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    • 1. 发明公开
    • 건설용 크레인 신축 붐의 신축 기구
    • 起重机起重机的升降和承包实施
    • KR1020110121585A
    • 2011-11-07
    • KR1020110040909
    • 2011-04-29
    • 미쯔이 죠센 가부시키가이샤
    • 미나미요이치가와모토아츠시오노준지
    • B66C23/687B66C23/64
    • B66C23/68B66C23/342B66C2700/03
    • PURPOSE: A telescoping mechanism of a crane telescopic boom for construction is provided to stably support the telescoping mechanism of a crane telescopic boom with 3 rod connecting pins and 3 head connection pins. CONSTITUTION: The telescoping mechanism of a crane telescopic boom for construction comprises a fixing device, a piston rod(19), and a main cylinder. The piston rod includes 3 load connection pins(20) and a rod block(19a). The main cylinder moves the piston rod to the back and the forth. The fixing device fixes the top end portion of an outside boom and the bottom portion of the nearest boom of the outside boom. The fixing device is arranged in a position in which the load connection pin and the head connection pin are piled up one on another. The fixing device is arranged in three positions at an equal interval between the load connection pin and the head connection pin. The leading end of the piston rod faces downward. The main cylinder is accepted in the inner side of a telescopic boom.
    • 目的:提供一种用于建筑的起重机伸缩臂的伸缩机构,以稳定地支撑起重机伸缩臂的伸缩机构,其具有3个杆连接销和3个头连接销。 构成:用于结构的起重机伸缩臂的伸缩机构包括固定装置,活塞杆(19)和主缸。 活塞杆包括3个负载连接销(20)和一个杆块(19a)。 主缸将活塞杆移动到后端和第四端。 固定装置固定外部吊臂的顶端部分和外部起重臂最近的吊臂的底部。 固定装置设置在负载连接销和头连接销彼此堆叠的位置。 定影装置在负载连接销和头连接销之间以相等的间隔布置在三个位置。 活塞杆的前端朝下。 主缸在可伸缩臂的内侧被接受。
    • 3. 发明公开
    • 탑상 구조물의 기초 구조
    • 塔形结构的基础设计
    • KR1020100109458A
    • 2010-10-08
    • KR1020100027959
    • 2010-03-29
    • 미쯔이 죠센 가부시키가이샤
    • 미나미요이치오노준지프뤠링,한스-피터프뤠링,크리스티안스테펜스,클라우스
    • E02D27/42E02D27/32
    • E02D27/42E02D27/32
    • PURPOSE: A foundation structure for a tower structure is provided to reduce construction times and be used as a foundation of the structure such as a windmill tower wherein vibration is generated. CONSTITUTION: A foundation structure for a tower structure is constituted as follows. A buried cylinder body(2) has similar shape to the shape of a column base member(3) for the formation of a tower structure and concrete is poured for concrete foundation(1). A footing flange portion(2a) is formed at the upper end of the buried cylinder body. A lowermost flange portion(3a) of the column base member and the footing flange portion are overlapped. The column base member is fixed to the buried cylinder body by bolts and nuts. The column base members are successively piled up for the construction of the tower structure.
    • 目的:提供一种塔式结构的基础结构,以减少施工时间,并用作结构的基础,如产生振动的风车塔。 构成:塔架结构的基础结构如下。 埋藏的缸体(2)具有与用于形成塔架结构的塔底部构件(3)的形状相似的形状,并且混凝土被浇注用于混凝土基础(1)。 底座凸缘部分(2a)形成在埋藏缸体的上端。 柱基部件和底脚凸缘部分的最下部凸缘部分(3a)重叠。 柱基构件通过螺栓和螺母固定到埋置缸体。 塔底构件被连续地堆积以用于塔结构的构造。
    • 5. 发明公开
    • 탑형상 구조물의 기초 구조
    • 强化结构的基础设计
    • KR1020080083575A
    • 2008-09-18
    • KR1020080021059
    • 2008-03-06
    • 미쯔이 죠센 가부시키가이샤
    • 미나미요이치오치다겐타로
    • E02D27/42E02D27/28
    • Y02B10/30Y02E10/72E02D27/42E02D27/08E02D27/28
    • A foundation structure of a tower shaped structure is provided to consider the shape of a foundation and the arrangement of reinforcing bars capable of preventing the formation of cracks harmful to concrete and resisting overturning moment sufficiently. A foundation structure of a tower shaped structure, on which overturning moment and horizontal force are applied by external force working on a top portion and a post portion by extending a top portion to a high place in the sky, is formed by fixing a column base portion of the tower shaped structure with an un-bond type anchor(1) which is placed on a base plate(2a) and an anchor plate(2b) by prestressing, arranging horizontal reinforcing bars(3) to intersect the longitudinal direction of the un-bond type anchor and arranging vertical reinforcing bars(4) to be parallel to the longitudinal direction of the un-bond type anchor, and then tamping concrete.
