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    • 1. 发明授权
    • Self cleaning activated carbon filter system for dry cleaning machine
    • 干洗机自清洁活性炭过滤系统
    • US5520028A
    • 1996-05-28
    • US340639
    • 1994-11-16
    • Eric KimJong H. Kim
    • Eric KimJong H. Kim
    • D06F43/08D06F39/10
    • D06F43/085
    • An activated carbon filter system for a clothes cleaning apparatus of the type using cleaning fluid for cleaning dirty clothes. The system comprises a receptacle unit. A structure is for fluidly connecting the receptacle unit to the clothes cleaning apparatus, so as to allow the cleaning fluid to travel therethrough. A prefilter is within the receptacle unit for separating large contaminant dirt particles from the cleaning fluid during a first state washing cycle. A filter assembly is within the receptacle unit for separating small contaminant dirt particles from the cleaning fluid after the cleaning fluid passes through the prefilter during a second state washing cycle. When placed into a drain cycle, the large contaminant dirt particles on the prefilter and the dirty cleaning fluid can be flushed out from the receptacle unit into a drain tank, allowing the filter assembly to be removed from the receptacle unit, placed into the drain tank to be cleaned out by boiling and then replaced back into the receptacle unit to be used again.
    • 一种用于清洁脏衣服的清洁液的衣物清洁装置的活性炭过滤系统。 该系统包括一个插座单元。 一种结构用于将容器单元流体连接到衣物清洁装置,以便允许清洁流体穿过其中。 在第一状态洗涤循环期间,预过滤器在容器单元内用于从大量的污染物颗粒与清洁液分离。 过滤器组件位于容器单元内,用于在第二状态洗涤循环之后,在清洁流体通过预过滤器之后,将清洁液中的小污染物颗粒与清洁液分离。 当放置在排水循环中时,预过滤器上的大污染物污垢颗粒和脏污清洁液体可以从容器单元冲洗到排水槽中,从而将过滤器组件从容器单元中取出,放入排水槽 通过煮沸清洗出来,然后更换回到容器单元中再次使用。
    • 2. 发明授权
    • Still/slow circuit for a VCR with two heads
    • 具有两个磁头的VCR的静止/慢速电路
    • US5031051A
    • 1991-07-09
    • US544536
    • 1990-06-28
    • Jong H. Kim
    • Jong H. Kim
    • F02G1/053F16J9/06G11B5/027G11B5/55G11B15/18H04N5/783
    • G11B15/1875F05C2225/04Y10S277/902
    • A still/slow circuit for use in a two-head type VCR includes a digital counter for counting slow indication signals, a pulse oscillator for outputting slow drive control signals in response to outputs of the digital counter, an envelope detector for integrating playback video signals to detect envelopes therefrom, a differentiator for differentiating head-switching signals to output only positive pulse signals, a sample/hold unit for sampling and holding the output signals of the envelope detector by being triggered with the positive pulse signals of the differentiator, an OR-gate unit which allows still indication signal and slow indicating signal to pass therethrough, a comparing unit for comparing as to whether or not the output signal level of the envelope detector is same as the output signal level of the sample/hold unit and outputting an oscillation drive voltage when they do not coincide with each other, a pulse oscillator for outputting still drive control signals, and a differentiator for differentiating the frame advance indication signals to apply those signals together with the output signals of the sample/hold unit to the comparing unit, whereby the still/slow circuit carries out the still playback, slow playback, and frame advance operations.
