly. The hull is separate and displaced from the hydrofoil assembly and is, in use, supported above the
A sailing craft including a single hydrofoil assembly, an aerofoil assembly, and a hull assembly with a rigid beam interconnecting the hydrofoil assembly, the aerofoil assembly, and the hull assembly. The hull is separate and displaced from the hydrofoil assembly and is, in use, supported above the water by the rigid beam. The hydrofoil assembly, the aerofoil assembly, and the hull assembly are preferably interconnected such that the hydrofoil assembly and the aerofoil assembly are disposed at opposite ends of the rigid beam and the hull is connected to the beam therebetween. 15/250.32; US-3618155, 19711100, Mower, 015/250.42; US-3665544, 19720500, Sakamoto, 015/250.42; US-3673631, 19720700, Yamadai et al., 015/250.42; US-3685086, 19720800, Froehlich, 015/250.2; US-3751754, 19730800, Quinian et al., 015/250.32; US-3780395, 19731200, Quinian et al., 015/250.36; US-3862465, 19750100, Ito, 015/250.42; US-3872537, 19750300, Bianchi, 015/250.42; US-3879793, 19750400, Schlegel, 015/250.42; US-3881214, 19750500, Palu, 015/250.42; US-4028770, 19770600, Appel, 015/250.42; US-4063328, 19771200, Arman, 015/250.42; US-4102003, 19780700, Hancu, 015/250.42; US-4127916, 19781200, van den Berg et al., 015/250.42; US-4309790, 19820100, Bauer et al., 015/250.42; US-4339839, 19820700, Knights, 015/250.04; US-4343063, 19820800, Batt, 015/250.42; US-D267939, 19830200, Duvoux, D12/155; US-D268020, 19830200, Duvoux, D12/155; US-4400845, 19830800, Noguchi et al., 015/250.42; US-4422207, 19831200, Maiocco et al., 015/250.42; US-4438543, 19840300, Noguchi et al., 015/250.42; US-4464808, 19840800, Berry, 015/250.2; US-4547925, 19851000, Blackborow et al., 015/250.42; US-4561143, 19851200, Beneteau, 015/250.42; US-4570284, 19860200, Verton, 015/250.42; US-4587686, 19860500, Thompson, 015/250.42; US-4590638, 19860500, Beneteau, 015/250.42; US-4741071, 19880500, Bauer et al., 015/250.42; US-4766636, 19880800, Shinpo, 015/250.42; US-4782547, 19881100, Mohnach, 015/250.04; US-4807326, 19890200, Arai et al., 015/250.42; US-4852206, 19890800, Fisher, 015/250.42; US-D307408, 19900400, Mower et al., D12/155; US-D308660, 19900600, Fisher, D12/155; US-D308845, 19900600, Charet et al., D12/155; US-4976001, 19901200, Wright, 015/250.2; US-4984325, 19910100, Arai et al., 015/250.2; US-4989290, 19910200, Hoshino, 015/250.42; US-5042106, 19910800, Maubray, 015/250.2; US-5056183, 19911000, Haney, 015/250.48; US-5062176, 19911100, Unterborn et al., 015/250.23; US-5086534, 19920200, Journee, 015/250.2; US-5093954, 19920300, Kuzuno, 015/250.42; US-5123140, 19920600, Raymond, 015/250.42; US-5138739, 19920800, Maubray, 015/250.42; US-5168596, 19921200, Maubray, 015/250.2; US-5170527, 19921200, Lyon, II, 015/250.42; US-5179761, 19930100, Buechele et al., 015/250.42; US-5206969, 19930500, Patterson et al., 015/250.42; US-5218735, 19930600, Maubray, 015/250.42; US-5228167, 19930700, Yang, 015/250.39; US-5233721, 19930800, Yang, 015/250.39; US-5257436, 19931100, Yang, 015/250.4; US-5276937, 19940100, Lan, 015/257.01; US-5283925, 19940200, Maubray, 015/250.2; US-5307536, 19940500, Lescher, 015/250.42; US-5311636, 19940500, Lee, 015/250.42; US-5319826, 19940600, Mower, 015/250.42; US-5325564, 19940700, Swanepoel, 015/250.42; US-5383249, 19950100, Yang, 015/250.42; US-5392489, 19950200, Mohnach, 015/250.42; US-5454135, 19951000, Okuya et al., 015/250.42; US-5463790, 19951100, Chiou et al., 015/250.29; US-5485650, 19960100, Swanepoel, 015/250.43; US-5509166, 19960400, Wagner et al., 015/250.44; US-6279191, 20010800, Kotlarski et al., 015/250.201 of an upper mounting plate part (32), which can be detachably fastened in the rear end region by a snap-in connection. In its rear end region, the lower mounting plate part (30) has at least one projection (64), which protrudes upwards between side walls of the upper mounting plate part (32) and has at least one locking surface (68). At the upper mounting plate part, a swivel lock (54), with the locking surfaces of the projection or the projections (64) of the lower mounting plate part (30), is assigned to the projection (64). The swivel lock is place under tension by a spring (56) in a position forcing the locking engagement surfaces (76) into an engagement position with the locking surfaces (68). a plurality of times, markedly increasing the working life-span.
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