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Bottled water dispenser upward installation type bottled water cooling and water heater

机译:瓶装饮水机向上安装式瓶装水冷却和热水器

摘要

1. This research is about the water-cooling and water heater of mineral water, especially when the supply department of mineral water is upward, it is more convenient to install the mineral water bucket, The supply of mineral water is controlled by the central processing unit (CPU), which is mainly for the upward installation of mineral water-cooled water heater.;2. The existing mineral water-cooling and water heater are installed on the top of the heavy mineral water-cooling and water heater, so it is very inconvenient. Moreover, when installing the mineral water bucket, the cover has been opened, causing the water level of the raw water-cooling and water heater to drop.;3.This study.Because the mineral water bucket is set, the mineral water is supplied to the cold water bucket, in the general drinking water cooling and water heater,In order to add the raw water supply of the mineral water bucket, the mineral water bucket is set,The first cover signed and separated with the raw water supply department by the commander-in-chief,It is composed of the first cover and a "on" state at the time of conclusion, a cover and a cover switch in the "off" state at the time of separation,The first cover and the second cover are composed of mutual signatures and separations,The mineral water can be moved from the inlet to the outlet through the interior, and is composed of the electric signals that are different from each other when there is mineral water flowing inside and when there is no mineral water flowing inside,At the same time, there are commercial water supply pumps at the inlet and outlet,Between the second cover and the inlet of the mineral water flow detection part,Between the outlet of the mineral water flow detection part and the inlet of the water supply pump,There is a water pipe between the jumping outlet of the water supply and the inlet of the cool water bucket,The cooling water drum is equipped with a maximum water level sensor switch and a minimum water level sensor switch,In the temperature (on) state of cold water power switch or / and hot water power switch,Power status and off status of the up switch,And in the above-mentioned mineral water flow detection department, when there is mineral water flow, an electric signal will occur, and when there is no mineral water flow, an electric signal will occur,According to the mutual cooperation of the temperature (on) and off states of the highest water level sensor switch and the lowest water level sensor switch, it is composed of the driving control program of the water supply pump,The built-in central processing unit (CPU) (microprocessor) of the control program composed of the above is complete,On this CPU,According to the above control procedure, the drive control of the above water supply pump is allowed,With the above cover switch,The highest water level sensor switch and the lowest water level sensor switch are respectively connected with the corresponding end of the central processor,At the same time, the mineral water flow detection unit decodes the same electrical signal as the above through the mineral water flow detection unit, and connects it to the relevant end of the central processor,At the same time, the control part of the water supply pump controlling the power connection of the water supply pump is composed of the corresponding ends of the central processor.From other embodiments of the first cover and the second cover, it can be composed of a cover, from the mineral water flow detection part to other embodiments of the water supply pump connection, it can be connected to the mineral water flow dynamic response part from the water supply pump.Another example is that at the same time of the above-mentioned structure, a mineral water Tongzhi system is also formed. In order to be able to be installed on the mineral water Tongzhi and a movable mineral water bucket is installed, it can be installed in the mineral water Tongzhi device.;4. This research shows that in the mineral water cooling and water heater, the mineral water supply department is in a rising state, which can be easily installed and used, and can be easily transported and installed with mineral water buckets.
机译:1.这项研究是关于矿泉水的水冷却和热水器,特别是当矿泉水的供应部门向上时,安装矿泉水桶更方便,矿泉水的供应由中央处理控制单元(CPU),主要用于向上安装矿泉水冷却热水器; 2。现有的矿泉水冷却器和热水器安装在重型矿泉水冷却器的顶部,非常不方便。此外,安装矿泉水桶时,盖子已经打开,导致原水冷却器和热水器的水位下降; 3.本研究。由于设置了矿泉水桶,因此提供了矿泉水在冷水桶中,在一般的饮用水冷却和热水器中,为了增加矿泉水桶的原水供应,设置了矿泉水桶,第一个盖子与原水供应部门签署并分开总司令,由第一个封面和结论时的“ on”状态,分离时的一个封面和一个处于“ off”状态的封面开关组成,第一个和第二个盖子由相互签名和分隔组成,矿泉水可以通过内部从入口移动到出口,并且由电信号组成,当内部有矿泉水流动或没有矿泉水流动时,电信号互不相同。矿泉水流入装置例如,同时在入口和出口处有商用供水泵,在第二盖和矿泉水流量检测部分的入口之间,在矿泉水流量检测部分的出口和水的入口之间供水泵,在供水的跳跃出口和冷却水桶的入口之间有一条水管,冷却水桶配有最大水位传感器开关和最小水位传感器开关,在温度( on)冷水电源开关或/和热水电源开关的状态,up开关的电源状态和关闭状态,并且在上述矿泉水流量检测部门中,当有矿泉水流量时,会出现电信号,当没有矿泉水流动时,将产生电信号,根据最高水位传感器开关和最低水位传感器开关的温度(开)和关状态的相互配合,组成完成上述组成的控制程序的内置中央处理单元(CPU)(微处理器),在该CPU上,按照上述控制程序,对供水泵的驱动控制程序进行驱动控制允许使用上述给水泵,通过上述盖开关,最高水位传感器开关和最低水位传感器开关分别与中央处理器的相应端相连,同时,矿泉水流量检测单元通过矿泉水流量检测单元将与上述相同的电信号解码,并将其连接到中央处理器的相关端,同时,供水泵的控制部分控制供水泵的电源连接由中央处理器的相应端组成。从第一盖和第二盖的其他实施例来看,它可以由一个盖组成,从矿泉水流量检测中在给水泵连接的其他实施例中,它可以与给水泵的矿泉水动态响应部件相连。另一个例子是在上述结构的同时,矿泉水通制系统是也形成了。为了能够安装在矿泉水同治上并安装可移动的矿泉水桶,可以将其安装在矿泉水同治装置中。研究表明,在矿泉水冷却和热水器中,矿泉水供应部门处于上升状态,易于安装和使用,并易于运输和安装矿泉水桶。

著录项

  • 公开/公告号KR960027571U

    专利类型

  • 公开/公告日1996-08-17

    原文格式PDF

  • 申请/专利权人 대표이사 김동주;

    申请/专利号KR19950000435U

  • 发明设计人 최돈구;김창만;

    申请日1995-01-12

  • 分类号F25D11/00;

  • 国家 KR

  • 入库时间 2022-08-22 03:44:44

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