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    • 4. 发明申请
    • FIRE ALARM POWER LINE CARRIER COM-SYSTEM
    • 火警报警电源线载波系统
    • US20130049951A1
    • 2013-02-28
    • US13320497
    • 2011-05-12
    • Christopher George KalivasSteven Perry Apelman
    • Christopher George KalivasSteven Perry Apelman
    • G08B1/08
    • G08B25/06G08B17/00G08B17/06G08B17/10G08B17/113
    • A fire alarm system 4 for a structure, has a two-wire interconnected transceiver 4J that uses power line carrier technology to inject a radio signal onto two power conductors, 6B & 6W. The transceiver 4J includes a transmitter circuit 7 and a receiver circuit 9. The transmitter circuit 7 includes a trigger circuit 10, attachable to an output line of a local fire alarm 5. The trigger circuit 10, can monitor the output line (6 Yellow) for an alarm condition output signal, for the purpose of sensing an alarm condition. The transmitter circuit 7 responds to the alarm condition output signal by injecting the radio signal onto the two power conductors. The radio signal would activate a second fire alarm system 4B attached to power lines in the structure.
    • 用于结构的火灾报警系统4具有使用电力线载波技术将无线电信号注入到两个电力导体6B和6W上的两线互连收发器4J。 收发机4J包括发射机电路7和接收机电路9.发射机电路7包括可附接到本地火警5的输出线的触发电路10.触发电路10可以监视输出线(6黄色) 用于报警条件输出信号,用于感测报警条件。 发射机电路7通过将无线电信号注射到两个电力导体上来响应报警条件输出信号。 无线电信号将激活附接到结构中的电力线的第二火灾报警系统4B。
    • 9. 发明授权
    • Chip debugging using incremental recompilation
    • 芯片调试使用增量重新编译
    • US07530046B1
    • 2009-05-05
    • US11437285
    • 2006-05-18
    • Gregor NixonMark JervisZhengjun PanGihan De SilvaSteven Perry
    • Gregor NixonMark JervisZhengjun PanGihan De SilvaSteven Perry
    • G06F17/50
    • G06F17/5054G06F17/5077
    • While debugging, a user chooses an incremental recompile. Internal signals of interest are selected and output pins are optionally reserved. An incremental recompile of the compiled design includes compiling a routing from each internal signal to an output pin. The technology-mapped netlist and placing and routing information corresponding to an original compiled design are saved into a database during full compilation. During debugging, an incremental compiler retrieves this information to build the original routing netlist. The database building, logic synthesis and technology mapping stages may be skipped. New connections are added, fitted to the device, and then the final routing netlist is output into a programming output file (POF) in a form suitable for programming the PLD. The user views the internal signals at the output pins chosen. The user may iterate through this process many times in order to debug the PLD. The debugging assignments may be deleted.
    • 在调试时,用户选择增量重新编译。 选择感兴趣的内部信号,并选择保留输出引脚。 编译设计的增量重新编译包括从每个内部信号编译到输出引脚的路由。 与原始编译设计对应的技术映射网表和放置和路由信息在完整编译期间保存到数据库中。 在调试期间,增量编译器检索此信息以构建原始路由网表。 可能会跳过数据库构建,逻辑综合和技术映射阶段。 添加新的连接,安装到设备,然后最终路由网表以适合于编程PLD的形式输出到编程输出文件(POF)中。 用户查看所选输出引脚上的内部信号。 为了调试PLD,用户可以多次迭代此过程。 调试分配可能会被删除。
    • 10. 发明授权
    • Technology mapping for programming and design of a programmable logic device by equating logic expressions
    • 通过等式逻辑表达式编程和设计可编程逻辑器件的技术映射
    • US07360196B1
    • 2008-04-15
    • US10859842
    • 2004-06-02
    • Steven Perry
    • Steven Perry
    • G06F17/50
    • G06F17/5054
    • A programmable logic device (“PLD”) architecture and a user logic design are modeled logically to find an efficient programming solution for the user logic design on the PLD architecture. The logical models are converted to equations—e.g., by representing them as binary decision diagrams which can be modeled and manipulated mathematically with commercially available tools. The equations can be solved for the programming or configuration variables. Similarly, an efficient programmable logic device architecture for implementing one or more of a given set of logic functions can be found by mapping each function in the set of functions onto a generic architecture and solving for the configuration variables. By comparing the results for all functions, one can reduce the generic architecture to an efficient architecture for that set of functions by eliminating structures from the generic architecture whose configuration bits are the same for all solutions.
    • 可编程逻辑器件(“PLD”)架构和用户逻辑设计被逻辑地建模,以便为PLD架构上的用户逻辑设计找到有效的编程解决方案。 逻辑模型被转换为等式,例如,通过将它们表示为二进制决策图,其可以使用商业上可用的工具在数学上进行建模和操作。 可以为编程或配置变量求解方程。 类似地,用于实现给定逻辑功能集合中的一个或多个的有效的可编程逻辑器件架构可以通过将函数集合中的每个函数映射到通用架构并解决配置变量来找到。 通过比较所有功能的结果,可以通过从通用体系结构中消除结构,将所有功能的配置位相同,从而将通用架构降低到该功能集的高效架构。