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    • 5. 发明授权
    • Image fusing device and image forming apparatus
    • 图像定影装置和图像形成装置
    • US07139500B2
    • 2006-11-21
    • US11263987
    • 2005-11-02
    • Takao KawazuAtsuya TakahashiMasataka Mochizuki
    • Takao KawazuAtsuya TakahashiMasataka Mochizuki
    • G03G15/20
    • G03G15/2039
    • This invention is intended to control the amount of power to be supplied to a fusing heater below a maximum applicable current value. The engine controller supplies electricity to both of two heating bodies at the same fixed duty D1. At a phase angle α1 corresponding to the fixed duty D1, pulse signals ON1 and ON2 are issued in response to a ZEROX signal as a trigger. A current value I1 is detected based on a HCRRT signal from the current detection circuit. The engine controller calculates an upper limit of applicable power duty Dlimit based on the detected current value I1, the fixed duty D1 and the preset applicable current value Ilimit. Then, a PI temperature control is performed at a duty below the upper limit duty Dlimit.
    • 本发明旨在控制要提供给定影加热器的功率的量低于最大适用电流值。 发动机控制器以相同的固定工作D 1向两个加热体两者供电。在对应于固定工作负荷D 1的相位角α1下,响应于ZEROX信号,发出脉冲信号ON 1和ON 2 触发。 基于来自电流检测电路的HCRRT信号检测电流值I 1。 发动机控制器基于检测到的电流值I 1,固定占空比D 1和预设的适用电流值Ilimit来计算适用的电力负荷D limit的上限。 然后,以低于上限值D limit的负载执行PI温度控制。
    • 6. 发明申请
    • Image forming system and method
    • 图像形成系统及方法
    • US20060256393A1
    • 2006-11-16
    • US11429209
    • 2006-05-08
    • Atsuya TakahashiAkihiro NakamuraKaoru SatoKazuhisa MaruyamaRyuichi Yoshizawa
    • Atsuya TakahashiAkihiro NakamuraKaoru SatoKazuhisa MaruyamaRyuichi Yoshizawa
    • H04N1/00
    • B41J13/0009B65H7/20B65H2513/51B65H2220/02
    • At step S301, since none of conveyance sensors 114, 116 and 121 detect residual paper, a CPU 203 notifies a CPU 201 that it is in a residual paper check start instruction waiting mode. At step S302, since a conveying path sensor 111 in an optional paper feed unit 101 does not detect residual paper, the CPU 202 notifies the CPU 201 that it is in a residual paper check start instruction waiting mode. At step S303, since an inlet sensor 122 of an optional paper output unit 103 does not detect residual paper, the CPU 204 notifies the CPU 201 that it is in a residual paper check start instruction waiting mode. After confirming that all the units are in the waiting mode, the CPU 201 issues a residual paper check start instruction to all the units simultaneously to improve usability by reducing initializing time.
    • 在步骤S301,由于传送传感器114,116和121都没有检测到残留的纸张,所以CPU 203通知CPU201它处于残留纸张检查开始指令等待模式。 在步骤S302中,由于在可选的供纸单元101中的传送路径传感器111不检测到残留的纸张,所以CPU 202通知CPU 201它处于残留纸张检查开始指示等待模式。 在步骤303C中,由于可选纸张输出单元103的入口传感器122没有检测到残留的纸张,CPU 204通知CPU 201它处于残留纸张检查开始指令等待模式。 在确认所有单元处于等待模式之后,CPU 201通过减少初始化时间同时向所有单元发出残留纸张检查开始指令以提高可用性。
    • 7. 发明申请
    • Image forming apparatus
    • 图像形成装置
    • US20060051122A1
    • 2006-03-09
    • US11263987
    • 2005-11-02
    • Takao KawazuAtsuya TakahashiMasataka Mochizuki
    • Takao KawazuAtsuya TakahashiMasataka Mochizuki
    • G03G15/00
    • G03G15/2039
    • This invention is intended to control the amount of power to be supplied to a fusing heater below a maximum applicable current value. The engine controller supplies electricity to both of two heating bodies at the same fixed duty D1. At a phase angle α1 corresponding to the fixed duty D1, pulse signals ON1 and ON2 are issued in response to a ZEROX signal as a trigger. A current value I1 is detected based on a HCRRT signal from the current detection circuit. The engine controller calculates an upper limit of applicable power duty Dlimit based on the detected current value I1, the fixed duty D1 and the preset applicable current value Ilimit. Then, a PI temperature control is performed at a duty below the upper limit duty Dlimit.
    • 本发明旨在控制要提供给定影加热器的功率的量低于最大适用电流值。 发动机控制器以相同的固定工作D 1向两个加热体供应电力。在与固定工作负荷D 1相对应的相位角α1处,响应于ZEROX信号,发出脉冲信号ON 1和ON 2 触发。 基于来自电流检测电路的HCRRT信号检测电流值I 1。 发动机控制器基于检测到的电流值I 1,固定占空比D 1和预设的适用电流值Ilimit来计算适用的电力负荷D limit的上限。 然后,以低于上限值D limit的负载执行PI温度控制。
    • 10. 发明授权
    • Image forming system and method
    • 图像形成系统及方法
    • US07595912B2
    • 2009-09-29
    • US11429209
    • 2006-05-08
    • Atsuya TakahashiAkihiro NakamuraKaoru SatoKazuhisa MaruyamaRyuichi Yoshizawa
    • Atsuya TakahashiAkihiro NakamuraKaoru SatoKazuhisa MaruyamaRyuichi Yoshizawa
    • H04N1/00H04N1/04G03G21/00
    • B41J13/0009B65H7/20B65H2513/51B65H2220/02
    • At step S301, since none of conveyance sensors 114, 116 and 121 detect residual paper, a CPU 203 notifies a CPU 201 that it is in a residual paper check start instruction waiting mode. At step S302, since a conveying path sensor 111 in an optional paper feed unit 101 does not detect residual paper, the CPU 202 notifies the CPU 201 that it is in a residual paper check start instruction waiting mode. At step S303, since an inlet sensor 122 of an optional paper output unit 103 does not detect residual paper, the CPU 204 notifies the CPU 201 that it is in a residual paper check start instruction waiting mode. After confirming that all the units are in the waiting mode, the CPU 201 issues a residual paper check start instruction to all the units simultaneously to improve usability by reducing initializing time.
    • 在步骤S301中,由于传送传感器114,116和121都没有检测到残留纸张,所以CPU 203通知CPU201它处于残留纸张检查开始指令等待模式。 在步骤S302中,由于在可选的供纸单元101中的传送路径传感器111不检测到残留的纸张,所以CPU 202通知CPU 201它处于残留纸张检查开始指示等待模式。 在步骤S303,由于可选纸张输出单元103的入口传感器122不检测到残留纸,所以CPU 204通知CPU 201它处于残留纸张检查开始指令等待模式。 在确认所有单元处于等待模式之后,CPU 201通过减少初始化时间同时向所有单元发出残留纸张检查开始指令以提高可用性。