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    • 2. 发明专利
    • Groundwater management system
    • 地下水管理系统
    • JP2010116688A
    • 2010-05-27
    • JP2008289195
    • 2008-11-11
    • Takenaka Doboku Co LtdTakenaka Komuten Co Ltd株式会社竹中土木株式会社竹中工務店
    • SHIMIZU TAKAAKIIWAMOTO HIROSHIAOKI MASAMICHISHIRAI KATSUMI
    • E02D19/10
    • PROBLEM TO BE SOLVED: To provide a groundwater management system which can control a water level with high accuracy while preventing the level in a well from excessively decreasing with a small number of pumping wells. SOLUTION: The groundwater management system which performs management for setting the groundwater level in a management area at a predetermined water level or below includes: a permeable layer 11 which is provided at a depth set below the predetermined water level; first and second water collecting pipes 12 and 13 which are almost horizontally arranged in the permeable layer 11 and can collect the groundwater of the permeable layer 11 via a pipe wall; and the pumping well 10 which is connected to the first and second water collecting pipes 12 and 13. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种能够高精度地控制水位的地下水管理系统,同时防止井中的水位用少量抽水井过度减少。 解决方案:在预定水位或以下的管理区域中执行用于设定管理区域中的地下水位的管理的地下水管理系统包括:设置在设定在预定水位以下的深度的可渗透层11; 第一集水管12和第二集水管13,其几乎水平地布置在可渗透层11中,并且可以经由管壁收集渗透层11的地下水; 以及连接到第一和第二集水管12和13的泵送井10.版权所有(C)2010,JPO&INPIT
    • 6. 发明专利
    • Underground water level lowering method for excavated ground, and filling/pumping well for use in the method
    • 地下水位下降方法,采用地下水灌溉方法
    • JP2007285090A
    • 2007-11-01
    • JP2006116838
    • 2006-04-20
    • Takenaka Doboku Co LtdTakenaka Komuten Co Ltd株式会社竹中土木株式会社竹中工務店
    • SUNAI TAKAHIDESHIMIZU TAKAAKIWAKAI SHUICHINAKAJIMA TOMOHIROKON NOBUAKISAITO TAKEYA
    • E02D19/10
    • PROBLEM TO BE SOLVED: To provide a method for lowering the underground water level of an aquifer in the excavated ground after forming an artificial low permeable layer below the excavation bottom when no clear impervious layer exists below the excavation bottom in the case of carrying out dry work by lowering the underground water level in the excavated ground surrounded by an impervious wall, below the excavation depth.
      SOLUTION: At least two filling/pumping wells are installed with a specific space in the ground surrounded by the impervious wall, down to the depth reaching the formed position of the low permeable layer below the excavation bottom. One of the two filling/pumping wells is used as a filling well, and the other as a pumping well to form the low permeable layer in the ground surrounded by the impervious wall. After completing the formation of the low permeable layer, the filling/pumping wells are changed over to pumping wells functioning only in the aquifer ground above the low permeable layer, and underground water above the low permeable layer is pumped to lower the water level.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种在挖掘底部下方形成人造低渗透层之后,在挖掘底部下方的含水层的地下水位降低的方法,当在挖掘底部的下方不存在透明的不透水层时 通过降低挖掘深度以下的不透水墙围拢的挖掘地面的地下水位进行干燥工作。

      解决方案:至少两个灌装/抽水井安装在由不透水壁围绕的地面中的特定空间,直到达到挖掘底部下方的低渗透层的形成位置的深度。 两个填充/抽水井中的一个用作填充井,另一个用作泵送井,以在由不透水壁包围的地面中形成低渗透层。 在完成低渗透层的形成之后,将填充/泵送井转换成仅在低渗透层上方的含水层地层中起作用的抽水井,并且泵送低渗透层上方的地下水以降低水位。 版权所有(C)2008,JPO&INPIT

    • 9. 发明专利
    • Earthquake-proof type contaminated soil enclosure structure
    • 地震防腐型污染土壤外壳结构
    • JP2014136198A
    • 2014-07-28
    • JP2013006744
    • 2013-01-17
    • Takenaka Komuten Co Ltd株式会社竹中工務店Takenaka Doboku Co Ltd株式会社竹中土木
    • SHIMIZU TAKAAKIKOMURA YUICHIKITAGAWA SHINGOSUGAWARA TOSHIAKIIWAMOTO HIROSHIFUJIYASU YOSHIMASAKONISHI KAZUOGOTO TAKASHINOGUCHI TATSUYA
    • B09C1/00E02D3/12
    • PROBLEM TO BE SOLVED: To provide a sealing structure for contaminated soil enclosure in which sealing performance is hardly broken by earthquake.SOLUTION: An earthquake-proof type contaminated soil enclosure structure is applied to a bed that includes: a hard permeability dense lower part layer L; and a permeability upper part layer Lthat includes a contaminated soil area A in a part viewed from an upper side, and has a sealing structure 2 that is formed by using an improved foundation method by injection and agitation of a solidification material into ground. The sealing structure 2 includes: an inside sealing wall part 4 that surrounds the contaminated soil area; and an outside sealing wall part 6 that surrounds a further outside of the inside sealing wall part having a constant space, and is that the inside sealing wall part and the outside sealing wall part are formed as a close wall part that attains from a top edge of the upper part layer Lto a lower part layer, earth between the inside sealing wall part and the outside sealing wall part is formed as a buffer area 10 that does not include the contaminated soil area at least at an application time of the improved foundation method, and two or more vertical long connected wall parts that connect the inside and outside both sealing wall parts are disposed.
