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    • 1. 发明申请
    • MODULAR WATER HEATER TANK
    • 模块化热水器
    • WO2016133416A3
    • 2016-10-13
    • PCT/RO2016000007
    • 2016-02-16
    • CHIRIECI CRISTIAN CONSTANTIN
    • CHIRIECI CRISTIAN CONSTANTIN
    • F24H1/00F24H9/14
    • F24H1/201F24D2220/08F24H9/001F28D20/0039F28D2020/0069Y02E60/142
    • The invention is about an automatic modular water heater tank under pressure. The tank according to the invention is formed by two or more modules (4), that are insulated, series connected, independent one from another in the energetic process of heating the water, separated by a heat-insulated wall or with a low thermic conductivity, the first module (4) has an exterior port through which the cold water (1) enters when an evacuation tap (9) is opened, the cold water that enters into the water heating tank through the port which is toggled on the inferior part of the first module (4) is heated by a heating source (3) placed in the inferior part of the module (4), and their starting and the stopping are automatically operated by an electronic controller device (11), based on the temperature recorded by a sensor (2) placed in the interior of the module (4) or on the set temperature for use; the water's transit between the modules is made using a guidance device (13), which consists of three parts: a superior part (5), a median part (7) and an inferior part (6), the superior part (5) is connected to the upper part of the module from which the water comes and then the water flows upside-down into the median part, that is placed in the extension of the superior part, and then the water flows again to the bottom zone which is in the next module down side and here the water passes in, these guidance devices are made of rigid or flexible, insulated materials or with low thermic conductivity, they can also be attached to the separating wall or integrated in it; every sensor of the module registers the temperature of the water and send the information to the electronic controller device and then, according to its settings the electronic controller device commands the starting or the stopping of the heating sources, and from the last module, the water gets out of the tank through a port (8) connected to the pipe system of a building, caravan or boat; the valve (10) ensures protection against overpressure.
    • 本发明涉及一种压力下的自动模块化热水器罐。 根据本发明的罐由两个或更多个模块(4)形成,所述两个或更多个模块(4)在加热水的能量过程中彼此独立地绝缘,串联连接,通过隔热壁或低导热性 ,第一模块(4)具有外部端口,当抽空水龙头(9)打开时,冷水(1)通过该外部端口进入,通过在下部部分上切换的端口进入水加热罐的冷水 通过放置在模块(4)的下部的加热源(3)加热第一模块(4)的开始和停止,并且它们的启动和停止由电子控制器装置(11)根据温度 由放置在模块(4)内部的传感器(2)或设定的使用温度记录; (5),中间部分(7)和下部分(6)三部分组成的导向装置(13)进行模块之间的水传输,上部分(5)为 连接到模块的上部,水从该模块的上部进入,然后水倒流到位于上部的延伸部分中的中间部分中,然后水再次流到下部区域 下一个模块在这里并且水在这里通过,这些引导装置由刚性或柔性的绝缘材料制成或者具有低导热性,它们也可以连接到分隔壁上或者集成在分隔壁中; 模块的每个传感器都记录水的温度并将信息发送到电子控制器装置,然后根据其设置,电子控制器装置命令启动或停止加热源,并且从最后一个模块开始,水 通过连接到建筑物,大篷车或船的管道系统的端口(8)离开油箱; 阀(10)确保防止超压。