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    • 1. 发明授权
    • 해수부식 피로시험 시스템
    • 海水腐蚀疲劳试验系统
    • KR101406377B1
    • 2014-06-16
    • KR1020120154560
    • 2012-12-27
    • 주식회사 포스코재단법인 포항산업과학연구원
    • 이재익임성우
    • G01N17/02
    • G01N17/002G01N1/36
    • Disclosed is a seawater erosion fatigue test system which a plurality of specimens is vertically arranged in a series and in multiple stages, thereby simultaneously testing the specimens. The disclosed seawater erosion fatigue test system comprises: a jig combined to both ends of a specimen and connecting the specimens to vertically arrange the specimens in a series and in multiple stages; a sea water erosion tank containing sea water, and having the specimens arranged by penetrating the inside so as to be exposed to the contained sea water; an actuator applying fatigue loads to the specimens at the same time; and an insulating fastening pin fastening the jig and the specimens, and blocking the conduction current between the jig and the specimens.
    • 公开了一种海水侵蚀疲劳试验系统,其中多个试样以多个阶段垂直布置,从而同时测试试样。 所公开的海水侵蚀疲劳试验系统包括:一个组合到试样两端的夹具,连接试件,将试样串联并分级成多个阶段; 包含海水的海水侵蚀槽,并且将穿透内部的试样放置在暴露于所含的海水中; 致动器同时对试样施加疲劳载荷; 以及紧固夹具和试样的绝缘紧固销,并阻塞夹具和试样之间的传导电流。
    • 2. 发明授权
    • 금속 파이프의 연결 방법
    • 连接金属管的方法
    • KR101518637B1
    • 2015-05-11
    • KR1020130163302
    • 2013-12-25
    • 주식회사 포스코재단법인 포항산업과학연구원
    • 강수창조우연이재익심상훈
    • F16L15/06F16L19/02
    • F16L15/00F16L1/161
    • 해저파이프라인에사용되는금속파이프의연결장치및 방법이개시된다. 상기금속파이프의연결방법은테이퍼진외주면에제1 요철부가형성된관형핀 부재와, 테이퍼진내주면에상기제1 요철부에맞물리는제2 요철부를갖는관형박스부재를준비하는준비단계; 상기관형박스부재를팽창시키기위하여가열하고, 상기관형핀 부재를상기관형박스부재내부로축방향으로이동시킴으로써상기관형핀 부재의제1 요철부와관형박스부재의제2 요철부를완전히맞물리게하는가열및 체결단계; 및체결이완료된상기관형박스부재를냉각하는냉각단계;를포함한다. 또한, 상기금속파이프의연결장치는관형핀 부재및 관형박스부재의외주면에형성된설치홈부에연결되어상기관형핀 부재및 상기관형박스부재를축방향으로가압하는가압부; 및상기관형박스부재의외측에설치되어상기관형박스부재를가열하는가열부;를포함한다.
    • 公开了一种连接金属管的装置和方法。 连接金属管的方法包括以下步骤:制备具有管状销构件的管状盒构件,所述管状销构件具有在锥形外圆周上的第一凹凸部和与第一凹部接合的第二凹凸部 锥形部分在锥形内圆周上; 通过加热该管状盒构件来使管状销构件的第一凹凸部与管状箱构件的第二凹凸部完全一体地加热结合而使管状销 成员进入管状箱体; 并冷却完全组合的管状箱体。 另外,用于连接金属管的装置包括:加压部,连接到形成在管状销构件的外周上的安装槽部和管状箱构件,以对管状销构件和管状销构件加压, 形状的箱状构件沿轴向方向; 以及加热部,其安装在管状箱体的外侧,以加热管状箱体。
    • 5. 发明公开
    • 풍력발전기용의 모듈러형 풍력발전탑
    • 模块式风力发电塔
    • KR1020120073785A
    • 2012-07-05
    • KR1020100135652
    • 2010-12-27
    • 주식회사 포스코재단법인 포항산업과학연구원
    • 임성우이종구이종현이대용이재익황민오
    • F03D11/04E04F15/00
    • F03D13/22F03D13/10F05B2240/912Y02E10/72
    • PURPOSE: A modular wind power generation tower for a wind power generator is provided to increase the load bearing capacity of a wind power tower by reinforcing a reinforcing plate using a first or second reinforcing blade. CONSTITUTION: A modular wind power generation tower for a wind power generator comprises unit plates and reinforcing plate(5). The reinforcing plate is installed and assembled in between two unit plates. Bolts(61) for assembling the unit plates is penetrated through the bolt holes(51) of the reinforcing plates. The reinforcing plates are formed into one of the rectangular plate-shaped steel materials, T-shaped steel materials, and I-shaped steel materials. The T-shaped steel materials comprise a first reinforcing blade in the one-side end of the plate-shaped steel materials. The I-shaped steel materials comprise first and second reinforcing blades in both ends of the plate-shaped steel materials.
