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    • 3. 发明授权
    • Washing machine or an apparatus having a rotatable container
    • 洗衣机或具有可旋转容器的设备
    • US06460381B1
    • 2002-10-08
    • US09526882
    • 2000-03-16
    • Shigeki YoshidaKoichi YoshizakiTakao KurasekoYuka YoshidaKazushige KakutaniKeiji KishimotoHideaki AokiKazuya Hiyamizu
    • Shigeki YoshidaKoichi YoshizakiTakao KurasekoYuka YoshidaKazushige KakutaniKeiji KishimotoHideaki AokiKazuya Hiyamizu
    • D06F3302
    • D06F39/087D06F37/203D06F39/003
    • A washing machine according to the present invention includes a pressure sensor provided at a rod holding plate holding a suspension rod with which an outer tub is suspended. The pressure sensor is constructed so that a coil is wound around a magnetostrictive element whose magnetic characteristic changes when it is expanded, compressed or twisted by an external force. The change in the magnetic characteristic is converted to the change in the inductance of the coil, and an oscillating signal of a frequency corresponding to the inductance generated. Based on the frequency of the signal, the load on the pressure sensor is detected. Before supplying water, the amount of the laundry contained in a wash-and-extraction tub is detected based on the output of the pressure sensor, and an object water level corresponding to the amount is determined. After that, a water supply valve is opened to start supplying water into the wash-and-extraction tub. The weight of water supplied is monitored based on the output of the pressure sensor, and the weight is converted to a water level. When the monitored water level has attained the object water level, the water supply is stopped. Thus, the pressure sensor functions not only as a load detector but also as a level sensor.
    • 根据本发明的洗衣机包括压力传感器,该压力传感器设置在保持外桶的悬挂杆的杆保持板上。 压力传感器被构造成使得线圈缠绕在磁致伸缩元件周围,其磁特性在通过外力膨胀,压缩或扭曲时变化。 磁特性的变化被转换为线圈的电感的变化,并且产生与产生的电感相对应的频率的振荡信号。 根据信号的频率,检测压力传感器的负载。 在供水之前,基于压力传感器的输出来检测包含在洗涤和提取桶中的衣物的量,并且确定与该量对应的物体水位。 之后,打开供水阀,开始向洗涤和提取桶供水。 根据压力传感器的输出监测供水量,将重量转换为水位。 当监测到的水位达到目标水位时,供水停止。 因此,压力传感器不仅用作负载检测器,而且还用作液位传感器。
    • 4. 发明授权
    • Manually operated travelling vehicle with auxiliary power
    • 带辅助动力的手动行驶车
    • US06173801B1
    • 2001-01-16
    • US09147156
    • 1998-10-20
    • Kazushige KakutaniHideaki AokiHideo KawakamiYoshio Tomigashi
    • Kazushige KakutaniHideaki AokiHideo KawakamiYoshio Tomigashi
    • B62K1100
    • B62M6/60B62M6/40B62M6/45B62M6/75G01L3/1435
    • A manually operated travelling vehicle with an auxiliary power device, which can detect a rotating torque applied to a rotating crank shaft (40) in non-contact manner. Supported on a body (15) is a manually operated prime mover wheel (5). A rotating coil (201) is provided coaxially on the prime mover wheel (5). A variable impedance device (202) is electrically connected to the rotating coil (201) such that impedance changes depending upon a load applied to the prime mover wheel (5). A stationary coil (101) is fixed to the body (15) to be coaxial with and spaced from the rotating coil (201) with a predetermined interval therebetween and is electromagnetically connected to the rotating coil (201). A detection circuit (109) is connected to the stationary coil (101) to detect a change in current or voltage applied to the stationary coil (101) from the rotating coil (201) in accordance with an impedance change in the variable impedance device (202). A control unit (130) controls a power source for the auxiliary power device on the basis of an output value issued from the detection circuit (109).
