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    • 42. 发明申请
    • LINC power transmitter
    • LINC电源变送器
    • US20070149151A1
    • 2007-06-28
    • US11707049
    • 2007-02-16
    • Bumman KimYoungoo YangYoung WooJae YiSeung Kim
    • Bumman KimYoungoo YangYoung WooJae YiSeung Kim
    • H04B1/04H01Q11/12
    • H03F3/24H03F1/0205H03F1/0294H03F2200/15H03F2200/18H03F2200/336H03F2200/451H04B1/0483
    • A linear amplification with nonlinear components (LINC) power transmitter is provided. The LINC power transmitter includes a digital signal processing unit which controls the LINC power transmitter; a frequency modulation unit which modulates or converts a digital signal output from the digital signal processing unit into a radio-frequency (RF) signal; a signal amplification unit which amplifies the RF signal output from the frequency modulation unit using a gain amplifier and a power amplification module; and a direct current/direct current (DC/DC) conversion unit which controls bias of the power amplification module. Here, the DC/DC conversion unit controls a base bias and/or a collect bias of the power amplification module, and the power amplification module operates in saturation.
    • 提供了具有非线性元件(LINC)功率发射器的线性放大器。 LINC功率发射器包括一个控制LINC功率发射器的数字信号处理单元; 频率调制单元,其将从数字信号处理单元输出的数字信号调制或转换为射频(RF)信号; 信号放大单元,其使用增益放大器和功率放大模块来放大从所述频率调制单元输出的RF信号; 以及控制功率放大模块的偏置的直流/直流(DC / DC)转换单元。 这里,DC / DC转换单元控制功率放大模块的基极偏置和/或集电偏压,功率放大模块工作在饱和状态。
    • 44. 发明申请
    • Clock transmission apparatus for network synchronization between systems
    • 用于系统间网络同步的时钟传输装置
    • US20070053474A1
    • 2007-03-08
    • US10556554
    • 2004-05-13
    • Seung Kim
    • Seung Kim
    • H04L7/00
    • H04J3/0638H04J3/0685H04L7/044H04L7/08H04L69/28
    • The present invention discloses a clock transmission apparatus for network synchronization between systems wherein a main unit generates a even-second (PP2S) pulse and transmits it to a remote unit and the remote unit uses the received PP2S to generate a system clock and a 10 MHz clock, whereby network synchronization is accomplished between two systems (the main unit and the remote unit). The main unit generates a reference clock, multiplexes the reference clock in a predetermined period to generate an even-second network synchronization clock, and then sends the even-second network synchronization clock to the remote unit using an UTP. Further, the remote unit generates a reference clock and a system clock based on the even-second network synchronization clock received through the UTP. Network synchronization can be maintained between two systems using a cheap UTP (Unshielded Twisted Pair) without using a GPS system (an apparatus for maintaining network synchronization of a high accuracy between the two systems) and an expensive transmission line (an optical cable or a coaxial cable).
    • 本发明公开了一种用于系统之间的网络同步的时钟发送装置,其中主单元产生偶数秒(PP2S)脉冲并将其发送到远程单元,并且远程单元使用接收的PP2S来产生系统时钟和10MHz 时钟,从而在两个系统(主单元和远程单元)之间完成网络同步。 主单元生成参考时钟,在预定时间段内复用参考时钟,生成偶数秒网络同步时钟,然后使用UTP将偶数秒网络同步时钟发送给远程单元。 此外,远程单元基于通过UTP接收的偶数秒网络同步时钟产生参考时钟和系统时钟。 在不使用GPS系统(用于维持两个系统之间的高精度的网络同步的装置)和昂贵的传输线(光缆或同轴线)之间,可以使用廉价UTP(非屏蔽双绞线)在两个系统之间维持网络同步 电缆)。
    • 45. 发明申请
    • Method for detecting 3D measurement data using allowable error zone
    • 使用允许误差区域检测3D测量数据的方法
    • US20060273268A1
    • 2006-12-07
    • US11284182
    • 2005-11-21
    • Seock BaeDong LeeSeung KimSung Cho
    • Seock BaeDong LeeSeung KimSung Cho
    • G01N21/86G01V8/00
    • G01N21/9515G01B21/045G01N2021/9516
    • A method of detecting 3D measurement data using an allowable error zone is provided. The method detects 3D measurement data that corresponds to a preset measurement allowable error zone for each basic diagram when detecting 3D measurement data. For that purpose, a control unit generates auxiliary geometry data from a design data storage unit on the basis of analysis information of the design data; sets an allowable error zone for measurement in the auxiliary geometry data on the basis of allowable error information inputted from a user interface; controls a coordinate system of measurement data to coincide with a coordinate system of design data of the object; extracts candidate point groups included in the allowable error zone for measurement of the auxiliary geometry data from the measurement data; and fits the candidate point groups extracted from the candidate point groups included in the allowable error zone for measurement to output the fitted candidate point groups to the user interface.