    • 3. 发明申请
    • WIRELESS COMMUNICATION SYSTEM AND COMMUNICATION METHOD WITH WIRELESS HEADSET
    • 无线通信系统和通信方法与无线耳机
    • US20100048134A1
    • 2010-02-25
    • US12543316
    • 2009-08-18
    • Randall T. McCarthyJong H. Kim
    • Randall T. McCarthyJong H. Kim
    • H04B7/00H04B1/38
    • H04R1/1041H04R1/1025H04R5/033H04R2420/07
    • An exemplary embodiment of a wireless headset system is described, and includes a headset equipped with a speaker system and microphone, and wireless communication capability using a wireless module such as a Bluetooth™ module. A wireless adapter or dongle is configured for pairing with the wireless headset, to provide a wireless audio communication link between the headset and the dongle. The dongle is configured to provide an analog audio signal to a utilization device, such as an analog signal multiplexer, such as an intercom unit. In an exemplary embodiment of a communication system and method, a plurality of the paired headsets and dongles are employed, with the multiplexer providing a composite analog signal of audio traffic from a plurality of the headsets to be transmitted from the plurality of dongles. In an exemplary embodiment, full duplex operation between the plurality of headsets may be provided.
    • 描述了无线耳机系统的示例性实施例,并且包括配备有扬声器系统和麦克风的耳机以及使用诸如蓝牙TM模块的无线模块的无线通信能力。 无线适配器或加密狗配置为与无线耳机配对,以在耳机和加密狗之间提供无线音频通信链路。 加密狗被配置为向诸如对讲单元的模拟信号复用器等利用装置提供模拟音频信号。 在通信系统和方法的示例性实施例中,采用多个成对耳机和加密狗,多路复用器提供来自多个耳机的音频业务的复合模拟信号,以从多个加密狗传输。 在示例性实施例中,可以提供多个耳机之间的全双工操作。
    • 6. 发明授权
    • System for indicating a precise tracking in a video cassette recorder
    • 用于指示录像机中的精确跟踪的系统
    • US4752843A
    • 1988-06-21
    • US921059
    • 1986-10-21
    • Jong H. Kim
    • Jong H. Kim
    • G11B5/588G11B20/00G11B27/36
    • G11B5/588
    • A tracking indication system of a VCR to make a recognition to a user whether or not a precise tracking of a video head is achieved. The invention includes a peak value detecting and holding circuit for detecting and holding in a predetermined time a peak value of the reproduction output signals, a level shift circuit for lowering an output of said peak value detecting and holding circuit to a predetermined level, a LPF for filtering the reproduction output signal, a differential amplifier whose a non-inverting terminal is connected to an output of said level shift circuit and an inverting terminal is connected to an output of said LPF to amplify a difference voltage between output signals of said level shift circuit and said LPF, and a LED which is activated or deactivated by a transistor being closed or open in response to an output signal of said differential amplifier.
    • VCR的跟踪指示系统,用于对用户进行识别,是否实现对视频头的精确跟踪。 本发明包括一个峰值检测和保持电路,用于在预定时间内检测和保持再现输出信号的峰值,用于将所述峰值检测和保持电路的输出降低到预定电平的电平移位电路,LPF 用于对再现输出信号进行滤波的差分放大器,其非反相端连接到所述电平移位电路的输出,反相端连接到所述LPF的输出,以放大所述电平移位的输出信号之间的差电压 电路和所述LPF,以及由晶体管响应于所述差分放大器的输出信号闭合或断开而被激活或去激活的LED。
    • 8. 发明授权
    • Seamless tubular fabric bulk container
    • 无缝管状织物散装容器
    • US06467955B1
    • 2002-10-22
    • US09862584
    • 2001-05-22
    • Jong H. Kim
    • Jong H. Kim
    • B65D3310
    • B65D88/1612B65D88/1668B65D90/00B65D2313/02
    • This invention relates to improvements in bulk containers, and more particularly to seamless tubular fabric bulk containers for facilitating the transport of milk powder for human consumption, or any other flowable powders or grains, including animal feed or grain, from a commercial manufacturer or grain silo to the farm and for facilitating the feeding of farm animals. The improved bulk container comprising a top, a bottom, and a plurality of sides comprising, a seamless vertical member, said vertical member being elongated, said vertical member having a first and a second end, said first end of the vertical member being affixed to the top of the bulk container and the second end of the vertical member being affixed to the bottom of the bulk container. The bulk container has four lifting straps; said lifting straps being opposedly affixed to the first end of the vertical member, and having a means for reinforcing said bulk container when said bulk container is filled, said reinforcing means comprising a vertical reinforcing member and a reinforcing member, said vertical reinforcing member comprising a beginning and an end, said vertical reinforcing member being wovenly engaged vertically to the vertical member, said reinforcing member comprising a beginning and an end, said reinforcing member being affixed circumferentially to the first end of said vertical member, said reinforcing member affixedly engaging the vertical reinforcing member and the lifting straps.
