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    • 1. 发明授权
    • 자연 동력을 이용한 가변형 트리마란 보트
    • 使用自然力量的可变三角帆船
    • KR101740365B1
    • 2017-05-29
    • KR1020150174997
    • 2015-12-09
    • 백윤강
    • 백윤강
    • B63B1/12B63B1/14B63H9/04B63H9/06B63H9/08B63B35/44H02S20/30H02S30/10
    • B63B1/14B63B1/125B63B15/02B63B2001/145B63H9/04H02S20/30
    • 본발명은트리마란보트에관한것으로서, 더욱상세하게는중앙의센터헐을중심으로안정성을확보할수 있는아웃헐이수평과수직방향으로선택적확장·수축이가능하고, 풍력을이용한세일유닛과태양광발전유닛을구비하여화석연료의사용이없이효율적인장기운항이가능하도록구성된자연동력을이용한가변형트리마란보트에관한것이다. 이를위해아웃헐의위치를조절하는수평조절유닛과수직조절유닛을구비하고, 태양광발전유닛과풍력세일유닛을이용하여, 센터헐을중심으로아웃헐의위치조절을자유롭게가능하고태양광과풍력을동력원으로이용하여석유에너지원의공급없이효율적인장기운항이가능하다.
    • 三体船技术领域本发明涉及一种三体船,更具体地涉及一种能够在水平和垂直方向上选择性地膨胀/收缩并且能够确保围绕中央中心船体的稳定性的三体船, 本发明涉及装备有发电单元并且被构造成能够在不使用化石燃料的情况下实现有效的长期运行的可变式三角形船。 为此,提供了一种用于调节外壳位置的水平调节单元和垂直调节单元,通过使用太阳能发电单元和风力发电单元,可以围绕中心船体自由调节外壳的位置, 无需长期供应石油能源即可高效运行。
    • 5. 发明公开
    • 멤브레인 에어스포일러
    • 具有船舶的航空航天器
    • KR1020150055724A
    • 2015-05-22
    • KR1020130138032
    • 2013-11-14
    • 삼성중공업 주식회사
    • 이재광김원호박종명전상배황성현
    • B63B15/00B63B9/06
    • B63B1/322B63B13/00B63B15/02B63B17/02B63B2221/00B63B2221/16B63B2231/40Y02T70/12
    • 본발명은천이나섬유등의유연한재질로이루어져무게가보다가벼운경량의선박용에어스포일러에관한것으로서, 본출원의일 실시예에따르면, 선박의선수부의갑판상에구비되며, 선수측으로부터선미측으로갈수록폭과높이가확장되도록복수개의부재들이이격되게배치되며그 사이에공간을형성하도록구비되는프레임, 상기부재들사이에형성된각 공간에각각위치되며상기부재들에결합되어고정되고, 섬유또는합성수지재질로이루어지는멤브레인패널및 상기멤브레인패널을상기부재에고정시키는결합구를포함하여, 갑판상부의화물창에적재된화물또는선박의구조물의전면으로불어오는공기의흐름을상기화물또는구조물의상단부혹은측부를향하도록안내하여공기저항을감소시키는멤브레인에어스포일러가제공된다.
    • 本发明涉及一种由诸如布或纤维之类的柔性材料组成的轻质船用空气扰流板。 根据本发明的一个实施例,膜空气扰流器包括:安装在船的船首的甲板上的框架,其中多个构件被布置成彼此间隔开,以使得能够将宽度和高度从 船尾侧到船尾侧并在其间形成一个空间; 膜片,其定位在所述构件之间形成的每个空间并且联接到待固定并由所述纤维或合成树脂材料构成的构件; 以及将膜片固定到构件上的联接器。 膜空气扰流器引导吹送到堆叠在甲板上侧的储存室中的货物的前侧的空气流或者船的结构朝向货物或结构或侧面的上端部分 以降低空气阻力。
    • 7. 发明公开
    • 수면하에서 SDV 분리를 위한 소형잠수함
    • 用于释放附近的SDV的表面
    • KR1020140038008A
    • 2014-03-28
    • KR1020120103967
    • 2012-09-19
    • (주)보고
    • 임성기
    • B63G8/04B63G8/41B63G8/38
    • B63G8/04B63B15/02B63G8/38
    • The present invention relates to a small submarine for separating an SDV under the surface of the water and, more particularly, to a small submarine for separating an SDV under the surface of the water, which loads an SDV inside the hull of a submarine and accommodates a protruding unit of the submarine such as a mast and a snorkel (air inlet) in order to remove the need to secure a minimum depth of water for separating the SDV, departing from the existing method of loading an SDV in the side or the end of a submarine and installing a mounting external module for loading the SDV inside the submarine, as necessary. As for the configuration for achieving the purpose above, an SDV is loaded in the upper part of a small submarine and is accommodated into the hull of the small submarine because the hull is extended to the upper part thereof and, at the same time, a protruding unit of the submarine such as a mast and snorkel is accommodated inside the hull. Therefore, the SDV can be separated under the surface of the water because a minimum depth of water does not have to be secured, and the resistance of the submarine under the water can be reduced. In addition, the SDV can be separated from a long distance, a minimum sailing speed does not have to be maintained for maintaining the depth, and the rate of being exposed can be reduced by reducing the use of an obstacle avoidance sonar. Furthermore, the damage to a mother ship and a son ship by a collision with an underwater obstacle can be prevented, and the need for various respiratory devices according to the depth can be removed. As a result, through the present invention, the safety of divers can be secured and increased, and the operational performance and military action efficiency of a submarine can be improved.
