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    • 1. 发明授权
    • Electronic device and method for burning firmware to embedded device
    • 将固件刻录到嵌入式设备的电子设备和方法
    • US08607227B2
    • 2013-12-10
    • US13449296
    • 2012-04-17
    • Yu-Long LinHua DongJie-Jun TanJun Zhang
    • Yu-Long LinHua DongJie-Jun TanJun Zhang
    • G06F9/445
    • G06F9/4401
    • In a method of burning a firmware to an embedded device, a booting file is firstly created and saved in the firmware. The booting file includes a boot loader, a first kernel, a second kernel, a first initrd, a second initrd of a firmware, a rootfs, and an application program. The method burns the boot loader, the first kernel, the second kernel, the first initrd, and the second initrd in a flash memory of the embedded device. When the rootfs and the application program are recorded in a storage system of the embedded device, the method downloads the rootfs and the application program from a storage system of the embedded device, and burns the rootfs and the application program to a register of the flash memory.
    • 在将固件刻录到嵌入式设备的方法中,首先创建引导文件并将其保存在固件中。 引导文件包括引导加载程序,第一内核,第二内核,第一initrd,固件的第二initrd,rootfs和应用程序。 该方法在嵌入式设备的闪存中刻录引导加载程序,第一个内核,第二个内核,第一个initrd和第二个initrd。 当rootfs和应用程序被记录在嵌入式设备的存储系统中时,该方法从嵌入式设备的存储系统下载rootfs和应用程序,并将rootfs和应用程序烧录到闪存的​​寄存器 记忆。
    • 2. 发明授权
    • Memory testing system and method of computing device
    • 内存测试系统和计算设备的方法
    • US08539289B2
    • 2013-09-17
    • US13313006
    • 2011-12-07
    • Jie-Jun TanYu-Long LinHua Dong
    • Jie-Jun TanYu-Long LinHua Dong
    • G11C29/00
    • G11C29/50G11C29/021G11C29/028G11C2029/5004
    • In a memory testing method for testing a memory module of a computing device, an operating voltage of the memory module is adjusted to a first voltage or a second voltage. A predetermined data set is written into the memory module after the operating voltage of the memory module is adjusted, and the written data set is read out from the memory module, to accomplish a data writing and reading process of the memory module. A register value that presents how many memory errors have occurred during the data writing and reading process is acquired from an ECC register of the memory module, to determine whether the memory module is stable during the adjusting of the operating voltage according to the register value.
    • 在用于测试计算设备的存储器模块的存储器测试方法中,将存储器模块的工作电压调节到第一电压或第二电压。 在调整存储器模块的工作电压之后,将预定的数据组写入存储器模块,并从存储器模块读出写入的数据组,以完成存储器模块的数据写入和读取过程。 在存储器模块的ECC寄存器中,从存储器模块的ECC寄存器获取寄存器值,该寄存器值表示数据写入和读取过程中发生了多少存储器错误,以根据寄存器值来确定存储器模块在工作电压的调整期间是否稳定。
    • 6. 发明授权
    • System and method for verifying a layout of circuit traces on a motherboard
    • 用于验证主板上电路迹线布局的系统和方法
    • US07219318B2
    • 2007-05-15
    • US10977823
    • 2004-10-29
    • Hao WuJie PengYu-Long Lin
    • Hao WuJie PengYu-Long Lin
    • G06F17/50
    • G06F17/5081
    • A system for verifying a layout of circuit traces on a motherboard includes a computer (1) and a database (2). The database is used for storing data generated and used by the system. The computer includes: a substandard layout area creating module (101) for creating substandard layout areas; a substandard segment data obtaining module (102) for obtaining from the database actual layout data on substandard segments placed in the substandard areas; a substandard length calculating module (103) for calculating a total length of all the substandard segments of a trace; and a satisfactory trace determining module (104) for comparing the total length of the substandard segments of the trace with a preset standard length for the trace, and determining whether the trace is satisfactory. A related method is also disclosed.
    • 用于验证母板上的电路迹线的布局的系统包括计算机(1)和数据库(2)。 数据库用于存储系统生成和使用的数据。 计算机包括:用于创建不合标准布局区域的不合标准布局区域创建模块(101); 用于从数据库中获取放置在不合标准区域中的不合标准段的实际布局数据的不合标准段数据获取模块(102) 用于计算轨迹的所有不合格段的总长度的不合标准长度计算模块(103) 以及用于将迹线的不合标段的总长度与轨迹的预设标准长度进行比较并确定轨迹是否令人满意的令人满意的轨迹确定模块(104)。 还公开了相关方法。
    • 7. 发明申请
    • Method for configuration file management in a computing system
    • 计算系统中配置文件管理的方法
    • US20060080334A1
    • 2006-04-13
    • US11081956
    • 2005-03-16
    • Guang-Jian WangHong-Tao MaYu-Long LinDong-Feng WangJuan Wu
    • Guang-Jian WangHong-Tao MaYu-Long LinDong-Feng WangJuan Wu
    • G06F7/00
    • G06F8/71
    • A method for configuration file management in a computing system includes the steps of: acquiring a name and a type of hardware, and selecting a particular installation interface for the hardware according to the type of hardware; establishing configuration files, processing a plurality of parameter expressions in a configuration file, storing the processed parameter expressions as configuration information, and configuring program; accessing the configuration files, and comparing the configuration files to parameter of running hardware; determining whether the configuration files and parameter of running hardware match; executing the programs using the stored configuration information if the configuration files and parameter of running hardware match; determining whether the programs are operable; and appending the programs to the compact disc if the programs are operable.
