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    • 1. 发明授权
    • System and method for modifying firmware of an optical storage medium device without requiring a compiling process
    • 用于修改光存储介质设备的固件而不需要编译过程的系统和方法
    • US07779400B2
    • 2010-08-17
    • US11164777
    • 2005-12-05
    • Willy ChuangJakie YehShangen WangJonathan Lin
    • Willy ChuangJakie YehShangen WangJonathan Lin
    • G06F9/44
    • G06F8/65
    • Firmware of an optical storage medium device includes an executable program code and at least one reference data set. A method for modifying the firmware without requiring a compiling process includes inputting an attribute data set for setting a user interface; modifying the firmware by modifying the reference data set according to the attribute data set, wherein the executable program code is not modified when the firmware is being modified; determining if the modified firmware is capable of performing a target operation before the modified firmware is written into the optical storage medium device, wherein the user interface can be displayed according to the attribute data set; displaying the user interface according to the attribute data set; and writing the modified firmware into the optical storage medium device after the modified firmware is capable of performing the target operation.
    • 光学存储介质设备的固件包括可执行程序代码和至少一个参考数据集。 一种用于在不需要编译过程的情况下修改固件的方法包括:输入用于设置用户界面的属性数据集; 通过根据属性数据集修改参考数据集来修改固件,其中当修改固件时,不修改可执行程序代码; 在修改的固件被写入光存储介质设备之前,确定修改的固件是否能够执行目标操作,其中可以根据属性数据集来显示用户界面; 根据属性数据集显示用户界面; 以及在修改的固件能够执行目标操作之后将修改的固件写入光存储介质设备。
    • 2. 发明申请
    • SYSTEM AND METHOD FOR MODIFYING FIRMWARE OF AN OPTICAL STORAGE MEDIUM DEVICE WITHOUT REQUIRING A COMPILING PROCESS
    • 不需要编译过程来修改光存储介质设备的固件的系统和方法
    • US20070055794A1
    • 2007-03-08
    • US11164777
    • 2005-12-05
    • Willy ChuangJakie YehShangen WangJonathan Lin
    • Willy ChuangJakie YehShangen WangJonathan Lin
    • G06F3/00
    • G06F8/65
    • Firmware of an optical storage medium device includes an executable program code and at least one reference data set. A method for modifying the firmware without requiring a compiling process includes inputting an attribute data set for setting a user interface; modifying the firmware by modifying the reference data set according to the attribute data set, wherein the executable program code is not modified when the firmware is being modified; determining if the modified firmware is capable of performing a target operation before the modified firmware is written into the optical storage medium device, wherein the user interface can be displayed according to the attribute data set; displaying the user interface according to the attribute data set; and writing the modified firmware into the optical storage medium device after the modified firmware is capable of performing the target operation.
    • 光学存储介质设备的固件包括可执行程序代码和至少一个参考数据集。 一种用于在不需要编译过程的情况下修改固件的方法包括:输入用于设置用户界面的属性数据集; 通过根据属性数据集修改参考数据集来修改固件,其中当修改固件时,不修改可执行程序代码; 在修改的固件被写入光存储介质设备之前,确定修改的固件是否能够执行目标操作,其中可以根据属性数据集来显示用户界面; 根据属性数据集显示用户界面; 以及在修改的固件能够执行目标操作之后将修改的固件写入光存储介质设备。
    • 6. 发明授权
    • Network interface with double date rate and delay locked loop
    • 具有双倍日期速率和延迟锁定环路的网络接口
    • US07308568B2
    • 2007-12-11
    • US11580956
    • 2006-10-16
    • Jonathan LinYong Jiang
    • Jonathan LinYong Jiang
    • G03F7/38
    • G06F13/385H03L7/0812H04J3/0697H04L49/351H04L49/352H04L49/354H04L49/40
    • A network device is provided which includes a device input, at least one port, a frequency doubler, a data I/O device, and a programmable delay locked loop. The frequency doubler is coupled to the input and configured to receive an input signal and output an output signal having double the frequency of the input signal. The data I/O device is configured to output data based upon a reference clock signal. The programmable delay locked loop is coupled to the device input and configured to receive an input signal and to automatically output an output signal being a predetermined amount out of phase from the input signal. An external clock signal received at the device input is input to the frequency doubler. The output of the frequency doubler is input to the data I/O device as a reference clock. Data (e.g., from internal device logic) is output from the data I/O device to the at least one port. The external clock signal is input to the programmable delay locked loop, which outputs an output clock signal having a frequency equal to the frequency of the external clock signal, in synchronization with the data being output.
