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    • 1. 发明授权
    • 건축물 바닥 전기 배선덕트 구조
    • 混凝土底板的电缆管道结构
    • KR100827605B1
    • 2008-05-07
    • KR1020070138073
    • 2007-12-27
    • 석우엔지니어링 주식회사
    • 김윤석
    • H02G3/38H02G3/22E04B5/48E04C5/20
    • H02G3/385E04B5/48E04C5/206H02G3/22
    • A cable duct structure of a concrete bottom for a building is provided to prevent movement of a cable duct due to concrete casting and to facilitate construction of the cable duct by assembling the cable duct having two duct bodies with a bolt and a nut. A cable duct structure of a concrete bottom for a building includes a duct bracket(50), a cable duct, a cross-shaped separation plate(30), and a cable duct connection unit(60). The duct bracket includes a square plate unit(51) and a cut unit(54) on a cylindrical unit(53). The square plate unit and the cylindrical unit are integrated. The cable duct is composed of one unit with two duct bodies(25). The duct body includes a body(21), a semicircular groove(22), and a plurality of bolt holes(23). The cross-shaped separation plate is installed between the two duct bodies and integrated by a long bolt(70) and a nut(73). The cross-shaped separation plate includes a vertical plate unit(31), a horizontal plate unit(33), and a plurality of bolt holes(32). The cable duct connection unit is used in extending and installing the cable duct and inserted into the cross-shaped separation plate. The cable duct connection unit includes a square plate unit(61), a cylindrical unit(63), bolt holes(62), and a cut unit(64).
    • 设置用于建筑物的混凝土底部的电缆管道结构,以防止由于混凝土浇铸引起的电缆管道的移动,并且通过组装具有两个管道主体的电缆管道与螺栓和螺母来方便地构建电缆管道。 用于建筑物的混凝土底部的电缆管道结构包括管道支架(50),电缆管道,十字形分隔板(30)和电缆管道连接单元(60)。 管道支架包括在圆柱形单元(53)上的方形板单元(51)和切割单元(54)。 方形板单元和圆柱形单元是集成的。 电缆管道由具有两个管体(25)的一个单元组成。 管体包括主体(21),半圆形槽(22)和多个螺栓孔(23)。 十字形分隔板安装在两个管道主体之间,并通过长螺栓(70)和螺母(73)整合。 十字形分离板包括垂直板单元(31),水平板单元(33)和多个螺栓孔(32)。 电缆管道连接单元用于延伸和安装电缆管道并插入十字形分隔板。 电缆管道连接单元包括方板单元(61),圆柱单元(63),螺栓孔(62)和切割单元(64)。
    • 2. 发明授权
    • 건축물 전기배선 분배용 버스덕트
    • 用于电线分配的总线管
    • KR100859545B1
    • 2008-09-22
    • KR1020070136011
    • 2007-12-24
    • 석우엔지니어링 주식회사
    • 김윤석
    • H02G5/08H02G5/06H02G3/04
    • H02G5/08H02G3/0462H02G5/061
    • A bus duct for branching an electrical wiring is provided to branch an electrical wiring cable drawn out of a branching unit by coupling a duct and the branching unit in a plug type. A bus duct for branching an electrical wiring includes ducts(10) and a terminal socket(25). The ducts are formed in a rectangular parallelepiped shape. Duct covers(15) are received on the ducts by forming steps at upper sides of duct bodies which are opened. The terminal socket includes a connector(20) and a circular hole(27). An electrical cable(11) is inserted into the connector through a horizontal hole(21). The terminal socket is inserted into a circular hole(32) of a duct fixture(30) when inserting and installing the connector into the circular hole of the terminal socket.
