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    • 5. 发明公开
    • 선박 탱크의 통기 장치
    • 船舶通风通风系统
    • KR1020140046627A
    • 2014-04-21
    • KR1020120111755
    • 2012-10-09
    • 대우조선해양 주식회사
    • 김영현
    • B63J2/08B65D90/34
    • B65D90/34B63J2/08B65D2205/02
    • The present invention relates to a ventilation system for a vessel tank which achieves a ventilation effect in the tank by installing an air vent pipe to be opened toward the upper space of the tank while penetrating a side of the tank when the air vent pipe cannot be installed at an upper portion of the tank, and guides external discharge of condensate left in the pipe by further installing a drain pipe branched from the air vent pipe and extending to the exterior of the tank, thereby preventing damage to the air vent pipe due to freezing and guaranteeing a ventilation effect. The ventilation system includes an air vent pipe (12) penetrating a side of a tank (10); an indoor vent part (12a) installed at one end portion of the air vent pipe (12) and disposed toward the upper space in the tank (10); an outdoor vent part (12b) installed at the other end portion of the air vent pipe (12) and disposed upward at the outside of the tank (10); and a drain pipe (20) branched from the air vent pipe (12) and installed at the outside of the tank (10).
    • 本发明涉及一种用于容器罐的通风系统,该通风系统通过在通气管不能够穿透罐侧时,通过安装通向罐的上部空间的通气管来实现通气效果 通过进一步安装从排气管分支并延伸到罐外部的排水管,引导外部将冷凝水排出到管道的上部,从而防止由于 冻结并保证通风效果。 通风系统包括穿过罐(10)侧的排气管(12); 设置在所述排气管(12)的一端部并朝向所述箱(10)的上部空间配置的室内通气部(12a)。 安装在排气管(12)的另一端部并设置在罐(10)的外部的上方的室外排气部(12b)。 和从排气管(12)分支并安装在罐(10)的外部的排水管(20)。
    • 7. 发明公开
    • 컨테이너선 화물창의 배기덕트 구조
    • 集装箱通风管道结构
    • KR1020110066283A
    • 2011-06-17
    • KR1020090122864
    • 2009-12-11
    • 현대중공업 주식회사
    • 김영식
    • B63J2/08B63J2/10
    • B63J2/08B63J2/10F24F7/04
    • PURPOSE: An exhaust duct structure of a container ship cargo space is provided to reduce manufacturing costs and time by preventing the excessive input of materials. CONSTITUTION: An exhaust duct structure of a container ship cargo space comprises a stringer(36) and third and fourth exhaust ducts(32,34). The stringer is fixed on a cargo space(14) in a traverse direction and arranged according to each height of the cargo space. The third and fourth exhaust ducts pass through the stringer from the upper end of a hatch cover(18). The length of the third exhaust duct is set as the length that the lower end of the third exhaust duct reaches a container placed on the bottom of the cargo space.
    • 目的:提供集装箱船货舱的排气管道结构,通过防止材料的过量输入,减少制造成本和时间。 构成:集装箱船货舱的排气管道结构包括纵梁(36)和第三和第四排气管道(32,34)。 桁条沿横向方向固定在货物空间(14)上,并根据货物空间的高度排列。 第三和第四排气管从舱口盖(18)的上端穿过桁条。 第三排气管的长度被设定为第三排气管的下端到达放置在货物空间底部的容器的长度。
    • 8. 发明公开
    • 풍력터빈환풍팬을 이용한 에너지절감형 선박
    • 节能风力发电方法与风力发电风力发电风机
    • KR1020110064479A
    • 2011-06-15
    • KR1020090121110
    • 2009-12-08
    • 사단법인 한국선급
    • 이경우음학진
    • B63J2/08B63J3/00F03D9/00
    • Y02E10/725Y02T70/529B63J2/08B63J2003/001F03D9/00
    • PURPOSE: An energy-saving ship is provided to reduce the power consumption for driving the existing ventilator and blower by employing a wind turbine ventilation fan and additionally generate power from a micro wind turbine. CONSTITUTION: An energy-saving ship comprises a pair of air ducts(2), a plurality of air inlet pipes(3), an air discharge pipe, a wind turbine ventilation fan(4), and a micro wind turbine(1). The air ducts are formed along side walls of a hull. The air inlet pipes are branched from the air ducts and connected to the upper part of a cargo hold. The air discharge pipes are installed in the vertical direction, with outlet located outside the cargo hold. The wind turbine ventilation fan is rotated by the flux of air flowing in the hull and creates negative pressure at the outlet of the air discharge pipe to discharge the interior air of the cargo hold. The inlets of the air ducts are formed in the longitudinal direction of the hull to smoothly draw in the air during sailing. The micro wind turbine is installed at the inlets of the air ducts.
    • 目的:提供一种节能型船舶,通过采用风力发电机通风风扇降低驱动现有风机和风机的功耗,并从微型风力发电机额外产生功率。 构成:节能船包括一对风道(2),多个进气管(3),排气管,风力涡轮机通风扇(4)和微风机(1)。 风管沿着船体的侧壁形成。 空气入口管从空气管道分支并连接到货舱的上部。 排气管沿垂直方向安装,出口位于货舱外。 风力涡轮机通风扇由在船体中流动的空气流动而旋转,并在排气管的出口处产生负压,以排出货舱的内部空气。 空气管道的入口沿着船体的纵向方向形成,以便在航行期间平滑地吸入空气。 微型风力发电机安装在风道的入口处。