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    • 3. 发明授权
    • Electronic device and decoding method of audio data thereof
    • 电子设备及其音频数据的解码方法
    • US08737627B2
    • 2014-05-27
    • US13163722
    • 2011-06-19
    • Chun-Te Wu
    • Chun-Te Wu
    • H04R5/00
    • G10L19/018G10L19/008G10L21/0208H04R5/04H04S1/007
    • A decoding method of audio data is applied to an electronic device. The method includes: calculating difference values of the left and right channel audio signal values; determining time slots, wherein each of the first difference values exceeds a threshold value and a time length of the time slots exceeds a preset time; respectively multiplying the time slots with the left channel audio signal values and the right channel audio signal values to obtains and then making subtraction to obtain DM1˜n; finding a U shaped pattern or an inverse U shaped pattern which meets proportionality from the waveform of DM1˜n; and decoding the written symbol “0” or “1” according to the found U shaped pattern or inverse U shaped pattern.
    • 将音频数据的解码方法应用于电子设备。 该方法包括:计算左右声道音频信号值的差分值; 确定时隙,其中所述第一差值中的每一个超过阈值,并且所述时隙的时间长度超过预设时间; 分别将时隙与左声道音频信号值和右声道音频信号值相乘,以获得并进行减法以获得DM1〜n; 找到满足从DM1〜n的波形的比例的U形图案或逆U形图案; 并根据发现的U形图案或反U形图案对写入的符号“0”或“1”进行解码。
    • 5. 发明申请
    • IMAGE PROCESSING METHOD AND APPARATUS USING THE SAME
    • 图像处理方法和使用它的装置
    • US20130129195A1
    • 2013-05-23
    • US13560313
    • 2012-07-27
    • Chia-Hang HoChun-Te WuFeng-Hsiang Lo
    • Chia-Hang HoChun-Te WuFeng-Hsiang Lo
    • G06K9/36
    • G06K9/4671G06T7/11G06T7/194G06T2207/10028
    • A image processing method for obtaining a saliency map of a input image, includes the steps of: determining a depth map and an initial saliency map; selecting a (j,i)th depth on the depth map as a target depth, wherein i and j are natural numbers respectively smaller than or equal to integers m and n; selecting 2R+1 selected depths with a one-dimensional window, centered with the target depth, wherein R is a natural number greater than 1; for each of the 2R+1 selected depths, determining whether it is greater than the target depth; if so, having a corresponding (j,i)th saliency value adjusted with a difference; and adjusting parameters i and j to have each and every saliency values of the initial saliency map adjusted and accordingly obtain the saliency map.
    • 一种用于获得输入图像的显着图的图像处理方法,包括以下步骤:确定深度图和初始显着图; 选择深度图上的(j,i)深度作为目标深度,其中i和j分别小于或等于整数m和n; 用目标深度中心的一维窗口选择2R + 1个选定深度,其中R是大于1的自然数; 对于每个2R + 1选择的深度,确定它是否大于目标深度; 如果是,则具有用差值调整的相应的(j,i)显着值; 并调整参数i和j以调整初始显着图的每个显着值,从而获得显着图。
    • 6. 发明申请
    • CONTROL SYSTEM FOR MULTIPLE LIGHT SOURCES
    • 多光源控制系统
    • US20110148320A1
    • 2011-06-23
    • US12697350
    • 2010-02-01
    • Chun-Te WU
    • Chun-Te WU
    • H05B37/02
    • H05B33/0857H05B33/0818H05B33/0827Y02B20/346
    • An exemplary control system for multiple light sources includes a clock circuit, a frequency dividing circuit, a recombining circuit, a power control circuit, and a triggering circuit. The clock circuit is configured to output a plurality of clock signals. The frequency dividing circuit is configured to divide the frequency of the clock signals to get a number of reference clock signals. The recombining circuit is configured to recombine the reference clock signals to get a plurality of timing signals. The power control circuit is configured to output electrical power to the multiple light sources according to the timing signals. The triggering circuit is configured to power on the light sources according to a received command.
