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    • 4. 发明申请
    • AN ION BLOWER FORWARDING IONIZED AIR STRAIGHTFORWARD
    • 一个离子喷雾器去往离子空气直流
    • WO2007119956A1
    • 2007-10-25
    • PCT/KR2007/001741
    • 2007-04-11
    • SUNJE HITEK CO., LTD.LEE, Dong-HoonJUNG, Yong-ChulKIM, Hyun-SooHWANGBO, Kyung-SooKIM, Jae-YeolKIM, Mu-HoLEE, Won-Dae
    • LEE, Dong-HoonJUNG, Yong-ChulKIM, Hyun-SooHWANGBO, Kyung-SooKIM, Jae-YeolKIM, Mu-HoLEE, Won-Dae
    • H01T19/00
    • H01T23/00
    • A preferred embodiment of an ion blower forwarding ionized air straightforward based on the corona discharge according to this invention comprises, numbers of electrodes to generate positive ions and negative ions by using high voltage; a discharging electrode socket in which said electrode is formed; a high voltage unit that supplies high voltage to said electrodes; a high voltage controller that controls the high voltage that said high voltage unit supplies to the electrodes; an ion blower outer compartment that is used as a passageway through which the + and - ions generated from said electrodes are moved to the charged body by air, and has each element of the ion blower; an ion balance sensor installed around the high voltage cable between said high voltage unit and said electrode, and senses the voltage inducted from each high voltage cable; a sensed voltage amplifier that amplifies the voltage sensed by said ion balance sensor; a CPU that controls the balance of ion generation by controlling the voltage supplied to the electrode by the difference between said amplifier voltage and the standard voltage; a rotating blade that sends the ionized air generated at said electrodes from said ion blower outer compartment to the charged body; and a stationary blade installed at the back of said rotating blade and makes the air flow generated by the rotating blade travel straight by compensating lean of the air in the ion blower outer compartment. In this invention, since the ionized air generated in the forwarding air type ion blower travels straight in the ion blower outer compartment, ions do not crowd to one side, so the operating distance is extended in the end. And since controlling the spraying angle of the ions generated by the ion blower is possible in this invention, necessary spraying angle can be acquired per each charged body, so electricity can be eliminated efficiently. Moreover, since the filter unit installed at the inlet of the ion blower outer compartment eliminates minute dust in the ion blower outer compartment and the air duct, minute particles of dust rarely stick to the charged body.
    • 基于根据本发明的电晕放电直接转移电离空气的离子风机的优选实施例包括通过使用高电压产生正离子和负离子的电极数; 放电电极插座,其中形成所述电极; 向所述电极提供高电压的高电压单元; 高电压控制器,其控制所述高电压单元向电极供应的高电压; 离子鼓风机外隔室,其被用作通过空气将所述电极产生的+和 - 离子移动到带电体的通道,并且具有离子鼓风机的每个元件; 离子平衡传感器,安装在所述高压单元和所述电极之间的高压电缆周围,并感测从每个高压电缆引入的电压; 感测电压放大器,其放大由所述离子平衡传感器感测的电压; CPU,其通过控制由所述放大器电压和标准电压之间的差异来控制提供给电极的电压来控制离子产生的平衡; 旋转叶片,其将在所述电极处产生的电离空气从所述离子鼓风机外隔室发送到所述带电体; 以及安装在所述旋转叶片背面的固定叶片,并且通过补偿离子鼓风机外隔室中的空气的倾斜使由旋转叶片产生的气流直线行进。 在本发明中,由于在前进空气型离子鼓风机中产生的离子化空气在离子鼓风机外隔室内直线行进,所以离子不会挤到一侧,因此最终延伸操作距离。 并且,由于在本发明中控制由离子鼓风机产生的离子的喷射角度是可能的,因此每个带电体可以获得必要的喷射角度,因此能够有效地消除电力。 此外,由于安装在离子鼓风机外部隔室的入口处的过滤器单元消除了离子鼓风机外部隔室和空气管道中的微小灰尘,因此微小的灰尘很少粘附在带电体上。
