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    • 33. 发明授权
    • Method and apparatus for protecting appliance memory contents
    • 用于保护器具存储器内容的方法和装置
    • US06732319B2
    • 2004-05-04
    • US09754596
    • 2001-01-05
    • John Steven HolmesRobert Marten Bultman
    • John Steven HolmesRobert Marten Bultman
    • G11C2900
    • G11C7/20
    • In an exemplary embodiment, an appliance control system includes a controller having a processor and a memory including at least a first memory area and a second memory area so that a multiple write architecture may be used for storing data. The processor is configured to acquire appliance status data on a periodic basis, write the refrigerator status data to the first memory area and to the second memory area, and perform error detection upon the written data during refrigerator power-up. Upon power up, the controller determines the validity of data in one of the memory locations, or pages. If the data is determined to be invalid on one memory page, another memory page is used. Thus, by storing data redundantly in multiple memory pages with appropriate security measures, data may be retained for use on power-up without the expense of additional electronic components.
    • 在示例性实施例中,设备控制系统包括具有处理器和存储器的控制器,所述处理器和至少包括第一存储器区域和第二存储器区域的存储器,使得可以使用多个写入架构来存储数据。 处理器被配置为周期性地获取设备状态数据,将冰箱状态数据写入第一存储器区域和第二存储区域,并且在冰箱加电期间对写入的数据执行错误检测。 上电时,控制器确定其中一个存储器位置或页面中的数据的有效性。 如果在一个存储器页面上确定数据无效,则使用另一个存储器页面。 因此,通过将数据冗余地存储在具有适当安全措施的多个存储器页面中,可以保留数据以在上电时使用,而不需要额外的电子部件的费用。
    • 36. 发明申请
    • CONTROL SYSTEM FOR AN APPLIANCE
    • 电器控制系统
    • US20090294434A1
    • 2009-12-03
    • US12536557
    • 2009-08-06
    • Julia FonsecaRobert Marten BultmanBobby Hayes
    • Julia FonsecaRobert Marten BultmanBobby Hayes
    • H05B1/02G05D23/19
    • H05B1/0263H05B1/0266Y10T307/858
    • A control system for determining a magnitude of a voltage and controlling an application of the voltage to at least one load device of an appliance is disclosed. The control system includes a threshold-crossing circuit configured to receive a representation of the voltage and to provide an output signifying the voltage crossing a predetermined voltage threshold; and a processor which receives the output from the threshold-crossing circuit and determine the magnitude of the voltage based on the output and a line frequency based on the period of the output, determines an initial cooking profile from a group of cooking profiles based on a user selected initial setting for controlling the application of the voltage to the at least one load device, and adjusts the application of the voltage to the at least one load device based on the determined magnitude of the voltage.
    • 公开了一种用于确定电压幅度并控制将电压施加到器具的至少一个负载装置的控制系统。 所述控制系统包括阈值交叉电路,所述阈值交叉电路经配置以接收所述电压的表示,并提供表示跨越预定电压阈值的电压的输出; 以及处理器,其从阈值交叉电路接收输出并基于输出确定基于输出的电压的幅度和基于输出周期的线路频率,基于一组烹调简档来确定初始烹饪简档 用户选择的初始设置,用于控制对所述至少一个负载设备施加电压,并且基于所确定的电压幅度来调整对所述至少一个负载设备的电压的应用。
    • 37. 发明申请
    • Voltage Detection System for a Range
    • 电压检测系统
    • US20090167085A1
    • 2009-07-02
    • US11966047
    • 2007-12-28
    • Julia FonsecaRobert Marten BultmanBobby Hayes
    • Julia FonsecaRobert Marten BultmanBobby Hayes
    • G05F5/02
    • H05B1/0261Y10T307/414
    • An appliance is provided with an improved power management system for controlling the total amount of current provided to at least a first load device of the appliance. The power management system is comprised of a microprocessor, an alternating current voltage source, a voltage regulating circuit, a clamping circuit, at least one load device, and a MOC and a triac for each of the at least two load devices. The clamping circuit outputs a fixed voltage of 5.7 volts during the positive portion of the ac cycle and a fixed voltage of −0.7 volts during the negative portion of the ac cycle. The fixed voltages are input to a microprocessor which utilizes these inputs to control the average voltage and the amount of time the current is turned on to each of the at least first and second load devices. A current sensing circuit is used to monitor the current to one of the at least two load devices to provide feedback to the microprocessor so that the microprocessor can adjust the average voltage and current to the at least two load devices so that the total current consumed does not exceed a pre-determined level.
    • 设备具有改进的电力管理系统,用于控制提供给设备的至少第一负载设备的总电流量。 所述电源管理系统包括用于所述至少两个负载装置中的每一个的微处理器,交流电压源,电压调节电路,钳位电路,至少一个负载装置以及MOC和三端双向可控硅开关元件。 钳位电路在交流周期的正部分输出5.7伏的固定电压,在交流周期的负部分输出-0.7伏特的固定电压。 固定电压被输入到微处理器,微处理器利用这些输入来控制电流接通至该第一和第二负载装置中的每一个的平均电压和时间量。 电流感测电路用于监测至少两个负载装置之一的电流以向微处理器提供反馈,使得微处理器可以调整至少两个负载装置的平均电压和电流,使得消耗的总电流为 不超过预定水平。