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    • 3. 发明授权
    • Method for place and route of multicore chip
    • 多核芯片的放置和路由方法
    • US07917878B1
    • 2011-03-29
    • US12022950
    • 2008-01-30
    • Dajen HuangYi WuRobert R. Brown
    • Dajen HuangYi WuRobert R. Brown
    • G06F17/50
    • G06F17/5072G06F17/5077
    • A number of virtual regionalization lines are laid out across a chip such that the virtual regionalization lines delineate a plurality of regions on the chip. One of the plurality of regions on the chip is designated as a master region and each of a remainder of the plurality of regions on the chip is designated as a duplicate region. A number of functional blocks are placed in the master region. Each of the functional blocks is replicated in each duplicate region by placing each functional block in each duplicate region so as to be symmetric with the corresponding functional block in the master region about the virtual regionalization lines. Wires are routed in the master region. The wires routed in the master region are replicated in each duplicate region so as to be symmetric about the virtual regionalization lines.
    • 跨芯片布置了多个虚拟区域化线,使得虚拟区域化线描绘了芯片上的多个区域。 芯片上的多个区域中的一个被指定为主区域,并且芯片上的多个区域的其余部分中的每一个被指定为重复区域。 主区域中放置了多个功能块。 通过将每个功能块放置在每个重复区域中以与主区域中的相应功能块对称,关于虚拟区域化线,每个功能块被复制在每个重复区域中。 电线在主区域中路由。 在主区域中路由的电线被复制在每个重复区域中,以便关于虚拟区域化线对称。
    • 4. 发明授权
    • Repeater driven routing methodology
    • 中继器驱动路由方法
    • US08151232B2
    • 2012-04-03
    • US12422028
    • 2009-04-10
    • Dajen HuangRobert R. Brown
    • Dajen HuangRobert R. Brown
    • G06F17/50
    • G06F17/5077
    • A method for routing a chip, involving forming a plurality of nets configured to connect components of the chip, wherein each of the plurality of nets is included in a netlist, assigning at least one repeater to each of the plurality of nets in the netlist, wherein the repeaters are assigned prior to performing physical routing of the plurality of nets, inserting the at least one repeater in a corresponding net, wherein the insertion of the at least one repeater divides the corresponding net into at least two subnets, and performing the physical routing of the plurality of nets by connecting each of the subnets.
    • 一种用于路由芯片的方法,包括形成多个网络,所述网络被配置为连接所述芯片的组件,其中所述多个网络中的每一个被包括在网表中,为所述网表中的所述多个网络中的每一个分配至少一个中继器, 其中所述中继器在执行所述多个网络的物理路由之前被分配,将所述至少一个中继器插入到相应的网络中,其中所述至少一个中继器的插入将相应的网络划分为至少两个子网,并且执行所述物理 通过连接每个子网来路由多个网络。
    • 5. 发明申请
    • REPEATER DRIVEN ROUTING METHODOLOGY
    • 重复驱动路由方法
    • US20100262945A1
    • 2010-10-14
    • US12422028
    • 2009-04-10
    • Dajen HuangRobert R. Brown
    • Dajen HuangRobert R. Brown
    • G06F17/50
    • G06F17/5077
    • A method for routing a chip, involving forming a plurality of nets configured to connect components of the chip, wherein each of the plurality of nets is included in a netlist, assigning at least one repeater to each of the plurality of nets in the netlist, wherein the repeaters are assigned prior to performing physical routing of the plurality of nets, inserting the at least one repeater in a corresponding net, wherein the insertion of the at least one repeater divides the corresponding net into at least two subnets, and performing the physical routing of the plurality of nets by connecting each of the subnets.
    • 一种用于路由芯片的方法,包括形成多个网络,所述网络被配置为连接所述芯片的组件,其中所述多个网络中的每一个被包括在网表中,为所述网表中的所述多个网络中的每一个分配至少一个中继器, 其中所述中继器在执行所述多个网络的物理路由之前被分配,将所述至少一个中继器插入到相应的网络中,其中所述至少一个中继器的插入将相应的网络划分为至少两个子网,并且执行所述物理 通过连接每个子网来路由多个网络。
    • 7. 发明授权
    • Microprocessor control for a heat pump water heater
    • 热泵热水器的微处理器控制
    • US06212894B1
    • 2001-04-10
    • US08827301
    • 1997-03-28
    • Robert R. BrownChristopher C. MannR. Todd Zeplin
    • Robert R. BrownChristopher C. MannR. Todd Zeplin
    • F25B3000
    • F24D19/1054F25B49/02
    • A microprocessor based control system monitors and controls a heat pump water heater system and interfaces the water heating system with an external centralized control system. The microprocessor control system includes sensors, safety switches, device interface relays, user interface devices and precanned software to provide versatile monitoring and control over a heat pump type water heating system. The system generally involves a typical heat pump coupled with a domestic water heater, hot water retention tank or other body of water. The control system provides operational control over the heat pump to maintain the hot water stored in the domestic water heater in a predetermined setpoint and controls the use of electric resistance heating elements in the domestic water heater for added heating capacity for quick heat recovery type operation. The control system receives a centralized signal typically from a utility company to disable heat pump water heating operation during peak demand time periods. Control logic is provided to carry out effective liming parameter control, high evaporator temperature control, and defrost/anti-freeze protection control.
