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    • 81. 发明公开
    • PLASMA GENERATING DEVICE
    • 等离子体发生装置
    • EP2928270A1
    • 2015-10-07
    • EP13858738.1
    • 2013-11-29
    • Imagineering, Inc.
    • IKEDA Yuji
    • H05H1/46F02P3/01F02P23/04
    • H01J37/32155F02P3/02F02P5/1502F02P9/007F02P15/10F02P23/045H01J37/244H01J37/3211H01J37/32146H05H1/46H05H1/52H05H2001/463H05H2001/4682Y02T10/46
    • The present invention provides a plasma generating device that improves plasma generating efficiency for the power used and can further accommodate changes in plasma generating state because of changes in conditions of surroundings and the like. The present invention is a plasma generating device provided with an electromagnetic wave radiating device (13), which has an electromagnetic wave generating device (31) that oscillates electromagnetic waves and a radiating antenna (16) that radiates electromagnetic waves oscillated by the electromagnetic wave generating device (31), and a control device (35) that controls the electromagnetic wave radiating device (13). The plasma generating device is characterized by the electromagnetic wave radiating device (13) being provided with a power detector (15) that detects traveling wave power output by the electromagnetic wave generating device (31) and reflected wave power reflected from the radiating antenna (16) and the control device (35) automatically controlling the oscillation pattern for the electromagnetic waves on the basis of the proportion of the value for the reflected wave power to the value for the traveling wave power detected by the power detector (15).
    • 本发明提供一种等离子体产生装置,其改善所使用的功率的等离子体产生效率,并且可以进一步适应由于周围环境条件等的变化而引起的等离子体产生状态的变化。 本发明是具有电磁波照射装置(13)的等离子体发生装置,该电磁波照射装置具有使电磁波振荡的电磁波发生装置(31)和发射由产生电磁波而振荡的电磁波的发射天线(16) 装置(31)以及控制电磁波照射装置(13)的控制装置(35)。 等离子体发生装置的特征在于,电磁波发射装置(13)具有功率检测器(15),该功率检测器检测由电磁波发生装置(31)输出的行波功率和从发射天线(16)反射的反射波功率 )和控制装置(35)根据反射波功率的值与由功率检测器(15)检测的行波功率的值的比例自动控制电磁波的振荡模式。
    • 87. 发明公开
    • PLASMA GENERATING DEVICE, AND INTERNAL COMBUSTION ENGINE
    • 等离子体发生装置和内燃机
    • EP2760259A1
    • 2014-07-30
    • EP12833880.3
    • 2012-09-12
    • Imagineering, Inc.
    • IKEDA Yuji
    • H05H1/24F02P3/01H05H1/46
    • H05H1/46F02P3/01F02P15/02F02P23/045H05H2001/463
    • To simplify a configuration of a plasma generation device that generates plasma by means of an electromagnetic wave using thermal electrons as a trigger. The plasma generation device 30 includes: a thermal electron emission member 14 that emits thermal electrons when heated; a heating device 13 that heats the thermal electron emission member 14 by means of an electromagnetic wave; and an electric field concentration member 61 that concentrates in the vicinity of the thermal electron emission member 14 an electric field of the electromagnetic wave generated by the heating device 13. The plasma generation device 30, while causing the heating device 13 to heat the thermal electron emission member 14, causes the electric field concentration member 61 to concentrate the electric field of the electromagnetic wave in the vicinity of the thermal electron emission member 14, thereby generating plasma in the vicinity of the thermal electron emission member 14.
    • 为了简化通过使用热电子作为触发的电磁波产生等离子体的等离子体产生装置的配置。 等离子体产生装置30包括:热电子发射构件14,其在加热时发射热电子; 通过电磁波加热热电子发射部件14的加热装置13; 以及电场集中部件61,其在热电子发射部件14的附近集中由加热装置13产生的电磁波的电场。等离子体生成装置30在使加热装置13加热热电子 使电场集中部件61将电磁波的电场集中在热电子发射部件14附近,由此在热电子发射部件14附近产生等离子体。
    • 88. 发明公开
    • CONNECTION DEVICE, IGNITER AND IGNITION SYSTEM
    • VERBINDUNGSVORRICHTUNG,ZÜNDERUND ZNDNDYSYSTEM
    • EP2719889A1
    • 2014-04-16
    • EP12796064.9
    • 2012-04-25
    • NGK SPARK PLUG CO., LTD.
    • NAKANO DaisukeYAMAMURA Naofumi
    • F02P3/01
    • F02P3/00F02P3/0435F02P3/08F02P9/007H01F27/40H01F38/12H01T13/00
    • A connection device (60) for connecting a first power supply (41) and a second power supply (31) to an ignition plug (1) has a first power supply side line (71) which establishes electrical connection between the ignition plug (1) and the first power supply (41) and which is electrically connected to the second power supply (31), and a second power supply side line (61) which establishes electrical connection between the ignition plug (1) and the second power supply (31). The first power supply side line (71) includes a first diode (72) which prevents a current inflow from the second power supply (31) into the first power supply (41) or a current inflow from the first power supply (41) into the second power supply (31), and an inductor (73) disposed between the first diode (72) and the ignition plug (1). The inductor (73) is disposed around the second power supply side line (61) while being separated from the second power supply side line (61). Thus, noise can be suppressed.
    • 用于将第一电源(41)和第二电源(31)连接到火花塞(1)的连接装置(60)具有第一电源侧线(71),其在火花塞(1) )和第一电源(41),并且电连接到第二电源(31);以及第二电源侧线(61),其在火花塞(1)和第二电源(1)之间建立电连接 31)。 第一电源侧线(71)包括:第一二极管(72),其防止电流从第二电源(31)流入第一电源(41)或从第一电源(41)流入的电流进入 第二电源(31)和设置在第一二极管(72)和火花塞(1)之间的电感器(73)。 电感器(73)在与第二电源侧线(61)分离的同时设置在第二电源侧线(61)周围。 因此,可以抑制噪声。