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    • 5. 发明申请
    • Power supply device and electronic apparatus
    • 电源设备和电子设备
    • US20100176780A1
    • 2010-07-15
    • US12659728
    • 2010-03-18
    • Yoshito KoyamaMinoru HiraharaSeiji MiyoshiEiji Miyachika
    • Yoshito KoyamaMinoru HiraharaSeiji MiyoshiEiji Miyachika
    • G05F1/10
    • H02M3/158H02M2001/008
    • A power supply device includes: a power supply connector which receives supply of power and supplies the power to the outside thereof; plural OBPs which apply voltages to supply power, to each of processing devices to perform processing and to include different types of application voltages planned to be applied, and each of the plural OBPs is supplied with power directly or indirectly from the power supply connector; and a power supply control section that increases and decreases supplying power which each of the OBPs supplies to one processing device out of the plural processing devices according to an extent of a processing load in the one processing device as well as according to an extent of a processing load in another processing device whose application voltage is different from that of the one processing device.
    • 电源装置包括:电源连接器,其接收电力供应并向其外部供电; 多个OBP,其施加电压来供电,每个处理装置执行处理并包括计划施加的不同类型的应用电压,并且多个OBP中的每一个被直接或间接地从电源连接器供电; 以及电源控制部,其根据所述一个处理装置中的处理负荷的程度,以及根据所述多个处理装置的程度,将所述OBP中的每一个提供给所述多个处理装置中的一个处理装置的供给功率进行增减 另一处理装置的处理负荷与施加电压不同于一个处理装置的处理负荷。
    • 7. 发明申请
    • Power supply device and communication apparatus
    • 电源装置及通讯装置
    • US20080184048A1
    • 2008-07-31
    • US11987578
    • 2007-11-30
    • Yoshito KoyamaSeiji MIYOSHIEiji Miyachika
    • Yoshito KoyamaSeiji MIYOSHIEiji Miyachika
    • G06F1/32
    • G06F1/3203G06F1/3296H04B1/00Y02D10/172
    • A power supply device of the invention includes: a supply section that supplies power to a second processing device which processes data in response to processing execution by a first processing device which processes data; a load detection section that detects a load of processing execution by the first processing device; and a power control section that causes the supply section to increase or decrease power supply according to the magnitude of load detected by the load detection section. The load of processing execution by the first processing device disposed in the upstream side relative to the second processing device is detected, and power supply to the second processing device is increased or decreased according to the detected magnitude of load. Accordingly, even when the amount of processing data sharply increases, sufficient power can be unfailingly supplied to the second processing device.
    • 本发明的电源装置包括:供应部,其向第二处理装置供电,所述第二处理装置响应处理数据的第一处理装置的处理执行处理数据; 负载检测部,其检测由所述第一处理装置执行的处理的负担; 以及功率控制部,其使供给部根据由负载检测部检测出的负载的大小来增大或减少供电。 检测由设置在相对于第二处理装置的上游侧的第一处理装置的处理执行的负担,并且根据检测到的负载量来增加或减少对第二处理装置的供电。 因此,即使当处理数据的量急剧增加时,也能够充分地向第二处理装置提供足够的功率。