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    • 4. 发明申请
    • CORDLESS TELEPHONE OUTLET DEVICE
    • 无绳电话出口设备
    • US20060240878A1
    • 2006-10-26
    • US11428248
    • 2006-06-30
    • David EckelMaxim LaurentParimal Patel
    • David EckelMaxim LaurentParimal Patel
    • H04B1/38H04M1/00
    • H04M1/0293H04M1/72502
    • A cordless telephone outlet device that not only provides the cordless telephone access to a telephone network, but also provides the cordless telephone the proper DC electrical energy for proper operation eliminating the need for an unsightly external DC power supply typically connected to an AC outlet. Further, the device significantly reduces exposure of the telephone line connection between the cordless telephone and the telephone network. The outlet device comprises a body having a communications connector mounted thereon and a base attached to the body. The base contains DC power supply circuitry that is connected to a source of AC electrical energy. The output of the power supply circuit is connected to a DC line terminated with a DC male plug. The cordless telephone can be directly mounted onto the device allowing the communications connector of the cordless telephone to engage directly with a corresponding communications connector mounted onto the device of the present invention while the device also provides DC power to the cordless telephone via the DC male plug. Alternatively, a relatively short telephone line cable can be used to electrically connect the respective communications connectors with the cordless phone mounted onto the outlet device of the present invention.
    • 一种无绳电话插座装置,其不仅提供无绳电话接入电话网络,而且还为无绳电话提供适当的DC电能,以便正常运行,从而无需通常连接到交流电源插座的不好看的外部直流电源。 此外,该设备显着地减少了无绳电话和电话网络之间的电话线连接的暴露。 出口装置包括具有安装在其上的通信连接器的主体和附接到主体的基座。 基座包含连接到交流电能源的直流电源电路。 电源电路的输出端连接到以直流公插头端接的直流线路上。 无绳电话可以直接安装到设备上,允许无绳电话的通信连接器直接与安装在本发明的设备上的相应通信连接器接合,同时该设备还通过DC公插头向无绳电话提供直流电力 。 或者,可以使用相对较短的电话线电缆来将相应的通信连接器与安装到本发明的出口设备上的无绳电话电连接。
    • 7. 发明授权
    • Methods of implementing relocatable circuits in a programmable integrated circuit device
    • 在可编程集成电路器件中实现可重定位电路的方法
    • US08219960B1
    • 2012-07-10
    • US12768933
    • 2010-04-28
    • Stephen A. NeuendorfferParimal Patel
    • Stephen A. NeuendorfferParimal Patel
    • G06F17/50
    • G06F17/5054
    • A method for configuring programmable logic in an IC to implement instances of a relocatable circuit includes, for each instance, assigning a respective portion of an address space of a processor to the instance, configuring a respective interface circuit for translating the transactions accessing the respective portion of the address space into a fixed address space of the relocatable circuit, and selecting a respective region within an array of programmable logic and interconnect resources of the IC. The processor accesses the address space with read and write transactions issued on an interface bus. The relocatable circuit is independent of the address space assigned to the instances. Each region is configurable to implement an instance. The programmable logic and interconnect resources are configured to implement the instances and to couple each instance to the interface bus of the processor via the respective interface circuit, using a single copy of configuration data for the relocatable circuit.
    • 用于配置IC中的可编程逻辑以实现可重定位电路的实例的方法包括:针对每种情况,将处理器的地址空间的相应部分分配给所述实例,配置相应的接口电路以翻译访问相应部分的事务 的地址空间转换成可重定位电路的固定地址空间,以及选择IC的可编程逻辑阵列和互连资源的阵列内的相应区域。 处理器通过在接口总线上发出的读写事务访问地址空间。 可重新定位的电路独立于分配给实例的地址空间。 每个区域都可配置为实现一个实例。 可编程逻辑和互连资源被配置为实现实例并且通过相应的接口电路将每个实例耦合到处理器的接口总线,使用用于可重定位电路的单个副本的配置数据。
    • 8. 发明授权
    • RF antenna integrated into a control device installed into a wall switch box
    • RF天线集成到安装在墙壁开关盒中的控制装置中
    • US07756556B2
    • 2010-07-13
    • US11559646
    • 2006-11-14
    • Parimal PatelWarren GuthrieDanilo Estanislao
    • Parimal PatelWarren GuthrieDanilo Estanislao
    • H04M1/00
    • H01H23/025H01H23/16H01H2001/5888H01H2219/062H01H2221/044
    • A remote control electrical device which can communicate with a remote control device. The electrical control device is adapted to fit into a housing which fits into a wall mounting. The remote control electrical device can comprise a control circuit disposed in the housing, a transmitter disposed in the housing, a receiver disposed in the housing wherein said transmitter and said receiver are in communication with the control circuit. There is also a support plate having an inside face facing into the housing and an outside face facing away from the housing body. The support plate is coupled to the housing, wherein there is also an antenna disposed on the outside face of the support plate. This antenna does not receive any power-line AC frequencies or DC, instead it is capacitively coupled to the rest of the electrical components and disposed on the outside face of the support plate.
    • 遥控电气设备,可与遥控设备通讯。 电气控制装置适于装配到安装在墙壁安装件中的壳体中。 遥控电气设备可以包括设置在壳体中的控制电路,设置在壳体中的发射器,设置在壳体中的接收器,其中所述发射器和所述接收器与控制电路通信。 还有一个具有面向壳体的内表面和背离壳体的外表面的支撑板。 支撑板联接到壳体,其中还存在设置在支撑板的外表面上的天线。 该天线不接收任何电力线AC频率或DC,而是电容耦合到其余电气部件并且设置在支撑板的外表面上。
    • 10. 发明授权
    • Relocatable circuit implemented in a programmable logic device
    • 可重定位电路在可编程逻辑器件中实现
    • US07765512B1
    • 2010-07-27
    • US12054724
    • 2008-03-25
    • Stephen A. NeuendorfferParimal Patel
    • Stephen A. NeuendorfferParimal Patel
    • G06F17/50
    • G06F17/5054
    • A circuit is implemented using a programmable logic device (PLD) that includes an array of programmable logic and routing resources. The circuit includes a processor, a configuration port, a relocatable circuit, and an interface circuit. The processor accesses an address space using read and write transactions issued on an interface bus. The programmable logic and interconnect resources are configurable via the configuration port. The relocatable circuit is implemented in a selected region within the array by configuring the programmable logic and interconnect resources in the selected region with configuration data via the configuration port. The interface circuit translates the transactions accessing a portion of the address space assigned to the relocatable circuit into a fixed address space of the relocatable circuit. The configuration data for implementing the relocatable circuit is independent of the portion of the address space assigned to the relocatable circuit.
    • 使用包括可编程逻辑和路由资源阵列的可编程逻辑器件(PLD)来实现电路。 该电路包括处理器,配置端口,可重定位电路和接口电路。 处理器使用在接口总线上发出的读写事务访问地址空间。 可编程逻辑和互连资源可通过配置端口进行配置。 可重新定位的电路通过配置可配置端口的配置数据配置可选择的区域中的可编程逻辑和互连资源,在阵列内的选定区域中实现。 接口电路将访问分配给可重定位电路的地址空间的一部分的事务转换成可重定位电路的固定地址空间。 用于实现可重定位电路的配置数据与分配给可重定位电路的地址空间的部分无关。