배관설비를 갖춘 도로의 지중구조
    1.
    发明授权
    배관설비를 갖춘 도로의 지중구조 失效
    管道铺设的道路结构

    公开(公告)号:KR100795996B1

    公开(公告)日:2008-01-21

    申请号:KR1020070027806

    申请日:2007-03-21

    Inventor: 김성섭

    CPC classification number: E01C11/224 E01C11/18 E01C11/225 E01C2201/205

    Abstract: A road sub-surface structure having pipe equipment is provided to drain water on the concrete paved layer and to prevent the road from being corroded by first and second connecting pipes and first, second, and third water passages. A road sub-surface structure having pipe equipment comprises a support net(200), and a pressing device(100). The support net has water flow pipes having a plurality of inlets. The pressing device has a body(110) and an elastic pressing rod(120). Second connecting pipes(153) are communicated with the water flow pipe. First connecting pipes(152) are communicated with perforated pipes(70). A sewer(151) is communicated with a drain pipe(80). The pressing rod has a cylinder engaged with a supporting piston. An elastic pressing member is installed at the lower surface of the pressing rod. Two sides of a first water passage are communicated with the sewer. A second water passage is communicated with the first connecting pipe. A third water passage is communicated with the second connecting pipe.

    Abstract translation: 设有具有管道设备的道路表面结构以排出混凝土铺砌层上的水,并防止道路被第一和第二连接管和第一,第二和第三水通道腐蚀。 具有管道设备的道路子表面结构包括支撑网(200)和加压装置(100)。 支撑网具有具有多个入口的水流管。 按压装置具有主体(110)和弹性按压杆(120)。 第二连接管(153)与水流管连通。 第一连接管(152)与多孔管(70)连通。 下水道(151)与排水管(80)连通。 按压杆具有与支撑活塞接合的圆筒。 弹性按压部件安装在按压杆的下表面。 第一个水通道的两侧与下水道连通。 第二水通道与第一连接管连通。 第三水通道与第二连接管连通。

    배수를 촉진하는 도로구조
    2.
    发明授权
    배수를 촉진하는 도로구조 失效
    道路结构压力排水

    公开(公告)号:KR100796003B1

    公开(公告)日:2008-01-21

    申请号:KR1020070027826

    申请日:2007-03-21

    Inventor: 김성섭

    CPC classification number: E01C11/224 E01C11/18 E01C11/225 E01C2201/205

    Abstract: A road structure facilitating drainage is provided to prevent water from being splashed by vehicles and to minimize the water inflow into a base layer by moving a pressing plate horizontally and downward and increasing pressure in the first water passage. A road structure facilitating drainage comprises a support net, and a pressing device(100). The pressing device has a plurality of elastic pressing rods(120). Second connecting pipes(153) are communicated with water flow pipes. First connecting pipes(152) are communicated with perforated pipes. A sewer(151) is communicated with a drain pipe. The pressing rod has cylinders(121) engaged with supporting pistons(111) and elastically combined with by elastic bodies. An elastic pressing member is installed at the lower surface of the pressing rod. Pressing members(140) of the pressing rods are horizontally placed. Pressing plates(170) are movably fitted in the piston. Two sides of a first water passage(113) are communicated with the sewer. A second water passage(114) is communicated with first connecting pipe. A third water passage(115) is communicated with the second connecting pipe. The first and second water passages are moved together by a first opening and closing plate(161) if internal pressure of the first water passage is increased to close communication holes of the first and second water passages. The first and third water passages are moved together by a second opening and closing plate(162) if internal pressure of the first water passage is increased to close communication holes of the first and third water passages.

    Abstract translation: 提供便利排水的道路结构,以防止水被车辆飞溅,并且通过水平和向下移动压板并增加第一水通道中的压力来最小化水流入基层。 促进排水的道路结构包括支撑网和压制装置(100)。 按压装置具有多个弹性按压杆(120)。 第二连接管(153)与水流管连通。 第一连接管(152)与穿孔管连通。 下水道(151)与排水管连通。 按压杆具有与支撑活塞(111)接合并与弹性体弹性组合的圆筒(121)。 弹性按压部件安装在按压杆的下表面。 按压杆的按压构件(140)水平放置。 压板(170)可移动地装配在活塞中。 第一水通道(113)的两侧与下水道连通。 第二水通道(114)与第一连接管连通。 第三水通道(115)与第二连接管连通。 如果增加第一水通道的内部压力以密封第一和第二水通道的连通孔,第一和第二水通道由第一开闭板(161)一起移动。 如果第一水通道的内部压力增加以使第一和第三水通道的连通孔闭合,则第一和第三水通道由第二开闭板(162)一起移动。

    저수방지를 위한 도로의 배수구조
    3.
    发明授权
    저수방지를 위한 도로의 배수구조 失效
    排水结构防止储水

    公开(公告)号:KR100796002B1

    公开(公告)日:2008-01-21

    申请号:KR1020070027817

    申请日:2007-03-21

    Inventor: 김성섭

    CPC classification number: E01C11/224 E01C11/18 E01C11/225 E01C2201/205

    Abstract: A road drainage structure for preventing water storage is provided to absorb rainwater on the road rapidly and to preclude the road from being corroded by moving an elastic pressing rod upward and downward. A road drainage structure for preventing water storage comprises a support net(200), and a pressing device(100). The support net has an upper part with a curved shape and has a water flow pipe having a plurality of inlets. The pressing device has a body(110) and an elastic pressing rod(120). Second connecting pipes(153) are communicated with the water flow pipes. First connecting pipes(152) are communicated with perforated pipes(70). A sewer(151) is communicated with a drain pipe(80). The pressing rod has a cylinder engaged with a supporting piston and elastically combined with by an elastic body. An elastic pressing member is installed at the lower surface of the pressing rod. Two sides of a first water passage are communicated with the sewer. A second water passage is communicated with the first connecting pipe. A third water passage is communicated with the second connecting pipe. The first and second water passages are moved together by a first opening and closing plate if internal pressure of the first water passage is increased to close communication holes of the first and second water passages. The first and third water passages are moved together by a second opening and closing plate if internal pressure of the first water passage is increased to close communication holes of the first and third water passages.

    Abstract translation: 提供一种用于防止蓄水的道路排水结构,以快速吸收道路上的雨水,并且通过向上和向下移动弹性按压杆来阻止道路被腐蚀。 用于防止储水的道路排水结构包括支撑网(200)和按压装置(100)。 支撑网具有弯曲形状的上部,并且具有多个入口的水流管。 按压装置具有主体(110)和弹性按压杆(120)。 第二连接管(153)与水流管连通。 第一连接管(152)与多孔管(70)连通。 下水道(151)与排水管(80)连通。 按压杆具有与支撑活塞接合并与弹性体弹性组合的圆筒。 弹性按压部件安装在按压杆的下表面。 第一个水通道的两侧与下水道连通。 第二水通道与第一连接管连通。 第三水通道与第二连接管连通。 如果第一水通道的内部压力增加以使第一和第二水通道的连通孔闭合,则第一和第二水通道由第一开闭板一起移动。 如果第一水通道的内压增加,第一和第三水通道由第二开闭板一起移动,以密封第一和第三水通道的连通孔。

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