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    • 3. 发明授权
    • Percussion sampler to obtain undisturbed soils at the shallow depth layer and sampling method using this sampler
    • 打击乐采样器在浅层深度获得未受干扰的土壤,采用采样器采样
    • KR101171745B1
    • 2012-08-07
    • KR20120043751
    • 2012-04-26
    • KOREA INST GEOSCIENCE & MINERA
    • KIM KYEONG SUSONG YOUNG SUKCHO YONG CHANJEONG SUENG WON
    • E02D1/04
    • E02D1/04E02D2300/0028E02D2600/20E21B4/06
    • PURPOSE: A sampler for an undistributed sample and a sampling method using the same are provided to collect a sample maintaining a ground condition regardless of the rigidity requirements of a soil layer. CONSTITUTION: A sampler for an undistributed sample comprises a sampling tube(500), a striking plate(400), and a rammer. The striking plate inserts the sampling tube into a soil layer by applying striking power to the sampling tube. The striking plate comprises a taper portion and a guide track. The taper portion is inserted into the sampling tube, and comprises a holding portion. The holding portion holds a spanner to easily connect the striking plate and the sampling tube. The guide track is inserted into an upper part of the sampling tube, and covers the sampling tube. The rammer is inserted into a groove formed in the upper part of the striking plate, and connected with a screw.
    • 目的:提供未分配样品的采样器和使用该采样器的采样器,以收集保持地面状况的样品,而不管土壤层的刚度要求如何。 构成:未分配样品的取样器包括取样管(500),打击板(400)和夯锤。 打击板通过向采样管施加击打力将采样管插入土壤层。 打击板包括锥形部分和导轨。 锥形部分插入取样管中,并包括保持部分。 保持部保持扳手以容易地连接打击板和采样管。 导轨插入取样管的上部,并覆盖取样管。 将夯锤插入形成在打击板上部的槽中,并与螺钉连接。
    • 5. 发明公开
    • EARTH MANHOLE COVER
    • 地窖盖
    • KR20100002246A
    • 2010-01-06
    • KR20090124241
    • 2009-12-14
    • KIM YONG HO
    • KIM YONG HO
    • E02D29/14H01R4/66
    • E02D29/14E02D2300/0028H01R4/66
    • PURPOSE: A groundable electric manhole cover is provided to construct a ground work of the electric manhole cover conveniently. CONSTITUTION: A groundable electric manhole cover is composed as follows. A concave groove is formed in the inner one side(30) of an upper plate of a manhole cover so that copper bars(90) of a lower plate(50) are electrically coupled. A copper plate(60) is formed inside of the concave groove in order to be electrically coupled with the copper bars installed in the lower plate. The copper bars are formed in the inner one side of the lower plate of the manhole cover.
    • 目的:提供可靠的电动人孔盖,方便地构建电动井盖的地面工作。 构成:可拆卸电动井盖如下。 凹槽形成在人孔盖的上板的内侧(30)中,使得下板(50)的铜条(90)电耦合。 在凹槽的内部形成铜板(60),以便与安装在下板中的铜条电连接。 铜杆形成在井盖的下板的内侧。
    • 6. 发明公开
    • 전자파 차단용 지하구조물 기초 배수판 조성물과지하구조물 기초 배수판 및 그 제조방법
    • 用于干扰电波的地下结构中的基底排水板的组合物,地下结构的基底排水板及其生产方法
    • KR1020020003747A
    • 2002-01-15
    • KR1020000037656
    • 2000-07-03
    • 박인구
    • 박인구
    • E02D31/02
    • E02D31/02E02D31/08E02D2300/0009E02D2300/0028E02D2600/20
    • PURPOSE: A composition of a base draining plate, the base draining plate and its production method are provided to effectively isolate infiltrating water from an underground layer through a bottom or a wall, to interfere electromagnetic waves and to reduce a production cost. CONSTITUTION: A base draining plate(20) contains plural pier protrusion portions(22) to be partially supported on the surface of an underground base concrete structure. The base draining plate(20) comprises a base(26) of 70-80% to be selected between a polyethylene resin or a polypropylene resin and a powder(24) of 20-30% to be mixed a metal material or a carbon black. The surface of the powder(24) forms a certain aperture(H) corresponding the gap with the base(26).
