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    • 21. 发明公开
    • 플라즈마 젯 분사 노즐 제조 방법
    • 等离子喷射喷嘴制造方法
    • KR1020170135616A
    • 2017-12-08
    • KR1020160074034
    • 2016-06-14
    • (주)아메드
    • 박태규한동철
    • H05H1/34H05H1/48
    • 다수의미세크기의구멍을갖는마이크로젯 분사노즐을간단하고재현성있게제조할수 있는플라즈마젯 분사노즐제조방법이개시된다. 본발명의일 양상에따른플라즈마젯 분사노즐제조방법은플라즈마젯 표면처리장치의플라즈마젯 분사노즐을제조하는방법으로서, 절연기판위에전극기판을접합하는단계, 전극기판을연마하여두께를조절하고평탄화하는단계, 전극기판위에일정한간격으로보호막을패터닝하는단계및 패터닝된보호막을이용하여접합된절연기판과전극기판에전극형성구멍을선택적으로형성하는단계를포함한다.
    • 公开了一种用于制造等离子体射流喷射喷嘴的方法,其能够简单且可重复地制造具有多个微孔的微射流喷嘴。 根据本发明的一个方面的等离子流喷涂喷嘴制造方法,提供一种方法,用于产生等离子体束表面处理装置的等离子体射流喷嘴,以调整相位,通过抛光在电极基板为绝缘性基板上的电极基板接合的厚度,和平坦化 在电极基板上以规则间隔图案化保护膜,并且在使用图案化的保护膜接合的绝缘基板和电极基板上选择性地形成电极形成孔。
    • 25. 发明公开
    • 시트 플라즈마 성막장치
    • 薄片等离子体成膜装置
    • KR1020080056767A
    • 2008-06-23
    • KR1020087011193
    • 2006-11-29
    • 신메이와 인더스트리즈,리미티드
    • 마루나카,마사오츠치야,타카유키테라쿠라,아츠히로타케우치,키요시
    • C23C14/34H01L21/285H05H1/48
    • H01J37/3266C23C14/046C23C14/35H01J37/32009H01L21/2855H01L21/76877
    • A sheet plasma film-forming apparatus (100) comprises a plasma gun (40) for emitting a source plasma (22) in a transportation direction, a sheet plasma shape-changing chamber (20) having a transportation space (21) extending in the transportation direction, a first pair of magnetic field generating means (24A, 24B) so arranged that their similar poles are opposed to each other and the transportation space (21) is interposed between them, a film-forming chamber(30) having a film-forming space (31) communicating with the transportation space (21), and a second pair of magnetic field generating means (32, 33) so arranged that their dissimilar poles are opposed to each other and the film-forming space is interposed between them. While the source plasma (22) is transported within the transportation space (21), it is expanded into a sheet form along a major surface (S) including the center by the magnetic filed generated by the first pair of magnetic filed generating means (24A, 24B). While the sheet plasma (27) is moving within the film-forming space (31), it is biased from the major surface (S) into a convex form by the magnetic filed generated by the second pair of magnetic filed generating means (32, 33).
