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No-load discrimination method using temperature sensor of cold / hot water purifier

机译:利用冷热水机温度传感器的空载判别方法

摘要

The present invention relates to a no-load discrimination method using a temperature sensor of a cold / hot water purifier. In particular, when the temperature reaches a target temperature set by a microcomputer capable of temperature control, the control unit controls the control and checks whether there is water in the temperature rise curve. It is related to the prevention of fire risk due to temperature rise by sensing;Hot water tank GT with a heating body G is installed so that the hot water or cold water is supplied to the purified water tank T having the water detection sensor H detecting the water from raw water D, and the cooling body L. Control board (CP) comprising an input unit (I) capable of inputting temperature, a control unit (C) for controlling input and output, and a microcomputer unit (M) for detecting a temperature increase. The microcomputer starts the on / off command process to the control unit (10) when the power supply (20) is supplied to the heating element (G) and the cooling element (L). The Y value 40 obtained by subtracting the temperature is obtained. If the predetermined time has not elapsed, the power supply of the heating body (G) and the cooling body (L) is turned on again, and if the Y value (40) is added to or subtracted from the initial temperature at the initial temperature, the power is larger than the predetermined temperature (50). After the predetermined time has elapsed, the heater 60 supplies power to the heating body G and the cooling body L. If the Y value is smaller than the predetermined temperature, the current temperature becomes the target temperature 70 and the power supply 80 is turned off. The present temperature is equal to the set temperature 90 and power is supplied to the heating body G and the cooling body L. If the current temperature is not the same as the target temperature 70, the heating body G and the cooling body L. Apply power. Therefore, the presence or absence of water is determined by using the temperature rise and fall characteristics of the hot water and cold water parts, and controlled according to the state to prevent ashes caused by rapid temperature rise in advance and to remove the unnecessary energy so that it is properly controlled only when there is water. It is an invention provided with an effect.
机译:本发明涉及一种使用冷/热水净化器的温度传感器的空载判别方法。特别地,当温度达到由能够进行温度控制的微型计算机设定的目标温度时,控制单元进行控制并检查温度上升曲线中是否有水。与通过感测防止因温度上升引起的火灾危险有关;安装具有加热体G的热水箱GT,以将热水或冷水供应到具有水检测传感器H检测的纯净水箱T中控制板(CP),其包括能够输入温度的输入单元(I),用于控制输入和输出的控制单元(C),以及用于控制温度和湿度的微计算机单元(M)。检测温度升高。当电源(20)被供应到加热元件(G)和冷却元件(L)时,微型计算机开始对控制单元(10)的开/关命令处理。获得通过减去温度而获得的Y值40。如果尚未经过预定时间,则再次打开加热体(G)和冷却体(L)的电源,并且在初始时将Y值(40)添加或减去初始温度在该温度下,功率大于预定温度(50)。在预定时间过去之后,加热器60向加热体G和冷却体L供电。如果Y值小于预定温度,则当前温度变为目标温度70,并且电源80断开。 。当前温度等于设定温度90,并向加热体G和冷却体L供电。如果当前温度与目标温度70不同,则加热体G和冷却体L。功率。因此,通过利用热水和冷水部分的温度上升和下降特性来确定水的存在或不存在,并根据状态进行控制,以预先防止由快速的温度上升引起的灰烬并去除不必要的能量。仅在有水的情况下才对其进行适当控制。本发明具有效果。

著录项

  • 公开/公告号KR970022087A

    专利类型

  • 公开/公告日1997-05-28

    原文格式PDF

  • 申请/专利权人 이영서;

    申请/专利号KR19950034174

  • 发明设计人 신동수;

    申请日1995-10-05

  • 分类号F25D11/00;

  • 国家 KR

  • 入库时间 2022-08-22 03:17:45

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