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    • 32. 发明申请
    • RESISTOR ANODE ASSEMBLY
    • 电阻阳极装置
    • US20090179025A1
    • 2009-07-16
    • US12013776
    • 2008-01-14
    • Ray O. KnoeppelMark Allan Murphy
    • Ray O. KnoeppelMark Allan Murphy
    • H05B3/10C23F13/00H01C17/00H05B3/03
    • C23F13/20C23F13/02F24H9/0047F24H9/2021Y10T29/49082
    • A sacrificial anode assembly. The sacrificial anode assembly includes a sacrificial anode, an insulator positioned around an end of the anode, an electric coupler positioned around the insulator and extending beyond the end of the anode, the electric coupler electrically isolated from the anode, a resistor having a first lead and a second lead, the first lead electrically connected to the anode and the second lead electrically connected to the electric coupler, and a cap positioned around the electric coupler, the cap electrically connected to the electric coupler and electrically isolated from the anode. The cap complete encapsulates the resistor, the first lead, and the second lead.
    • 牺牲阳极组件。 所述牺牲阳极组件包括牺牲阳极,位于所述阳极端部周围的绝缘体,位于所述绝缘体周围并延伸超出所述阳极端部的电耦合器,所述电耦合器与所述阳极电隔离;电阻器,具有第一引线 以及第二引线,所述第一引线电连接到所述阳极,所述第二引线电连接到所述电耦合器;以及盖,其围绕所述电耦合器定位,所述帽电连接到所述电耦合器并与所述阳极电隔离。 盖完成封装电阻器,第一引线和第二引线。
    • 34. 发明申请
    • Water Heater Anode and Mounting Fixture
    • 热水器阳极和安装夹具
    • US20080190919A1
    • 2008-08-14
    • US11673859
    • 2007-02-12
    • Mutubwa K. KahiteMichael B. Steinhafel
    • Mutubwa K. KahiteMichael B. Steinhafel
    • B65D6/00C23F13/00B65D69/00
    • F24H9/0005C23F13/18C23F13/20F24H9/0047
    • An anode is mounted to the top of a water heater tank which has a spud with external threads welded to the top thereof. The spud extends above insulation which surrounds the water tank and covers the top of the water heater. An anode rod is inserted into the water tank through the spud and has a steel core welded to a flat cylindrical steel disk which extends radially outwardly of a magnesium cylinder formed about the core. A water sealing gasket is positioned between the disk and the annular surface formed by the open end of the spud. A nut fits over the disk and engages the threads on the spud, and clamps the anode to the spud so that the threads are isolated from water in the tank, allowing easy removal of the anode after the passage of time.
    • 阳极安装在热水器的顶部,热水箱的顶部具有焊接到其顶部的外部螺纹的喷头。 喷头延伸到围绕水箱的绝缘层上方,并覆盖热水器的顶部。 阳极杆通过支脚插入水箱中,并且具有焊接到平坦圆柱形钢盘的钢芯,该扁平圆柱形钢盘径向向外围绕围绕铁芯形成的镁圆筒延伸。 水密封垫片位于圆盘和由开口端形成的环形表面之间。 一个螺母装在盘上,与螺母上的螺纹接合,并将阳极固定在喷嘴上,使得螺纹与油箱中的水分离,从而允许在时间过后容易地去除阳极。
    • 35. 发明授权
    • Water storage device having a powered anode
    • 具有动力阳极的蓄水装置
    • US07372005B2
    • 2008-05-13
    • US10950851
    • 2004-09-27
    • Ray Oliver KnoeppelThomas Gerard Van SistineMark Allan Murphy
    • Ray Oliver KnoeppelThomas Gerard Van SistineMark Allan Murphy
    • H05B1/02F24H1/20G01N27/02
    • F24H9/0047C23F13/04F24H9/2021
    • A water heater having a powered electrode and a method of controlling the water heater. The water heater includes a tank to hold water, a heating element, an electrode, and a control circuit. The control circuit includes a variable voltage supply, a voltage sensor, and a current sensor. The control circuit is configured to controllably apply a voltage to the electrode, determine the potential of the electrode relative to the tank with the voltage sensor when the voltage does not power the electrode, determine a current applied to the tank after the voltage powers the electrode, determine a conductivity state of the water in the tank based on the electrode potential and the current, and define the voltage applied to the powered electrode based on the conductivity state. The control circuit of the water heater can also determine whether the water heater is in a dry-fire state.