    • 基于微处理器的控制系统监控和控制热泵热水器系统,并将水加热系统与外部集中控制系统相连接。 微处理器控制系统包括传感器,安全开关,设备接口继电器,用户接口设备和预制软件,以便对热泵式水加热系统提供通用的监控和控制。 该系统通常涉及与家用热水器,热水保持箱或其他水体结合的典型热泵。 控制系统提供对热泵的操作控制,以将家用热水器中储存的热水保持在预定的设定点,并且控制在家用热水器中使用电阻加热元件以增加加热容量以进行快速热回收式操作。 控制系统通常从公用事业公司接收集中的信号,以在峰值需求时间段内禁用热泵水加热操作。 提供控制逻辑,进行有效的石灰参数控制,高蒸发器温度控制和除霜/防冻保护控制。
    • 9. 发明授权
    • Marksman's collapsible, portable, shooting bench and table assembly
    • Marksman的可折叠,便携式,射击台和桌面组装
    • US4565403A
    • 1986-01-21
    • US579309
    • 1984-02-13
    • Robert R. Brown
    • Robert R. Brown
    • A47B83/02A47B3/14
    • A47B83/02A47C11/00A47C4/20A47C7/62
    • A marksman's collapsible, portable, shooting bench and table assembly. The assembly comprises a bench open on its underside to provide a storage compartment and shiftable between an upright, use position and an inverted, storage position. A chest is contoured and dimensioned for nesting in the compartment. A foldable table top folds about the chest in the nesting position of the latter. A collapsible leg assembly is dimensioned for storage in the compartment. Fastening means releasably fasten the table top in its opened out use position to the leg assembly in its extended use position. Attaching means releasably attach the bench in an upright, use position to selected ones of the legs of the leg assembly in their extended use position.
    • 射手的可折叠,便携式,射击台和桌面组装。 组件包括在其下侧上敞开的工作台,以提供储存室并且可在直立的使用位置和倒置的存放位置之间移动。 胸部的轮廓和尺寸用于嵌套在隔间中。 可折叠的桌面在后者的嵌套位置围绕胸部折叠。 可折叠腿组件的尺寸设计用于存储在隔间中。 紧固装置将桌面的打开的使用位置可释放地紧固到腿部组件的延伸使用位置。 附接装置将台架可释放地附接到直立的使用位置,以使腿组件的腿部中的一些腿处于其延伸的使用位置。
    • 10. 发明授权
    • Modular latch and guide rail arrangement for use in fiber optic cable management systems
    • 用于光缆管理系统的模块式锁闩和导轨装置
    • US06647197B1
    • 2003-11-11
    • US09586346
    • 2000-06-02
    • Samuel M. MarrsRobert R. BrownJohn J. Bulanda
    • Samuel M. MarrsRobert R. BrownJohn J. Bulanda
    • G02B600
    • G02B6/4455
    • The present invention is directed to a latch and guide rail arrangement that facilitates the insertion and removal of a module into and from a cable management system. This arrangement includes a latch arm assembly provided on a module and a guide rail assembly provided within an enclosure. As the module is inserted into the enclosure, the latch arms of the latch arm assembly mate with the guides of the guide rail assembly to lockingly engage the module with the enclosure. To remove the module from the enclosure, the latch arms are acted upon to release the arms from their mating relationship with the guides. With the present invention, modules can be replaced with great ease. Further, because the latch assembly is provided within the module itself, the latch assembly does not take up valuable space in the horizontal and vertical directions within the enclosure. As a result, the space within the enclosure can be fully utilized to accommodate the greatest number of connectors.
    • 本发明涉及一种有利于将模块插入和移出电缆管理系统的闩锁和导轨装置。 这种布置包括设置在模块上的闩锁臂组件和设置在外壳内的导轨组件。 当模块插入到外壳中时,闩锁臂组件的锁定臂与导轨组件的引导件配合,以将模块与外壳锁定地接合。 为了将模块从外壳中取出,闩锁臂被作用,以将臂从引导件的配合关系释放。 利用本发明,可以非常容易地替换模块。 此外,由于闩锁组件设置在模块本身内,闩锁组件在外壳内不会沿水平和垂直方向占据有价值的空间。 结果,可以充分利用外壳内的空间来容纳最多数量的连接器。