    • 要解决的问题:提供一种密封性能几乎不会被地震破坏的污染土壤封闭物的密封结构。解决方案:将防震型污染土壤围护结构应用于床,其中包括:硬​​度密度较低的下层 升; 并且透气性上层L包括从上侧观察的部分中的污染土壤区域A,并且具有通过使固化材料注入地面而改进的地基法而形成的密封结构2。 密封结构2包括:围绕污染土壤区域的内部密封壁部分4; 以及外侧密封壁部6,其包围具有恒定间隔的内侧密封壁部的另一侧的外侧,并且内侧密封壁部和外侧密封壁部形成为从顶部边缘 上部层L到下部层之间,至少在改进的基础方法的施加时间,形成内密封壁部和外侧密封壁部之间的接地,作为不包含污染土壤面积的缓冲区域10 并且设置两个或更多个垂直长连接的壁部分,其连接密封壁部分的内部和外部。
    • 10. 发明专利
    • Method for installing well, and the well
    • 安装方法和井
    • JP2011099212A
    • 2011-05-19
    • JP2009252945
    • 2009-11-04
    • Takenaka Doboku Co LtdTakenaka Komuten Co Ltd株式会社竹中土木株式会社竹中工務店
    • FURUKAWA YASUHIDESHIMIZU TAKAAKIOKUDA NOBUYASUMUKAI KAZUHIROOMURA KEISUKEMURATANI YU
    • E21B33/12
    • PROBLEM TO BE SOLVED: To provide a method for installing a well, which suppresses the ground from subsiding and pumps and pours water, and to provide the well. SOLUTION: This method for installing the well 4 includes: an outer pipe arrangement step of arranging the outer pipe in ground 2 while discharging soil inside the outer pipe; an inner pipe arrangement step of arranging an inner pipe inside the outer pipe after the outer pipe arrangement step, and of inserting an inner pipe into the outer pipe; an outer pipe pulling-out step of pulling out the outer pipe from the ground 2 after the inner pipe arrangement step; and an expansion step of expanding an expansion member by water swelling after the inner pipe arrangement step and either before or after the outer pipe pulling-out step or concurrently with it. The inner pipe includes an inner pipe hole which is formed in such a manner as to pass through a pile wall of the inner pipe, and the expansion member which is expanded by water swelling and which is arranged around the inner pipe hole of the outer surface of the inner pipe in such a manner as to be interposed in a space between the ground 2 and the inner pipe after the outer pipe is pulled out from the ground 2. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种安装井的方法,其抑制地面下沉,泵送和倒水并提供井。 解决方案:这种安装井4的方法包括:外管布置步骤,在排出外管内的土壤的同时,将外管排列在地2中; 在所述外管配置工序之后,将内管配置在所述外管内部并将内管插入所述外管的内管排列工序; 在内管配置工序之后从地面2拔出外管的外管拔出工序; 以及在内管配置工序之后以及在外管拔出步骤之前或之后或与其同时膨胀膨胀构件的膨胀工序。 内管包括内管孔,其形成为穿过内管的桩壁,膨胀构件通过水膨胀膨胀并且布置在外表面的内管孔周围 在外管从地面2拉出之后,以这种方式插入在地面2和内管之间的空间中。(C)2011,JPO&INPIT