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    • 2. 发明授权
    • 흙막이 구조물 및 그 시공방법
    • 土壤保持墙及其施工方法
    • KR101498711B1
    • 2015-03-05
    • KR1020130107920
    • 2013-09-09
    • 이대동최재진
    • 이대동최재진
    • E02D17/04E02D5/06E02D5/80E02D17/00
    • E02D17/04E02D5/06E02D5/80E02D17/00
    • 본 발명은 흙막이 벽체를 지지하도록 설치된 수직부재(100); 상기 수직부재(100)의 상부에서 후방으로 연장설치된 연장부재(200); 상기 연장부재(200) 및 수직부재(100) 사이를 보강하도록 설치된 보강부재(300); 상기 연장부재(200)에서 하방 또는 후방으로 연장설치된 어스앵커(400);를 포함하는 흙막이 구조물을 제시함으로써, 터파기 작업을 수행하는 경우 배후토사의 토압에 충분히 저항하도록 하고, 작업공간을 충분히 확보할 수 있으며, 대지의 여유공간이 작을 경우에도 충분히 시공할 수 있도록 한다.
    • 提供了一种土壤保持结构,包括:垂直构件(100),其安装成支撑土壤挡土墙; 延伸部件(200),其向后延伸并安装在所述垂直部件(100)的上部; 加强构件(300),其安装成在所述延伸构件(200)和所述竖直构件(100)之间加强; 以及从所述延伸构件(200)向下或向后延伸并安装的接地锚(400)。 因此,即使在场地的自由空间小的情况下,土体保持结构也能够充分地抵抗土压,并且确保在进行开挖时的作业空间。
    • 4. 发明授权
    • 지하구조물의 역타공법
    • 地下结构的自上而下的方法
    • KR101101182B1
    • 2012-01-03
    • KR1020110087835
    • 2011-08-31
    • (주)동하이엔지
    • 정범채
    • E02D29/045E04G13/04E02D17/00F16L3/00F16B37/00
    • E02D29/045E02D17/00E02D2250/0023E04G13/04F16B37/00F16L3/00
    • PURPOSE: A top-down construction method for an underground structure is provided to support a girder form using a suspension support that is supported by a preconstructed floor frame. CONSTITUTION: A top-down construction method for an underground structure is as follows. The earth under a floor frame(100) preconstructed is excavated. Brackets(120) are installed on exposed columns(110) in the excavated part(102). Girder forms(130) are installed on the brackets to be supported with brackets. A suspension support(140) is installed to support the girders form between the brackets. Decks are installed between the girder forms. Reinforcements are arranged and concrete is placed successively on the girder forms and the decks. The suspension support and the brackets are removed after the curing of the placed concrete.
    • 目的:提供一种用于地下结构的自顶向下施工方法,以支撑使用由预制构架架支撑的悬架支架的大梁形式。 构成:地下结构的自顶向下施工方法如下。 挖掘出预制的地板框架(100)下的地球。 支架(120)安装在挖掘部分(102)中的暴露的柱(110)上。 支架形式(130)安装在支架上,用支架支撑。 安装悬架支撑件(140)以支撑在支架之间形成的桁架。 甲板安装在大梁之间。 钢筋混凝土连续放置在大梁和甲板上。 在固化后的混凝土中,将悬挂支架和支架卸下。
    • 5. 发明公开
    • 장심도용 지반 굴착장치
    • 深埋深度挖掘装置
    • KR1020090084375A
    • 2009-08-05
    • KR1020080010525
    • 2008-02-01
    • 석운엔지니어링 주식회사
    • 노승관
    • E02D17/00E02D11/00
    • E02D17/00E02D11/00E02D2200/15E02D2250/0038
    • A drilling rig for deep excavation is provided to prevent deformation of leader efficiently because the leader is stably supported by using a reinforcement backstay and a tension wire. A drilling rig for deep excavation comprises a crane(20), a leader(30), a pair of backstays(40), a reinforcement backstay(50) and a tension wire(60). The leader is erected and installed in front of the crane. One end of the backstay is hinge-coupled behind the crane. The other end of the backstay is hinge-coupled with the upper part of the leader. The backstay moves and supports the leader. One end of the reinforcement backstay is hinge-coupled behind the crane. The other end of the reinforcement backstay is hinge-coupled with the center of the leader. The reinforcement backstay prevents deformation of the leader.
