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    • 8. 发明授权
    • H-mode drift-tube linac and design method therefor
    • H型漂流管直线加速器及其设计方法
    • US07868564B2
    • 2011-01-11
    • US12065145
    • 2005-10-31
    • Yoshiyuki IwataSatoru Yamada
    • Yoshiyuki IwataSatoru Yamada
    • H05H9/00
    • H05H7/22H05H7/18
    • A linearity of a voltage change to a tuner insertion amount is verified for at least one of a plurality of tuners. Based on the voltage change linearity, individual voltage change data corresponding to respective insertion amounts are calculated for each of the plurality of tuners through a proportional calculation. A combination of auto-tuners and a combination of respective insertion amounts of the auto-tuners are determined using the individual voltage change data, and an adequacy of the determined combinations is verified through a direct three-dimensional electromagnetic field calculation. The combinations are determined on a condition that, when the individual voltage change data of nominated tuners are added together, respective voltage changes attributed to the nominated tuners are cancelled out to allow an entire voltage distribution to have substantially no change.
    • 对于多个调谐器中的至少一个,验证对调谐器插入量的电压变化的线性度。 基于电压变化线性度,通过比例计算对于多个调谐器中的每一个计算对应于各个插入量的各个电压变化数据。 使用单独的电压变化数据来确定自动调谐器和自动调谐器的相应插入量的组合的组合,并且通过直接三维电磁场计算来验证所确定的组合的充分性。 这些组合是在将指定的调谐器的各个电压变化数据相加在一起的情况下确定的,抵消归因于指定的调谐器的各自的电压变化,以允许整个电压分布基本上没有变化。
    • 10. 发明授权
    • Printed wiring board manufacturing method
    • 印刷电路板制造方法
    • US07736457B2
    • 2010-06-15
    • US11567344
    • 2006-12-06
    • Yoshiyuki Iwata
    • Yoshiyuki Iwata
    • B29C65/02B32B37/18B32B38/10
    • B32B38/10B32B2310/0843B32B2457/08H05K1/115H05K3/20H05K3/4602H05K3/4682H05K2201/09527H05K2201/09563H05K2201/096H05K2203/0554H05K2203/1536Y10T29/49165Y10T156/1056Y10T156/1057
    • The present invention intends to provide a novel printed wiring board manufacturing method by which printed wiring boards can be manufactured with efficiency. A method of manufacturing a printed wiring board (FIG. 1B) according to the present invention includes a step for preparing two sets of copper clad laminates (FIG. 2A), a step for bonding the copper clad laminates (FIG. 2B), steps for forming lands on both surfaces of a bonded laminate (FIGS. 2C to 2E), steps for forming respective resin layers on both surfaces of the bonded laminate and forming via hole openings to form respective via holes (FIGS. 2F to 2L), a step for forming a resin layer and forming a via hole opening to form a via hole (FIG. 2M), a step for separating the bonded laminate from each other (FIG. 2N) and steps for forming via hole openings from the bonded surface of the separated laminate to form via holes (FIGS. 2O to 2T). Via holes (33-1, 33-2) formed on the resin layer and a via hole (42) formed on the laminate are opened in the opposite directions.
    • 本发明旨在提供一种能够有效地制造印刷电路板的新颖的印刷线路板制造方法。 根据本发明的制造印刷电路板(图1B)的方法包括制备两组铜包覆层压板的步骤(图2A),用于粘合覆铜层压板的步骤(图2B),步骤 用于在接合层压体的两个表面上形成焊盘(图2C至2E),用于在接合层叠体的两个表面上形成各个树脂层并形成通孔开口以形成相应的通孔的步骤(图2F至2L), 用于形成树脂层并形成通孔开口以形成通孔的步骤(图2M),用于将接合的层压体彼此分离的步骤(图2N)和从接合表面形成通孔开口的步骤 分离的层压体以形成通孔(图20至图2T)。 形成在树脂层上的通孔(33-1,33-2)和形成在层叠体上的通孔(42)沿相反方向打开。