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    • 73. 发明公开
    • 고분자필터를 이용한 타원형체의 초기우수처리 및 비점오염저감시스템
    • 一种用于处理第一次冲水的ELLIPTICAL BODY SHAPED系统,并使用超强度过滤器减少非点污染物
    • KR1020110006495A
    • 2011-01-20
    • KR1020090064151
    • 2009-07-14
    • 주식회사 해동에이오에스매크로드 주식회사
    • 조선화최은철
    • B01D24/00C02F1/40C02F1/44C02F103/00
    • B01D25/06C02F1/40C02F1/44C02F2103/001
    • PURPOSE: A system of processing initial rainwater and reducing nonpoint source pollutant of an elliptical body using a polymer filter are provided to maximize a filter surface contrast to the same volume and another type processing facilities using only the horizontal floor surface as a structure which can maximally utilize the processing volume. CONSTITUTION: A system of processing initial rainwater and reducing nonpoint source pollutant of an elliptical body is comprised of a ellipse shape processing solid(14) removing the solid flown in by initial rainwater and an elliptical body and chamber type solid remover(16) separating the oil component from rainwater by being installed inside the processor. But the solid remover has a filter box(20). The filter box is comprised of elliptic shape manufactured inside and outside wall manufactured by penetration plate. The penetration plate has a plurality of penetration hole(18) to let the rainwater to pass through. The solid remover fills the polymer filter(22) in a filter box. The air supply pipe(24) is installed vertically between an outer and inner wall of the filter box. A through-hole which discharges the processed rainwater is formed in center part of the bottom surface. The discharge pipe(26) is connectively installed in lower part of the through-hole. The contaminant automatic shut down pip inside the solid remover is installed in upper side of the through-hole. A discharge hole(30) for discharging rainwater inside the solid removes is installed in low part of the contaminant automatic shut down pipe. The discharge hole is connected with a float body(32) which is installed inside the contaminant automatic shut down. The float body is comprised of material and weight capable of floating between the oil layer and water surface and can elevate according to the increase of water level.
    • 目的:提供使用聚合物过滤器处理初始雨水和减少椭圆体的非点源污染物的系统,以最大化与相同体积的过滤器表面对比度,并且仅使用水平地板表面作为最大程度地结构的另一类型处理设施 利用处理量。 构成:处理初始雨水并减少椭圆体的非点源污染物的系统由椭圆形状处理固体(14)组成,除去初始雨水流入的固体,以及椭圆体和室型固体去除剂(16),分离 通过安装在处理器内的雨水中的油分。 但固体去除剂有一个过滤箱(20)。 过滤箱由穿孔板制造的内外壁制成椭圆形。 穿透板具有多个通孔(18),以使雨水通过。 固体去除剂将聚合物过滤器(22)填充在过滤箱中。 空气供给管(24)垂直地安装在过滤箱的外壁和内壁之间。 在底面的中央部形成有排出处理后的雨水的贯通孔。 排出管26连接安装在通孔的下部。 固体去除剂内的污染物自动关闭点安装在通孔的上侧。 在污物自动关闭管的下部安装有用于将固体除去内的雨水排出的排出孔(30)。 排放孔与安装在污染物自动关闭内的浮子体(32)连接。 浮体由能够在油层和水面之间浮动的材料和重量构成,并可根据水位的增加而升高。
    • 74. 发明公开
    • 고분자폴리에틸렌필터와 부직포필터를 이용한 초기우수처리시스템
    • 使用聚合聚乙烯过滤器和非过滤器的第一次冲洗水处理系统
    • KR1020110006494A
    • 2011-01-20
    • KR1020090064150
    • 2009-07-14
    • 천호환경산업주식회사매크로드 주식회사
    • 장학섭최은철
    • C02F1/62C02F1/40B01D61/02
    • C02F1/62B01D61/02C02F1/40C02F2201/002
    • PURPOSE: An initial rainwater processing system using a nonwoven filter and a high molecular weight polyethylene filter are provided to improve solid removal and separation of water and naturally induce the flow of the water by a water position, thereby it is convenient and economical to manage and maintain without a separate power device and has excellent wide usage as it effects efficiency of various oil. CONSTITUTION: An initial rainwater processing system has a water inlet and a water outlet and includes a first processor(10), a solid remover(50), a second processor(20), and a water separation unit(60). The first processor stored rainwater flown in from the inlet. The solid remover is installed in outlet(12) side and comprised by filled with a high molecule polyethylene in a filter drum manufactured for enabling rainwater to pass through. The solid remover drops the first processor to the floor by removing the solid from rainwater passing through the filter body. The solid remover discharges the oil component through the discharge outlet by levitating the oil. The second processor stores the rainwater flown in from the inlet by having the outlet(22) for discharging the rainwater and inlet(21) connected to the discharge unit. The water separation unit is installed in inlet side of the second processor. The water separation unit is comprised by filling nonwoven filter by shape-processing the nonwoven fabric in a filter body which is manufactured to let the rainwater to pass through.