    • 一种具有辅助动力装置的手动行驶车辆,其可以以非接触的方式检测施加到旋转曲轴(40)的旋转扭矩。 在主体(15)上支撑的是手动操作的原动机轮(5)。 旋转线圈(201)同轴地设置在原动机轮(5)上。 可变阻抗装置(202)电连接到旋转线圈(201),使得阻抗根据施加到原动机轮(5)的负载而变化。 固定线圈(101)固定在主体(15)上,与旋转线圈(201)以预定间隔同轴并与其间隔开,并与旋转线圈(201)电磁连接。 检测电路(109)连接到固定线圈(101),以根据可变阻抗装置的阻抗变化来检测从旋转线圈(201)施加到固定线圈(101)的电流或电压的变化( 202)。 控制单元(130)根据从检测电路(109)发出的输出值来控制辅助电力设备的电源。
    • 6. 发明申请
    • UNIVERSAL JOINT AND PROPELLER SHAFT
    • 通用接头和螺旋桨轴
    • US20130053154A1
    • 2013-02-28
    • US13552088
    • 2012-07-18
    • Keigo YOSHIDAHideaki AokiHiromichi KomaiShinichi KondoYoshimichi Takano
    • Keigo YOSHIDAHideaki AokiHiromichi KomaiShinichi KondoYoshimichi Takano
    • F16D3/44
    • F16D3/41F16N9/00
    • In a universal joint, a cross shaft member includes four shaft parts forming a cross-shape. Each of four bearing cups corresponding respectively to the shaft parts has a hollow-cylindrical shape having a bottom and is rotatably mounted to the corresponding shaft part through a roller disposed between an inner peripheral surface of the each bearing cup and an outer peripheral surface of the corresponding shaft part. Each bearing cup includes an inner bottom surface in sliding contact with a distal end surface of the corresponding shaft part, wherein the sliding contact is in an annular region encompassing a central axis of the corresponding shaft part. The distal end surface of each shaft part is formed with an annular groove encompassing the central axis of the first shaft part for storing oil.
    • 在万向接头中,横轴构件包括形成十字形的四个轴部。 分别与轴部对应的四个轴承杯中的每一个具有中空圆柱形状,具有底部,并且通过设置在每个轴承杯的内周表面和滚子轴承的外周表面之间的辊可旋转地安装到相应的轴部分 相应的轴部分。 每个轴承杯包括与相应轴部分的远端表面滑动接触的内底表面,其中滑动接触处于包围相应轴部分的中心轴线的环形区域中。 每个轴部分的远端表面形成有环形槽,该环形槽围绕第一轴部分的中心轴线,用于储存油。
    • 8. 发明授权
    • Transportation container and method for opening and closing lid thereof
    • 运输集装箱及其开闭盖的方法
    • US06446806B1
    • 2002-09-10
    • US09563637
    • 2000-05-02
    • Shinichi OhoriHideaki Aoki
    • Shinichi OhoriHideaki Aoki
    • B65D8548
    • H01L21/67373H01L21/67376H01L21/67379H01L21/67386H01L21/67772H01L21/67775
    • A transportation container comprises: a container body for housing a plurality of semiconductor wafers; a detachable lid adapted to engage in and cover an open front face of the container body via a seal gasket; and a locking mechanism adapted to fix the lid engaged into the open front face of the container body. The locking mechanism has a pair of protrusions formed at the opposing sides of a rim of the open end face of the container body. The locking mechanism also has a pair of clamp plates which are pivotally supported on the opposing sides of the lid to clamp the protrusions. Each protrusion has, on the back thereof, a groove with a semi-circular cross-section to be clamped. Each clamp plate has attachment shafts for the lid formed in one end of the clamp plate. The clamp plate also has operated parts for automatized operation formed in the other end of the clamp plate. The operated part has a Y-shape in cross-section. Each clamp plate being provided with a U-shaped groove holes to be fitted with the protrusion. A clamping piece is allowed to be inserted and fitted in the clamping groove, so that it is adapted to be bent in the thickness direction of the clamp plate.
    • 运输容器包括:用于容纳多个半导体晶片的容器主体; 可拆卸的盖子,适于通过密封垫片接合并覆盖容器主体的敞开的前表面; 以及适于将接合到所述容器主体的敞开的前表面上的盖固定的锁定机构。 锁定机构具有形成在容器主体的开口端面的边缘的相对侧上的一对突起。 锁定机构还具有一对夹板,其被枢转地支撑在盖的相对侧上以夹紧突起。 每个突起在其后面具有待夹紧的具有半圆形横截面的凹槽。 每个夹板具有用于形成在夹板的一端中的盖的附接轴。 夹板还具有在夹板的另一端形成的用于自动操作的操作部件。 操作部分的横截面为Y形。 每个夹板设置有与凸起配合的U形凹槽。 允许夹持件插入并装配在夹紧槽中,使其适于在夹紧板的厚度方向上弯曲。