    • 提供一种用于深挖掘的钻机,以便有效地防止导板的变形,因为通过使用加强后支架和张力线来稳定地支撑引导件。 用于深挖掘的钻机包括起重机(20),引导件(30),一对后支架(40),加强后支架(50)和张力线(60)。 领导者竖立并安装在起重机前。 后支架的一端铰链在起重机后面。 后台的另一端与导杆的上部铰接。 后台移动并支持领导。 加强后支架的一端铰链在起重机后面。 加强后支架的另一端与导杆的中心铰接。 加强后支架可防止领导者变形。
    • 7. 发明公开
    • 파라매트 및 이를 이용한 차수방법
    • 使用它的PARAMAT和防水方法
    • KR1020140053485A
    • 2014-05-08
    • KR1020120119446
    • 2012-10-26
    • 한국파라마운트 주식회사주식회사 테코이코
    • 신순주
    • E02D19/12E02D3/12E02D17/00
    • E02D19/12E02D3/12E02D17/00E02D2200/12E02D2300/0025E02D2300/0076E02D2300/009E02D2300/0093
    • The objective of the present invention is to waterproof the original ground and the filled-up ground such as a dam, a bank, and a coffer at the same time by connecting a grouting wall, bentonite mixed soil, and a Paramat to form a waterproofing wall, and more particularly, to waterproof the original ground and the filled-up ground together by installing a grouting wall at a predetermined depth in the original ground, constructing bentonite mixed soil while embedding a Paramat in the upper end of the installed grouting wall, and filling soil while continuously embedding the Paramat, which is embedded in the bentonite mixed soil, in the upper end of the constructed bentonite mixed soil to integrally connect the grouting wall and the Paramat or by excavating the original ground, constructing the bentonite mixed soil while embedding the Paramat in the excavated original ground, filling the soil while continuously embedding the Paramat, which is embedded in the bentonite mixed soil, in the upper end of the constructed bentonite mixed soil, and installing the grouting wall in the original ground at a predetermined depth from the constructed bentonite mixed soil to integrally connect the grouting wall and the Paramat, wherein the Paramat is a waterproofing material obtained by laminating one among woven fabric, nonwoven fabric, and a film on the surface of one among a membrane, a film, and vinyl by one among fusion, heating, bonding, needle punching, and stitching and additionally laminating one among nonwoven fabric, woven fabric, and a film on the laminated nonwoven fabric, woven fabric, or film by one among fusion, heating, bonding, needle punching, and stitching.
    • 本发明的目的是通过连接灌浆墙,膨润土混合土和Paramat来同时防水原始地面和填充地面,例如坝,堤坝和库房,以形成防水 并且更具体地,通过在原始地面中以预定深度安装灌浆壁来将原始地面和填充地面防水,构建膨润土混合土壤,同时将Paramat嵌入安装的灌浆墙的上端, 填埋土壤,同时将嵌入膨润土混合土中的Paramat埋在构造的膨润土混合土的上端,整体连接灌浆墙和Paramat,或者通过挖掘原始地面,构造膨润土混合土 将Paramat嵌入挖掘的原始地面,填充土壤,同时将埋在膨润土混合土中的Paramat连续包埋在 构造的膨润土混合土的上端,并将原始地面的灌浆墙从构造的膨润土混合土中预定深度安装,以将灌浆墙和Paramat整体连接,其中Paramat是通过层压其中之一而获得的防水材料 无纺布,无纺布,以及在熔融,加热,粘合,针刺和缝合中的膜,膜和乙烯基之一的表面上的膜,并且在无纺布,机织织物和 在融合,加热,粘合,针刺和缝合之中的层压非织造织物,机织织物或膜之间的膜。
    • 8. 发明公开
    • 전면 설치 및 회수가 용이한 토류판 흙막이 가설구조
    • 防止建筑结构的土壤保护易于正面安装和拆卸
    • KR1020140036920A
    • 2014-03-26
    • KR1020120108910
    • 2012-09-28
    • 주식회사 도우엔지니어즈(주)나우기술
    • 정동면정인혁
    • E02D17/04E02D5/06E02D13/02E02D17/00
    • E02D17/04E02D5/06E02D13/02E02D17/00E02D2300/0032
