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    • 21. 发明授权
    • Electronic equipment operating in multiple modes and control method
thereof
    • 多种模式的电子设备及其控制方法
    • US5544130A
    • 1996-08-06
    • US289105
    • 1994-08-11
    • Tomoko MizunoToshiyuki TakahashiHiroshi YamaguchiNobuaki Hisamatsu
    • Tomoko MizunoToshiyuki TakahashiHiroshi YamaguchiNobuaki Hisamatsu
    • G11B31/00H04B1/20
    • H04B1/202
    • An electronic equipment controlled by a plurality of operation buttons, for example, for reproducing audio signal of a disc player, an audio tape recorder, a tuner, or an amplifier, etc. provides control circuits. A plurality of operation buttons are composed of: basic operation buttons for basic action of the electronic equipment, such as starting or stopping reproducing of the reproducing unit of a recording medium, music selection, and tuner selection and switching volume adjusting operation of an amplifier; additional function buttons associated with basic operation, such as random reproducing of a reproducing unit of a recording medium, adjusting of equalizing characteristic, and switching adjusting operation of tone quality or sound field, etc.. The control circuits are provided in the electronic equipment, and in the normal operation mode, switches overall operation in response to operation of both basic action and additional function buttons. When the simple operation button is operated, the control circuit switches overall operation mode to simple operation mode to switch overall operation in response to basic operation button, and do not accept operation of additional function buttons.
    • 由多个操作按钮控制的电子设备,例如用于再现盘播放机的音频信号,音频磁带记录器,调谐器或放大器等,提供控制电路。 多个操作按钮包括:用于电子设备的基本操作的基本操作按钮,诸如开始或停止记录介质的再现单元的再现,音乐选择以及放大器的调谐器选择和开关音量调节操作; 与基本操作相关联的附加功能按钮,例如记录介质的再现单元的随机再现,均衡特性的调整,以及音调质量或声场的切换调整操作等。控制电路设置在电子设备中, 并且在正常操作模式下,响应于基本动作和附加功能按钮的操作切换总体操作。 当简单操作按钮被操作时,控制电路将整体操作模式切换到简单的操作模式,以响应于基本操作按钮切换整个操作,并且不接受附加功能按钮的操作。
    • 25. 发明授权
    • Reservoir tank and brake device using the reservoir tank
    • 储罐和制动装置使用储罐
    • US08607563B2
    • 2013-12-17
    • US12721831
    • 2010-03-11
    • Toshiyuki Takahashi
    • Toshiyuki Takahashi
    • B60T11/22
    • B60T11/26
    • Hydraulic fluid is supplied from a hydraulic fluid supply opening to a hydraulic fluid supply portion. The hydraulic fluid in the hydraulic fluid supply portion is supplied to a primary hydraulic fluid storage chamber and to a secondary hydraulic fluid storage chamber via a hydraulic fluid supply passage. An oblong cylinder-shaped portion that has a chamber is formed between the hydraulic fluid supply opening and the hydraulic fluid supply portion. Further, a volume-augmented chamber forming portion that has a volume-augmented chamber that is communicated with the chamber is disposed in this oblong cylinder-shaped portion. In that case, at least part of the volume-augmented chamber is positioned above a MAX line of the hydraulic fluid.
    • 液压流体从液压流体供给开口供给到液压流体供给部。 液压流体供给部分中的液压流体经由液压流体供给通道被供给到主液压流体储存室和次级液压储存室。 在液压流体供给开口和液压流体供给部之间形成有具有室的长圆筒状部。 此外,具有与腔室连通的体积增大室的容积增大室形成部分设置在该长圆柱形部分中。 在这种情况下,体积增大腔室的至少一部分位于液压流体的MAX线之上。
    • 26. 发明申请
    • MATERIAL PRESSURE FEEDING APPARATUS
    • 材料压力送料装置
    • US20130056491A1
    • 2013-03-07
    • US13696612
    • 2011-04-18
    • Atsushi SuzukiToshiyuki Takahashi
    • Atsushi SuzukiToshiyuki Takahashi
    • B65D33/36
    • B05B9/047B05C11/10B05C17/002B05C17/00576B05C17/00583
    • A material pressure feeding apparatus 10 includes a container 12 for receiving a bag 11, in which a viscous material M is contained, a press member 13 exerting a pressing force on the material, a pressure feeder 15 pressure-feeding, to the outside, the material M sucked by the pressing force by the press member 13, and an annular member 16 positioned on the outer peripheral side of the press member 13. The press member 13 has a supporting space S on the outer peripheral side thereof, and a ring portion 40 constituting an annular member 16 is supported in the supporting space S in a relatively movable state. Thus, even when the press member 13 is inclined, the annular member 16 is configured so as not to form a clearance between it and the inner peripheral surface of the container 12 without any influence of the inclination.
    • 材料压力供给装置10包括用于容纳包含粘性材料M的袋子11的容器12,对材料施加按压力的压力构件13,向外部施加压力供给器15, 通过按压部件13的按压力吸附的材料M,以及位于加压部件13的外周侧的环状部件16.加压部件13的外周侧具有支承空间S, 构成环状构件16的支撑空间S在相对移动状态下被支撑在支撑空间S中。 因此,即使当按压构件13倾斜时,环形构件16构造成不会在容器12的内周面之间形成间隙而不受倾斜的影响。
    • 29. 发明申请
    • RESERVOIR TANK AND BRAKE SYSTEM USING THE RESERVOIR TANK
    • 储油罐和制动系统使用储油罐
    • US20110227405A1
    • 2011-09-22
    • US13119792
    • 2009-09-16
    • Toshiyuki Takahashi
    • Toshiyuki Takahashi
    • B60T11/22B60T11/16B60T11/26B65D88/12B65D90/02
    • B60T11/22
    • In a reservoir tank (5) of the present invention, a hydraulic fluid movement deterring wall (26) is disposed integrally with an upper half body (9) and extending toward a radial direction center of a cylindrical upper half body neck section (24) on a curved portion at a boundary between an inner peripheral surface (24a) of the cylindrical upper half body neck section (24) and an inner surface (25a1) of a ceiling portion (25a) of an upper half body trunk section (25) or on the inner peripheral surface (24a) of the upper half body neck section (24). The movement of the hydraulic fluid frontward (toward a hydraulic fluid inlet (10)) in a hydraulic fluid storage chamber 13 at a time when the reservoir tank (5) is tilted frontward is controlled by this hydraulic fluid movement deterring wall (26).
    • 在本发明的储罐(5)中,液压流体运动阻止壁(26)与上半体(9)一体地设置并且朝向圆柱形上半体颈部(24)的径向中心延伸, 在圆筒形上半身颈部(24)的内周面(24a)与上半身躯干部(25)的顶部(25a)的内表面(25a1)之间的边界处的弯曲部分上, 或在上半体颈部(24)的内周面(24a)上。 在液压流体移动阻止壁(26)中控制储存箱(5)向前倾斜时液压流体向前(朝向液压流体入口(10))的运动。