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    • 3. 发明授权
    • Vent grid and electronic apparatus employing the same
    • 排气格栅和采用其的电子设备
    • US07277300B2
    • 2007-10-02
    • US11189929
    • 2005-07-27
    • Shigeo SakamotoKenji NagaseKazuaki Taya
    • Shigeo SakamotoKenji NagaseKazuaki Taya
    • H09O9/00
    • H05K9/0041G06F1/18G06F1/20
    • A vent grid has parallel first electrically-conductive members and parallel second electrically-conductive members intersecting with the first electrically-conductive members. The intersection between the first and second electrically-conductive members is forced to have a larger cross-sectional area. The characteristic impedance thus increases. The electric current flowing through the first and second electrically-conductive members turns over at the boundary between the intersection and the first and second electrically-conductive members. The flow of the electric current is in this manner interrupted. Accordingly, the vent grid fails to induce electromagnetic wave. Moreover, the electrically-conductive piece is merely located at a corner of the opening. Decrease in the percentage of the opening is thus suppressed to the utmost per a unit area. A sufficient airflow can be established through the vent grid. Decrease in the cooling efficiency and performance can be suppressed.
    • 排气格栅具有平行的第一导电构件和与第一导电构件相交的平行的第二导电构件。 第一和第二导电构件之间的交叉点被迫具有较大的横截面面积。 特性阻抗因此增加。 流过第一和第二导电构件的电流在交叉点和第一和第二导电构件之间的边界处翻转。 以这种方式中断电流的流动。 因此,通风网格不能诱发电磁波。 此外,导电片仅位于开口的角部。 因此,开口的百分比减少到每单位面积最大。 可以通过排气网格建立足够的气流。 降低冷却效率和性能可以得到抑制。
    • 4. 发明申请
    • Vent grid and electronic apparatus employing the same
    • 排气格栅和采用其的电子设备
    • US20060196692A1
    • 2006-09-07
    • US11189929
    • 2005-07-27
    • Shigeo SakamotoKenji NagaseKazuaki Taya
    • Shigeo SakamotoKenji NagaseKazuaki Taya
    • H05K9/00
    • H05K9/0041G06F1/18G06F1/20
    • A vent grid has parallel first electrically-conductive members and parallel second electrically-conductive members intersecting with the first electrically-conductive members. The intersection between the first and second electrically-conductive members is forced to have a larger cross-sectional area. The characteristic impedance thus increases. The electric current flowing through the first and second electrically-conductive members turns over at the boundary between the intersection and the first and second electrically-conductive members. The flow of the electric current is in this manner interrupted. Accordingly, the vent grid fails to induce electromagnetic wave. Moreover, the electrically-conductive piece is merely located at a corner of the opening. Decrease in the percentage of the opening is thus suppressed to the utmost per a unit area. A sufficient airflow can be established through the vent grid. Decrease in the cooling efficiency and performance can be suppressed.
    • 排气格栅具有平行的第一导电构件和与第一导电构件相交的平行的第二导电构件。 第一和第二导电构件之间的交叉点被迫具有较大的横截面面积。 特性阻抗因此增加。 流过第一和第二导电构件的电流在交叉点和第一和第二导电构件之间的边界处翻转。 以这种方式中断电流的流动。 因此,通风网格不能诱发电磁波。 此外,导电片仅位于开口的角部。 因此,开口的百分比减少到每单位面积最大。 可以通过排气网格建立足够的气流。 降低冷却效率和性能可以得到抑制。