    • 提供一种用于分支电线的总线管道,用于通过将管道和分支单元以插头类型耦合来分支从分支单元引出的电线电缆。 用于分支电线的总线管道包括管道(10)和端子插座(25)。 导管形成为长方体形状。 管道盖(15)通过在打开的管道体的上侧形成台阶而被容纳在管道上。 端子插座包括连接器(20)和圆形孔(27)。 电缆(11)通过水平孔(21)插入连接器中。 当将连接器插入并安装到端子插座的圆形孔中时,端子插座插入管道固定装置(30)的圆形孔(32)中。
    • 3. 发明授权
    • 공동주택용 전기단자함
    • 公寓电站
    • KR100701826B1
    • 2007-03-30
    • KR1020060137483
    • 2006-12-29
    • 석우엔지니어링 주식회사
    • 김윤석
    • H02G3/14H02G3/16H02G3/08H02G3/12H02G3/06
    • H02G3/14H02G3/0616H02G3/083H02G3/121H02G3/16
    • An electric terminal box for apartment houses is provided to reduce working time and enhance working efficiency by applying power to the electric terminal box through a simple wiring. A main box(110) which is buried to an wall(W) in order to wire electric lines(L), includes a through-hole(113) in an inner side, a plurality of an install grooves(115) and a holes(117) in an outer of the through-hole. A coupling unit(120) coupled with the install grooves includes a spiral groove(121), an aperture-hole(123), a connecting groove(125), and a connecting hole(127). A pair of conducting bolts(130) are coupled with the main box in order to couple the coupling unit with the main box and electrically connected with the electric lines. A coupling bar(140) coupled to the spiral groove and connected with the conducting bolts, includes a bolting unit(141) and a holding groove(143). A connecting bar(150) coupled with the holding groove includes a coupling groove(151), an insertion groove(155) having a connection terminal(153), and a conducting line(157) for connecting between the connection terminal and the coupling bar. A cover plate(160) attached to an outer part of a finishing material(P) includes a plurality of insertion-holes(161) connected to the coupling groove. A coupling unit(170) is bolt-coupled with the coupling groove to couple the connecting bar with the cover plate.
    • 提供了一套住宅电气接线盒,通过简单的接线方式为电气接线盒供电,从而减少工作时间,提高工作效率。 埋设在墙壁(W)上以便对电线(L)进行导线的主盒(110)包括内侧的通孔(113),多个安装槽(115)和孔 (117)在所述通孔的外部。 与安装槽连接的联接单元(120)包括螺旋槽(121),孔眼(123),连接槽(125)和连接孔(127)。 一对导电螺栓(130)与主箱耦合以便将联接单元与主箱耦合并与电线电连接。 联接到螺旋槽并与导电螺栓连接的联接杆(140)包括螺栓连接单元(141)和保持凹槽(143)。 与保持槽联接的连接杆(150)包括联接槽(151),具有连接端子(153)的插入槽(155)和用于连接连接端子和连接杆 。 安装在精加工材料(P)的外部的盖板(160)包括连接到联接槽的多个插入孔(161)。 联接单元(170)与联接槽螺栓连接,以将连接杆与盖板连接。
    • 4. 发明授权
    • 건축물 전기 트레이 구조
    • 电动托盘结构建筑
    • KR100859544B1
    • 2008-09-23
    • KR1020070132201
    • 2007-12-17
    • 석우엔지니어링 주식회사
    • 김윤석
    • H02G3/04H02G3/32
    • H02G3/0406H02G3/32
    • An electric tray structure for a building is provided to facilitate construction by forming an assembly type at a lower part of a ceiling. Vertical steel bar bodies(20) are vertically bolt-coupled to a plurality of installation nuts(12) on a bottom surface of a ceiling and includes bolt units(21) at both ends and an position adjacent to a center. The vertical steel bar bodies are coupled and fixed to a tray plate(40) with nuts by passing through vertical holes(41) of the tray plate. A plurality of electric wire branch rods(50) are vertically inserted into rectangular holes(42) of the tray plate. Horizontal steel rod bodies(30) are coupled and fixed to the electric wire branch rods with nuts by including bolt units(31) at both ends in a longitudinal direction.
