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    • 3. 发明申请
    • APPARATUS FOR NORMAL PRESSURE PLASMA IGNITION AND METHOD FOR NORMAL PRESSURE PLASMA IGNITION USING SAME
    • 用于正常压力等离子体点火的装置和使用其的正常压力等离子体点火方法
    • US20110234102A1
    • 2011-09-29
    • US13131565
    • 2009-11-25
    • Ik Nyeon KimYoung Yeon Ji
    • Ik Nyeon KimYoung Yeon Ji
    • H05H1/46
    • H05H1/46H05H2001/4622H05H2240/10
    • Provided are an apparatus for normal pressure plasma ignition and a method for normal pressure plasma ignition using the same. The apparatus for normal pressure plasma ignition of the present invention comprises a wave guide tube wherein microwaves are applied, a dielectric tube that penetrates said wave guide tube and introduces a reactant gas, and an ignition apparatus for normal pressure plasma wherein microwaves are applied in said dielectric tube to turn said reactant gas into plasma, wherein said ignition apparatus penetrates said dielectric tube and includes an ignition rod that emits thermal electrons as said microwaves are applied in said dielectric tube. The apparatus for normal pressure plasma ignition according to the present invention enables ignition to be accomplished without power, so that the problems with the prior art that requires high voltage (excessive power, stability issues) may be avoided at the same time. In addition, the normal pressure plasma ignition apparatus according to the present invention enables movement of the ignition rod inside and outside its dielectric tube so that physical damage to the ignition apparatus due to plasma heat may be prevented, and also affords the effect that the scope of metallic materials used in the ignition apparatus is significantly wider than that of the prior art.
    • 提供了一种用于常压等离子体点火的装置和使用其的用于常压等离子体点火的方法。 本发明的正常等离子体点火装置包括:其中施加有微波的波导管,穿过所述波导管并引入反应气体的电介质管,以及用于常压等离子体的点火装置,其中在所述波导管中施加微波 电介质管将所述反应气体转换成等离子体,其中所述点火装置穿透所述电介质管,并且包括当所述微波施加在所述电介质管中时发射热电子的点火棒。 根据本发明的用于常压等离子体点火的装置能够在没有电力的情况下实现点火,从而可以同时避免需要高电压(过功率,稳定性问题)的现有技术的问题。 此外,根据本发明的常压等离子体点火装置能够使点火杆在电介质管的内部和外部移动,从而可以防止由于等离子体热而对点火装置的物理损坏,并且还具有以下效果: 在点火装置中使用的金属材料比现有技术明显更宽。
    • 5. 发明申请
    • Two-dimensional optical CDMA system, PN coded wavelength/time encoder and decoder therein, and method of encoding/decoding
    • 二维光CDMA系统,PN编码波长/时间编码器和解码器,以及编码/解码方法
    • US20060156158A1
    • 2006-07-13
    • US11172336
    • 2005-06-30
    • Young YeonBong KimSung ChoByoung KimSang Park
    • Young YeonBong KimSung ChoByoung KimSang Park
    • H03M13/00G08C25/00G06F11/00G06F11/30
    • H04J14/005
    • Disclosed herein are a CDMA optical system and encoder and decoder included therein. Time domain encoding means creates a time domain code having a sequence according to inputted data bits or a complementary code which is complementary to the time domain code. An optical modulation means selectively outputs lights, in which the lights are incident upon the optical modulation means from the outside, to two output leads, respectively, according to chip bits of the time domain code or the complementary code. A wavelength domain encoding means encodes the light outputted from a first output lead of the optical modulation means to a wavelength domain sequence (two dimensional code), transmits the wavelength code to the base station, encodes the light outputted from a second output lead to a complementary sequence of the wavelength domain sequence, and transmits the complementary code of the two dimensional code to the base station.
    • 本文公开了包括在其中的CDMA光学系统及其编码器和解码器。 时域编码装置创建具有根据输入数据位的序列的时域码或与时域码互补的补码。 光调制装置根据时域码或互补码的芯片位选择性地将来自外部的光入射到光调制装置的光分别输出到两个输出引线。 波长域编码装置将从光调制装置的第一输出引线输出的光编码为波长域序列(二维码),将波长码发送到基站,将从第二输出引线输出的光编码为 波长域序列的互补序列,并将二维码的补码发送到基站。
    • 7. 发明授权
    • Atmospheric plasma equipment and waveguide for the same
    • 大气等离子体设备和波导相同
    • US08653911B2
    • 2014-02-18
    • US13189430
    • 2011-07-22
    • Ik Nyeon KimYoung Yeon Ji
    • Ik Nyeon KimYoung Yeon Ji
    • H01P3/12
    • H01P3/123H05H1/46H05H2001/4622
    • Provided is an atmospheric plasma equipment and a waveguide for the same. The atmospheric plasma equipment according to this disclosure includes: an oscillator supplying an electromagnetic wave; and a waveguide into which the electromagnetic wave generated from the oscillator is input to be propagated therethrough, wherein the waveguide includes at least one or more steps, and plasma is generated at a waveguide region including a final short portion. The atmospheric plasma equipment may simultaneously attain an effect of causing concentration of an electromagnetic wave applied through the waveguide with one or more steps and an effect of stably maintaining generated plasma.
    • 提供了一种大气等离子体设备和用于其的波导管。 根据本公开的大气等离子体设备包括:提供电磁波的振荡器; 并且输入从振荡器产生的电磁波传播到其中的波导,其中波导包括至少一个或多个步骤,并且在包括最终短部分的波导区域处产生等离子体。 大气等离子体设备可以同时获得通过一个或多个步骤使通过波导管施加的电磁波的浓度以及稳定地维持所产生的等离子体的效果的效果。
    • 8. 发明申请
    • C ATMOSPHERIC PLASMA EQUIPMENT AND WAVEGUIDE FOR THE SAME
    • C大气等离子体设备和波导相同
    • US20130020939A1
    • 2013-01-24
    • US13189430
    • 2011-07-22
    • Ik Nyeon KIMYoung Yeon JI
    • Ik Nyeon KIMYoung Yeon JI
    • H05H1/18H01P3/123
    • H01P3/123H05H1/46H05H2001/4622
    • Provided is an atmospheric plasma equipment and a waveguide for the same. The atmospheric plasma equipment according to this disclosure includes: an oscillator supplying an electromagnetic wave; and a waveguide into which the electromagnetic wave generated from the oscillator is input to be propagated therethrough, wherein the waveguide includes at least one or more steps, and plasma is generated at a waveguide region including a final short portion. The atmospheric plasma equipment may simultaneously attain an effect of causing concentration of an electromagnetic wave applied through the waveguide with one or more steps and an effect of stably maintaining generated plasma.
    • 提供了一种大气等离子体设备和用于其的波导管。 根据本公开的大气等离子体设备包括:提供电磁波的振荡器; 并且输入从振荡器产生的电磁波传播到其中的波导,其中波导包括至少一个或多个步骤,并且在包括最终短部分的波导区域处产生等离子体。 大气等离子体设备可以同时获得通过一个或多个步骤使通过波导管施加的电磁波的浓度以及稳定地维持所产生的等离子体的效果的效果。