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    • 7. 发明授权
    • Network for data and energy transfer
    • 数据和能量转移网络
    • US06577230B1
    • 2003-06-10
    • US09660915
    • 2000-09-13
    • Matthias WendtWolfgang BuddePeter Fuhrmann
    • Matthias WendtWolfgang BuddePeter Fuhrmann
    • H04M1104
    • H04L12/44G05B2219/25356H04B3/54H04B3/56H04B2203/5458H04B2203/547H04B2203/5483H04L12/10H04L12/40045H04L12/40182H04L2012/40247
    • For a network comprising at least two lines and network users, both a transfer of data and a terminal for energy transfer through the network are realized in that the two lines (1, 2) of the network are formed both for a data transfer among the network users (3, 4, 5, 6) and for energy transfer from a voltage source to the network users (3, 4, 5, 6), in that the data are symmetrically and differentially transferred through the two lines (1, 2), in that a terminal of the voltage source is coupled to the two lines (1, 2), in that the network users (3, 4, 5, 6) are coupled to the other terminal of the voltage source via a different electric connection separated from the network, in that the network users (3, 4, 5, 6) symmetrically couple out the energy transfer via the two lines (1, 2) of the network, and in that the two lines (1, 2) are mutually insulated.
    • 对于包括至少两条线路和网络用户的网络,通过网络传送数据和终端用于能量传输的两者都是通过网络的两条线路(1,2)形成的,用于在 网络用户(3,4,5,6),以及从电压源到网络用户(3,4,5,6)的能量传输,因为数据通过两行(1,2)对称和差分传输 ),因为电压源的端子耦合到两条线(1,2),因为网络用户(3,4,5,6)经由不同的电连接到电压源的另一个端子 连接与网络分离,因为网络用户(3,4,5,6)对称地耦合出网络的两条线路(1,2)的能量传输,并且两条线路(1,2) 相互绝缘。
    • 10. 发明申请
    • Door control device based on non-touch non-contact charging method
    • 基于非接触式非接触式充电方式的门控装置
    • US20020030583A1
    • 2002-03-14
    • US09891254
    • 2001-06-27
    • Jin JangHong Kim
    • G05B019/00
    • G05B19/0423G05B2219/21022G05B2219/24024G05B2219/24162G05B2219/25353G05B2219/25356G05B2219/2642
    • Provided is a door control device based on non-touch non-contact charging method, which is applied to a home automation system including an intercom for allowing communication between a visitor and an occupant. The door control device comprises an interior unit and an exterior unit located at inside and outside the door, respectively, without using electric wires. The interior unit includes a first converter for converting a first AC signal having a first frequency into a DC signal, a second converter for converting the DC signal into a second AC signal having a second frequency in which a predetermined control signal is inserted, and a primary transformer to which the second AC signal with the control signal is applied. The exterior unit includes a secondary transformer to which the second AC signal with the control signal from the primary transformer is applied as an induced current, a rectifier for separating the control signal from the signal provided from the secondary transformer, and simultaneously rectifying the same, a charger to which the rectified signal is provided, and a microprocessor to which the separated control signal is provided for analyzing the control signal and providing a door lock with a door open signal according to the analyzed result.
    • 提供了一种基于非接触式非接触式充电方法的门控制装置,其适用于包括用于允许访客和乘客之间的通信的对讲系统的家庭自动化系统。 门控制装置分别包括位于门内部和外部的内部单元和外部单元,而不使用电线。 内部单元包括用于将具有第一频率的第一AC信号转换为DC信号的第一转换器,用于将DC信号转换成具有插入预定控制信号的第二频率的第二AC信号的第二转换器,以及 使用具有控制信号的第二AC信号的主变压器。 外部单元包括次级变压器,其中具有来自初级变压器的控制信号的第二AC信号作为感应电流施加到该二次变压器,用于将控制信号与从次级变压器提供的信号分离的整流器,并且同时对其进行整流, 提供整流信号的充电器和分配的控制信号的微处理器,用于分析控制信号,并根据分析结果提供具有门打开信号的门锁。