    • 提供了一种用于建筑物的电动托盘结构,以通过在天花板的下部形成组装类型来促进构造。 垂直钢筋体(20)垂直地螺栓联接到天花板底面上的多个安装螺母(12),并且在两端具有螺栓单元(21)和与中心相邻的位置。 垂直钢筋体通过穿过托板的垂直孔(41)而与螺母联接并固定到托盘板(40)上。 多个电线分支杆(50)被垂直插入托盘板的矩形孔(42)中。 水平钢杆体(30)通过在纵向方向上的两端包括螺栓单元(31)而联接并固定到具有螺母的电线分支杆上。
    • 5. 发明授权
    • 건축물 바닥 전기 케이블 보호관 구조
    • 用于建筑物底板的电缆保护管道结构
    • KR100859543B1
    • 2008-09-22
    • KR1020070133958
    • 2007-12-20
    • 석우엔지니어링 주식회사
    • 김윤석
    • H02G3/38H02G3/22E04C5/20E04G17/14
    • H02G3/385E04C5/206E04G17/14H02G3/22
    • A cable protection pipe structure of a building bottom slab is provided to facilitate construction of an electric wire by minimizing movement of a protection pipe in casting concrete. Two protection pipe support plate(20) are formed by flat panels in pairs and include bolt holes(21) and semicircular grooves(22). The bolt holes are penetrated to both sides in a longitudinal direction. The semicircular grooves are formed at one side in a width direction. A protection pipe(12) is inserted and supported into a circular hole formed by closely adhering the pair of the protection pipe support plate each other. The protection pipe support plates are inserted into grooves of two guide units(35) of a support(30). The guide units are separated from a top surface of a rectangular body(31) and include the grooves inside. A suspension rod(40) is suspended to a reinforcing rod(15) by being bent in a U shape and bending both sides in a state of passing through a suspension rod hole of the lower protection support plate by bending suspension units(41) at both sides in a longitudinal direction to be rounded. Anchors(50) are vertically installed by passing through anchor holes(34) of the rectangular body of the support by passing through rectangular flange units(24) of the protection pipe support plates.
    • 提供了建筑物底板的电缆保护管结构,以通过最小化铸造混凝土中保护管的运动来促进电线的施工。 两个保护管支撑板(20)成对地由平板形成,包括螺栓孔(21)和半圆槽(22)。 螺栓孔沿长度方向贯穿两侧。 半圆形槽在宽度方向的一侧形成。 保护管(12)插入并支撑在通过将一对保护管支撑板彼此紧密粘合而形成的圆形孔中。 保护管支撑板插入到支撑件(30)的两个引导单元(35)的凹槽中。 引导单元与矩形体(31)的顶表面分离并且包括凹槽。 悬挂杆(40)通过弯曲成U形并且在通过下部保护支撑板的悬挂杆孔的状态下弯曲两侧而悬挂到加强杆(15),该悬挂杆(41)通过弯曲悬架单元 两侧纵向要圆形。 通过穿过保护管支撑板的矩形凸缘单元(24),通过支撑件的矩形体的锚定孔(34)垂直地安装锚定件(50)。
    • 6. 发明授权
    • 건축물의 벽면 내부에 설치되는 통합전선 보호덕트 구조
    • UNITY电缆保护罩,用于公寓大楼的填充
    • KR100827603B1
    • 2008-05-07
    • KR1020070136380
    • 2007-12-24
    • 석우엔지니어링 주식회사
    • 김윤석
    • H02G3/38H02G3/04H02G3/06
    • H02G3/386H02G3/0462H02G3/06
    • A unity cable protection duct structure installed in a wall surface of an apartment house is provided to enhance fixation in casting concrete by forming a concrete binding groove outside the protection duct. A unity cable protection duct structure installed in a wall surface of an apartment house includes a protection duct(20), an electric cable protection pipe(30), a leakage preventing unit(50), and a duct fixing unit(60). The protection duct is installed by casting concrete in a wall and fixed to horizontal reinforcing rods(12) with the duct fixing unit. The electric cable protection pipe is inserted and installed into the protection duct. An electric cable passes inside the electrical cable protection pipe. The leakage prevention unit is inserted and installed to a surface on which the protection duct is closely adhered. The duct fixing unit fixes the protection duct to the reinforcing rods and includes a fixing unit housing(61) and a reinforcing rod loop(66).
