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    • 3. 发明授权
    • 수평 및 수직 구조적 일체성 확보가 가능하도록 제작된 수직구 및 그 시공방법
    • 垂直和水平连接的垂直结构构造方法
    • KR101567422B1
    • 2015-11-11
    • KR1020150015901
    • 2015-02-02
    • (주)서현컨스텍안창일
    • 안창일
    • E21D11/08
    • E21D11/083
    • 지중터널등을시공함에있어서지상에서지중으로수직공동구를효과적으로시공할수 있는수평및 수직구조적일체성확보가가능하도록제작된수직구및 그시공방법에관한것으로서상기수직구는블록아웃된연결단부(S)로형성되도록양 단부외측면으로연장형성된연결플랜지; 내부로부터상기연결단부(S)로인출되는수평연결철근; 및상기수평연결철근을서로연결시키는연결구;을포함하는콘크리트블록이상하로적층되어상기연결단부가서로연통되도록배치되도록하되, 상기상하로연통된블록아웃된연결단부(S)에연속되게배근하게되어수평연결철근에결속됨으로서상하연통된블록아웃된연결단부(S) 전체에걸쳐배근되는수직연결철근및수직접합구를포함한다.
    • 本发明涉及一种用于垂直和水平结构一体化的垂直结构及其构造方法,其可以在构造地下隧道时从地面上方构建垂直共同结构到地面。 垂直结构包括彼此堆叠在一起的混凝土块,并且将连接端单元彼此连接。 每个混凝土块包括:延伸到其两端的外侧的连接凸缘,以形成在堵塞的连接端单元(S)中; 从内部向连接端单元(S)拉出的水平连接钢筋; 和连接部分将水平连接钢筋相互连接。 垂直结构还包括连接在连接端单元(S)上的垂直连接钢筋和垂直连接部件,该连接端部单元(S)被封闭并且彼此垂直连接,并且与横向连接钢筋结合以布置在整个连接端单元(S)上, 阻挡并垂直连接。
    • 4. 发明授权
    • 긴장재를 이용한 부벽식 개거수로 및 그 시공방법
    • 使用TENDON的BUTTRESS预制水管及其施工方法
    • KR101301073B1
    • 2013-08-29
    • KR1020130027931
    • 2013-03-15
    • (주)서현컨스텍안창일
    • 안창일
    • E02B13/00E02B11/00E02B5/02A01G25/00
    • E02B13/00A01G25/00E02B5/02E02B11/005
    • PURPOSE: A buttress precast waterway using tendons and a construction method thereof provided to efficiently resist soil pressure and to enable economic construction by minimizing a cross section of a lower plate unit and both side units. CONSTITUTION: A buttress precast waterway using tendons comprises both precast waterway segments (100,200) and a tendon (150). The precast waterway segment includes a buttress side unit forming buttresses (130,230) on the outer side wall and lower plate units (110,210). The tendon is inserted into a mounting hole penetrating the lower part of the buttress and the lower plate unit in a transverse direction. Both ends of the tendon are fixed on the side surface of the buttress after being tensioned so that the segmented precast waterway segment is compressed and is connected in the transverse direction.
    • 目的:使用钢筋的支撑预制水道及其施工方法,其有效地抵抗土壤压力,并且通过使下板单元和两侧单元的横截面最小化来实现经济结构。 构成:使用腱的支柱预制水道包括预制水道段(100,200)和腱(150)。 预制水路段包括在外侧壁和下板单元(110,210)上形成支撑件(130,230)的支撑侧单元。 将腱插入穿过支撑物的下部和下板单元的横向安装孔。 张力两端固定在支撑体的侧面,使得分段的预制水道段被压缩并沿横向连接。
    • 5. 发明授权
    • 중공관연결구를 이용하여 연결된 중굴형 복합말뚝 및 이를 이용한 중굴형 복합말뚝 시공방법
    • 复合板连接内部连接构件和使用其的复合结构方法
    • KR101203627B1
    • 2012-11-21
    • KR1020110111510
    • 2011-10-28
    • (주)서현컨스텍안창일
    • 안창일
    • E02D5/24E02D5/52E02D5/58
    • E02D5/24E02D5/526E02D5/58E02D2200/1607E02D2300/002
    • PURPOSE: A composite pile using a hollow pipe connector and a construction method thereof are provided to effectively guide load transfer and to easily control quality of connection. CONSTITUTION: A composite pile(100) using a hollow pipe connector comprises a steel pipe pile(120), a hollow pipe connector(130), concrete(121), and a head reinforcement unit(140). The steel pipe pile is welded to the outer top surface of a hollow head protection plate formed on the top of a hollow concrete pile(110). The bottom of the hollow pipe connector is welded to the top surface of the hollow head protection plate and is extended to the top of the steel pipe pile. The inner space formed by the hollow pipe connector and the steel pipe pile is filled with the concrete, and the filled concrete connects the hollow pipe connector and the steel pipe pile to each other. The head reinforcement unit is installed on the top end of the steel pipe pile. [Reference numerals] (AA) Connection 2; (BB) Connection 3; (CC) Connection 1
    • 目的:提供一种使用中空管连接器的复合桩及其施工方法,以有效地引导载荷传递并容易控制连接质量。 构成:使用中空管连接器的复合桩(100)包括钢管桩(120),中空管连接器(130),混凝土(121)和头部加强单元(140)。 钢管桩被焊接到形成在空心混凝土桩(110)的顶部上的空心头保护板的外顶表面上。 中空管连接器的底部焊接到中空头保护板的顶表面并延伸到钢管桩的顶部。 由中空管连接器和钢管桩形成的内部空间填充有混凝土,填充的混凝土将中空管连接器和钢管桩相互连接。 头部加固单元安装在钢管桩的顶端。 (附图标记)(AA)连接2; (BB)连接3; (CC)连接1
    • 6. 发明授权
    • 기존 구조물을 횡단하는 거더교 시공방법
    • 现有桥梁中的GIRDER BRIDGE施工方法
    • KR101004619B1
    • 2011-01-03
    • KR1020100059727
    • 2010-06-23
    • (주)서현컨스텍안창일
    • 안창일
    • E01D21/00E01D21/06E01D15/12E01D2/00
    • E01D21/00E01D2/00E01D15/12E01D21/065
    • PURPOSE: A construction method of a girder bridge crossing existing structures is provided to facilitate the installation of a girder between bridge posts if it is difficult to secure a space for the installation of the girder. CONSTITUTION: A construction method of a girder bridge crossing existing structures comprises following steps. Two bridge posts(300:310,320) for a horizontal girder are installed so that an existing structure(100) can be installed therebetween. A temporary bent for a horizontal girder(400) is installed around one bridge post. An extrusion guide member is installed on the upper side of the constructive bent for the horizontal girder. A sliding member is installed on the bottom surface of the horizontal girder(200). A launching nose(230) is installed on the front surface of the horizontal girder. A vertical girder is installed on both sides of the central part of the horizontal girder.
    • 目的:提供一种跨过现有结构的大梁的施工方法,以便在难以确保用于安装大梁的空间的情况下,方便在桥墩之间安装大梁。 构成:穿过现有结构的大梁的施工方法包括以下步骤。 安装用于水平梁的两个桥柱(300:310,320),从而可以在其间安装现有结构(100)。 在一个桥柱附近安装一个临时弯梁的水平梁(400)。 挤压引导构件安装在用于水平梁的结构弯曲的上侧。 滑动构件安装在水平梁(200)的底面上。 发射鼻(230)安装在水平梁的前表面上。 垂直梁安装在水平梁中心部分的两侧。