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    • 2. 发明授权
    • Method and system for network synchronization
    • 网络同步的方法和系统
    • US07961760B2
    • 2011-06-14
    • US12335541
    • 2008-12-16
    • Hsueh-Han LuHung-Ren Lai
    • Hsueh-Han LuHung-Ren Lai
    • H04J3/06
    • H04W56/00
    • A method and a system for network synchronization are provided. In this method, when a node attempts to join a network, a parent node is searched from all other nodes already joined the network per specific time interval. If the parent node can be found, sync-information sent by the parent node is received by the node so as to synchronize with the parent node and enter a working mode. When a sleeping instruction sent by the parent node is received, or a timer determines that a network ending time is reached according to the sync-information, the node switches to a sleeping mode. However, when the timer determines that a network wakeup time is reached according to the sync-information, the node attempts to join the network again. All nodes in the network can work and sleep simultaneously so as to extend the lifetime of the battery.
    • 提供了一种用于网络同步的方法和系统。 在该方法中,当节点尝试加入网络时,从特定时间间隔已经加入网络的所有其他节点搜索父节点。 如果可以找到父节点,则节点接收到父节点发送的同步信息,以便与父节点同步并进入工作模式。 当接收到由父节点发送的睡眠指令,或者定时器根据同步信息确定达到网络结束时间时,节点切换到睡眠模式。 然而,当定时器根据同步信息确定达到网络唤醒时间时,节点再次尝试加入网络。 网络中的所有节点都可以同时工作和睡眠,以延长电池的使用寿命。
    • 3. 发明申请
    • Spilling Method in Register Files for Microprocessor
    • 微处理器寄存器文件中的溢出方法
    • US20110004741A1
    • 2011-01-06
    • US12829711
    • 2010-07-02
    • Chia Han LuChung Ju WuJenq Kuen Lee
    • Chia Han LuChung Ju WuJenq Kuen Lee
    • G06F15/76G06F9/02
    • G06F9/3012G06F9/3891
    • A spilling method in register files for a processor is proposed. The processor is of Parallel Architecture Core (PAC) structure, and accordingly includes a first cluster, a second cluster and a memory. Each of the first and second clusters includes a first function unit (e.g., M-Unit), a second function unit (e.g., I-Unit), a first local register file, a second local register file and a global register file. The first and second local register files are used by the first and second function units, respectively. For a specified live range, the method includes the steps of calculating communication costs of the first local register file, the second local register file and the global register file in each of the first and second clusters, and communication cost of the memory for storing the live range when spilling occurs; calculating use ratios of the first local register file, the second local register file and the global register file in each of the first and second clusters, and use ratio of the memory for the live range; and selecting one of the first local register file, the second local register file and the global register file in each of the first and second clusters and the memory for storing the live range based on the communication costs and the use ratios.
    • 提出了处理器寄存器文件的溢出方法。 处理器是并行架构核心(PAC)结构,因此包括第一集群,第二集群和存储器。 第一和第二群集中的每一个包括第一功能单元(例如,M单元),第二功能单元(例如,I单元),第一本地寄存器文件,第二本地寄存器文件和全局寄存器文件。 第一和第二本地寄存器文件分别由第一和第二功能单元使用。 对于指定的实时范围,该方法包括以下步骤:计算第一和第二群集中的每一个中的第一本地寄存器文件,第二本地寄存器堆和全局寄存器堆的通信成本,以及存储器的通信费用 溢油发生时的生活范围; 计算第一和第二群集中的每一个中的第一本地寄存器文件,第二本地寄存器堆和全局寄存器堆的使用比,以及存储区的使用比率; 并且基于通信成本和使用比率选择第一和第二集群中的每一个中的第一本地注册文件,第二本地注册文件和全局注册文件中的一个以及用于存储活动范围的存储器。
    • 6. 发明申请
    • HAND TOOL
    • 手工具
    • US20090178516A1
    • 2009-07-16
    • US12240407
    • 2008-09-29
    • YU-HAN LU
    • YU-HAN LU
    • B25B17/00B25B13/48B25B23/00
    • B25B17/00
    • A hand tool comprises a support, a handle, at least two spindles, a driver, at least two followers and at least two spanners. The handle is rotatably mounted on a middle portion of the support. The at least two spindles are respectively fixed to two opposite ends of the support by ends thereof. The driver is mounted on an end of the handle. The at least two followers are respectively rotatably attached on another end of each spindle and drivably connected with driver. The at least two spanners are attached on a surface of each follower which is away from the corresponding spindle.
    • 手工工具包括支撑件,手柄,至少两个主轴,驱动器,至少两个跟随件和至少两个扳手。 手柄可旋转地安装在支撑件的中间部分上。 所述至少两个主轴分别通过其端部固定到所述支撑件的两个相对端。 驱动器安装在手柄的一端。 所述至少两个从动件分别可旋转地附接在每个主轴的另一端并且可驱动地与驱动器连接。 至少两个扳手安装在远离相应主轴的每个从动件的表面上。
    • 8. 发明授权
    • Laser tilt apparatus and the method thereof
    • 激光倾斜装置及其方法
    • US07228635B2
    • 2007-06-12
    • US11165375
    • 2005-06-23
    • Zhang-Yong JianYue-Ye ChenYong-Ce QiYi-Qi LiHua-Tang LiuHan Lu
    • Zhang-Yong JianYue-Ye ChenYong-Ce QiYi-Qi LiHua-Tang LiuHan Lu
    • G01C5/02
    • G01C15/004Y10S33/21
    • The present invention discloses a laser tilt apparatus and the method thereof. The present invention comprises an input device, a tilt sensor, a motor, a microcontroller unit, and at least a laser module. The input device is used to input a tilt value. The tilt sensor supplies a tilt signal to represent the levelness of the laser tilt apparatus. The motor, electrically connected to the tilt sensor, adjusts the levelness of the laser tilt apparatus. The microcontroller unit samples the tilt signal to judge the levelness of the laser tilt apparatus. When leveling, the microcontroller unit drives the motor to adjust the tilt apparatus until the tilt signal matches the tilt value. After adjusting, the power supplied to the tilt sensor and the motor is suspended. The laser module is used to transmit laser light.
    • 本发明公开了一种激光倾斜装置及其方法。 本发明包括输入装置,倾斜传感器,马达,微控制器单元和至少一个激光模块。 输入设备用于输入倾斜值。 倾斜传感器提供倾斜信号以表示激光倾斜装置的水平度。 电连接到倾斜传感器的电动机调节激光倾斜装置的水平度。 微控制器单元对倾斜信号进行采样以判断激光倾斜装置的水平度。 当调平时,微控制器单元驱动电机调整倾斜装置,直到倾斜信号与倾斜值相匹配。 调整后,提供给倾斜传感器和电机的电源暂停。 激光模块用于传输激光。