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    • 3. 发明授权
    • Plasma display panel using Xe discharge gas
    • 等离子显示面板采用Xe放电气体
    • US06611099B1
    • 2003-08-26
    • US09282423
    • 1999-03-31
    • Takaaki MurataKiyohisa TeraiTakeshi ShinkaiYuuji OkitaShinji Kobayashi
    • Takaaki MurataKiyohisa TeraiTakeshi ShinkaiYuuji OkitaShinji Kobayashi
    • H01J1749
    • H01J11/50G09G3/2932G09G3/296H01J11/12
    • In a flat display apparatus of this invention, which uses a discharge plasma, a UV discharge gas prepared by mixing Xe as a main discharge gas and Ne as a discharge control gas such that the partial pressure of Xe becomes, e.g., 15% is injected into a space between a display substrate and a counter substrate opposing the display substrate at a predetermined pressure. A plurality of first electrodes capable of specifying a position in the first direction on the substrate, a plurality of second electrodes capable of specifying a position in the second direction perpendicular to the first direction, and third electrodes (auxiliary electrodes) equal in number to the first or second electrodes are formed on at least one substrate at a predetermined interval. With this arrangement, the discharge start voltage required for initialization of the discharge generation portion (pixels between the substrates), a write in a memory, and discharge sustaining and memory erase operations can be set to be low.
    • 在使用放电等离子体的本发明的平面显示装置中,通过将Xe作为主放电气体混合而制备的UV放电气体和作为放电控制气体的Ne,使得Xe的分压变为例如15% 以预定压力进入显示基板和与显示基板相对的对置基板之间的空间。 能够指定基板上的第一方向的位置的多个第一电极,能够指定与第一方向垂直的第二方向的位置的多个第二电极和与第一方向相同的第三电极(辅助电极) 第一或第二电极以预定的间隔形成在至少一个衬底上。 通过这种布置,可以将放电产生部分的初始化(基板之间的像素),存储器写入以及放电维持和存储器擦除操作所需的放电开始电压设置为低。
    • 4. 发明授权
    • Gas laser device
    • 气体激光装置
    • US5295149A
    • 1994-03-15
    • US34867
    • 1993-03-19
    • Kiyohisa TeraiTohru TamagawaTakaaki MurataShinji KobayashiAkira MoriguchiHirokatsu Suzuki
    • Kiyohisa TeraiTohru TamagawaTakaaki MurataShinji KobayashiAkira MoriguchiHirokatsu Suzuki
    • H01S3/0975H01S3/09
    • H01S3/0975
    • A gas laser device, including an a.c. power source for generating a.c. output voltage and a pair of electrodes positioned sandwiching discharge gap through which laser gas circulates. The pair of electrodes are connected to the a.c. power source for applying the a.c. voltage across the electrodes to achieve discharge in the discharge gap such as to create a positive column region and boundary layer regions, thereby to generate laser light. The positive column region is created in the discharge gap and a.c. power injected therein contributes to laser excitation. The boundary layer regions is created in a vicinity of one of the pair of electrodes, respectively and a.c. power injected therein does not contribute to laser excitation. A frequency of the a.c. power source is set to at least 700 kHz and an a.c. output voltage of the a.c. power source is set at a level such that a voltage in the positive column region is larger than a burden voltage in the boundary layer regions.In the gas laser device, it may be set that a dimension d between the pair of electrodes and a pressure p of the laser gas in the relationship of the following formula (A)pxd.gtoreq.34 torr.multidot.cm (A)As a result the input power supplied for laser excitation in the discharge gap is at least 50% of a total input power.
    • 一种气体激光装置,包括一个等 用于产生交流电源 输出电压和一对电极定位夹着放电间隙,激光气体通过该间隙循环。 一对电极连接到交流电。 电源应用a.c. 电压跨过电极实现放电间隙的放电,从而产生正的列区域和边界层区域,由此产生激光。 在排出间隙中产生正柱区域, 其中注入的功率有助于激光激发。 边界层区分别形成在一对电极中的一个附近,并且a.c. 在其中注入的功率对激光激发没有贡献。 a.c.的频率。 电源设定为700 kHz以上, 交流输出电压。 电源被设定为使得正列区域中的电压大于边界层区域中的负载电压的电平。 在气体激光装置中,可以将下述公式(A)pxd> = 34 torr×cm(A)的关系设定为一对电极之间的尺寸d和激光气体的压力p。结果 在放电间隙中为激光激发提供的输入功率为总输入功率的至少50%。
    • 10. 发明申请
    • EVAPORATED FUEL TREATMENT DEVICE FOR VEHICLE
    • 蒸汽燃料处理装置
    • US20120240904A1
    • 2012-09-27
    • US13397418
    • 2012-02-15
    • Takeshi ShimuraIkuo HaraTadaaki NagataShinji KobayashiTakahiro Imamura
    • Takeshi ShimuraIkuo HaraTadaaki NagataShinji KobayashiTakahiro Imamura
    • F02M33/04
    • B60K15/03504B60K2015/03514B60K2015/0561Y10T137/6855
    • An evaporated fuel treatment device for a vehicle is provided to suppress the flowout of evaporated fuel into atmospheric air. In the evaporated fuel treatment device, a communication chamber is formed in a fuel supply cap, allowing communication between a charge passage and the inside of a fuel tank in a closed state. In the communication chamber, a positive pressure adjusting valve is openable to supply evaporated fuel in the fuel tank to an evaporated fuel storage unit through the communication chamber and the charge passage, and a negative pressure adjusting valve is openable to supply atmospheric air to the fuel tank from the evaporated fuel storage unit through the communication chamber and the charge passage. An interlocking member is provided between the key cover and the negative pressure adjusting valve, and opens the negative pressure adjusting valve in an interlocking manner with an operation of opening the key cover.
    • 提供一种用于车辆的蒸发燃料处理装置,以抑制蒸发的燃料流入大气中。 在蒸发燃料处理装置中,连通室形成在燃料供给盖中,允许在关闭状态下在充电通道和燃料箱内部之间连通。 在通信室中,正压调节阀可打开,以通过连通室和充气通道将燃料箱中的蒸发燃料供应到蒸发燃料存储单元,负压调节阀可打开以向燃料供应大气 来自蒸发的燃料存储单元的罐通过通信室和充电通道。 在键盖和负压调节阀之间设置有互锁构件,并且通过打开钥匙盖的操作以互锁的方式打开负压调节阀。