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Flow Sensing Apparatus and Flow Sensing Method using the same

机译:流量感测装置及使用该装置的流量感测方法

摘要

The flow rate of the flow rate sensor and sensing method using the same are provided. The disclosed flow sensing device impeller rotationally driven by the raw water supplied from a number of bulbs arranged in a flow path, and is fastened to the impeller magnetic body having the shape of the N pole or structure in which the polarity of alternating the S pole rotates The magnetic force is separated to be placed on the body detects the polarity for detecting the polarity of the magnetic element sensor, and includes a control unit electrically connected to the polarity detection sensor, the control section change the polarity of the magnetic material from the polarity detecting sensor receives information on whether or not to be performed, characterized in that the determination as to whether the raw water is flowing in the flow channel. ; The invention flow whether or not the raw water in the flow path through the process of measuring the polarity change of the magnetic body by placing the polarity sensor to the magnetic material nearby is fixed to work on the impeller and the same axis that lies in the flow path By identifying the microcomputer is able to determine if the sensed flow rate of the raw water flowing into the flow path. ; Flow Detection, impeller, magnetic material, polarity, magnetic, microcomputer
机译:提供了流量传感器的流量以及使用该流量传感器的感测方法。公开的流量感测装置叶轮由从布置在流路中的多个灯泡供应的原水旋转地驱动,并且被紧固到具有N极形状或极性交替为S极的结构的叶轮磁体上。旋转将磁力分离并放置在人体上,以检测极性以检测磁性元件传感器的极性,并包括电连接到极性检测传感器的控制单元,控制部分从极性检测传感器接收关于是否要执行的信息,其特征在于确定原水是否在流道中流动。 ;通过将极性传感器放置在附近的磁性材料上来测量磁性体的极性变化的过程中,本发明的流动路径中的原水是否固定在叶轮上工作,并且叶轮位于与叶轮相同的轴线上流道通过识别微型计算机能够确定所感测到的流入流道的原水流量。 ;流量检测,叶轮,磁性材料,极性,磁性,微型计算机

著录项

  • 公开/公告号KR101582359B1

    专利类型

  • 公开/公告日2016-01-05

    原文格式PDF

  • 申请/专利权人 코웨이 주식회사;

    申请/专利号KR20090078959

  • 发明设计人 이규량;

    申请日2009-08-25

  • 分类号G01F1/56;G01F1/06;

  • 国家 KR

  • 入库时间 2022-08-21 14:13:13

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