    • 本发明涉及散装容器的改进,更具体地说,涉及用于促进用于人类消费的奶粉的运输的无缝管状织物散装容器,或者来自商业制造商或粮仓的任何其它可流动的粉末或颗粒,包括动物饲料或谷物 到农场和促进农场的饲养。 改进的散装容器包括顶部,底部和多个侧面,包括无缝垂直构件,所述垂直构件是细长的,所述竖直构件具有第一和第二端,所述垂直构件的所述第一端被固定到 散装容器的顶部和垂直构件的第二端固定到散装容器的底部。 散装容器有四个吊带; 所述提升带相对地固定到垂直构件的第一端,并且当所述散装容器被填充时具有用于加强所述散装容器的装置,所述加强装置包括垂直加强构件和加强构件,所述垂直加强构件包括 所述纵向加强件垂直于所述垂直件竖直地接合,所述加强件包括一个起始端和一个端部,所述加强件沿周向固定到所述垂直件的第一端,所述加强件固定地接合垂直件 加强构件和提升带。
    • 10. 发明授权
    • Interference grasping test mode circuit for a semiconductor memory device
    • 半导体存储器件的干涉测试模式电路
    • US5418790A
    • 1995-05-23
    • US995974
    • 1992-12-23
    • Jong H. Kim
    • Jong H. Kim
    • G01R31/28G11C29/26G11C29/34G11C29/36G11C29/48H01L21/66G11C29/00
    • G11C29/36G11C29/26G11C29/48
    • A test mode circuit for a memory device for, in a test mode, transforming information to be stored in the memory device and information being read from the memory device and selecting simultaneously information stored in cell arrays in the memory device, so as to grasp interferences between adjacent cells and between adjacent data bus lines. The circuit comprises a cell array section having a plurality of cell arrays for storing input data therein, a first switching section for selecting one of test and normal modes and selecting one of the plurality of cell arrays in the normal mode, a first logic section for transferring desired information simultaneously to the cell array section in response to a clock signal in the test mode, a second logic section responsive to the clock signal for outputting directly output data signals from the plurality of cell arrays or inverting the data signals and outputting the inverted data signals, a third logic section for, in the test mode, inputting output signals from the second logic section and discriminating whether the data signals from the plurality of cell arrays are the same, and a second switching section for selecting, as its output signal, an output, signal from the third logic section in the test mode and the data signal from the selected one of cell arrays in the normal mode.
    • 一种用于存储器件的测试模式电路,用于在测试模式中将要存储在存储器件中的信息和从存储器件读取的信息进行变换,并同时选择存储在存储器件中的单元阵列中的信息,从而掌握干扰 在相邻小区之间和相邻数据总线之间。 该电路包括具有用于存储输入数据的多个单元阵列的单元阵列部分,用于选择测试和正常模式中的一个并在正常模式中选择多个单元阵列中的一个的第一切换部分,第一逻辑部分 响应于测试模式中的时钟信号,将期望的信息同时传送到单元阵列部分;响应于时钟信号的第二逻辑部分,用于从多个单元阵列直接输出输出数据信号或反相数据信号并输出​​反相 数据信号,第三逻辑部分,用于在测试模式中输入来自第二逻辑部分的输出信号,并且辨别来自多个单元阵列的数据信号是否相同;以及第二切换部分,用于选择其输出信号 ,来自测试模式中第三逻辑部分的输出信号和来自正常模式下的所选单元阵列的数据信号。