    • 具有动力电极的热水器和控制热水器的方法。 热水器包括用于容纳水的罐,加热元件,电极和控制电路。 控制电路包括可变电压源,电压传感器和电流传感器。 控制电路被配置为可控制地向电极施加电压,当电压不对电极供电时,用电压传感器确定电极相对于电池的电位,在电压对电极施加电压之后确定施加到电池的电流 基于电极电位和电流来确定罐中的水的导电性状态,并且基于导电性状态确定施加到动力电极的电压。 热水器的控制电路也可以确定热水器是否处于干火状态。
    • 36. 发明申请
    • Sacrificial anode for cathodic corrosion protection
    • 牺牲阳极用于阴极腐蚀保护
    • US20070272544A1
    • 2007-11-29
    • US11807418
    • 2007-05-29
    • Wilfried Bytyn
    • Wilfried Bytyn
    • C23F13/00
    • C23F13/10C23F13/08F24H9/0005F24H9/0047
    • The invention pertains to a sacrificial anode for cathodic corrosion protection that comprises an anode body (1), a mounting component (8) for mounting the sacrificial anode on the device to be protected, an insulating component (4) that in certain areas surrounds the anode body (1) and electrically insulates the anode body (1) from the mounting component (8), and a resistive element (9) that is inserted between the anode body (1) and the mounting component (8), where the insulating component (4) is fixed on the mounting component (8). According to the disclosure, a securing component (6) is fixed on the anode body (1) and prevents the anode body (1) from moving out of the insulating component (4). This results in a sacrificial anode of this type that can be reliably operated over its entire service life.
    • 本发明涉及用于阴极腐蚀保护的牺牲阳极,其包括阳极体(1),用于将牺牲阳极安装在待保护装置上的安装部件(8),绝缘部件(4),其在某些区域包围 阳极体(1)并且将阳极体(1)与安装部件(8)电绝缘,以及插入在阳极体(1)和安装部件(8)之间的电阻元件(9),其中绝缘体 部件(4)固定在安装部件(8)上。 根据本公开,固定部件(6)固定在阳极体(1)上,防止阳极体(1)从绝缘部件(4)移出。 这导致这种类型的牺牲阳极在其整个使用寿命中可靠地运行。
    • 37. 发明授权
    • Apparatus for reducing the current drain on the sacrificial anode in a
water heater
    • 用于减少热水器中牺牲阳极上的电流消耗的装置
    • US5023928A
    • 1991-06-11
    • US400364
    • 1989-08-30
    • Timothy H. HouleDaher T. Wardy
    • Timothy H. HouleDaher T. Wardy
    • C23F13/00H05B3/82
    • F24H9/0047C23F13/005H05B3/82
    • The sacrificial anode in an electrically-heated water heater is protected against excessive current drain and premature dissolution resulting from the cathodic effect of the metal jacket on the heating element by a protective device which provides an effective insulating separation between the jacket and the tank wall to eliminate current flow to the jacket from the protective anode, and a non-linear semiconductor between the jacket and the tank having a breakover voltage allowing it to become conducting at hazardous overvoltage levels. In one embodiment, the heating element jacket is separately insulated from the tank wall and a discrete semiconductor device is separately attached between the jacket and the tank to maintain the insulated condition unless an overvoltage condition occurs and to then become conducting to shunt to overvoltage current to the grounded tank wall. In another embodiment, a voltage breakdown material may be applied directly as the insulating layer between the heating element jacket and the tank wall. The material remains an insulator until it is caused to breakdown at an appropriate overvoltage level, where upon it becomes irreversibly conductive.
    • 电热水加热器中的牺牲阳极被保护以防止由于金属护套在加热元件上的阴极效应而导致的过度的电流泄漏和保护装置的过早溶解,该保护装置提供了夹套和罐壁之间的有效绝缘分离, 消除来自保护阳极的电流到夹套的电流,以及夹套和罐之间的非线性半导体,具有允许其在危险的过电压电平下导通的中断电压。 在一个实施例中,加热元件护套与罐壁分开绝缘,并且分离式半导体器件分开地附接在护套和罐之间以保持绝缘状态,除非发生过电压状况,然后变为导通以分流到过电压电流 接地的箱壁。 在另一个实施例中,电压击穿材料可以直接施加在加热元件套和罐壁之间的绝缘层。 材料保持绝缘体,直到其以适当的过电压水平击穿,其中当其变得不可逆地导电时。