    • The present invention relates to a temporary structure for earth retaining to form a soil retaining plate for supporting a soil retaining wall between vertical beams arranged at a predetermined distance from each other. The temporary structure for earth retaining includes a cut-out vertical beam which assembles a U-bolt to the side of a support part remaining on the front side of a main body beam and which joins the unit cutting beams through the U-bolt; the soil retaining plate on which the cut-out vertical beam and the vertical beam are alternately installed, which forms a hanging part on one front side of the soil retaining plate, and which is horizontally inserted into between the cut-out vertical beam and the vertical beam through the hanging part; and a connection beam to connect the vertical beam to the cut-out vertical beam facing each other in a direction vertical to each vertical beam or the front side of a vertical beam facing the cut-out vertical beam. Therefore, the temporary structure for earth retaining facilitates the installation and removal of the soil retaining plate and reduces a construction period and construction costs caused by the installation of the soil retaining plate.
    • 本发明涉及一种用于接地保持的临时结构,以形成用于在彼此间隔预定距离布置的垂直梁之间支撑土壤挡土墙的土壤保持板。 用于接地保持的临时结构包括:切割垂直梁,其将U型螺栓组装在保持在主体梁前侧的支撑部分的侧面,并且通过U型螺栓将单元切割梁连接; 交替安装切割垂直梁和垂直梁的土壤保持板,其在土壤保持板的一个前侧上形成悬挂部分,并且水平地插入在切割垂直梁和 垂直梁通过悬挂部分; 以及连接梁,用于将垂直光束连接到垂直于每个垂直光束的方向彼此面对的切割垂直光束或面向切割垂直光束的垂直光束的前侧。 因此,土体保留的临时结构有利于土壤保持板的安装和拆除,并减少了由土挡板安装引起的施工周期和施工成本。
    • 9. 发明授权
    • 지수블록을 이용한 워터스탑 시공법
    • 防水方法使用防水块
    • KR101318202B1
    • 2013-10-15
    • KR1020130014250
    • 2013-02-08
    • 삼보이엔씨 주식회사
    • 박호성박정환
    • E02D5/18E21B10/00E02D17/00E02F3/413E02D29/02
    • E02D5/18E02D17/00E02D29/0275E02D2300/004E02F3/413E21B10/006
    • PURPOSE: A water stop execution method by using a water-proofing block is provided to remove the water-proofing block easily by cutting a side contact part of a first panel by using a side contact part cutter. CONSTITUTION: A water stop execution method by using a water-proofing block comprises the following steps: a first excavation space is formed by excavating a first panel formation reserved area; a water-proofing block in which a water-proofer is mounted on one-side wall which is formed along the width of a first excavation space is arranged to meet with a back side; a first panel is formed in the first excavation space; a second excavation space is formed by excavating a second panel formation reserved area which is adjacent to one-side wall of the first excavation space; a switching part and a side contact part of the first panel on a side of the water-proofing block are cut by cutter equipment; and the water-proofing block is removed by being separated from the water-proofer which is part-impregnated in the first panel. [Reference numerals] (AA) Start; (BB) End; (S100) Forming a first excavation space by excavating a first panel formation reserved area; (S200) Mounting a water-proofing block in which a water-proofer is mounted on one-side wall which is formed along a width of a first excavation space is arranged to meet with a back side; (S300) Forming a first panel in the first excavation space where the water-proofing block is arranged; (S400) Forming a second excavation space by excavating a second panel formation reserved area which is adjacent to one-side wall of the first excavation space; (S500) Cutting a switching part and a side contact part of the first panel on a side by a cutter equipment; (S600) Removing the water-proofing block by being separated from the water-proofer which is part-impregnated in the first panel; (S700) Repeating S100 to S600 steps for the second excavation space; (S800) Forming a third panel for a third excavation space