    • 目的:提供一种使用无纺布过滤器和高分子量聚乙烯过滤器的初始雨水处理系统,以改善水的固体去除和分离,并自然地通过水位诱导水的流动,​​从而方便和经济地管理和 维护时不用单独的动力装置,并具有优异的广泛用途,因为它可以影响各种油的效率。 构成:初始雨水处理系统具有进水口和出水口,包括第一处理器(10),固体去除器(50),第二处理器(20)和水分离单元(60)。 第一个处理器存储雨水从入口流出。 固体去除剂安装在出口(12)侧,并且包括在制造用于使雨水通过的过滤鼓中填充有高分子聚乙烯。 固体去除剂通过从通过过滤器体的雨水中除去固体,将第一处理器落到地板上。 固体去除剂通过将油悬浮通过排出口排出油组分。 第二处理器通过具有用于排放连接到排出单元的雨水和入口(21)的出口(22))来存储从入口流入的雨水。 水分离单元安装在第二处理器的入口侧。 水分离装置是通过将无纺布进行加工而形成的无纺布填充过滤器构成的,该过滤器主体被制造成使雨水通过。
    • 76. 发明授权
    • 고 안정성 부반력 포트받침
    • 用于桥梁的高稳定的负反应桩轴承
    • KR100881604B1
    • 2009-03-26
    • KR1020080057848
    • 2008-06-19
    • 매크로드 주식회사아이컨 주식회사
    • 최은철
    • E01D19/04F16F15/02
    • E01D19/04E01D19/047F16F15/02
    • A high stability negative reaction port supporter is provided to secure the safety of bridge to the earthquake without the additional reinforcement since enough resistance is secured when the earthquake occurs. A high stability negative reaction port supporter comprises an upper plate member(100), a supporting member(200), an rubber pad(400) and an uplift reaction control unit(300). The upper plate member includes a piston(120) which is downwardly protruded in the bottom surface center. The supporting member includes a circular groove in the upper side center so that the piston is guided. The rubber pad includes a guide groove is included so that a sealing ring(500) of ring be put on the outer side circumference of upper part.