    • 7. 发明申请
    • AN IONIZER USING SOFT X-RAY AND A METHOD FOR REMOVING ELECTRIC CHARGES OF A CHARGED BODY
    • 使用软X射线的离子机和一个去除充电体电荷的方法
    • WO2008048019A1
    • 2008-04-24
    • PCT/KR2007/004974
    • 2007-10-11
    • SUNJE HITEK CO., LTD.LEE, Dong-HoonKIM, Sang-HyoJUNG, Yong-ChulKIM, Jae-YeolSHIM, Seung-OokLEE, Won-DaeKIM, Mu-HoRYU, Jong-JinKIM, Hyun-Soo
    • LEE, Dong-HoonKIM, Sang-HyoJUNG, Yong-ChulKIM, Jae-YeolSHIM, Seung-OokLEE, Won-DaeKIM, Mu-HoRYU, Jong-JinKIM, Hyun-Soo
    • G21K1/14
    • H05F3/06
    • This invention relates to an ionizer using soft X-ray comprising a head unit that generates soft X-ray in order to remove electric charges of a charged body by +/- ions or electrons generated from the gas in the air ionized by the soft X-ray, and a control unit to control at least one of the head unit, wherein said head unit comprises, a protective case consisting of a D-shaped side unit, and a D-shaped cover unit combined to said side unit and forming a housing space; an X-ray tube housed within said protective case and having an output window that emits soft X-ray generated when the electrons collide with the target; a flange unit thermally and electrically connected to said output window and forming a front end of said X-ray tube, supporting said output window, and radiating the heat generated from said target to outside of the X-ray tube by contacting with the front portion of said side unit of the protective case; a high voltage generation unit housed in said protective case and supplying high voltage to said X-ray tube; and a flange coupler fixing said X-ray tube to said front portion of said side unit of the protective case.
    • 本发明涉及一种使用软X射线的电离器,其包括头单元,其产生软X射线,以便通过由软X离子化的空气中的气体产生的+/-离子或电子来去除带电体的电荷 射线和控制单元,用于控制头单元中的至少一个,其中所述头单元包括由D形侧单元组成的保护壳和与所述侧单元组合的D形盖单元,并形成 住房空间; 容纳在所述保护壳内并具有输出窗口的X射线管,所述输出窗口发射当所述电子与所述目标物碰撞时产生的软X射线; 法兰单元,其热电连接到所述输出窗口并形成所述X射线管的前端,支撑所述输出窗口,并且通过与所述X射线管的前部接触来将从所述靶产生的热辐射到所述X射线管外部 的保护壳的侧面单元; 容纳在所述保护壳体中并向所述X射线管提供高电压的高压发生单元; 以及将所述X射线管固定到所述保护壳体的所述侧部单元的前部的凸缘联接件。
    • 8. 发明授权
    • Couple accessory
    • 配套配件
    • KR101001719B1
    • 2010-12-15
    • KR20100057508
    • 2010-06-17
    • KIM JAE YEOL
    • KIM JAE YEOL
    • A44C9/00A44C25/00
    • A44C5/0007A44C9/0053A44C15/0015F21Y2101/00G08B2001/085H04B5/0031H04B5/0056H04B5/0062H04B5/02H05B33/00
    • PURPOSE: A couple accessory is provided, which emits light by reaction when accessories exist within a constant distance. CONSTITUTION: A couple accessory comprises: a pair of body portions(110) in which an accommodation space is equipped; a pair of memories(140) in which a first identification number and a second identification number are saved; a transmitting/receiving module(150) which wirelessly transmits and receives data including the identification number; a light emitting module(120) which emits light to the outside according to the applied signal; and a control module(130) sanctioning an operation signal to a light emitting module according to the comparison result.
    • 目的:提供一对配件,当配件在一定距离内存在时,通过反应发出光。 构成:一对配件包括:配备有容纳空间的一对主体部分(110); 一对存储器(140),其中保存有第一识别号码和第二识别号码; 发送/接收模块(150),其无线地发送和接收包括所述识别号码的数据; 根据所施加的信号向外部发光的发光模块(120); 以及根据比较结果对发光模块进行操作信号的控制模块(130)。