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    • 7. 发明授权
    • Cooling unit using ionic wind and LED lighting unit including the cooling unit
    • 冷却单元采用离子风和LED照明单元,包括冷却单元
    • US08610160B2
    • 2013-12-17
    • US13224485
    • 2011-09-02
    • You-seop Lee
    • You-seop Lee
    • H01L21/00
    • F21V3/00F21K9/232F21V29/63F21V29/773F21V29/80F21V29/81F21Y2103/33F21Y2115/10
    • A cooling unit includes a heat radiant having a heat radiating plate contacting a heating element, and a plurality of heat radiation pins protruding from the heat radiating plate and separated from each other with predetermined intervals therebetween, and formed of an electrical insulating material; and an ionic wind generating unit comprising a corona emitter electrode contacting at least one of the heat radiation pins, a collector electrode facing the corona emitter electrode, and a power unit to connect the corona emitter electrode to the collector electrode and to apply a high voltage to the corona emitter electrode. Thus, the corona emitter electrode and the collector electrode of the ionic wind generating unit may be directly attached to the heat radiant, and a small and light cooling unit may be formed.
    • 冷却单元包括具有与加热元件接触的散热板的散热片和从散热板突出并以预定间隔隔开的多个散热针,并由电绝缘材料形成; 以及离子风发生单元,其包括与至少一个所述散热针接触的电晕放电电极,面对所述电晕发射极的集电极和将所述电晕发射极连接到所述集电极的功率单元, 到电晕发射极。 因此,离子风发生单元的电晕发射电极和集电极可以直接附着在散热体上,可以形成小而轻的冷却单元。
    • 8. 发明申请
    • COOLING UNIT USING IONIC WIND AND LED LIGHTING UNIT INCLUDING THE COOLING UNIT
    • 冷却单元使用离子风和LED照明单元,包括冷却单元
    • US20120175663A1
    • 2012-07-12
    • US13224485
    • 2011-09-02
    • You-seop Lee
    • You-seop Lee
    • H01L33/64F24H3/02
    • F21V3/00F21K9/232F21V29/63F21V29/773F21V29/80F21V29/81F21Y2103/33F21Y2115/10
    • A cooling unit includes a heat radiant having a heat radiating plate contacting a heating element, and a plurality of heat radiation pins protruding from the heat radiating plate and separated from each other with predetermined intervals therebetween, and formed of an electrical insulating material; and an ionic wind generating unit comprising a corona emitter electrode contacting at least one of the heat radiation pins, a collector electrode facing the corona emitter electrode, and a power unit to connect the corona emitter electrode to the collector electrode and to apply a high voltage to the corona emitter electrode. Thus, the corona emitter electrode and the collector electrode of the ionic wind generating unit may be directly attached to the heat radiant, and a small and light cooling unit may be formed.
    • 冷却单元包括具有与加热元件接触的散热板的散热片和从散热板突出并以预定间隔隔开的多个散热针,并由电绝缘材料形成; 以及离子风发生单元,其包括与至少一个所述散热针接触的电晕放电电极,面对所述电晕发射极的集电极和将所述电晕发射极连接到所述集电极的功率单元, 到电晕发射极。 因此,离子风发生单元的电晕发射电极和集电极可以直接附着在散热体上,可以形成小而轻的冷却单元。
    • 10. 发明申请
    • Print head and fabrication method thereof
    • 打印头及其制造方法
    • US20070296768A1
    • 2007-12-27
    • US11646260
    • 2006-12-28
    • Jae-sik MinYou-seop Lee
    • Jae-sik MinYou-seop Lee
    • B41J2/05
    • B41J2/14129B41J2202/03B41J2202/11
    • A printer head is provided that enhances energy efficiency of a heater layer and substantially prevents heat from being excessively transmitted to ink in an ink chamber, thereby improving ink-ejecting performance and/or printing performance. A method of fabricating such a printer head is also provided. The print head includes a substrate having an ink chamber and a nozzle disposed in the top thereof, an insulating layer layered on the substrate, and a heater layer layered on the insulating layer. A heat transmitting part transmits heat to the ink chamber. The insulating layer is formed so that a portion thereof that faces the heat transmitting part of the heater layer has a thickness larger than that of the rest of the insulating layer.
    • 提供了一种提高加热器层的能量效率并且基本上防止热量过度地传递到墨水室中的墨水的打印头,从而提高了喷墨性能和/或打印性能。 还提供了一种制造这种打印头的方法。 打印头包括具有设置在其顶部的墨水室和喷嘴的基板,层叠在基板上的绝缘层和层叠在绝缘层上的加热器层。 传热部分将热传递到墨室。 绝缘层形成为使得其面对加热器层的热传递部分的部分的厚度大于绝缘层的其余部分的厚度。