    • 用于多个光源的示例性控制系统包括时钟电路,分频电路,重组电路,功率控制电路和触发电路。 时钟电路被配置为输出多个时钟信号。 分频电路被配置为分频时钟信号的频率以获得多个参考时钟信号。 复合电路被配置为重新组合参考时钟信号以获得多个定时信号。 功率控制电路被配置为根据定时信号向多个光源输出电力。 触发电路被配置为根据接收的命令对光源通电。
    • 7. 发明申请
    • AUDIO DATA PROCESSING DEVICE AND METHOD
    • 音频数据处理装置和方法
    • US20110145309A1
    • 2011-06-16
    • US12844844
    • 2010-07-28
    • CHUN-TE WU
    • CHUN-TE WU
    • G06F17/17
    • G11B20/10527G11B2020/10564G11B2220/2545
    • An audio data processing device and method includes selecting one multiple-S-curves, and running an interpolation arithmetic upon original points according to the selected multiple-S-curve. Selecting one multiple-S-curve includes selecting one of a plurality of S-curves corresponding to a current utilization ratio of a processor, obtaining audio data having a fixed length including sampling frequencies and the original points of the obtained audio data, and selecting the one multiple-S-curves corresponding to the selected S-curve and the obtained sampling frequencies.
    • 一种音频数据处理装置和方法,包括选择一个多个S曲线,并根据所选择的多重S曲线对原始点进行插值运算。 选择一个多S曲线包括选择与处理器的当前利用率相对应的多个S曲线中的一个,获得包括采样频率的固定长度的音频数据和所获得的音频数据的原始点,并且选择 对应于所选择的S曲线和获得的采样频率的一个多S曲线。
    • 9. 发明申请
    • INRUSH CURRENT LIMITING CIRCUIT AND ELECTRONIC DEVICE USING THE SAME
    • INRUSH电流限制电路和使用该电路的电子器件
    • US20100253413A1
    • 2010-10-07
    • US12483231
    • 2009-06-11
    • CHUN-TE WU
    • CHUN-TE WU
    • H03K17/28
    • H02H9/001H02J7/345
    • An inrush limiting circuit is connected between an external power source and a plurality of capacitors, and includes a delay trigger signal generator, a plurality of reversing circuits and a plurality of transmission gates. The delay trigger signal generator is connected to the external power source, to receive external power signals and generate a plurality of delay trigger signals. The reversing circuits are connected to the delay trigger signal generator, to reverse the delay trigger signals and output a plurality of the reversed delay trigger signals. The transmission gates are correspondingly connected to the delay trigger signal generator, the reversing circuits and the capacitors, to turn on respectively at different times based on the delay trigger signals and the reversed delay trigger signals, to cause the external power source to charge the capacitors at the different times so as to avoid an inrush current.
    • 突波限制电路连接在外部电源和多个电容器之间,并且包括延迟触发信号发生器,多个反向电路和多个传输门。 延迟触发信号发生器连接到外部电源,以接收外部电源信号并产生多个延迟触发信号。 反转电路连接到延迟触发信号发生器,以反转延迟触发信号并输出​​多个反向延迟触发信号。 传输门对应地连接到延迟触发信号发生器,反向电路和电容器,以分别基于延迟触发信号和反向延迟触发信号在不同时间导通,以使外部电源对电容器充电 在不同的时间,以避免浪涌电流。
    • 10. 发明授权
    • Terminal and related computer-implemented method for detecting malicious data for computer network
    • 终端和相关计算机实现的方法,用于检测计算机网络的恶意数据
    • US07761915B2
    • 2010-07-20
    • US11306445
    • 2005-12-28
    • Chun-Te WuTe-Wei HoShir-Hung Wang
    • Chun-Te WuTe-Wei HoShir-Hung Wang
    • G06F11/00G06F12/16
    • H04L63/145
    • A computer-implemented packet detection method includes a source at a first address transmitting packets to a terminal at a second address without transmitting the packets to any intermediate address during the transmission, the terminal receiving the packets, the terminal reassembling the received packets; the terminal performing a process referring to the reassembled packets, and the terminal transmitting packets to a destination at a third address which is different from the first address without transmitting the adjusted packets to any intermediate address during the transmission. Without extra operations and packet traffic, the computer-implemented packet detection method can be applied to virus detection, malicious content detection, or some statistics.
    • 计算机实现的分组检测方法包括在第一地址处的源,在第二地址向终端发送分组,而不在发送期间将分组发送到任何中间地址,终端接收分组,终端重新组合接收的分组; 终端执行参考重新组装的分组的处理,并且终端在与第一地址不同的第三地址向目的地发送分组,而不在发送期间将调整的分组发送到任何中间地址。 没有额外的操作和分组流量,计算机实现的分组检测方法可以应用于病毒检测,恶意内容检测或一些统计。