    • 提供高稳定性的负反应口支架,以确保桥梁的安全性,无需额外的加固,因为当发生地震时确保了足够的阻力。 高稳定性负反应口支撑体包括上板件(100),支撑件(200),橡胶垫(400)和提升反应控制单元(300)。 上板构件包括在底面中心向下突出的活塞(120)。 支撑构件包括在上侧中心的圆形槽,使得活塞被引导。 橡胶垫包括引导槽,使得环的密封环(500)放置在上部的外侧圆周上。
    • 77. 发明授权
    • 구조물 틈새에서의 앵커홀 천공장치
    • 一种具有差距的结构的锚杆钻孔机
    • KR100856356B1
    • 2008-09-04
    • KR1020080013933
    • 2008-02-15
    • 매크로드 주식회사
    • 최은철이채성
    • E01D22/00B28D1/14
    • E01D22/00B28D1/14B28D1/146
    • An anchor hole drilling machine for a gap of a structure is provided to minimize the damage of the existing structure and to drill an anchor hole on the narrow part by locating in a gap between a structure and a structure and drilling a hole on a horizontal wall of the upper part of a structure. An anchor hole drilling machine for a gap of a structure, located in a gap(30) between a structure(10) and a structure(20) to drill the surface of a structure, comprises a body supporting device(200) supplying pore pressure to a body(100) located in the gap and anchoring to the upper and lower corresponding surfaces of the gap, a drilling device(300) provided to the body and ascending or descending to drill a hole on the surface of the structure through a core drill(320), and a core drill reciprocating device(400) provided to the body to ascend or descend the drilling device. The body supporting device comprises a support frame(210), many support tubes(220) erected to the support frame to be slid vertically and placed to make the bottom supported to a lower structure of the gap to keep the support frame horizontally, a reciprocating rod(230) coupled to at least one or more support tubes to be reciprocated and placed to make the top supported to an upper structure of the gap when supplying hydraulic pressure or pneumatic pressure, and a horizontal frame(240) coupled to the top of the reciprocating rod. The drilling device comprises a reciprocating plate(310) coupled to the reciprocating rod to be slid and reciprocated vertically, a rotary shaft(330) provided to the reciprocating plate to be rotative and coupled with the core drill at the top, a first bevel gear(340) provided to a gear box(312) of the reciprocating plate to rotate the rotary shaft, a second bevel gear(350) engaged with the first bevel gear, and a first driving motor(360) rotating the second bevel gear. The core drill reciprocating device comprises a screw(410) screwed to the reciprocating plate axially and coupled to the horizontal frame and the support frame to be rotative, and a second driving motor(420) rotating the screw.
    • 提供一种用于结构间隙的锚孔钻机,以最小化现有结构的损坏,并且通过定位在结构和结构之间的间隙中并在水平壁上钻孔,在窄部上钻孔锚孔 的上部结构。 一种位于结构(10)和结构(20)之间的间隙(30)中的结构的间隙的锚孔钻孔机,用于钻出结构的表面,包括:主体支撑装置(200),其提供孔隙压力 位于所述间隙中的主体(100)并且锚固到所述间隙的上部和下部对应表面;钻孔装置(300),其设置到所述主体并且上升或下降以通过芯部在所述结构的表面上钻孔 钻头(320)和设置在主体上以使钻孔装置上升或下降的钻芯往复运动装置(400)。 身体支撑装置包括支撑框架(210),许多支撑管(220)竖立于支撑框架以垂直滑动并且被放置以使得底部支撑到间隙的下部结构以保持支撑框架水平,往复运动 杆(230),其联接到至少一个或多个支撑管,以便往复运动并放置以便在供应液压或气动压力时将顶部支撑到间隙的上部结构;以及水平框架(240),其联接到 往复式杆。 所述钻井装置包括联接到所述往复杆的往复运动板(310),所述往复运动杆沿垂直方向滑动和往复运动;旋转轴(330),设置在所述往复运动板上,以便在所述顶部与所述芯钻相连接;第一锥齿轮 (340),其设置在所述往复动板的齿轮箱(312)上以使所述旋转轴旋转,与所述第一锥齿轮啮合的第二锥齿轮(350)和使所述第二锥齿轮旋转的第一驱动马达(360)。 所述钻芯往复运动装置包括螺旋(410),所述螺钉(410)轴向地旋拧到所述往复运动板,并联接到所述水平框架和所述支撑框架以便旋转,以及第二驱动马达(420)旋转所述螺钉。
    • 79. 发明授权
    • 조망권 확보가 가능한 흡음 방음벽
    • 조망권확보가가능한흡음방음벽
    • KR100741720B1
    • 2007-07-23
    • KR1020060075127
    • 2006-08-09
    • 매크로드 주식회사주식회사 도화엔지니어링
    • 문병권최은철
    • E01F8/00
    • A sound absorbing soundproofed wall is provided to secure a rear view and to absorb/cut off noise simultaneously by installing triangular sound absorbing beams between posts installed on the edge of a road at regular intervals to have view gaps. The sound absorbing soundproofed wall for securing a view contains many sound absorbing beams(100) formed in a triangular post structure, installed on the ground at regular intervals in the longitudinal direction of a road to have view gaps having a size of 2.8~8mm between sound absorbing beams for securing a rear view and provided with many holes(110) for absorbing noise and noise guide pieces(130,140) for keeping the distance between view gaps or guiding noise, and a sound absorbing beam fixture(300) locating the sound absorbing beams between posts(200) and comprising upper and lower guide members(320,340) provided with many sound absorbing beam guide grooves(322,342) for fitting the top and bottom of the sound absorbing beams and a post coupling member(360) provided with an opening groove(362) for coupling the end of the upper and lower guide members.