    • 片状等离子体成膜装置(100)包括用于沿输送方向发射源等离子体(22)的等离子体枪(40),具有沿着输送方向延伸的输送空间(21)的片状等离子体形状变化室 传送方向的第一对磁场产生装置(24A,24B),使得它们的相似磁极彼此相对并且在它们之间插入传送空间(21),成膜室(30)具有膜 形成空间(31),以及第二对磁场产生装置(32,33),使得它们的异极相互相对并且成膜空间介于它们之间 。 当等离子体(22)在输送空间(21)内运送时,沿包括中心的主表面(S)由第一对磁场产生装置(24A)产生的磁场扩展为片状 ,24B)。 当片状等离子体(27)在成膜空间(31)内移动时,由第二对磁场产生装置(32,32)产生的磁场将其从主表面(S)偏置成凸形, 33)。
    • 26. 发明公开
    • 원격 플라즈마 발생기
    • 远程等离子发电机
    • KR1020040032666A
    • 2004-04-17
    • KR1020020061884
    • 2002-10-10
    • 최대규
    • 최대규
    • H05H1/48
    • H01J37/321H01J37/32357
    • PURPOSE: A remote plasma generator is provided to enhance the energy transfer efficiency and increase the density of plasma by installing a ring-shaped core in the inside of the plasma generator. CONSTITUTION: A remote plasma generator includes a main body(21), a core body(25), a ring-shaped core(28), a connection tube(24), and an inductor coil(29). The main body(21) includes a gas inlet connected to a gas source and a gas outlet connected to a process chamber. The core body(25) is installed in the inside of the main body(21). The core body has a shape of cylinder. The ring-shaped core(28) is installed in the core body. The connection tube(24) is used for connecting the outside of the main body to the inside of the core body. The inductor coil(29) is wound around the ring-shaped core. The inductor coil is connected to an AC power supply of the outside of the main body.
    • 目的:提供远程等离子体发生器,以通过在等离子体发生器的内部安装环形芯来提高能量传递效率并增加等离子体的密度。 构成:远程等离子体发生器包括主体(21),芯体(25),环形芯(28),连接管(24)和电感线圈(29)。 主体(21)包括连接到气体源的气体入口和连接到处理室的气体出口。 芯体(25)安装在主体(21)的内部。 芯体具有圆柱体形状。 环形芯(28)安装在芯体中。 连接管(24)用于将主体的外部连接到芯体的内部。 电感线圈(29)缠绕在环形芯上。 电感线圈连接到主体外部的交流电源。
    • 27. 发明公开
    • 대기압에서 저온 플라즈마를 발생시키는 장치
    • 用于在大气压力下产生低温等离子体的装置
    • KR1020020066467A
    • 2002-08-19
    • KR1020010006653
    • 2001-02-12
    • (주)에스이피
    • 남기석이상로이구현나종주김종국
    • H05H1/48
    • H01J37/32036H01J37/32009H01J37/32018
    • PURPOSE: An apparatus for generating a Low Temperature Plasma at atmospheric pressure is provided to obtain plasma with low temperature and high density by suppressing a transition effect from plasma to arch between two electrodes. CONSTITUTION: An apparatus for generating a Low Temperature Plasma at atmospheric pressure includes a power supply(6), a pair of electrodes(1,2) facing each other, a discharging gap(7) and a conductive electrode(5) having protrusions in the dielectric discharging gap(7). One of the electrodes(1,2) is connected to the power supply(6) and the other electrode is connected to a ground. The discharging gap(7) is formed on one of a dielectric materials(3,4) installed with facing each other and having a thickness of 25um - 10mm at a surface which is facing to the electrodes(1,2). An alternative or a direct electric field of 1-10 KV/cm with a frequency bandwidth 50 Hz-10 Hz is applied to the electrodes(1,2,5) through the power supply(6) and a reactive gas is supplied thereto through the electrodes(1,2,5).
    • 目的:提供一种用于在大气压下产生低温等离子体的装置,通过抑制从两个电极之间的等离子体到拱顶的过渡效应,获得具有低温和高密度的等离子体。 构成:用于在大气压下产生低温等离子体的装置包括电源(6),彼此面对的一对电极(1,2),放电间隙(7)和具有突起的导电电极(5) 电介质放电间隙(7)。 电极(1,2)中的一个连接到电源(6),另一个电极连接到地面。 放电间隙(7)形成在彼此相对安装并且面对电极(1,2)的表面具有25um-10mm厚度的电介质材料(3,4)之一上。 通过电源(6)将具有频率带宽为50Hz-10Hz的1-10KV / cm的替代或直接电场施加到电极(1,2,5),并且通过 电极(1,2,5)。