首页> 外国专利> THE INITIAL IGNITION OF THE HEATER CONTROL METHOD FOR STABLE WATER SUPPLY

THE INITIAL IGNITION OF THE HEATER CONTROL METHOD FOR STABLE WATER SUPPLY

机译:稳定供水加热器控制方法的初步认识

摘要

The present invention relates to a method for controlling initial ignition of a water heater for stable supply of hot water, comprising: a step of resetting a flow rate (W) value, which is previously stored in a storage device, to zero if determined that a user starts using hot water after a control part checks output of a flow rate detecting sensor installed on a hot water pipe outlet; a step of detecting and memorizing a flow rate (W) of hot water used by the user in real time; a step of calculating the amount of integrated flow rate (Wn) by continuously integrating the flow rate (W) of hot water used by the user, which is detected and memorized in real time; a step of returning to the step of detecting and memorizing the flow rate (W) of hot water used by the user in real time to repetitively carry out subsequent steps if the amount of integrated flow rate (Wn) is smaller than a heat exchanger capacity (L) of the water heater after determining whether the amount of integrated flow rate (Wn) is smaller than the heat exchanger capacity (L) of the water heater; a step of igniting a burner by an igniter if the amount of integrated flow rate (Wn) is bigger than the heat exchanger capacity (L) of the water heater; and a step of proportionally controlling a combustion amount of the burner if normal ignition is detected by a flame detecting sensor. Accordingly, a required heat quantity can accurately be supplied because realization of a feed water temperature is stably carried out, and a high feed water temperature is accurately checked. Thus, boiling can perfectly be prevented when hot water is initially used, and hot water can stably be supplied to users, thereby greatly improving marketability of the water heater and reliability in respect of hot water provision.
机译:本发明涉及一种用于稳定地供应热水的用于控制热水器的初始点火的方法,该方法包括以下步骤:如果确定以下情况,则将预先存储在存储装置中的流量(W)值重置为零。在控制部检查安装在热水管出口上的流量检测传感器的输出之后,用户开始使用热水。实时检测并记忆用户使用的热水流量(W)的步骤;通过连续地对用户所使用的热水的流量(W)进行连续积分来计算积分流量(Wn)的量的步骤,所述实时检测并存储所述热水的流量(Wn)。如果累计流量(Wn)的量小于热交换器的容量,则返回到实时检测并记忆用户所使用的热水的流量(W)的步骤,以重复进行后续步骤的步骤(L)确定累计流量(Wn)的量是否小于热水器的热交换器容量(L)后的(L)。如果累计流量(Wn)大于热水器的热交换器容量(L),则通过点火器使燃烧器点火的步骤;如果火焰检测传感器检测到正常点火,则按比例控制燃烧器的燃烧量的步骤。因此,因为稳定地实现了进水温度,并且可以精确地检查高进水温度,所以可以精确地供应所需的热量。因此,当最初使用热水时,可以完美地防止沸腾,并且可以将热水稳定地供应给用户,从而极大地提高了热水器的销售性和关于热水供应的可靠性。

著录项

  • 公开/公告号KR20160053064A

    专利类型

  • 公开/公告日2016-05-13

    原文格式PDF

  • 申请/专利权人 RINNAI KOREA CO. LTD.;

    申请/专利号KR20140149385

  • 发明设计人 JOO KI DONG;SEO KI GONG;

    申请日2014-10-30

  • 分类号F24H9/20;

  • 国家 KR

  • 入库时间 2022-08-21 14:14:30

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