    • 提供一种网络设备,其包括设备输入,至少一个端口,倍频器,数据I / O设备和可编程延迟锁定环路。 倍频器耦合到输入并被配置为接收输入信号并输出​​具有输入信号频率的两倍的输出信号。 数据I / O设备被配置为基于参考时钟信号输出数据。 可编程延迟锁定环路耦合到设备输入端并被配置为接收输入信号并自动输出来自输入信号的异相预定量的输出信号。 在器件输入端接收的外部时钟信号输入倍频器。 倍频器的输出作为参考时钟输入到数据I / O设备。 数据(例如,从内部设备逻辑)从数据I / O设备输出到至少一个端口。 外部时钟信号被输入到可编程延迟锁定环路,与输出的数据同步地输出具有等于外部时钟信号频率的频率的输出时钟信号。
    • 8. 发明授权
    • Network interface with double data rate and delay locked loop
    • 具有双数据速率和延迟锁定环路的网络接口
    • US06920552B2
    • 2005-07-19
    • US10083291
    • 2002-02-27
    • Jonathan LinYong Jiang
    • Jonathan LinYong Jiang
    • H03L7/081H04J3/06H04L12/56G03F7/38
    • G06F13/385H03L7/0812H04J3/0697H04L49/351H04L49/352H04L49/354H04L49/40
    • A network device is provided which includes a device input, at least one port, a frequency doubler, a data I/O device, and a programmable delay locked loop. The frequency doubler is coupled to the input and configured to receive an input signal and output an output signal having double the frequency of the input signal. The data I/O device is configured to output data based upon a reference clock signal. The programmable delay locked loop is coupled to the device input and configured to receive an input signal and to automatically output an output signal being a predetermined amount out of phase from the input signal. An external clock signal received at the device input is input to the frequency doubler. The output of the frequency doubler is input to the data I/O device as a reference clock. Data (e.g., from internal device logic) is output from the data I/O device to the at least one port. The external clock signal is input to the programmable delay locked loop, which outputs an output clock signal having a frequency equal to the frequency of the external clock signal, in synchronization with the data being output.
    • 提供一种网络设备,其包括设备输入,至少一个端口,倍频器,数据I / O设备和可编程延迟锁定环路。 倍频器耦合到输入并被配置为接收输入信号并输出​​具有输入信号频率的两倍的输出信号。 数据I / O设备被配置为基于参考时钟信号输出数据。 可编程延迟锁定环路耦合到设备输入端并被配置为接收输入信号并自动输出来自输入信号的异相预定量的输出信号。 在器件输入端接收的外部时钟信号输入倍频器。 倍频器的输出作为参考时钟输入到数据I / O设备。 数据(例如,从内部设备逻辑)从数据I / O设备输出到至少一个端口。 外部时钟信号被输入到可编程延迟锁定环路,与输出的数据同步地输出具有等于外部时钟信号频率的频率的输出时钟信号。
    • 10. 发明授权
    • Depletion mode pass gates with controlling decoder and negative power
supply for a programmable logic device
    • 消耗模式通过控制解码器和可编程逻辑器件的负电源通过门
    • US5801551A
    • 1998-09-01
    • US690768
    • 1996-08-01
    • Jonathan Lin
    • Jonathan Lin
    • H03K17/693H03K19/082H03K19/20
    • H03K17/693
    • Depletion mode pass gates utilized in a PLD to enable a gate voltage of Vcc to be applied for turn off, as opposed to a higher voltage required for enhancement type devices. With Vcc applied for turn off, gate oxide stress is reduced and chip reliability increased. A decoder utilizing PMOS transistors is further used to supply a negative gate voltage to enable turn off of the depletion mode pass gates. In one embodiment, to prevent pumping the power supply voltage above Vcc when supplying Vcc to gates of the pass gates, the decoder is an all PMOS device using PMOS transistors to connect Vcc to gates of the pass gates. In another embodiment both NMOS and PMOS transistors are utilized, with PMOS blocking transistors utilized to prevent a negative voltage from being applied to the NMOS transistors and causing current leakage. A negative voltage pump is further provided to supply a sufficient negative voltage.
    • 在PLD中使用的耗尽模式通过门使得能够施加Vcc的栅极电压以关闭,而不是增强型器件所需的较高电压。 随着Vcc被关闭,栅氧化物应力降低,芯片可靠性提高。 利用PMOS晶体管的解码器还用于提供负栅极电压以使能耗尽型栅极的关断。 在一个实施例中,为了在向通过栅极的栅极提供Vcc时防止将电源电压泵送到Vcc以上,解码器是使用PMOS晶体管将Vcc连接到通过门的栅极的全PMOS器件。 在另一个实施例中,利用NMOS和PMOS晶体管,其中PMOS阻塞晶体管用于防止负电压施加到NMOS晶体管并导致电流泄漏。 还提供负电压泵以提供足够的负电压。