基于水流蓄能的智能水龙头设计

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	作者：周巧仪 ; 丁柳云 ; 陈佳雨 关键词：水流蓄能 ; 水力发电 ; 智能 ; 水龙头 ; 节能 英文关键词：water flow energy storage;;hydropower;;intelligence;;faucet;;energy saving 中文刊名：CXYY 英文刊名：Technology Innovation and Application 机构：浙江建设职业技术学院; 出版日期：2019-04-30 出版单位：科技创新与应用 年：2019 期：No.269 基金：浙江省大学生科技创新活动计划暨新苗人才计划“水流蓄能智能水龙头”(编号:2018R443006) 语种：中文; 页：CXYY201913014 页数：2 CN：13 ISSN：23-1581/G3 分类号：52-53

摘要

水流蓄能智能水龙头采用在水管中加装微型水力发电机的方式,利用水龙头放水时的水流推动涡轮高速旋转,从而带动导体切割磁场产生电能,并将获得的电能通过锂电池储存起来,为智能水龙头工作提供电源;智能出水设计,采用自感应的方式判断出水和止水,节约用水的同时避免洗手时开关水龙头导致二次污染;设置了手动开启按钮,确保水龙头失电情况下还能照常出水,能源得以循环利用,解决了感应水龙头的供电问题。
        The water flow storage intelligent faucet adopts the method of installing a micro hydraulic generator in the water pipe,and uses the water flow of the faucet to push the turbine to rotate at a high speed, thereby driving the conductor to cut the magnetic field to generate electric energy. The obtained electric energy is stored through lithium battery to provide power supply for intelligent faucet work, intelligent effluent design, self-sensing method is used to judge effluent and water stop, save water and avoid secondary pollution caused by turning on and off faucet when washing hands. The manual opening button is set to ensure that the water can be discharged as usual when the faucet loses power, the energy can be recycled, and the power supply problem of the induction faucet is solved.

引文

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