    • 目的:提供一种用于风力发电机的模块化风力发电塔,以通过使用第一或第二增强叶片加强加强板来增加风力发电塔的承载能力。 构成:用于风力发电机的模块化风力发电塔包括单元板和加强板(5)。 加强板安装和组装在两个单元板之间。 用于组装单元板的螺栓(61)穿过加强板的螺栓孔(51)。 加强板形成为矩形板状钢材,​​T型钢材,I型钢材之一。 T形钢材料在板状钢材的一侧端部包括第一增强刀片。 I型钢材料在板状钢材的两端包括第一和第二增强刀片。
    • 7. 发明公开
    • 해양 구조물의 계류 시스템
    • 海洋结构运输系统
    • KR1020120073789A
    • 2012-07-05
    • KR1020100135656
    • 2010-12-27
    • 주식회사 포스코재단법인 포항산업과학연구원
    • 임성우이종구이종현이대용이재익황민오
    • B63B21/50B63B35/44
    • PURPOSE: A mooring system for an offshore structure is provided to simultaneously obtain the advantage of a catenary mooring system and the advantage of a tension leg mooring system by applying a new hybrid mooring system. CONSTITUTION: A mooring system for an offshore structure comprises first mooring ropes(310) and second mooring ropes(320). The first mooring ropes are installed to mooring objects(300) as a chain shaped catenary type in order to connect the mooring objects floating on the sea(200) each other. The second mooring ropes are installed in each first mooring rope as a leg shaped tension leg type in order to fix the positions of the mooring objects on the seabed(100). The first mooring ropes are installed to separately arrange the mooring objects.
    • 目的:提供海上结构的系泊系统,通过应用新的混合系泊系统,同时获得悬链系泊系统的优点和张力腿系泊系统的优点。 构成:用于海上结构的系泊系统包括第一系泊绳索(310)和第二系泊绳索(320)。 将第一系泊绳索安装到系泊物(300)上,作为链状悬链式,以便将漂浮在海上的系泊物(200)彼此连接起来。 为了将系泊物的位置固定在海底(100)上,第二系泊绳安装在每个第一系泊绳索中作为腿形张力腿型。 安装第一个系泊绳索以分开布置系泊物。
    • 10. 发明授权
    • 급속 시공을 위한 셕션 파일
    • 快速建设的行动文件
    • KR101794280B1
    • 2017-11-07
    • KR1020100135992
    • 2010-12-27
    • 재단법인 포항산업과학연구원
    • 이종구임성우황민오이대용이재익이종현
    • E02D27/52E02D7/02E02D15/08E02D15/04
    • 본발명은해상구조물의시공시, 기초구조물의상부에시공되는상부구조물에작용하는사하중과활하중을분담하여지지하도록측면보강파일을포함하여구성함으로써, 해저하부에설치되는기초구조물의시공과상부구조물의시공을동시에수행하여급속시공이가능함에따라, 종래에비해시공시간을단축시키도록해상구조물의시공시, 해저의하부에설치되는기초구조물의베이스를이루도록해저지면으로하부가삽입되며, 상부에는상부구조물이설치되는메인바디; 상기메인바디의일측에일체로형성되는다수개의파일슬리브; 및상기각 파일슬리브를통해설치되어해저의지면에항타시공되는측면보강파일을포함하는급속시공을위한석션파일을제공한다.
    • 海上结构,自重的构造期间和通过包括一个侧部加强文件,以支撑和承受活载的结构和基础结构,其安装在海底底部作用于上部结构安装在基础结构的上部部分的上部结构的本发明 按照快速通过海上结构的构造期间同时施工可能执行结构,以减少相对于现有技术的施工时间,实现了基础结构,其安装在海底底部的基部,并且底部被插入到海底地板中,上部 上部结构安装在其上的主体; 在主体的一侧整体形成有多个文件套; 并通过套筒提供,每个文件提供了一个吸入文件快速建设,包括侧部加强对海底地基打桩安装文件。