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    • 111. 发明专利
    • Shield-excavated soil dehydrating method
    • 施工土壤脱水方法
    • JP2005036517A
    • 2005-02-10
    • JP2003274905
    • 2003-07-15
    • Penta Ocean Constr Co Ltd五洋建設株式会社
    • TANI YUICHINOMOTO GIICHIINOASHI NOBORU
    • E21D9/13
    • PROBLEM TO BE SOLVED: To provide a shield-excavated soil dehydrating method which carries out continuous dehydration/volume reduction of generated shield-excavated soil with a high water content, in a small space, to thereby produce soil with a strength that is sufficient for recycling of the soil as civil engineering materials. SOLUTION: According to the shield-excavated soil dehydrating method, the shield-excavated soil with the high water content discharged from an earth pressure type or a slurry type shield machine 1, is stored in an excavated soil tank 21, and the stored excavated soil with the high water content is continuously and successively fed to an agitation and coagulation tank 22 and a continuous dehydrating machine 23. In the agitation and coagulation tank 22, a coagulant is added to the excavated soil to prepare coagulated soil which is then charged into the continuous dehydrating machine 23 where dehydrating treatment is carried out to produce dehydrated cake. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种盾构开挖的土壤脱水方法,其在小空间中进行具有高含水量的生成的盾构开挖土壤的连续脱水/体积减少,从而产生强度为 足以作为土木工程材料回收土壤。

      解决方案:根据盾构开挖土壤脱水方法,将从土压力排出的含水量高的盾构开挖土壤或泥浆型盾构机1储存在挖土槽21中, 储存的高含水量的开挖土壤连续依次送入搅拌和凝结槽22和连续脱水机23.在搅拌和凝结槽22中,向挖掘的土壤中加入凝结剂,制备凝结土, 加入进行脱水处理的连续脱水机23中,生成脱水饼。 版权所有(C)2005,JPO&NCIPI

    • 112. 发明专利
    • Additive injection method and additive injector
    • 添加剂注射方法和添加剂注射器
    • JP2004346504A
    • 2004-12-09
    • JP2003141634
    • 2003-05-20
    • Penta Ocean Constr Co Ltd五洋建設株式会社
    • IKEDA SHOZOMORIYA NORIAKI
    • E02F7/00B01J4/00
    • PROBLEM TO BE SOLVED: To provide an additive injection method and an additive injector capable of finely adding an additive such as a hardener or the like to a substance to be conveyed such as earth and sand or the like flowing through compressed air in a conveying pipe.
      SOLUTION: The additive is injected to the inside of the conveying pipe 10 by the additive injector 11 placed in the middle part of the conveying pipe 10 flowing divided into a large number of lump plugs S, S∼, and in the additive injection method for adding the additive to each plug S, a pressure detecting means 16 is placed on an upstream side from the additive injector 11 of the conveying pipe, a passing detecting means 18 is placed on the directly front section of the upstream side of the additive injector of the conveying pipe, a proper injection amount of the additive corresponding to each plug is calculated based on pressure peak value P obtained by the pressure detecting means 16, the additive is injected in the conveying pipe 10 by the additive injector 11 based on proper data Dn to be calculated and passing timing Tn of the plug detected by the passing detecting means 18, and a proper amount of the additive can be added to each plug S.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种添加剂注入方法和添加剂注入器,其能够将诸如硬化剂等的添加剂微细地添加到流过压缩空气的被输送物质例如泥土等中 输送管。

      解决方案:通过放置在输送管10的中间部分中的添加剂注入器11将添加剂注入输送管10的内部,流入分配到大量块塞S,S〜 用于将添加剂添加到每个塞子S的注入方法,压力检测装置16放置在从输送管的添加剂注入器11的上游侧,通过检测装置18放置在输送管的上游侧的直接前部 基于由压力检测装置16获得的压力峰值P计算出与每个塞子相对应的添加剂的合适的喷射量,通过添加剂喷射器11将添加剂注入到输送管10中,基于 通过检测装置18检测到的插头的正确数据Dn和通过时刻Tn,并且可以向每个插头S添加适量的添加剂。(C)2005,JPO&NCIPI