A STANDALONE AUTOMATION DEVICE AND A MACHINE
    1.
    发明申请
    A STANDALONE AUTOMATION DEVICE AND A MACHINE 有权
    一台STANDALONE自动化设备和一台机器

    公开(公告)号:US20160124758A1

    公开(公告)日:2016-05-05

    申请号:US14781173

    申请日:2014-07-04

    Abstract: A standalone automation device (100) comprises: a removable memory port (101), configured to transmit data between the device (100) and the equipment (200) which also has a removable memory port; a removable memory control unit (102), comprising a signal convertor (112) for converting a removable memory interface to a serial interface; a power supply unit (103), configured to provide power supply when the device (100) is connected to the equipment (200) and disconnected to the field, and an isolation unit (104), configured to isolate the power supply. Compared with the existing prior arts, the proposed solution is convenient for connecting with the computer or cellphone, especially with isolation solution for power supply.

    Abstract translation: 独立的自动化设备(100)包括:可移动存储器端口(101),被配置为在设备(100)和设备(200)之间传送数据,所述设备还具有可移动存储器端口; 一种可移动存储器控制单元,包括用于将可移动存储器接口转换为串行接口的信号转换器; 电源单元(103),被配置为当所述设备(100)连接到所述设备(200)并且与所述现场断开连接时提供电源;以及隔离单元(104),被配置为隔离所述电源。 与现有的现有技术相比,提出的解决方案便于与计算机或手机连接,特别是电源隔离解决方案。

    CIRCUIT STRUCTURE AND METHOD FOR REDUCING POWER CONSUMPTION OF DEVICE INCLUDING ACTIVE MODULE AND PASSIVE MODULE
    2.
    发明申请
    CIRCUIT STRUCTURE AND METHOD FOR REDUCING POWER CONSUMPTION OF DEVICE INCLUDING ACTIVE MODULE AND PASSIVE MODULE 有权
    用于降低器件功耗的电路结构和方法,包括有源模块和被动模块

    公开(公告)号:US20150340958A1

    公开(公告)日:2015-11-26

    申请号:US14441884

    申请日:2012-11-15

    Abstract: Embodiments of the present invention disclose a circuit structure and a method for reducing power consumption of a device including an active module and a passive module. The circuit structure comprises: an active module (22) comprising a main output voltage (221) for powering a load (26) via a first current control device (222) which is configured to control a current passing through the load (26), and an passive module (24) comprising a main output voltage (241) for when the active module (22) fails, powering the load (26) via a second current control device (242) which is configured to control a current passing through the load (26). The passive module (24) further comprises an auxiliary output voltage (243) for when the passive module (24) is in a backup state, powering the second current control device (242) so as to enable the second current control device (242) to be in a switching-on state. Further, the auxiliary output voltage (243) of the passive module (24) is configured to be smaller than the main output voltage (241) of the passive module (24).

    Abstract translation: 本发明的实施例公开了一种用于降低包括有源模块和被动模块的装置的功耗的电路结构和方法。 该电路结构包括:有源模块(22),包括用于经由第一电流控制装置(222)为负载(26)供电的主输出电压(221),第一电流控制装置(222)被配置为控制通过负载(26)的电流, 以及被动模块(24),包括主动输出电压(241),用于当所述有源模块(22)发生故障时,经由第二电流控制装置(242)为所述负载(26)供电,所述第二电流控制装置(242)被配置成控制流经所述 负载(26)。 被动模块(24)还包括用于当无源模块(24)处于备用状态时的辅助输出电压(243),为第二电流控制装置(242)提供动力,使第二电流控制装置(242) 处于接通状态。 此外,被动模块(24)的辅助输出电压(243)被配置为小于被动模块(24)的主输出电压(241)。

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