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AGS and GIN using knowledge based injection engineering construction management

机译:AGS和GIN使用基于知识的注塑工程施工管理

摘要

this invention is the use of AGS and GIN knowledge based injection construction method about the concept of time and space will be more detailed field work, the feeling in the mouth to the pressure control, the right to know the conditions of automatic control, the injection is stopped, the pressure crushing (hydraulic fracture) and hydraulic function (hydrojacking) the risk minimum. grouting with the separately, the routing is the city manager for pressure and injection speed and the injection amount of the internal diffusion, the evaluation and the measures to be able to show the efficiency of the the economic grouting injection to stop the construction and standard management for the purpose of.according to the invention and the use of AGS GIN knowledge based injection engineering construction management, GIN value (value) of the level and the characteristics of the site with the injection pressure and the second stage to decide in the first stage; the decision to injection pressure injection... grouting hole into the main entrance in the amount of pressure and to find out the third stage and the third stage; the detection of the current through the main entrance and the amount of pressure to the pressure and to give GIN curve is compared with the amount of the injection pressure and the amount of the current week in the GIN curve to know the amount of wear and to match with the injection operation, in the fourth stage, including the routing points to the interrupt injection is characteristic.
机译:本发明是利用基于AGS和GIN知识的注射构造方法,关于时空的概念将得到更详细的野外工作,感觉到口中的压力得到控制,知道自动控制的条件下,注射停止时,压力破碎(液压断裂)和液压功能(液压举升)的风险最小。分别进行注浆,路线是城市主管,负责压力和注入速度以及内部扩散的注入量,评估和措施,以显示经济注浆停止施工和规范管理的效率为了本发明的目的和使用基于AGS GIN知识的注射工程施工管理,GIN值(值)的水平和部位的特性随注射压力和第二阶段来决定;决定将注浆压力注入注浆孔到主入口的压力大小,并找出第三阶段和第三阶段;比较通过主入口的电流和压力的压力值并给出GIN曲线,并与GIN曲线中的喷射压力和当前周的量进行比较,以了解磨损量和与注入操作相匹配,在第四阶段,包括到中断注入的路由点的特征。

著录项

  • 公开/公告号KR10-1096817B9

    专利类型

  • 公开/公告日2013-12-13

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR10-2011-0063985

  • 发明设计人 김진춘;

    申请日2011-06-29

  • 分类号E02D3/12;G05B19/02;

  • 国家 KR

  • 入库时间 2022-08-21 15:44:25

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