    • 提供安装在公寓墙壁表面的统一电缆保护管道结构,以通过在保护管道外部形成混凝土结合槽来增强铸造混凝土的固定。 安装在公寓墙壁表面的统一电缆保护管道结构包括保护管道(20),电缆保护管道(30),防漏单元(50)和管道固定单元(60)。 保护管道通过将混凝土浇筑在墙壁中并用管道固定单元固定到水平加强杆(12)上来安装。 电缆保护管插入并安装到保护管道中。 电缆通过电缆保护管内。 将防漏单元插入并安装到保护管道紧密附着的表面上。 管道固定单元将保护管道固定到加强杆上,并包括固定单元壳体(61)和加强杆环(66)。
    • 8. 发明授权
    • 건축물용 전기단자함 구조
    • 电气箱的固定实施
    • KR100827604B1
    • 2008-05-07
    • KR1020070131966
    • 2007-12-17
    • 석우엔지니어링 주식회사
    • 김윤석
    • H02G3/08H02G3/14H02G3/18H02G3/12
    • H02G3/081H02G3/121H02G3/14H02G3/18
    • An electric terminal box structure for a building is provided to position a protection pipe accurately by assembling a protection pipe connection rod to a terminal box and a terminal box protection box with a bolt. An electric terminal box structure for a building includes a terminal box protection box(20), a hanging stand(30), a plurality of sealants, a protection pipe connection rod(40), and a terminal box(60). The terminal box protection box protects an outer part of the terminal box, and is formed in a rectangular hexagonal shape and includes a step groove unit(21), a plurality of connection hinge units(22), a circular hole(23), and bolt holes(24). The terminal box protection box is fixed to a horizontal reinforcing rod(10) and a vertical reinforcing rod(12) as the hanging stand is coupled with the connection hinge units with a bolt. The hanging stand includes a lattice(31) with a vertical groove(32) and a horizontal hole(33), a hanging rod(35), and a bolt unit(36) of the hanging rod. The hanging stand is coupled and fixed with a bolt and a nut by being closely adhered to the connection hinge units as the lattice is closely adhered to a washer(37). The plurality of sealants closely fix the terminal box by being inserted into a corner step groove unit. The protection pipe connection rod includes integrated square plate unit(41) and circular rod unit(45) and is coupled by a bolt by passing through the circular hole of the terminal box protection box and a circular hole(62) of the terminal box. The terminal box includes the circular hole and a bolt hole(63) on the same positions as the terminal box protection box and a square groove unit(61) to receive the square plate unit of the protection connection rod on the positions where the circular hole and the bolt hole are formed.
    • 提供一种用于建筑物的电接线盒结构,用于通过将保护管连接杆组装到接线盒和具有螺栓的接线盒保护盒来准确地定位保护管。 一种用于建筑物的电接线盒结构,包括接线盒保护箱(20),悬挂架(30),多个密封剂,保护管连接杆(40)和接线盒(60)。 接线盒保护盒保护接线盒的外部部分,并且形成为矩形六边形形状,包括阶梯槽单元(21),多个连接铰链单元(22),圆形孔(23)和 螺栓孔(24)。 当吊架通过螺栓与连接铰链单元联接时,接线盒保护盒固定在水平加强杆(10)和垂直加强杆(12)上。 吊架包括具有垂直槽(32)和水平孔(33)的格子(31),吊杆(35)和悬挂杆的螺栓单元(36)。 当格子紧密地粘附在洗衣机(37)上时,悬挂架通过紧固在连接铰链单元上而用螺栓和螺母固定。 多个密封剂通过插入到拐角阶梯槽单元中紧密地固定在接线盒上。 保护管连接杆包括集成的方板单元(41)和圆杆单元(45),并通过穿过接线盒保护盒的圆孔和接线盒的圆形孔(62)由螺栓联接。 接线盒包括圆形孔和与接线盒保护箱相同位置的螺栓孔(63)和方形槽单元(61),用于将保护连接杆的方板单元接收在圆形孔 并形成螺栓孔。