    • 一种用于计算系统中配置文件管理的方法,包括以下步骤:获取硬件的名称和类型,并根据硬件的类型为硬件选择特定的安装界面; 建立配置文件,处理配置文件中的多个参数表达式,将处理的参数表达式存储为配置信息,以及配置程序; 访问配置文件,并将配置文件与运行硬件的参数进行比较; 确定运行硬件的配置文件和参数是否匹配; 如果运行硬件的配置文件和参数匹配,则使用存储的配置信息执行程序; 确定程序是否可操作; 并且如果程序可操作,则将程序附加到光盘。
    • 8. 发明申请
    • System and method for verifying a layout of circuit traces on a motherboard
    • 用于验证主板上电路迹线布局的系统和方法
    • US20050262455A1
    • 2005-11-24
    • US10977823
    • 2004-10-29
    • Hao WuJie PengYu-Long Lin
    • Hao WuJie PengYu-Long Lin
    • G06F17/50
    • G06F17/5081
    • A system for verifying a layout of circuit traces on a motherboard includes a computer (1) and a database (2). The database is used for storing data generated and used by the system. The computer includes: a substandard layout area creating module (101) for creating substandard layout areas; a substandard segment data obtaining module (102) for obtaining from the database actual layout data on substandard segments placed in the substandard areas; a substandard length calculating module (103) for calculating a total length of all the substandard segments of a trace; and a satisfactory trace determining module (104) for comparing the total length of the substandard segments of the trace with a preset standard length for the trace, and determining whether the trace is satisfactory. A related method is also disclosed.
    • 用于验证母板上的电路迹线的布局的系统包括计算机(1)和数据库(2)。 数据库用于存储系统生成和使用的数据。 计算机包括:用于创建不合标准布局区域的不合标准布局区域创建模块(101); 用于从数据库中获取放置在不合标准区域中的不合标准段的实际布局数据的不合标准段数据获取模块(102) 用于计算轨迹的所有不合格段的总长度的不合标准长度计算模块(103) 以及用于将迹线的不合标段的总长度与轨迹的预设标准长度进行比较并确定轨迹是否令人满意的令人满意的轨迹确定模块(104)。 还公开了相关方法。
    • 9. 发明授权
    • Push-pull apparatus adapted for assembling and disassembling a tubular
body that is to be fitted into a ring retainer on a wall member
    • 推拉装置,其适于组装和拆卸要装配到壁构件上的环保持器中的管状体
    • US5925312A
    • 1999-07-20
    • US98746
    • 1998-06-17
    • Yu-Long LinKuo-Tang Lin
    • Yu-Long LinKuo-Tang Lin
    • C21B7/16F27D1/16F27D3/15
    • C21B7/166F27D1/16F27D1/1694F27D3/1527Y10S266/01
    • A push-pull apparatus includes a machine base, and a coupling unit having a retractable main frame disposed on top of the machine base and longitudinally movable in forward and rearward directions relative to the machine base, and a coupler mounted on a front end of the main frame and adapted to be extended into a ring retainer on a wall member to engage a tubular body that is fitted into the ring retainer. An extension unit is mounted on the machine base and is connected to the coupling unit. The extension unit is operable so as to move the coupling unit relative to the machine base. An impact unit is provided on the coupling unit. A drive unit is mounted on the coupling unit and is operable so as to move the impact unit along the coupling unit in order to enable the impact unit to impact a selected one of the front and rear ends of the main frame and generate at the coupler one of a pushing force for assembling the tubular body and a pulling force for disassembling the tubular body.
    • 一种推拉装置,包括机座和联接单元,该联接单元具有设置在机器基座的顶部上且相对于机座可沿前后方向纵向运动的可缩回的主框架,以及安装在机架基座的前端 主框架并且适于延伸到壁构件上的环形保持器以接合装配到环保持器中的管状体。 扩展单元安装在机器基座上并连接到耦合单元。 扩展单元可操作以便使联接单元相对于机器基座移动。 冲击单元设置在联接单元上。 驱动单元安装在联接单元上并且可操作以便沿着联接单元移动冲击单元,以便使冲击单元能够冲击主框架的前端和后端中选定的一个,并在耦合器处产生 用于组装管状体的推动力和用于拆卸管状体的拉力之一。