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    • 2. 发明授权
    • 슬롯을 사용한 무용접 방식의 콘크리트 충전 강관기둥 및 그 제조 방법
    • 使用槽的非焊接混凝土填充管
    • KR101158522B1
    • 2012-06-21
    • KR1020110127251
    • 2011-11-30
    • 한국건설기술연구원
    • 김형준김흥열여인환안찬솔
    • E04B1/30E04B1/18
    • E04C3/34Y10T29/49631
    • PURPOSE: A concrete filled steel tube column through a non-welding method using a slot and a manufacturing method thereof are provided to improve fire-resistance by forming a perforated penetration part on an outer steel tube. CONSTITUTION: A concrete filled steel tube column(100) through a non-welding method using a slot comprises an outer steel tube(110), perforated penetration parts(120), a bent part(130), a slot(140), a restrained steel member(150), and concrete. A T-shaped bent part is formed on the outer steel tube. The perforated penetration parts are formed on the outer steel tube and spouts water vapor pressure from the concrete. The slot is formed in a shape corresponding to the T-shaped bent part. The restrained steel material is coupled to the end of the T-shaped bent part. The outer tube, in which the T-shaped bent part is inserted into the slot, is filled with concrete.
    • 目的:提供一种通过使用槽的非焊接方法的混凝土填充钢管柱及其制造方法,通过在外侧钢管上形成穿孔贯穿部来提高耐火性。 构成:通过使用槽的非焊接方法的混凝土填充钢管柱(100)包括外钢管(110),穿孔穿透部分(120),弯曲部分(130),狭槽(140), 约束钢构件(150)和混凝土。 在外钢管上形成T形弯曲部。 穿孔穿透部分形成在外钢管上并从混凝土喷出水蒸汽压力。 槽形成为与T形弯曲部对应的形状。 被约束的钢材与T形弯曲部分的端部相连。 将T形弯曲部分插入槽中的外管充满混凝土。
    • 3. 发明授权
    • 전주의 제조방법과 그 제조장치
    • 전주의제조방법과그제조장치
    • KR100376818B1
    • 2003-03-20
    • KR1020020015421
    • 2002-03-21
    • 함텍아시아 주식회사
    • 김승수공정호
    • B28B21/00
    • E04C5/12B28B21/68B28B23/10Y10T29/49631Y10T29/49863Y10T29/49874Y10T29/49984Y10T29/53
    • Disclosed are an electric pole manufacturing apparatus having an improved distal end, capable of reducing the cost, arranging tensile cores corresponding to a design load, and providing a high quality electric pole, and a method of manufacturing the electric pole. The apparatus comprises a mold having a dividable structure; a proximal end plate mounted to one end thereof for forming a proximal end of the electric pole, with a tensile core penetrating through one side thereof; a proximal end tensile plate spaced from the proximal end plate at a constant spacing; a proximal end tensile core fixing plate having the tensile core, with one end of the tensile core penetrating through a surface of the proximal end tensile plate; a distal end plate mounted to one end thereof for forming a distal end of the electric pole, through which the tensile core penetrates; a distal end tensile plate connected to a butt-end plate using a nut for coupling to a tension shaft lifted by a fastening force of the nut; and device for coupling the distal end tensile plate and the distal end plate, to apply the tensile force to the distal end plate.
    • 本发明公开了一种具有改进的远端的电极制造设备及其制造方法,所述电极制造设备能够降低成本,设置与设计载荷对应的拉伸铁心并且提供高质量的电极。 该设备包括具有可分开结构的模具; 一个安装在其一端的近端板,用于形成电极的一个近端,一个拉伸芯穿过其一侧; 近端拉伸板,其以近似恒定的间隔与近端板隔开; 具有所述拉伸芯的近端拉伸芯固定板,所述拉伸芯的一端穿过所述近端拉伸板的表面; 安装到其一端的远端板,用于形成所述抗拉芯穿过的所述电极的远端; 利用螺母连接到对接端板的远端拉伸板,用于联接到通过螺母的紧固力提升的张力轴; 以及用于联接远端拉伸板和远端板以将拉力施加到远端板的装置。
    • 10. 发明授权
    • 스크류 소켓을 사용하여 튜브형 건축 구조물을 조립하는 방법
    • 如何使用螺纹套筒组装管状建筑结构
    • KR101835905B1
    • 2018-03-08
    • KR1020137002728
    • 2011-07-04
    • 안드레센 타워즈 에이/에스
    • 안드레센,톰
    • E04H12/08E04H12/34F03D11/04
    • E04H12/342E04H12/00E04H12/08E04H12/34F03D13/20F05B2240/912Y02B10/30Y02E10/728Y02P70/523Y02P80/22Y10T29/49623Y10T29/49631
    • 본발명은복수의벽 요소(2, 20)로부터형성되는원주상벽 구조물을포함하는튜브형건축구조물을조립하는방법에관한것이다. 본방법은벽 요소(2, 20)의구멍에장착되는스크류소켓(4)과볼트를사용하여벽 요소(2, 20)의적어도일부를상호조립하는단계를포함한다. 벽요소는층층이배열되는중첩형튜브섹션(2)일수 있으며, 이들튜브섹션(2)은축방향연장형튜브세그먼트(20)를상호연결함으로써형성될수 있다. 본발명의몇몇실시예에서, 스크류소켓(4)은제조장소에서장착되며, 벽요소(2, 20)는튜브형건축구조물(1)의건립장소로차후에운반된다. 바람직하게는벽 요소(2, 20)의상호조립은사전장착된스크류소켓(4)에볼트(5)를체결하는튜브형건축구조물(1) 내측에서작업하는인원단독으로수행될수 있다. 본발명에따른방법은벽 요소(2, 20)의적어도외면및/또는스크류소켓(4)에대한제1 표면처리단계와, 벽요소(2, 20)의구멍으로스크류소켓(4)을삽입하는단계와, 스크류소켓(4)이삽입된벽 요소(2, 20)의적어도외면에대한제2 표면처리단계를포함한다. 이로써밀봉된외면이획득될수 있고, 이를통해평범한볼트-너트연결을사용하는전통적인조립방법에비해시간이지남에따라나사연결부내로습기가스며들어이로인해부식이일어날위험성이최소화될수 있다.
    • 本发明涉及一种组装包括由多个壁元件(2,20)形成的周向壁结构的管状建筑结构的方法。 该方法包括使用安装在壁元件(2,20)的孔中的螺栓和螺钉插口(4)来插入壁元件(2,20)的至少一部分。 壁元件可以是成层布置的嵌套管段(2),并且这些管段(2)可以通过互连轴向延伸的管段(20)而形成。 在本发明的一些实施例中,螺钉套筒(4)安装在制造场地,并且壁元件(2,20)随后被运送到管状建筑结构(1)的建筑工地。 有利的是,壁元件2,20的向上突出可以由在管状​​建筑结构1内工作的单个人执行,该单个人将螺栓5紧固到预安装的螺旋套管4。 根据本发明的方法的特征在于,用于壁元件2,20的外表面和/或螺旋套筒4的第一表面处理步骤以及将螺钉套筒4插入到壁元件2的孔中, 以及用于壁元件(2,20)的外表面的第二表面处理步骤,螺钉套筒(4)插入其中。 这使得可以获得密封的外表面,与传统的使用常规螺栓螺母连接的组装方法相比,这可以最大限度地减少由于湿气渗入到螺纹连接中而导致的腐蚀风险。