公开(公告)号：US20120161629A1

公开(公告)日：2012-06-28

申请号：US12987500

申请日：2011-01-10

Applicant: Jeongwon KIM ,  Jonggil Jun ,  Seok Heo ,  Yongkwang Kim ,  Gyusuk Hwang ,  Jungsu Park ,  Changsin Park ,  Hyeonsoo Jung ,  Jingon Chang ,  Hoon Kim ,  Youngchul Chae ,  Ilgyu Kang ,  Kyunghoon Park ,  Sungkyeom Kim

Inventor： Jeongwon KIM ,  Jonggil Jun ,  Seok Heo ,  Yongkwang Kim ,  Gyusuk Hwang ,  Jungsu Park ,  Changsin Park ,  Hyeonsoo Jung ,  Jingon Chang ,  Hoon Kim ,  Youngchul Chae ,  Ilgyu Kang ,  Kyunghoon Park ,  Sungkyeom Kim

IPC: H01J7/46

CPC classification number: H05B41/2806 ,  H01J65/044 ,  Y02B20/22

Abstract: A plasma lighting system is disclosed. Interference with an electronic device using the same band as that of the plasma lighting system can be avoided by changing the shape of vanes constituting a magnetron, and a filament current of the magnetron at an initial starting stage and that in a normal state are adjusted to be different, thus avoiding interference with a wireless LAN and attenuating noise, and a resonator has a mash form to increase efficiency. Because a rectangular waveguide is bent substantially at a right angle, and the magnetron and the resonator are disposed at one side on the basis of a waveguide space of the waveguide, thus reducing the size and an installation space of the plasma lighting system.

Abstract translation: 公开了一种等离子体照明系统。 可以通过改变构成磁控管的叶片的形状和在初始起始阶段的磁控管的细丝电流以及在正常状态下调整到正常状态的方式来避免使用与等离子体照明系统相同的带的电子设备的干扰 不同，因此避免了对无线局域网的干扰和衰减噪声，并且谐振器具有压缩形式以提高效率。 由于矩形波导基本上以直角弯曲，并且磁控管和谐振器基于波导的波导空间设置在一侧，因此减小了等离子体照明系统的尺寸和安装空间。

公开(公告)号：US08378582B2

公开(公告)日：2013-02-19

申请号：US12987500

申请日：2011-01-10

Applicant: Jeongwon Kim ,  Jonggil Jun ,  Seok Heo ,  Yongkwang Kim ,  Gyusuk Hwang ,  Jungsu Park ,  Changsin Park ,  Hyeonsoo Jung ,  Jingon Chang ,  Hoon Kim ,  Youngchul Chae ,  Ilgyu Kang ,  Kyunghoon Park ,  Sungkyeom Kim

Inventor： Jeongwon Kim ,  Jonggil Jun ,  Seok Heo ,  Yongkwang Kim ,  Gyusuk Hwang ,  Jungsu Park ,  Changsin Park ,  Hyeonsoo Jung ,  Jingon Chang ,  Hoon Kim ,  Youngchul Chae ,  Ilgyu Kang ,  Kyunghoon Park ,  Sungkyeom Kim

IPC: H05B41/16

CPC classification number: H05B41/2806 ,  H01J65/044 ,  Y02B20/22

Abstract: A plasma lighting system is disclosed. Interference with an electronic device using the same band as that of the plasma lighting system can be avoided by changing the shape of vanes constituting a magnetron, and a filament current of the magnetron at an initial starting stage and that in a normal state are adjusted to be different, thus avoiding interference with a wireless LAN and attenuating noise, and a resonator has a mash form to increase efficiency. Because a rectangular waveguide is bent substantially at a right angle, and the magnetron and the resonator are disposed at one side on the basis of a waveguide space of the waveguide, thus reducing the size and an installation space of the plasma lighting system.

Abstract translation: 公开了一种等离子体照明系统。 可以通过改变构成磁控管的叶片的形状和在初始起始阶段的磁控管的细丝电流以及在正常状态下调整到正常状态的方式来避免使用与等离子体照明系统相同的带的电子设备的干扰 不同，因此避免了对无线局域网的干扰和衰减噪声，并且谐振器具有压缩形式以提高效率。 由于矩形波导基本上以直角弯曲，并且磁控管和谐振器基于波导的波导空间设置在一侧，因此减小了等离子体照明系统的尺寸和安装空间。