    • 通过在安装在道路边缘上的立柱之间以规则间隔安装三角形吸声梁以具有观察间隙,提供吸声隔音墙以确保后视图并同时吸收/切断噪音。 用于确保视野的吸音隔音墙包括许多形成为三角形柱结构的吸音梁(100),沿着道路的纵向方向以规则间隔安装在地面上,以在视线间隙中具有尺寸为2.8〜8mm的视野间隙 用于确保后视的吸声梁,以及用于吸收噪声和噪声引导件(130,140)以保持视图间隙之间的距离或引导噪声的多个孔(110);以及用于将吸声位置定位的吸声梁固定装置(300) (200)之间的梁,并且包括设置有用于装配吸声梁的顶部和底部的许多吸声梁导向槽(322,342)的上部和下部导向部件(320,340),以及设有开口的柱联接部件(360) 用于连接上部和下部导向构件的端部的凹槽(362)。
    • 80. 发明授权
    • 탄성받침의 복원장치
    • 弹性轴承修复装置
    • KR100695407B1
    • 2007-03-15
    • KR1020040092597
    • 2004-11-12
    • (주)태경인더스트리매크로드 주식회사
    • 최은철
    • E01D19/04E01D22/00F16F15/04
    • 본 발명은 교량의 상판을 지지하고 신축을 흡수하는 교량받침 중 탄성받침에 있어서 하절기나 동절기 고온과 저온상태에서 탄성패드가 과도한 전단변형을 일으키게 되어 탄성패드가 신축한계를 벗어나 교량의 구조적인 문제점을 야기하게 되는데 이를 방지하기 위해 효율적으로 복원하는 교량받침의 복원장치에 관한 것으로,
      그 구성은 교량의 상부구조와 하부구조의 사이에 설치되는 탄성받침에 있어서; 상기 교량받침의 탄성패드 표면에 복원장치로 유연성과 형상변형이 자유로운 면상발열체형 고무히타와 온도제어장치를 설치하는 복원장치 설치단계와; 상기 받침의 일측으로 하부구조의 상면에 다수의 잭을 설치하여 상부구조를 인상시키는 상부구조 인상단계와; 상기 상부구조가 인상된 상태에서 고무히타에 전기를 공급하여 상기 교량받침의 기울어진 탄성패드가 원래의 상태로 복원되도록 하는 탄성패드 복원단계와; 상기 탄성패드가 원래의 상태로 복원되었는지 육안으로 검사하는 육안검사단계와; 상기 육안검사단계를 통해 탄성패드가 표준설계 상태로 복원된 것을 인지한 후에 탄성패드 표면에 설치된 복원장치를 해체하는 복원장치 해체단계와; 상기 잭을 하강하여 상부구조가 원래의 상태가 되도록 하강시키는 상부구조 하강단계를 포함하여 구성되는 것이다.
      상기와 같은 교량받침의 복원방법 및 장치를 제공함으로서, 중장비의 투입에 따른 인적 및 물적 자원의 손실이 현저히 절감되고 복원 시공에 따른 공사기간이 현저히 단축되며 교량받침의 해체로 인한 제품의 손상이나 사고의 위험이 미연에 방지되고 하절기 및 동절기의 악천후에서도 빠르고 간편하게 복원공사를 할 수 있으며 교량받침의 구조적인 안정성을 확보하여 교량 붕괴 등의 대형사고가 미연에 방지되는 효과를 갖는다.
      교량받침, 탄성받침, 탄성패드, 면상발열체, 고무히타, 복원