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    • 91. 发明授权
    • Transmit-receive unit
    • 发送接收单元
    • US06288910B1
    • 2001-09-11
    • US09522568
    • 2000-03-10
    • Yoshio SaitoSatoshi Urabe
    • Yoshio SaitoSatoshi Urabe
    • H05K714
    • H05K9/0024
    • Since the transmit-receive unit of the prior art comprises the housing 21 made from a metal, the weight of the housing is large and the obtained transmit-receive unit for use in a portable telephone which is required to be light in weight becomes heavy. A transmit-receive unit comprises a housing which is made from a synthetic resin and has a conductive surface layer. Therefore, the housing is lighter in weight than a housing made from a metal of the prior art and makes it possible to provide a lightweight transmit-receive unit suitable for use in a portable telephone.
    • 由于现有技术的发送接收单元包括由金属制成的壳体21,所以壳体的重量大,并且所获得的用于需要重量轻的便携式电话的发送接收单元变重。 发送接收单元包括由合成树脂制成并具有导电表面层的外壳。 因此,壳体的重量比由现有技术的金属制成的壳体重,并且使得可以提供适用于便携式电话的轻量级的发射 - 接收单元。
    • 92. 发明授权
    • Electronic device
    • 电子设备
    • US6147866A
    • 2000-11-14
    • US336292
    • 1999-06-21
    • Yoshio SaitoSatoshi UrabeJiro KikuchiNobuyuki SuzukiYoshikiyo Watanabe
    • Yoshio SaitoSatoshi UrabeJiro KikuchiNobuyuki SuzukiYoshikiyo Watanabe
    • H05K7/20
    • H05K7/20509
    • According to the electronic device of the invention, the convex parts formed on the case is inserted into the engagement holes provided on the thermal conduction member, and the front ends of the convex parts are caulked to eliminate the plays. Further, the tongue-form pieces are formed on each of the two sides parallel to each other, the clasps are formed upright on the case, and the tongue-form pieces are hooked by the lower sides of the clasps. Further, the two sides where the tongue-form pieces of the thermal conduction member are formed are provided with slits that make it easy to deflect the tongue-form pieces, which facilitates the work to hook by slanting the upper sides of the clasps on the case, and further eliminates the plays.
    • 根据本发明的电子设备,将形成在壳体上的凸部插入到设置在导热部件上的接合孔中,并且对凸部的前端进行铆接以消除打击。 此外,舌形片形成在彼此平行的两侧中的每一侧上,所述钩形件竖直地形成在所述壳体上,并且所述舌形片被所述扣子的下侧钩住。 此外,形成有导热构件的舌状片的两侧设置有使得容易使舌片形成偏转的狭缝,这有助于通过将钩子的上侧倾斜在钩子上而钩住的工作 情况,并进一步消除戏剧。
    • 97. 发明授权
    • System for evoking electroencephalogram signals
    • 诱发脑电图信号的系统
    • US5241967A
    • 1993-09-07
    • US712999
    • 1991-06-10
    • Mitsuo YasushiYoshio Saito
    • Mitsuo YasushiYoshio Saito
    • A61B5/0482A61B5/0484
    • A61B5/04842A61B5/0482
    • A physiological change in the body of a user such as a brain wave or EEG signal is detected by electrodes attached to the scalp of the user. A frequency signal corresponding to a brain wave to be evoked is extracted by a bandpass filter from a signal which indicates the detected physiological change. The frequency signal is then applied to a stimulus generator which converts the frequency signal to a stimulative signal such as a photic stimulus and feeds the stimulative signal back to the user's body. The brain wave to be evoked is strongly synchronized by the stimulative signal applied to the user to place the user quickly into a desired brain wave state. The stimulative signal well matches the user's body since it originates from the signal representing the physiological change in the body of the user.
    • 使用者身体的生理变化例如脑波或脑电信号是通过附着在用户头皮上的电极来检测的。 通过带通滤波器从指示检测到的生理变化的信号中提取与被诱发的脑波相对应的频率信号。 然后将频率信号施加到刺激发生器,该激励发生器将频率信号转换为诸如光刺激的刺激信号,并将刺激信号反馈给用户的身体。 被诱发的脑波被施加到用户的刺激信号强烈地同步,以将用户快速地置于期望的脑波状态。 刺激信号很好地匹配用户的身体,因为它起源于表示用户身体的生理变化的信号。