    • 提供了塔形结构的基础结构,以考虑基础的形状和能够防止形成对混凝土有害的裂缝并抵抗倾覆力矩的钢筋的布置。 通过将顶部部分延伸到天空中的高处,通过外力在顶部和后部施加翻转力矩和水平力的塔架结构的基础结构是通过将柱基 塔形结构的一部分具有通过预应力放置在基板(2a)和锚板(2b)上的未粘合型锚固件(1),布置水平钢筋(3)以与 不粘合型锚固件,并且将垂直钢筋(4)布置成平行于非粘结型锚固件的纵向方向,然后夯实混凝土。
    • 6. 发明授权
    • 탑상 구조물의 기초 구조
    • 塔形结构的基础设计
    • KR101689884B1
    • 2016-12-26
    • KR1020100027959
    • 2010-03-29
    • 미쯔이 죠센 가부시키가이샤
    • 미나미요이치오노준지프뤠링,한스-피터프뤠링,크리스티안스테펜스,클라우스
    • E02D27/42E02D27/32
    • 지주나타워등의탑상구조물의기초구조로서, 공사기간의단축화를도모할수 있고, 특히다수의탑상구조물을건설할때에유리한기초구조를제공한다. 탑상구조물을형성하는주각부재(3)의형상과거의일치시킨형상의매설통체(2)를설치하여, 콘크리트(4)를타설하여콘크리트기초(1)를구축한다. 매설통체(2)의상단부에는내측을지향하여튀어나오게한 기초플랜지부(2a)가형성되어있어, 주각부재(3)의하측의최하부플랜지부(3a)와중첩하도록하고, 이들플랜지부(2a, 3a)에서볼트·너트등의고정수단에의해매설통체(2)에주각부재(3)를고정하고, 순차적으로주각부재(3)를쌓아올려탑상구조물을건설한다.
    • 本发明提供了一种塔架,塔架等塔架结构的基础设计,缩短施工周期,特别有利于多个塔式结构的构造。 混凝土基础(1)通过将具有大致相同形状的嵌入式桶体(2)与塔架结构的支柱部分(3)和浇注混凝土(4)构成; 并且塔状结构体通过形成基部凸缘部分(2a)而构成,所述基础凸缘部分(2a)布置在所述嵌入的筒体(2)的向内延伸的上端部分上并与下部凸缘部分(3a)重叠 支柱部分(3)的一侧; 并且通过将诸如螺栓和螺母的装置固定在凸缘部分(2a,3a)上并依次堆叠支柱基部分(3)将支柱基部(3)固定在嵌入的筒体(2)上。
    • 7. 发明公开
    • 탑형상 구조물의 지주 건설용 크레인 탑재용 신축 붐의 지지 장치 및 지주 건설 방법
    • 用于支撑用于安装起重机的TELESCOPIC BOAM装置用于构造塔形结构的支柱和用于构造支柱的方法
    • KR1020120043619A
    • 2012-05-04
    • KR1020110020946
    • 2011-03-09
    • 미쯔이 죠센 가부시키가이샤
    • 미나미요이치가와모토아츠시오노준지오기와라겐니시무라마사즈미가나토모미키오
    • B66C23/16E04H12/34B66C23/62
    • B66C23/185B66C23/62E04H12/342
    • PURPOSE: An apparatus for supporting a flexible boom for loading on a pillar construction crane and a method for constructing a pillar are provided to grip a pillar member with a pair of gripping arms and to fasten the supporting member with pillar fastening units, in order that a flexible boom supports is supported by the pillar member. CONSTITUTION: An apparatus for supporting a flexible boom for loading on a pillar construction crane and a method for constructing a pillar comprises a base(5), a pillar support base(6), a pair of gripping arms(7L,7R), roller chains, a base operating cylinder(5c), an arm operating cylinder(7a), and a chain opening and closing cylinder. The base is fixed in a flexible boom. The gripping arms are supported in the pillar support base in a parallel direction with a pillar shaft direction in order to move from an opening position in which the pillar member is opened to a gripping position in which the pillar member is gripped. The roller chains are installed inside the pair of the gripping arms and can be reduced diameter less than the gripping arms. The base operating cylinder allows the pillar support base to move forth and back. The arm operating cylinder operates the gripping arms.
    • 目的:提供一种用于支撑用于装载在立柱式起重机上的柔性起重臂的装置和用于构造立柱的方法,以用一对夹持臂夹持柱构件并且用支柱紧固单元紧固支撑构件,以便 支柱构件支撑着柔性起重臂支撑。 构造:用于支撑用于装载在柱式起重机上的柔性起重臂的装置和用于构造立柱的方法,包括基座(5),支柱支撑座(6),一对夹臂(7L,7R),滚子 链条,基部操作缸(5c),臂操作缸(7a)和链条打开和关闭缸。 基座固定在柔性起重臂中。 夹持臂在与支柱轴方向平行的方向上支撑在支柱支撑基座中,以便从柱构件打开的打开位置移动到支柱构件被夹持的夹持位置。 滚子链安装在一对夹持臂的内侧,并且可以减小直径小于夹持臂。 基座操作缸允许支柱支撑基座向前后移动。 手臂操作缸操作夹持臂。