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    • 3. 发明授权
    • Antenna device for radio transmission-reception apparatus
    • 无线发送接收装置用天线装置
    • US5650790A
    • 1997-07-22
    • US566564
    • 1995-11-28
    • Masahisa FukuchiHideo HikumaHiroki OhnoMakoto Ehara
    • Masahisa FukuchiHideo HikumaHiroki OhnoMakoto Ehara
    • H01Q1/22H01Q1/24H01Q1/42H04B7/26
    • H01Q1/42H01Q1/242
    • An antenna device for a radio transmission-reception apparatus is disclosed which comprises an antenna element which is to be electrically and mechanically connected to a printed-circuit board fixed in a housing of the radio transmission-reception apparatus, an inverted U-shaped hollow reinforcement spacer, an antenna cover and a retaining portion formed on the housing. The reinforcement spacer has a hole formed in the top portion thereof a diameter of which is substantially equal to that of the antenna element to slide therethrough, a slit formed continuously from the hole to a base end thereof through which said antenna element can be entered in the reinforcement spacer, and a flange formed around the outer circumference of the base end. The antenna cover is constituted to accommodate therein the antenna element with the reinforcement spacer, and has a flange formed around the circumference of a base end thereof. The flanges of the antenna cover and the reinforcement spacer are fixedly supported in the retaining portion provided on the housing in a state that said flanges are stacked upon each other. Since the most of forces caused by vibration and/or impact supplied to the antenna element are absorbed by the reinforcement spacer, a mechanically and electrically connected portion between the antenna element and the printed-circuit board will be effected by the forces and thus damage to the portion will be eliminated.
    • 公开了一种用于无线电发射 - 接收装置的天线装置,其包括:电气和机械地连接到固定在无线电发射接收装置的壳体中的印刷电路板的天线元件,倒置的U形中空加强件 间隔件,天线盖和形成在壳体上的保持部分。 加强隔离物在其顶部形成有孔,其直径基本上等于天线元件滑动的直径,该孔从孔到其基端连续地形成,所述天线元件可以通过该狭缝进入其中 加强间隔件,以及围绕基端的外周形成的凸缘。 天线罩被构造成在其中容纳天线元件和加强间隔件,并且具有围绕其基端的圆周形成的凸缘。 天线罩和加强间隔件的凸缘以所述法兰彼此堆叠的状态固定地支撑在设置在壳体上的保持部分中。 由于由提供给天线元件的振动和/或冲击引起的大部分力被加强间隔件吸收,所以天线元件和印刷电路板之间的机械和电连接部分将受到力的影响,从而损坏 该部分将被淘汰。