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    • 42. 发明申请
    • LIGHT SOURCE APPARATUS, DISCHARGE LAMP DRIVING METHOD, AND PROJECTOR
    • 光源设备,放电灯驱动方法和投影仪
    • US20120319599A1
    • 2012-12-20
    • US13478536
    • 2012-05-23
    • Junichi SuzukiSatoshi Kito
    • Junichi SuzukiSatoshi Kito
    • H05B41/36
    • H05B41/36G03B21/2026G03B21/206H05B41/2858
    • A light source apparatus includes a discharge lamp including a light-emitting container, and a pair of electrodes disposed such that a respective tip portion thereof opposes each other in the light-emitting container, and a driving unit that supplies a driving current to the pair of electrodes. The driving unit includes an AC supplier that supplies an alternating current of a frequency not lower than 1 kHz and not higher than 10 GHz to the pair of electrodes and a DC supplier that supplies a direct current to the pair of electrodes. The AC supplier is configured so as to alternately repeat an AC supply section in which the alternating current is supplied and an AC stop section in which the supply of the alternating current is stopped, and the DC supplier is configured so as to supply the direct current during a period corresponding to the AC stop section.
    • 光源装置包括:放电灯,其包括发光容器;以及一对电极,其布置成使得其顶端部分在发光容器内彼此相对;以及驱动单元,用于向所述发射容器提供驱动电流 的电极。 驱动单元包括向一对电极提供频率不低于1kHz且不高于10GHz的交流电的AC供应器,以及向一对电极提供直流电的DC供应器。 AC供给器被配置为交替重复提供交流电的AC供电部和停止供给交流电的AC停止部,并且DC供给器被配置为提供直流电 在与AC停止部相对应的期间。
    • 46. 发明申请
    • RADIATION DETECTOR
    • 辐射探测器
    • US20120043633A1
    • 2012-02-23
    • US13265889
    • 2009-04-30
    • Junichi SuzukiKenji SatoHidetoshi Kishimoto
    • Junichi SuzukiKenji SatoHidetoshi Kishimoto
    • H01L31/115
    • H01L31/115H01L27/14659H01L31/02005
    • According to a radiation detector of this invention, a common electrode for bias voltage application and a lead wire for bias voltage supply are connected through a conductive plate as a planarly formed plate interposed therebetween. Since the conductive plate is connected instead of connecting the lead wire directly onto the common electrode, it can prevent damage to a radiation sensitive semiconductor and avoid performance degradation. Since the conductive plate is formed planarly, even if a conductive paste with high resistance is used, connection resistance can be lowered to be comparable to the use of silver paste. That is, the range of selection of the conductive paste is broadened. Also, connection can be made without using an insulating seat and performance degradation can be avoided. As a result, performance degradation can be avoided, without using an insulating seat.
    • 根据本发明的辐射检测器,用于偏压施加的公共电极和用于偏压供电的引线通过导电板连接,作为插入其间的平面形成的板。 由于连接导电板而不是将引线直接连接到公共电极上,所以可以防止对辐射敏感半导体的损坏,并避免性能下降。 由于导电板是平面形成的,即使使用具有高电阻的导电膏,也可以将连接电阻降低到与使用银膏相当的连接电阻。 也就是说,导电浆料的选择范围变宽。 而且,可以在不使用绝缘座的情况下进行连接,并且可以避免性能下降。 结果,可以避免性能下降,而不使用绝缘座。
    • 48. 发明授权
    • Method for resizing pattern to be written by lithography technique, and charged particle beam writing method
    • 用于通过光刻技术来调整图案的尺寸的方法,以及带电粒子束写入方法
    • US08065635B2
    • 2011-11-22
    • US11851176
    • 2007-09-06
    • Jun YashimaJunichi SuzukiTakayuki Abe
    • Jun YashimaJunichi SuzukiTakayuki Abe
    • G06F17/50
    • H01J37/3174B82Y10/00B82Y40/00H01J37/3026
    • A method for resizing a pattern to be written by using lithography technique includes calculating a first dimension correction amount of a pattern for correcting a dimension error caused by a loading effect, for each small region made by virtually dividing a writing region of a target workpiece into meshes of a predetermined size, based on an area density of the each small region, calculating a second dimension correction amount in accordance with a line width dimension of the pattern to be written in the each small region, correcting the first dimension correction amount by using the second dimension correction amount, and resizing the line width dimension of the pattern by using a corrected first dimension correction amount, and outputting a result of the resizing.
    • 通过使用光刻技术来调整要写入的图案的尺寸的方法包括:对通过将目标工件的写入区域进行实际分割而形成的每个小区域,计算用于校正由负载效应引起的尺寸误差的图案的第一维度校正量 基于每个小区域的面积密度预定尺寸的网格,根据要写入每个小区域的图案的线宽度尺寸来计算第二维度校正量,通过使用来校正第一维度校正量 第二维度校正量,并且通过使用校正的第一维度校正量来调整图案的线宽度尺寸,并输出调整大小的结果。