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    • 53. 发明公开
    • Waveform generation method, waveform generation program, waveform generation circuit and radar apparatus
    • Wellenformerzeugungsverfahren,Wellenformerzeugungsprogramm,Wellenformerzeugungsschaltung und Radarvorrichtung
    • EP1928093A1
    • 2008-06-04
    • EP07024543.6
    • 2003-08-25
    • MITSUBISHI DENKI K.K.
    • Inatsune, Shigeho
    • H03M1/66H03B28/00G01S7/282G01S7/35G01S13/34
    • G06F1/0321G01S7/4008H03M1/1038H03M1/66
    • A conventional waveform generation circuit was required to increase a number of bits or a sampling rate for a D/A converter to enhance a precision of waveform shaping, and had a problem that a cost was increased. Therefore, as a method for enhancing the precision of waveform shaping, a quantization error of an output waveform is made smaller by controlling an output time interval of an output value from a D/A converter so as to make a difference in an output voltage between target waveform and output waveform smaller. As a result, even if the D/A converter has a small number of bits, the waveform can be generated at high precision. Also, this waveform generation method may be applied to modulation control of a radar apparatus, 6s a result, constituting a small and inexpensive modulation circuit for an oscillator.
    • 需要传统的波形生成电路来增加D / A转换器的位数或采样率,以提高波形整形的精度,并且存在成本增加的问题。 因此,作为提高波形整形精度的方法,通过控制来自D / A转换器的输出值的输出时间间隔,使输出波形的量化误差变小,从而使输出波形的输出电压 目标波形和输出波形较小。 结果,即使D / A转换器具有少量的位,也可以高精度地生成波形。 此外,该波形生成方法也可以应用于雷达装置的调制控制,其结果是构成振荡器的小而廉价的调制电路。
    • 56. 发明公开
    • Card attachment/detachment device
    • Vorrichtung zurEinführungundAusführungvon Karten
    • EP1675224A1
    • 2006-06-28
    • EP06000128.6
    • 2000-06-12
    • MITSUBISHI DENKI K.K.
    • Hasegawa, Manabu Mitsubishi Denki K.K.
    • H01R13/629G06K13/08
    • G06K13/0831G06K13/08
    • A card attachment/detachment device includes a card accommodation section arranged at any one of the body and the lid; a terminal arranged at the other to comes into contact with a card placed in the card accommodation section and to press the card toward the card accommodation section; a stopper section constituting a part of a card insertion/removal opening communicating with the card accommodation section and coming into contact with a part of the card placed in the card accommodation section; and a first biasing means pressing the card toward the stopper section when the card is placed in the card accommodation section and ejecting the card to the outside through the card insertion/removal opening when the card is removed from the card accommodation section.
    • 卡片安装/拆卸装置包括布置在主体和盖子中的任何一个上的卡片容纳部分; 另一端的接线端与放置在卡片收纳部中的卡片接触并将卡片朝向卡片收容部分按压; 阻挡部,构成与卡片收容部连通并与放置在卡容纳部的卡的一部分接触的插卡插入开口的一部分; 以及第一偏置装置,当卡被放置在卡容纳部分中时,将卡朝向止挡部分按压,并且当卡从卡容纳部分移除时,通过卡插入/取出开口将卡弹出到外部。
    • 60. 发明公开
    • Flat display panel
    • Flache Anzeigetafel
    • EP0991099A2
    • 2000-04-05
    • EP99106810.7
    • 1999-04-06
    • MITSUBISHI DENKI K.K.
    • Kishi, HisatoshiHemmi, KazuhisaArimoto, HironobuIto, Atsushi
    • H01J17/49H01J17/18
    • H01J11/46H01J9/323H01J11/10
    • In a cell drive-type flat display panel, a metal electrode pad (26) and common signal line (24) are disposed outside the area (effective area) facing a recessed portion forming a cell. The individual cell electrode (20) acting as a cell electrode within the effective area is connected to a metal electrode pad (26) by extending each cell electrode to the metal electrode pad (26), while the metal electrode is not extended toward the effective area to cover each cell electrode. A common electrode (22) is connected to the common signal line (24) by extending each cell electrode to the metal electrode pad (26), while the metal electrode is not extended toward the effective area and to cover each cell electrode. This structure makes the cell electrodes flat and can reduce the drive voltage from the effect resulting from the suppressed dielectric film. The metal electrode pad (26) has a top surface on which a pin electrode is posted. The dielectric layer has an opening from which the metal electrode pad (26) is exposed, and covers the edges of the metal electrode pad (26). This structure can prevent the transparent electrode layer bridging the individual electrode (20) with the metal electrode pad (26) from making contact with the dielectric layer or frit with high reactivity.
    • 在电池驱动型平板显示面板中,金属电极焊盘(26)和公共信号线(24)配置在面对形成电池的凹部的区域(有效面积)的外侧。 用作有效区域内的单元电极的单电池电极(20)通过将每个电池电极延伸到金属电极焊盘(26)而连接到金属电极焊盘(26),同时金属电极不向有效区域延伸 区域覆盖每个电池电极。 公共电极(22)通过将每个电池电极延伸到金属电极焊盘(26)而连接到公共信号线(24),同时金属电极未向有效区域延伸并覆盖每个电池电极。 这种结构使得电池电极平坦,并且可以从由抑制的电介质膜产生的效果来降低驱动电压。 金属电极焊盘(26)具有顶表面,引脚电极贴在该顶表面上。 电介质层具有暴露金属电极焊盘(26)的开口,并且覆盖金属电极焊盘(26)的边缘。 该结构可以防止将金属电极焊盘(26)与单电极(20)桥接的透明电极层与电介质层或具有高反应性的玻璃料接触。