    • 提供了使用允许误差区域检测3D测量数据的方法。 当检测3D测量数据时,该方法检测与每个基本图的预设测量允许误差区相对应的3D测量数据。 为此,控制单元基于设计数据的分析信息从设计数据存储单元生成辅助几何数据; 基于从用户界面输入的允许误差信息,在辅助几何数据中设定测量允许误差区域; 控制测量数据的坐标系与物体的设计数据的坐标系一致; 从所述测量数据中提取包括在所述容许误差区域中的用于测量所述辅助几何数据的候选点组; 并且适合从包括在用于测量的允许误差区域中的候选点组提取的候选点组,以将拟合的候选点组输出到用户界面。
    • 46. 发明申请
    • Window having a ventilation equipment
    • US20060270334A1
    • 2006-11-30
    • US11448147
    • 2006-06-06
    • Seung KimSung Cho
    • Seung KimSung Cho
    • F24F7/013
    • F24F13/18E06B7/10E06B2007/023E06B2007/026F24F12/006Y02B30/563
    • The present invention relates to a window having ventilation equipment. The window having ventilation equipment according to the present invention includes a window frame formed with a mounting hole penetrating from outdoor side to indoor side, a casing which can be fastened to or unfastened from the mounting hole of the window frame, an outdoor air suction opening formed at a position of the outdoor side surface of the casing, an outdoor air exhaust opening formed at a position of the indoor side surface of the casing, an outdoor air flow passage formed within the casing for interconnecting the outdoor air suction opening with the outdoor air exhaust opening to each other, a first fan provided in the outdoor air flow passage for inhaling outdoor air forcibly from the outdoor air suction opening and blowing it to the outdoor air exhaust opening, an indoor air suction opening formed at another position of the indoor side surface of the casing, an indoor air exhaust opening formed at another position of the outdoor side surface of the casing, an indoor air flow passage formed with a wall partitioned against the outdoor flow passage for interconnecting the indoor air suction opening with the indoor air exhaust opening to each other, and a second fan provided in the indoor air flow passage for inhaling indoor air forcibly from the indoor air suction opening and blowing it to the indoor air exhaust opening.
    • 48. 发明申请
    • Method for preventing overheating of microwave oven
    • 防止微波炉过热的方法
    • US20060141116A1
    • 2006-06-29
    • US11362349
    • 2006-02-27
    • Seung Kim
    • Seung Kim
    • A23C3/00
    • H05B6/666H05B2206/043
    • A method for preventing overheating of a microwave oven including a controller for controlling an output level of a magnetron, comprising: receiving information of cooking conditions and a cooking start command input by a user, the cooking conditions comprising a) receiving information of cooking conditions and a cooking start command input by a user, the cooking conditions comprising an output level of the magnetron for subsequent cooking; b) detecting a pausing period of time from a time of finishing preceding cooking to a time of starting the subsequent cooking if it is determined that the output level of the magnetron is greater than a preset output level thereof; and c) operating the microwave oven at the preset output level after changing the output level to the preset output level according to the detected pausing period. With this method, components of the microwave oven are effectively prevented from being overheated while maintaining cooking efficiency even when a short period of time is required for cooking.
    • 一种用于防止包括用于控制磁控管的输出电平的控制器的微波炉过热的方法,包括:接收用户输入的烹饪条件和烹饪开始命令的信息,所述烹饪条件包括:a)接收烹饪条件的信息和 由用户输入的烹饪开始命令,烹调条件包括用于后续烹饪的磁控管的输出电平; b)如果确定磁控管的输出电平大于其预设输出电平,则检测从完成烹饪之后的时间到开始后续烹饪的时间的暂停时间段; 以及c)根据检测到的暂停时间将输出电平改变为预设输出电平,将微波炉操作在预设输出电平。 利用这种方法,即使在烹饪时间短的时间内也能有效地防止微波炉的部件过热,同时保持烹饪效率。
    • 49. 发明申请
    • Apparatus for motion estimation of video data
    • 视频数据运动估计装置
    • US20060120455A1
    • 2006-06-08
    • US11290651
    • 2005-11-30
    • Seong ParkSeung KimMi LeeHan ChoHee Jung
    • Seong ParkSeung KimMi LeeHan ChoHee Jung
    • H04N11/02H04N7/12H04N11/04H04B1/66
    • H04N19/567H04N19/147H04N19/176H04N19/19H04N19/43H04N19/51H04N19/61
    • Provided is an apparatus for motion estimation of video data. The apparatus includes a sum of absolute difference (SAD) calculating unit which receives video data and calculates an SAD for each frame of the video data, a motion vector calculating unit which divides each frame of the video data into macroblocks or sub-macroblocks having a predetermined size and calculates a motion vector estimation value using motion vectors or prediction vectors of macroblocks or sub-macroblocks adjacent to each macroblock or sub-macroblock, and a motion updating unit which performs motion estimation on the video data using an SAD calculated by the SAD calculating unit for the macroblocks or the sub-macroblocks adjacent to each macroblock or sub-macroblock having the predetermined size and the motion vector estimation value of the motion vector calculating unit.
    • 提供了一种用于视频数据的运动估计的装置。 该装置包括:接收视频数据并计算视频数据的每帧的SAD的绝对差(SAD)计算单元的和;运动矢量计算单元,其将视频数据的每一帧划分成具有视频数据的宏块或子宏块 使用与每个宏块或子宏块相邻的宏块或子宏块的运动向量或预测向量来计算运动矢量估计值,以及运动更新单元,其使用由SAD计算的SAD对视频数据执行运动估计 与具有预定尺寸的每个宏块或子宏块相邻的宏块或子宏块的计算单元和运动矢量计算单元的运动矢量估计值。