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    • 51. 发明公开
    • 지관 라이닝재, 그 제조 방법, 및 지관 라이닝 공법
    • 分支管内衬材料及其制造方法和分支管线方法
    • KR1020130006313A
    • 2013-01-16
    • KR1020120070669
    • 2012-06-29
    • 가부시키가이샤 쇼난 고세이쥬시 세이사쿠쇼
    • 카네타코지후지이켄지카네타히로요시
    • E03F7/00B29C63/36B29L23/00
    • B29C63/36B29C63/0086B29L2023/006F16L55/179
    • PURPOSE: A branch pipe lining material, a manufacturing method thereof and a branch pipe lining method thereof are provided to perform the high quality of branch pipe lining by improve the connection between the lining materials of a main pipe and a branch pipe by inserting a branch pipe lining material from a main pipe with a completed lining when a branch lining. CONSTITUTION: A branch pipe lining material(100) includes resin sheets(103,104) and a resin absorber(102). The resin sheet is arranged in the side going toward the branch tube of a flange(101). The resin sheet is composed of a thermoplastic resins(113a,115a) possible to be thermally welded with a main lining material. The resin absorber having a ring shape is arranged between the resin sheet and the flange absorber. The resin sheet is thermally fused with the resin absorber. The flange and the resin absorber are impregnated respectively with thermosetting resin. The flange and the resin absorber are combined by solidifying the thermosetting resin.
    • 目的:提供一种支管衬里材料及其制造方法和支管衬管方法,通过将主管和分支管的衬里材料之间的连接插入分支 管道衬里材料从主管道完成衬里时的分支衬里。 构成:支管衬里材料(100)包括树脂片(103,104)和树脂吸收件(102)。 树脂片布置在朝向凸缘(101)的分支管的一侧。 树脂片由可能与主衬里材料热焊接的热塑性树脂(113a,115a)组成。 具有环形的树脂吸收体布置在树脂片和法兰吸收体之间。 树脂片与树脂吸收体热熔融。 法兰和树脂吸收剂分别浸渍有热固性树脂。 法兰和树脂吸收剂通过固化热固性树脂组合。
    • 52. 发明授权
    • Reversing apparatus for pipe line repair
    • 管道修理倒立装置
    • KR101196956B1
    • 2012-11-05
    • KR20120016826
    • 2012-02-20
    • F16L55/163E03F7/00F16L55/18
    • F16L55/1651B29C63/36F16L55/18
    • PURPOSE: A non-excavation reversing apparatus for repairing a pipeline is provided to facilitate transfer and supply of a reinforcement tube by increasing or decreasing adhesion depending on the thickness and material properties of the reinforcement tube. CONSTITUTION: A non-excavation reversing apparatus for repairing a pipeline comprises a main body, a supply pipeline(50), and an adhesion member(52). The supply pipeline is installed in the inlet(20) of the main body and continuously supplies reinforcement tubes(A). The adhesion member is installed inside the supply pipeline. A hollow portion(52a) horizontally penetrates through the adhesion member. When an air pocket(54) of the adhesion member is filled with air pressure, the adhesion member is inflated and touches the reinforcement tubes.
    • 目的:提供一种用于修理管道的非挖掘换向装置,以便根据加强管的厚度和材料特性增加或减少附着力来促进加强管的传送和供应。 构成:用于修理管道的非挖掘反向装置包括主体,供应管道(50)和粘附构件(52)。 供应管道安装在主体的入口(20)中,并连续供应加强管(A)。 粘合构件安装在供水管道的内部。 水平地穿过粘合构件的中空部分(52a)。 当粘合构件的气囊(54)充满空气压力时,粘附构件膨胀并接触加强管。
    • 53. 发明授权
    • 관로 보수용 튜브반전 장치
    • 管道管道修复管的装置
    • KR101164586B1
    • 2012-07-11
    • KR1020110075899
    • 2011-07-29
    • 주식회사 동국하이텍갑을건설 주식회사(주) 경화엔지니어링
    • 이경철김권일
    • F16L55/16B29C63/36
    • F16L55/1651B29C63/36F16L55/18
    • PURPOSE: A tube inverting apparatus for repairing a pipeline is provided to completely block leakage of compressive air and to prevent sliding of a tube. CONSTITUTION: A tube inverting apparatus for repairing a pipeline comprises a main body(10) and a reciprocating and moving module(20). The main body has an inlet(11) in one side and an outlet(12) in the other side. A tube is inserted in the inlet and is supplied to a pipeline through the outlet. The reciprocating and moving module is arranged inside the main body and smoothly transfers the tube inserted from the inlet to the outlet. The reciprocating and moving module presses or releases the tube from the top to the bottom while vertically reciprocating.
