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    • 1. 发明专利
    • Pipe washing method
    • 管道清洗方法
    • JP2009022872A
    • 2009-02-05
    • JP2007188044
    • 2007-07-19
    • Kurimoto Ltd株式会社栗本鐵工所
    • TAKEDA YASUHIDEOKAMOTO YOSHIKIIZUMIKURA MAKOTOARIYOSHI HIROKISHIMOMURA MASAHIRO
    • B08B9/02B01D29/11B01D29/60B01D29/66B01D29/90B01D29/92B01D35/02B08B6/00B08B9/027E03B7/07E03B7/09F16L55/00F16L55/24
    • PROBLEM TO BE SOLVED: To more reliably remove foreign matters from a water flow channel. SOLUTION: A flowmeter 20 and an in-line filter apparatus 10 are installed in the downstream side terminal of a block water pipeline. The in-line filter apparatus 10 is equipped with a filter 5 having a function of trapping foreign matters, a freely openable or closable drainage pipe 9 and a filter back washing drainage pipe 8 installed in the upstream side and the downstream side, respectively, while sandwiching the filter 5. At the time of washing a pipe, both drainage pipes 8 and 9 are alternately opened based on the numeral value shown by the flowmeter 20 to increase the flow speed in the water flow channel to promote removal of the foreign matters by the increase of the flow speed. Further, a flow channel from which the foreign matters are to be removed is specified by operation of a switch valve installed in the middle of the block water pipeline and another flow channel is closed to further increase the flow speed. Furthermore, since the filter 5 of the in-line filter apparatus 10 is positioned in the downstream side of the pipe washing position, the foreign matters can be trapped and prevented from flowing to the flowing water pipe P in the downstream side. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:更可靠地从水流通道中除去异物。 解决方案:流量计20和直列式过滤装置10安装在块水管道的下游端。 在线过滤装置10配备有具有捕集异物的功能的过滤器5,分别安装在上游侧和下游侧的可自由开启或关闭的排水管9和过滤器后洗涤排水管8,同时 夹在过滤器5上。在清洗管道时,两个排水管8和9都以流量计20所示的数值交替地打开,以增加水流通道中的流速,以促进异物除去 流速的增加。 此外,通过安装在块水管道中间的开关阀的操作来规定要除去异物的流动通道,另一个流动通道关闭以进一步增加流速。 此外,由于在线过滤装置10的过滤器5位于洗管位置的下游侧,因此能够捕获并防止异物流向下游侧的流水管P. 版权所有(C)2009,JPO&INPIT
    • 2. 发明专利
    • Method and system of predicting deposit amount of turbid substance
    • 预测浮游物质沉积量的方法和系统
    • JP2008267062A
    • 2008-11-06
    • JP2007114143
    • 2007-04-24
    • Kurimoto Ltd株式会社栗本鐵工所
    • ARIYOSHI HIROKISHIMOMURA MASAHIROMATSUURA NORIHIDEOKAMOTO YOSHIKITAKAGI KEISUKEKONAKA MASAZUMITAKEUCHI MITSUHISAKIMURA FUMIKAZU
    • E03B1/00E03B7/09
    • PROBLEM TO BE SOLVED: To easily specify the positions where a turbid substance is likely to deposit in a whole area where tap water is supplied, and to easily determine the timing of washing of piping. SOLUTION: The whole area is divided into a plurality of meshes 2. Speed of increase of the turbid substance in each mesh is estimated by performing multi-regression calculation employing the speed of increase of the deposit amount of the turbid substance 18 as objective variables, and employing the number of dead ends 6 per unit length of the piping 3, a ratio of the piping length of a mortar lining piping laid before the year 1990 to the total extending length of the piping, and three of coefficient of discharge as explanatory variables. A result of an analysis for each mesh is two-dimensionally displayed on a display screen 1, so that the deposit condition of the turbid substance for the whole area can be grasped visually. Further, as the timing of washing the piping is calculated by dividing an acceptable deposit amount of the turbid substance by the speed of increase and is displayed two-dimensionally, distribution of the timing of washing the piping in the area can be easily determined. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了容易地指定在供应自来水的整个区域中浑浊物质可能沉积的位置,并且容易地确定管道的洗涤时间。 解决方案:将整个区域分成多个网格2.通过使用浑浊物质18的沉积量的增加速度进行多回归计算来估计每个网格中混浊物质的增加速度,如 客观变量,使用管道3的每单位长度的死角数6,1990年以前铺设的砂浆衬里管道的管道长度与管道的总延伸长度的比率,以及三个排放系数 作为解释变量。 每个网格的分析结果在显示屏幕1上二维地显示,从而可以目视地掌握整个区域的混浊物质的沉积状态。 此外,由于通过将混浊物质的可接受沉积量除以增加速度来计算洗涤管道的时间,并且二维显示,可以容易地确定在该区域中清洗管道的时间的分布。 版权所有(C)2009,JPO&INPIT