    • 目的:通过使用防水块来提供停水执行方法,通过使用侧接触部件切割器切割第一面板的侧接触部分来容易地去除防水块。 构成:使用防水块的止水执行方法包括以下步骤:通过挖掘第一板形成预约区域形成第一挖掘空间; 将沿着第一挖掘空间的宽度形成的单侧壁上安装有防水装置的防水块配置成与背面相遇; 在第一挖掘空间中形成第一面板; 通过挖掘与第一挖掘空间的单侧壁相邻的第二板形成保留区域形成第二挖掘空间; 防水块一侧的第一面板的切换部分和侧面接触部分由切割设备切割; 并且通过与部分浸渍在第一面板中的开水器分离而除去防水块。 (附图标记)(AA)开始; (BB)结束; (S100)通过挖掘第一面板形成预留区域形成第一挖掘空间; (S200)安装在第一挖掘空间的宽度上形成的单侧壁上安装有防水装置的防水块,以与后侧相遇; (S300)在布置有防水块的第一挖掘空间中形成第一面板; (S400)通过挖掘与第一挖掘空间的单侧壁相邻的第二面板形成保留区域形成第二挖掘空间; (S500)通过切割装置切割第一面板的侧面的切换部和侧面接触部; (S600)通过与部分浸渍在第一面板中的防水装置分离来除去防水块; (S700)对第二挖掘空间重复S100至S600步骤; (S800)形成第三个挖掘空间的第三个面板
    • 10. 发明授权
    • 지하 구조물 벽체의 연속 축조공법
    • 地下结构连续施工方法
    • KR101302246B1
    • 2013-09-02
    • KR1020120034835
    • 2012-04-04
    • 위성배
    • 위성길위성배
    • E02D29/045E02D17/00E02D29/02E02D9/02
    • E02D29/045E02D9/02E02D17/00E02D29/0275E02D2250/0007E02D2300/002
    • PURPOSE: A continuous construction method for a wall of an underground structure is provided to reduce construction costs and construction periods and conveniently perform a construction work of the wall of the underground structure by successively performing an excavation work of the ground, the arrangement of reinforcing bars, and placing and curing works of concrete. CONSTITUTION: A continuous construction method for a wall of an underground structure comprises as follows. A guide rail (100) and a rotary plate (200) are installed on one side of a construction position of the wall in the underground structure. A guide plate (300) is mounted on the guide rail, and a vertical leader (400) and an excavation device (500) are assembled on one side of the guide plate. The ground is excavated by using the excavation device, and a mold device (600) is located on the space formed in the ground by an excavating work. A partition panel (650) is installed on the wall on the rear of the excavated underground space. A partition unit (640) is located to the front side of the partition panel at a predetermined interval. Reinforcing bars are assembled in the underground space enclosed by the partition panel, the partition unit, and a mold (520), and concrete is placed. The partition panel is drawn after placing the concrete, and the partition panel is inserted into the rear side of the partition unit in order to be attached. The concrete is cured for predetermined time. A body (610) of a mold device and the mold are moved to the front side at a predetermined distance.
    • 目的:为了减少施工成本和施工时间,提供了一种连续的地下结构墙体施工方法,通过连续进行地面挖掘工作,方便地进行地下结构墙体的施工, ,并配置和固化混凝土工程。 构成:地下结构墙的连续施工方法如下。 在地下结构中的壁的结构位置的一侧安装导轨(100)和旋转板(200)。 引导板(300)安装在导轨上,垂直引导件(400)和挖掘装置(500)组装在引导板的一侧。 通过使用挖掘装置挖掘地面,并且通过挖掘工作将模具装置(600)设置在形成在地面上的空间上。 分隔板(650)安装在挖掘的地下空间后部的墙壁上。 分隔单元(640)以预定的间隔位于分隔板的前侧。 加强筋组装在由分隔板,分隔单元和模具(520)包围的地下空间中,并且混凝土被放置。 在放置混凝土之后,分隔板被拉出,分隔板被插入到分隔单元的后侧以便安装。 混凝土固化预定时间。 模具装置的主体(610)和模具以预定距离移动到前侧。