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    • 13. 发明授权
    • 평판소자의 전극
    • PDP电极
    • KR100273848B1
    • 2000-12-15
    • KR1019960042802
    • 1996-09-30
    • 오리온전기 주식회사
    • 김태윤
    • H01J15/00
    • PURPOSE: An electrode of a flat display device is provided to prevent deterioration of conductive properties and to supply a flat display with excellent properties like as PDP by reducing frequency of heat treatment of a transparent electrode without peel-out of transparent electrode and hazardous material. CONSTITUTION: A front electrode(E1) is composed of laminating a small area metal electrode(M) and a large area transparent electrode(T) by turns on a front substrate. There is not a deterioration of conductive property or a penetration of organic compound because the transparent electrode(T) is basically suffered with one time heat treatment in the front electrode(E1). An upper width of the metal electrode(M) which is formed at advance on a substrate(P1) is composed to be more narrow than a lower width. A stair gap is reduced and then gap formation is prevented at the contact part when printing the transparent electrode(T) on the top of the metal electrode(M), and then a problem like as a peel-out of the transparent electrode(T) or a capture of the organic compound is solved and there is no deterioration of conductive property or occurrence of a foreign substance.
    • 目的:提供平面显示装置的电极,以防止导电性能的劣化,并且通过降低透明电极的热处理频率而不透明电极和危险材料的剥离来提供具有优异性能的平面显示器,如PDP。 构成:前电极(E1)由在前基板上轮流层叠小面积金属电极(M)和大面积透明电极(T)构成。 由于透明电极(T)在前电极(E1)中基本上遭受一次热处理,所以不会导致导电性劣化或有机化合物的渗透。 在基板(P1)上预先形成的金属电极(M)的上部宽度比下部宽度窄。 在将金属电极(M)的顶部印刷透明电极(T)时,在接触部分防止间隙形成,然后出现像透明电极(T )或有机化合物的捕获,并且不会导致导电性劣化或异物的发生。
    • 14. 发明公开
    • 플라즈마 표시장치의 방전전극
    • 放电电极用于等离子显示器件
    • KR1020000033728A
    • 2000-06-15
    • KR1019980050717
    • 1998-11-25
    • 엘지전자 주식회사
    • 신교진김상태
    • H01J15/00
    • PURPOSE: A discharge electrode for plasma display device is provided for preventing electrodes of adjacent cells from discharging each other by making a wall charge developed by a discharge initiate voltage remaining in the cell. CONSTITUTION: A plasma display device includes a compartment(3), a fore board (1), a backboard (2), and a first and a second electrode group. The fore board (1) and the backboard(2) are combined with a predetermined distance by the compartment(3). The first electrode group is formed on one of the boards(1,2). In the first electrode group, a plurality of electrode are paired. The second electrode group is formed on the other board and forms a plurality of discharge cells. The first electrode group include a metal electrode line. On the metal electrode line, a conducting opposed electrode is developed at a predetermined depth.
    • 目的:提供一种用于等离子体显示装置的放电电极,用于通过使剩余在电池中的放电起始电压产生的壁电荷来防止相邻电池的电极相互放电。 构成:等离子体显示装置包括隔室(3),前板(1),背板(2)以及第一和第二电极组。 前板(1)和背板(2)通过隔室(3)组合预定距离。 第一电极组形成在一个板(1,2)上。 在第一电极组中,多个电极配对。 第二电极组形成在另一个板上并形成多个放电单元。 第一电极组包括金属电极线。 在金属电极线上,以预定深度显影导电对置电极。
    • 18. 发明授权
    • 저전압 클라이스트로드 발진관을 이용한 플라즈마 방전장치
    • 저전압클라이스트로드발진관을이용한플라즈마방전장치
    • KR100368182B1
    • 2003-01-24
    • KR1019990058199
    • 1999-12-16
    • 고등기술연구원연구조합
    • 송호영이근호
    • H01J15/00
    • PURPOSE: A plasma discharging system using a low voltage klystrode type of ultrahigh frequency generator is provided to reduce cost of a high frequency filter, a transformer and a high voltage generator by using an oscillating tube having a type of klystrode. CONSTITUTION: The plasma discharging system using a low voltage klystrode type of ultrahigh frequency generator includes an oscillating tube(31), a power supply(32), a waveguide(33), a window(34), a discharging chamber(39), a solenoid magnet(38), a substrate(36), and a substrate bias(37). The power supply(32) supplies a power to the oscillating tube(31). The oscillating tube(31) generates a microwave and provides the microwave through the waveguide(33) to the discharging chamber(39). A plasma is formed in the discharging chamber(39), such that a plasma process is improved by applying the substrate bias(37) to the substrate(36).
    • 目的:提供使用低压速调式超高频发生器的等离子体放电系统,以通过使用具有速调管类型的振荡管来降低高频滤波器,变压器和高压发生器的成本。 本发明公开了一种利用低压速调管式超高频发生器的等离子体放电系统,包括振荡管(31),电源(32),波导管(33),窗口(34),放电室(39) 螺线管磁体(38),衬底(36)和衬底偏置(37)。 电源(32)向摆动管(31)供电。 振荡管(31)产生微波并通过波导(33)将微波提供给放电室(39)。 在放电室(39)中形成等离子体,使得通过将衬底偏压(37)施加到衬底(36)来改善等离子体工艺。
    • 19. 发明公开
    • 저전압 클라이스트로드 발진관을 이용한 플라즈마 방전장치
    • 使用超低频发生器的低压晶体管等离子体放电系统
    • KR1020010056641A
    • 2001-07-04
    • KR1019990058199
    • 1999-12-16
    • 고등기술연구원연구조합
    • 송호영이근호
    • H01J15/00
    • H01J15/00H01J37/32229H01J37/32669
    • PURPOSE: A plasma discharging system using a low voltage klystrode type of ultrahigh frequency generator is provided to reduce cost of a high frequency filter, a transformer and a high voltage generator by using an oscillating tube having a type of klystrode. CONSTITUTION: The plasma discharging system using a low voltage klystrode type of ultrahigh frequency generator includes an oscillating tube(31), a power supply(32), a waveguide(33), a window(34), a discharging chamber(39), a solenoid magnet(38), a substrate(36), and a substrate bias(37). The power supply(32) supplies a power to the oscillating tube(31). The oscillating tube(31) generates a microwave and provides the microwave through the waveguide(33) to the discharging chamber(39). A plasma is formed in the discharging chamber(39), such that a plasma process is improved by applying the substrate bias(37) to the substrate(36).
    • 目的:提供一种使用低压klystrode型超高频发生器的等离子体放电系统,通过使用具有klystrode类型的振荡管来降低高频滤波器,变压器和高压发生器的成本。 构成:使用低压klystrode型超高频发生器的等离子体放电系统包括振荡管(31),电源(32),波导(33),窗口(34),放电室(39), 螺线管磁体(38),基板(36)和基板偏压(37)。 电源(32)向振荡管(31)供电。 振荡管(31)产生微波,并通过波导(33)将微波提供到放电室(39)。 在放电室(39)中形成等离子体,使得通过将衬底偏压(37)施加到衬底(36)来改善等离子体处理。