    • 目的:提供一种用于修理管道的管翻转装置,以完全阻止压缩空气的泄漏并防止管的滑动。 构造:用于修理管道的管翻转装置包括主体(10)和往复运动模块(20)。 主体具有一侧的入口(11)和另一侧的出口(12)。 管插入入口,并通过出口供给到管道。 往复运动模块布置在主体的内部,并将从入口插入的管道平滑地转移到出口。 往复运动模块将垂直往复运动的管从顶部向底部压入或释放。
    • 54. 发明授权
    • Reinforcement tube expansion connecting apparatus for repairing of water pipe by non-digging
    • 加强管道扩管连接装置用于非管道水管修理
    • KR101148135B1
    • 2012-05-24
    • KR20120019986
    • 2012-02-28
    • CHOI JANG HWANAROK ENG CO LTD
    • CHOI JANG HWAN
    • F16L55/163E03F7/00F16L55/18
    • F16L55/1651B29C63/36F16L55/18
    • PURPOSE: An expanding connection device of a reinforcing tube for non-digging repairing of water and sewer pipelines is provided to prevent damage of a reinforcing tube because a rapid expansion of the reinforcing tube is doubly controlled by a pressing unit and safety high-tension hose. CONSTITUTION: An expanding connection device of a reinforcing tube for non-digging repairing of water and sewer pipelines comprises a communicating pipe(10), an oil trap(11), and a supporting unit(20). The communicating pipe is horizontally joined to a side of a reversing casing(50). The communicating pipe leads a reinforcing tube(40) into/out of the reversing casing so that a length of the reinforcing tube is increased. An oil trap is curved downward in the central part of the communicating pipe and spread oil on a surface of the reinforcing tube being led into from outside to inside of the reversing casing. The supporting unit supports the communicating pipe and oil trap.
    • 目的:提供一种用于水和污水管道非挖掘修复的加强管的扩展连接装置,以防止加强管的损坏,因为加压管的快速膨胀由压制单元和安全高压软管 。 构成:用于水和下水道管道的非挖掘修复的加强管的膨胀连接装置包括连通管(10),油阱(11)和支撑单元(20)。 连通管水平接合到反转壳体(50)的一侧。 连通管将加强管(40)引入/退出反转壳体,使得增强管的长度增加。 油阱在连通管的中心部分向下弯曲,并且在加强管的表面上扩散油被从外侧引导到反向壳体的内部。 支撑单元支撑连通管和油阱。
    • 55. 发明授权
    • 원형 자력 개폐식 튜브피더를 이용한 관로 내부에서 튜브를 반전삽입하는 수도용 대구경관로 무절단 갱생보수공법.
    • 使用磁力O型管式进料器的大型水管线的非切割再生方法空气压缩内管管插入装置
    • KR101131667B1
    • 2012-03-28
    • KR1020110145470
    • 2011-12-29
    • 정송옥주식회사 다샘
    • 정송옥승지수승동민
    • F16L55/163F16L55/165F16L55/26E03F7/00
    • F16L55/1651B29C63/36F16L55/18
    • PURPOSE: A non-cutting repairing method of a large-diameter pipeline for waterworks for inverting a tube in the pipeline using a circular tube feeder opened and closed by magnetic force is provided to precisely invert a tube in a pipeline by enhancing the blocking force of compressed air and steam by opening and closing with a strong magnet. CONSTITUTION: A non-cutting repairing method of a large-diameter pipeline for waterworks for inverting a tube in the pipeline using a circular tube feeder opened and closed by magnetic force is as follows. A pipeline is not cut, part of the pipeline is excavated, a manhole is installed on the upper part of the pipeline and the circular tube feeder opened and closed by magnetic force is assembled in the pipeline through the manhole. A PE(Polyethylene) film-coated and nonwoven fabric-reinforced tube is inserted into the pipeline. A resin liquid-impregnated tube is inverted in an old pipeline(40) by the tube feeder.
    • 目的:提供一种用于水管道的大直径管道的非切割修复方法,用于使用通过磁力打开和关闭的圆形管供料器来倒转管道中的管,以通过增强管道中的阻塞力来精确地反转管道中的管 压缩空气和蒸汽通过用强磁体打开和关闭。 构成:使用由磁力开闭的圆形管供料器,在管道中使管道倒转的大型管道的非切割修复方法如下。 管道未切割,管道的一部分被挖掘,管道上部安装了人孔,磁力打开和关闭的圆管供料器通过人孔组装在管道中。 将PE(聚乙烯)薄膜涂布无纺布加强管插入管道中。 树脂浸液管通过管式进料器在旧管道(40)中倒置。
    • 56. 发明授权
    • 상하수도 비굴착 관로 경화공법 및 장치
    • 非指示性修补装置及其制造方法
    • KR101125215B1
    • 2012-03-21
    • KR1020110094176
    • 2011-09-19
    • 최재현최철현
    • 최재현최철현
    • F16L55/162F16L55/163F16L55/164E03F7/00
    • F16L55/1651B29C63/36F16L55/18
    • PURPOSE: A non-digging pipeline hardening method for water and sewer pipes is provided to complete a curing process by rapidly delivering thermal energy to an end part of a reinforcing tube by spraying a steam through an outlet hole of a propulsion pipe. CONSTITUTION: A non-digging pipeline hardening method for water and sewer pipes is as follows. A propelling nozzle(20) and a propelling pipe(24) driven by propulsion pressure of the compressed air is propelled along the inside of a reinforcing tube. Vapor heat and air are provided in the propulsion pipe and spray vapor heat through a discharge hole of the propulsion pipe in order to reinforce a reinforcing tube. The vapor heat sprayed in the propulsion pipe is evenly sprayed into the reinforcing tube and prevents the bad construction of the reinforce tube.