    • 本发明涉及一种用于在水面下分离SDV的小型潜艇,更具体地说,涉及一种用于在水面下分离SDV的小型潜艇,其将潜艇内的SDV装载,并容纳 潜艇的突出单元,例如桅杆和浮潜(空气入口),以便消除为了分离SDV而确保最小深度的水的需要,脱离了在侧面或端部加载SDV的现有方法 的潜艇,并根据需要安装用于将SDV装载到潜艇内的安装外部模块。 对于用于实现上述目的的构造,SDV装载在小型潜艇的上部并被容纳在小潜艇的船体中,因为船体延伸到其上部,同时, 诸如桅杆和浮潜的潜艇的突出单元容纳在船体内。 因此,SDV可以在水面下分离,因为水的最小深度不必得到保证,潜艇在水下的阻力可以降低。 此外,SDV可以从长距离分离,为了保持深度,不需要维持最小的航行速度,并且可以通过减少使用障碍物回避声纳来减少暴露的速度。 此外,可以防止与水下障碍物碰撞对母船和儿子船的伤害,并且可以去除根据深度的各种呼吸装置的需要。 因此,通过本发明,可以确保和提高潜水员的安全性,并且可以提高潜艇的操作性能和军事行动效率。
    • 10. 发明授权
    • 휴대용 접이식 보트
    • 便携式折叠船
    • KR101523465B1
    • 2015-05-28
    • KR1020140044046
    • 2014-04-14
    • 윤동환
    • 윤동환
    • B63B7/00
    • B63B7/04B63B3/70B63B5/24B63B15/02B63B2007/003B63B2221/08B63B2221/10B63B2221/12B63B2231/40
    • 본발명은휴대용접이식보트는합성수지소재로일체형으로마련되어길이방향으로선수부, 선수부와연결되며선수부에비해폭이확장된중앙부, 중앙부와연결되며중앙부에비해폭이확장된선미부를포함하며, 선수부의일부, 중앙부및 선미부의일부에는길이방향의가운데부분을따라제1 접는선, 제4 접는선, 제7 접는선이일직선으로연결형성되어있으며, 선수부의일부, 중앙부및 선미부의일부에는일단이제1 접는선의일단에각각연결되며타단으로갈수록제1 접는선의타단으로부터각각멀어지도록한 쌍의대칭되는제2 접는선이형성되어있으며, 선미부의일부에는제1 접는선의타단과제2 접는선의타단을각각연결하는한 쌍의대칭되는제3 접는선이형성되어있으며, 선수부의일부에는일단이제1 접는선의일단에연결되며타단은제4 접는선에소정예각을이루도록테두리까지연장된한 쌍의대칭되는제5 접는선과일단이제1 접는선의일단에연결되어있으며타단은제5 접는선에비해제4 접는선에더 큰소정예각을이루도록테두리까지연장된한 쌍의대칭되는제6 접는선이각각형성되어있으며, 선미부의중앙가장자리일부에는일단이제1 접는선의타단에연결되어있으며타단은제7 접는선에소정예각을이루도록테두리까지연장된한 쌍의대칭되는제8 접는선이형성되어있으며, 선미부의양측가장자리에는일단이제2 접는선의타단에연결되어있으며타단은테두리로연장된한 쌍의대칭되는제9 접는선과일단이제2 접는선의타단에연결되어있으며제9 접는선에대해제3 접는선의연장방향으로소정예각을이루도록테두리까지연장된한 쌍의대칭되는제10 접는선및 일단이제2 접는선의타단에연결되어있으며제9 접는선에대해제2 접는선의연장방향으로소정예각을이루도록테두리까지연장된한 쌍의대칭되는제11 접는선이각각형성되어있는접이식선체, 접이식선체의길이방향의테두리에결합된적어도하나의측면보강부재, 사용을위해접어진접이식선체의선미부의외부또는내부에결합되는선미보강판, 그리고, 접이식선체의길이방향및 폭방향의바닥판및 측면벽의적어도일부에부착된보강프레임부재를포함한다.
    • 便携式折叠船本发明涉及便携折叠船。 便携式折叠船可以制造成接近具有简单折叠方法的具有倾斜杆的非折叠船的形状,以及当船推动时可以使阻力最小化的组装方法。 杆和船尾的全部或一部分由合成树脂层制成。 此外,通过附加通过附接诸如电动机,帆等的推进剂来操作的加强构件来增加强度,使得可以确保安全性。