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    • 3. 发明申请
    • Power Delivery To Heater Elements
    • 供电加热元件
    • US20090139982A1
    • 2009-06-04
    • US11946948
    • 2007-11-29
    • Jichang CaoJames Douglas GilmoreCalvin Dale Murphy
    • Jichang CaoJames Douglas GilmoreCalvin Dale Murphy
    • H05B1/02
    • H05B1/0241
    • Fuser heater element damage due to excessive heating power is prevented by estimating available power supply heating power for proper power control. The estimate is performed by applying a predefined portion of the heating power available from the power supply to the heater element. The predefined portion is determined so that the heater element will not be damaged even if the power supply is at the maximum voltage level of any power supply that may be encountered. The temperature of the heater element is measured, and, if below a predefined temperature, a heating power estimate is made. If not, the heater element is heated by applying power in accordance with a stored heating power estimate from the last heating power estimate. A heating power estimate is made each time the heating element is heated from a temperature below the predefined temperature.
    • 通过估计可用的电源供热功率以适当的功率控制来防止由于过热引起的定影加热器元件损坏。 通过将可从电源获得的加热功率的预定义部分应用到加热器元件来执行估计。 确定预定义部分,使得即使电源处于可能遇到的任何电源的最大电压电平,加热器元件也不会被损坏。 测量加热器元件的温度,如果低于预定温度,则进行加热功率估计。 如果不是,则通过根据来自最后加热功率估计的存储的加热功率估计来施加功率来加热加热器元件。 每当加热元件从低于预定温度的温度加热时,进行加热功率估计。
    • 7. 发明申请
    • Fuser Assembly Heater Setpoint Control
    • 定影组件加热器设定值控制
    • US20090142086A1
    • 2009-06-04
    • US11948077
    • 2007-11-30
    • Jichang CaoJames Douglas Gilmore
    • Jichang CaoJames Douglas Gilmore
    • G03G15/20
    • G03G15/2039G03G2215/2035
    • A fuser assembly and a method of controlling a temperature in a fuser assembly are provided. The fuser assembly comprises a heat transfer member, a heater to heat the heat transfer member, and a backup member. The heat transfer member and the backup member define a fusing nip. A first temperature setpoint corresponding to a first thermal load for the heat transfer member is defined. A second temperature setpoint corresponding to a second thermal load for the heat transfer member is defined. The heater is maintained at or near the first temperature setpoint during at least a substantial portion of the time when the heat transfer member is operating at the first thermal load. The heater is maintained at or near the second temperature setpoint during at least a substantial portion of the time when the heat transfer member is operating at the second thermal load.
    • 提供了一种定影器组件和一种控制定影组件中的温度的方法。 定影器组件包括传热构件,用于加热传热构件的加热器和备用构件。 传热构件和支撑构件限定了定影辊隙。 定义对应于传热部件的第一热负荷的第一温度设定值。 定义对应于传热部件的第二热负荷的第二温度设定值。 在传热构件在第一热负荷下操作的至少大部分时间内,加热器保持在或接近第一温度设定点。 在传热构件在第二热负荷下操作的至少大部分时间内,加热器保持在或接近第二温度设定点。
    • 10. 发明授权
    • Fuser assembly heater setpoint control
    • 定影组件加热器设定值控制
    • US08200112B2
    • 2012-06-12
    • US11948077
    • 2007-11-30
    • Jichang CaoJames Douglas Gilmore
    • Jichang CaoJames Douglas Gilmore
    • G03G15/20
    • G03G15/2039G03G2215/2035
    • A fuser assembly and a method of controlling a temperature in a fuser assembly are provided. The fuser assembly comprises a heat transfer member, a heater to heat the heat transfer member, and a backup member. The heat transfer member and the backup member define a fusing nip. A first temperature setpoint corresponding to a first thermal load for the heat transfer member is defined. A second temperature setpoint corresponding to a second thermal load for the heat transfer member is defined. The heater is maintained at or near the first temperature setpoint during at least a substantial portion of the time when the heat transfer member is operating at the first thermal load. The heater is maintained at or near the second temperature setpoint during at least a substantial portion of the time when the heat transfer member is operating at the second thermal load.
    • 提供了一种定影器组件和一种控制定影组件中的温度的方法。 定影器组件包括传热构件,用于加热传热构件的加热器和备用构件。 传热构件和支撑构件限定了定影辊隙。 定义对应于传热部件的第一热负荷的第一温度设定值。 定义对应于传热部件的第二热负荷的第二温度设定值。 在传热构件在第一热负荷下操作的至少大部分时间内,加热器保持在或接近第一温度设定点。 在传热构件在第二热负荷下操作的至少大部分时间内,加热器保持在或接近第二温度设定点。