    • 目的:提供基底排水板,基底排水板及其制造方法的组合物,以通过底壁或墙壁有效地将渗透的水从地下层隔离,以干扰电磁波并降低生产成本。 构成:基部排水板(20)包含多个墩突部(22),以部分地支撑在地下基础混凝土结构的表面上。 基底排水板(20)包括在聚乙烯树脂或聚丙烯树脂之间选择70-80%的基体(26)和20-30%的粉末(24)以混合金属材料或炭黑 。 粉末(24)的表面形成对应于与基部(26)的间隙的一定的孔(H)。
    • 7. 发明授权
    • 앵커체를 연결하는 인장봉을 보호하는 보호재의 시공법
    • 用于阻塞连接器橡胶垫的构造方法
    • KR101267095B1
    • 2013-05-27
    • KR1020130009043
    • 2013-01-28
    • 주식회사 제이에이치케이엔피기술 주식회사태산건설 합자회사
    • 박정환박미녀
    • E02D29/02E02D5/80E04B2/02F16L3/08
    • E02D29/0233E02D5/80E02D2200/1685E02D2300/0028E04B2/02F16L3/08
    • PURPOSE: A protective material construction method of a tension bar for connecting an anchor body is provided to prevent a retaining wall block from being overturned and to improve the self-supporting property of the retaining wall block by protecting a tension bar using a protective material. CONSTITUTION: A protective material construction method of a tension bar for connecting an anchor body comprises the following steps: installing foundation concrete according to the installation width of a retaining wall and building up retaining wall blocks(10) on the top of the foundation concrete; filling on-site useful soil in the back filling unit of the retaining wall block which contains crushed rock and compacting; connecting an anchor body(40) for supporting the retaining wall block to a tension bar(20); inserting a protective material(30) made of a stainless or copper pipe to the outside of the tension bar; and simultaneously bending the tension bar and protective material according to the curved part of the crushed rock and the size of the crushed rock for connecting the retaining wall block and the anchor body to the curved part.
    • 目的:提供一种用于连接锚固体的张力杆的保护材料施工方法,以防止挡土墙块被翻转,并通过使用保护材料保护张力杆来提高挡土墙块的自支撑性能。 构成:用于连接锚固体的张力杆的保护材料施工方法包括以下步骤:根据挡土墙的安装宽度安装基础混凝土,并在基础混凝土的顶部建立挡土墙(10); 在挡土墙的填充单元中填充现场有用的土壤,其中包含压碎岩石和压实; 连接锚固体(40),用于将挡土墙块支撑到张力杆(20); 将由不锈钢或铜管制成的保护材料(30)插入到张力杆的外部; 同时根据破碎岩石的弯曲部分和破碎岩石的尺寸同时弯曲张力杆和保护材料,以将挡土墙块和锚固体连接到弯曲部分。
    • 8. 发明公开
    • 지하공간 결로 방지 장치 및 방법
    • 防止地下空间冷凝的系统和方法
    • KR1020120126170A
    • 2012-11-21
    • KR1020110043764
    • 2011-05-11
    • 한국건설기술연구원
    • 강재식최경석
    • E02D31/02E04B1/64
    • E02D31/02E02D2200/165E02D2200/1685E02D2300/0028E02D2300/0035E04B1/64
    • PURPOSE: An apparatus and a method for preventing underground space condensation are provided to prevent condensation in underground spaces by guiding the condensation beforehand and to increase efficiency for inducing the condensation. CONSTITUTION: An apparatus for preventing underground space condensation comprises an external wall(110), a space wall(120), an air inducing passage(130), a condensation inducing member(200), a discharge unit, and a drain(160). The space wall is installed to maintain a predetermined gap from the external wall. The air