    • 目的:提供一种用于水和污水管道的非挖掘管道硬化方法,通过将蒸汽喷射通过推进管的出口孔,将热能快速传递到加强管的端部,完成固化过程。 构成:用于水和污水管道的非挖掘管道硬化方法如下。 沿着压缩空气的推进压力驱动的推进喷嘴(20)和推进管(24)沿着加强管的内部被推进。 在推进管中设置蒸气和空气,并通过推进管的排放孔喷射蒸汽热,以加强加强管。 喷射在推进管中的蒸汽热量均匀地喷射到加强管中,防止加固管的结构不良。
    • 59. 发明授权
    • 비 굴착 반전기의 접착제 혼합장치 및 비 굴착 반전기의 접착제 혼합방법
    • 用于粘合反转装置的混合装置和混合方法
    • KR101045382B1
    • 2011-06-30
    • KR1020100127176
    • 2010-12-13
    • (주)우암건설
    • 고원준
    • F16L55/1645E03F7/12B01F7/06B29C63/26
    • F16L55/1651B29C63/36F16L55/18
    • PURPOSE: An apparatus and a method for mixing adhesive of a non-excavation reverser are provided to improve stirring efficiency consecutively rotating stirring blades with a stirring shaft. CONSTITUTION: An apparatus for mixing adhesive of a non-excavation reverser comprises a main agent supply unit(10), a hardening agent supply unit(20), and a mixer(30). The main and hardening agent supply units comprise tanks(11,21), moving pipelines(12,22), transfer motors(13,23), test pipelines(14,24), storage tanks(15,25), transfer pipelines(16,26), and first and second valves(17,18,27,28), respectively. The mixer is connected to the transfer pipelines and mixes main and hardening agents.
    • 目的:提供一种用于混合非挖掘反向装置的粘合剂的装置和方法,以提高搅拌效率,连续地用搅拌轴旋转搅拌叶片。 构成:用于混合非开挖反向器的粘合剂的设备包括主剂供应单元(10),硬化剂供应单元(20)和混合器(30)。 主要和硬化剂供应单元包括槽(11,21),移动管道(12,22),传动马达(13,23),测试管线(14,24),储罐(15,25),输送管线 16,26)以及第一和第二阀(17,18,27,28)。 混合器连接到输送管道,并混合主要和硬化剂。
    • 60. 发明授权
    • 폐열회수를 이용하여 에너지효율을 향상시킨 비굴착보수공법 및 그 장치
    • 非定位线方法和装置
    • KR101002710B1
    • 2010-12-21
    • KR1020100080276
    • 2010-08-19
    • (주)나스텍이앤씨주식회사 도화엔지니어링
    • 정철권신승복
    • F16L55/18F16L55/162B29C63/26
    • Y02P70/26F16L55/18B29C63/36F16L55/1651
    • PURPOSE: A non-excavation repair method for improving energy efficiency by recovering waste heat and an apparatus thereof are provided to prevent the un-hardened state of reinforcing material by minimizing the generation of condensate in steam or high pressure air. CONSTITUTION: A non-excavation repair method for improving energy efficiency by recovering waste heat comprises following steps. Reinforcing material(2) is positioned inside an aged pipe(1). High pressure air generated by an air compressor(11) is transmitted to the reinforcing material. After the moisture of the air at high pressure is removed, high pressure air is supplied to the reinforcing material, so the temperature of the reinforcing material and the inner pipe rises. The steam is supplied from a boiler(12) to the reinforcing material, so the reinforcing material is thermally cured.
    • 目的:提供一种通过回收废热提高能源效率的非挖掘修复方法及其装置,以通过使蒸汽或高压空气中的冷凝物的产生最小化来防止增强材料的未硬化状态。 构成:通过回收废热提高能源效率的非开挖修复方法包括以下步骤。 加强材料(2)位于老化管(1)内。 由空气压缩机(11)产生的高压空气被传递到增强材料。 在除去高压空气的水分后,向增强材料供给高压空气,使加强材料和内管的温度升高。 蒸汽从锅炉(12)供给到增强材料,因此增强材料被热固化。