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    • 2. 发明授权
    • Mobile communication terminal
    • 移动通信终端
    • US06317614B1
    • 2001-11-13
    • US09090934
    • 1998-06-05
    • Yoshitaka Okada
    • Yoshitaka Okada
    • H04M100
    • H04W52/027Y02D70/00
    • A mobile communication terminal which stops the operation of a display portion when a user is unable to view the information displayed on the display portion in order to reduce unnecessary power consumption is provided. The mobile communication terminal contains a microphone, a microphone amplifier, a display, a display drive circuit, and a control circuit. The microphone receives a sound and outputs a corresponding input sound signal. The microphone amplifier inputs the input sound signal, amplifies the input sound signal to produce an amplified sound signal when set in an ON state, and does not produce the amplified sound signal when set in an OFF state. The display displays information, and the display drive circuit drives the display to display the information. The control circuit selectively sets the microphone amplifier in the ON state and the OFF state, instructs the display drive circuit not to drive the display when the microphone amplifier is set in the ON state, and controls the display drive circuit to drive the display when the microphone amplifier is set in the OFF state.
    • 提供一种移动通信终端,当用户不能观看显示部分上显示的信息以便减少不必要的功耗时,停止显示部分的操作。 移动通信终端包括麦克风,麦克风放大器,显示器,显示驱动电路和控制电路。 麦克风接收声音并输出相应的输入声音信号。 麦克风放大器输入输入声音信号,放大输入声音信号,当设定为ON状态时产生放大声音信号,并且在设置为OFF状态时不会产生放大的声音信号。 显示器显示信息,显示驱动电路驱动显示器显示信息。 控制电路有选择地将麦克风放大器设置在ON状态和OFF状态,指示当麦克风放大器设置在ON状态时显示驱动电路不驱动显示,并且当控制电路当显示驱动电路 麦克风放大器设置在OFF状态。
    • 6. 发明申请
    • Corrugated tube, apparatus for perforating corrugated tube and method of perforating corrugated tube
    • 波纹管,波纹管穿孔装置及波纹管穿孔方法
    • US20070102182A1
    • 2007-05-10
    • US10561441
    • 2005-03-03
    • Yoshitaka OkadaHiromi SugimotoKyoichi YamamotoHideyuki KanedaTomoyuki Kojima
    • Yoshitaka OkadaHiromi SugimotoKyoichi YamamotoHideyuki KanedaTomoyuki Kojima
    • H02G3/04
    • H02G3/0468
    • To provide a corrugated tube and an apparatus for and method of perforating a corrugated tube, which are capable of rapidly discharging water, such as water intruding into the inside and condensation water, to the outside and in which a plurality of communication holes can be positively and efficiently formed respectively in predetermined portions of a peripheral surface of a tube body. For example, a wire harness or the like is inserted into a corrugated tube 10 through a slit 12 formed in a tube body 11 of a tubular shape along a generating line of the tube body, the tube body having larger-diameter portions 20 and smaller-diameter portions 30 which are arranged alternatively along the same axis. Usually, the corrugated tube 10, receiving the wire harness therein, is installed in such a manner that the slit 12 is disposed at a lower side, but there arises the case where the slit 12 can not be disposed at the lower side because of the installation direction and a change of the direction. In such a case, any of communication holes 13 which are formed in that portion of a peripheral surface disposed the remotest from the slit 12, and communicate the inside and outside of the tube body 11 with each other is located at the lower side, so that water intruding into the corrugated tube, condensation water, etc., are discharged.
    • 提供一种波纹管和用于穿孔波纹管的装置和方法,其能够将诸如水等侵入内部和冷凝水的水快速排出到外部,并且其中多个连通孔可以是正的 并且分别有效地形成在管体的外周表面的预定部分中。 例如,线束等通过沿着管体的生成线形成在管状体11的管体11上的狭缝12插入到波纹管10中,管体具有较大直径的部分20和较小部分 直径部分30,它们沿同一轴线交替布置。 通常,在其中容纳线束的波纹管10以这样的方式安装,即狭缝12设置在下侧,但是出现狭缝12不能设置在下侧的情况,因为 安装方向和方向改变。 在这种情况下,形成在从狭缝12最远设置的并且使管体11的内部和外部彼此连通的周边表面部分中的任何连通孔13位于下侧,因此 进入波纹管,冷凝水等的水排出。
    • 7. 发明授权
    • Trap device for vapor phase reaction apparatus
    • 气相反应装置捕集装置
    • US5422081A
    • 1995-06-06
    • US155750
    • 1993-11-23
    • Katsushin MiyagiOsamu YokokawaYoshitaka OkadaIchiro NagasakiAkira Hashimoto
    • Katsushin MiyagiOsamu YokokawaYoshitaka OkadaIchiro NagasakiAkira Hashimoto
    • B01D8/00B01D46/12B01D46/42C23C16/44C30B25/14
    • C30B25/14B01D46/406B01D46/4263B01D8/00C23C16/4412
    • A double cylinder shaped multilayer structural member comprising ring shaped thin plate small diameter discs and large diameter discs respectively layered via spacers is disposed in the enclosure vessel of a trap device for a vapor phase reaction apparatus. Gas from the intake opening section of the enclosure vessel is introduced into the outer side space of the multilayer structural member of the enclosure vessel, passes through the spaces between the large diameter discs and also passes through the spaces between the small diameter discs, then exits via the inner side space of the multilayer structural member from the outlet opening section of enclosure vessel to the system exterior. As a result of this construction, in comparison to conventional devices, the collection efficiency of reactive components can be increased, the equipment life extended, and maintenance frequency reduced, thereby providing a trap device for a vapor phase reaction apparatus capable of improving productivity.
    • 包括环形薄板小直径圆盘和分别通过间隔件层叠的大直径圆盘的双圆筒形多层结构构件设置在用于气相反应装置的捕集装置的封闭容器中。 来自封闭容器的进气开口部分的气体被引入到封闭容器的多层结构构件的外侧空间中,通过大直径盘之间的空间并且还穿过小直径盘之间的空间,然后退出 通过多层结构构件的内侧空间从封闭容器的出口开口部分到系统外部。 作为这种结构的结果,与常规装置相比,可以增加反应性组分的收集效率,延长设备寿命,降低维护频率,从而提供能够提高生产率的气相反应装置的捕集装置。