inducing passage is formed between the external wall and the space wall to guide the inflow of humid air. The condensation inducing member is installed in the air inducing passage. The discharge unit discharges condensation liquid water induced by the condensation inducing member. The drain collects and discharges the condensation liquid water discharged to the discharge unit. [Reference numerals] (AA) Dry air; (BB) Humid air
    • 目的:提供一种用于防止地下空间冷凝的装置和方法,用于通过事先引导冷凝水来减少地下空间中的冷凝,并提高引起冷凝的效率。 构造:用于防止地下空间冷凝的装置包括外壁(110),空间壁(120),引气通道(130),冷凝诱导构件(200),排放单元和排水口(160) 。 安装空间壁以保持与外壁的预定间隙。 引导通道形成在外壁和空间壁之间以引导潮湿空气的流入。 冷凝诱导构件安装在空气引导通道中。 排放单元排出由冷凝诱导构件引起的冷凝液体水。 排水管收集并排出排放到排放单元的冷凝水。 (附图标记)(AA)干燥空气; (BB)潮湿的空气
    • 9. 发明公开
    • A natural ventilation conduit manhole use of sunlight and wind
    • 自然通风管道使用阳光和风力
    • KR20120054148A
    • 2012-05-30
    • KR20100115391
    • 2010-11-19
    • PAN KOREA ENGINEERING CO LTD
    • EUM TAE GYOUNG
    • E02D29/12F24F7/04
    • E02D29/14E02D2200/12E02D2200/1607E02D2300/0028E02D2300/0035F24F2007/004
    • PURPOSE: A natural ventilation conduit manhole using sunlight and wind is provided to maintain a fresh air state inside a manhole by continuously ventilating without additional power with a simple structure. CONSTITUTION: A natural ventilation conduit manhole using sunlight and wind comprises an outer pipe(10), an insulation ventilating pipe(20), a rainwater shield(30), an upper fixing unit(40), a wind container(50), a rotary connection unit(60), a directional wing(70), a lower fixing unit(80), and an anchor bolt(90). The outer pipe is heated by sunlight so that air can be upwardly flowed and if the outer pipe is cooled, the air is cooled so that the air can be downwardly flowed, thereby supporting a wind pipe in the center. Outdoor air is supplied to or discharged from a manhole through the insulation ventilating pipe. The rainwater shield is installed in the upper part of the outer pipe to prevent rainwater from flowing into the manhole. The upper fixing unit fixes the upper part of an inner ventilating pipe to the outer pipe and has an air ventilation hole. The wind container is installed above the rotary connection unit to collect wind. The rotary connection unit is installed above the insulation ventilating pipe to freely rotate the wind container to a downwind direction. The directional wing allows the wind container to face the downwind direction by using wind force.
    • 目的:提供使用阳光和风力的自然通风管道井眼,以通过连续通风连续通风,通过简单的结构维持新的空气状态。 构成:使用阳光和风的自然通风管道井眼包括外管(10),绝缘通风管(20),雨水屏蔽(30),上固定单元(40),风容器(50), 旋转连接单元(60),定向翼(70),下固定单元(80)和锚定螺栓(90)。 外管被太阳光加热,空气可以向上流动,如果外管被冷却,则空气被冷却,使得空气可以向下流动,从而支撑中心的风管。 室外空气通过隔热通风管道供给或从人孔中排出。 防雨罩安装在外管上部,防止雨水流入人孔。 上固定单元将内通风管的上部固定到外管,并具有通风孔。 风容器安装在旋转连接单元上方以收集风。 旋转连接单元安装在隔热通风管上方,以便将风容器自由旋转至顺风向。 定向翼可以通过使用风力使风容器面向顺风向。