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    • 2. 发明申请
    • Roller Connecting and Retaining Device
    • 滚筒连接和固定装置
    • US20070201777A1
    • 2007-08-30
    • US11307866
    • 2006-02-26
    • Chun-Liang WUEn-Chieh CHEN
    • Chun-Liang WUEn-Chieh CHEN
    • F16C19/00
    • F16C33/506F16C29/06
    • A roller connecting and retaining device comprises two connecting portions, a plurality of retaining portions and spacer portions. The retaining portions are oppositely arranged in pairs and connected vertically to the connecting portions. The spacer portions are connected between the upper end and the lower end of the paired opposite retaining portions. Two contacting edges are formed at both sides of the respective spacer portions and have a linear contact with the rolling surface of the rollers, and the contacting edges of the opposite spacer portions are located correspondingly to the axial center of the rollers and are arranged at both sides of the inactive contact surface of the rollers. A mold-releasing concave is formed in each conjunction between the spacer portion and the retaining portion. Such design facilitates injection molding process, mold opening, and mass production. The contacting edge of the opposite spacer portions can prevent the problems of the rollers during rolling motion, such as slant position, friction, impact and skip.
    • 辊连接和保持装置包括两个连接部分,多个保持部分和间隔部分。 保持部成对地相对配置并且垂直地连接到连接部。 间隔部分连接在一对相对保持部分的上端和下端之间。 两个接触边缘形成在相应的间隔部分的两侧,并且与辊的滚动表面线性接触,并且相对的间隔部分的接触边缘对应于辊的轴向中心并且布置在两个 辊的非活动接触表面的侧面。 在间隔件部分和保持部分之间的每个连接中形成脱模凹部。 这种设计便于注射成型工艺,开模和批量生产。 相对的间隔部分的接触边缘可以防止在滚动运动期间辊的问题,例如倾斜位置,摩擦,冲击和跳动。
    • 4. 发明授权
    • Solar power operated, vehicle night illuminator circuit
    • 太阳能动力,车辆夜间照明电路
    • US5138534A
    • 1992-08-11
    • US820264
    • 1992-01-14
    • Chun-Liang Wu
    • Chun-Liang Wu
    • B62J6/00
    • B62J6/003Y10S136/293Y10S362/802
    • A solar power operated, vehicle night illuminator circuit, comprised of a charging circuit, a forced oscillation prohibition circuit, a control circuit, and a light emitting diode circuit consisted of an oscillatory circuit, a resonance circuit and a booster circuit, said charging circuit comprised of a solar collector to collect and convert the radiant energy of sunlight into electric power for charging a battery via a diode, said forced oscillation prohibition circuit being to electrically disconnect said light emitting diode circuit from said charging circuit upon the operation of said solar collector, said control circuit being to connect said battery to said light emitting diode circuit causing a light emitting diode to emit light when said solar collector receives no radiant energy of sunlight.
    • 一种由充电电路,强制振荡禁止电路,控制电路和由振荡电路,谐振电路和升压电路构成的发光二极管电路组成的太阳能动力车辆夜间照明器电路,所述充电电路包括 太阳能收集器收集和转换太阳能的辐射能量到用于通过二极管对电池充电的电力,所述强制振荡禁止电路在所述太阳能收集器的操作时将所述发光二极管电路与所述充电电路电断开, 所述控制电路将所述电池连接到所述发光二极管电路,当所述太阳能集热器不接收太阳辐射能时,使发光二极管发光。
    • 5. 发明申请
    • Shaft seal arrangement of a chocolate fountain
    • 巧克力喷泉的轴封安排
    • US20100123290A1
    • 2010-05-20
    • US12292224
    • 2008-11-14
    • Chun-Liang WuChun-Sen Wu
    • Chun-Liang WuChun-Sen Wu
    • F16J15/32
    • F16J15/3452A23G3/22
    • A shaft seal arrangement of a chocolate fountain includes a transmission shaft coupled with a drive shaft having an n-shaped disc body. The bottom of the n-shaped disc body is provided with a supporting body. The material of the supporting body is selected from a group consisting of carbon, graphite, Teflon, and wearproof ceramics. The supporting body is pushed by a spring against the n-shaped disc body such that the top of the n-shaped disc body is constantly in sealed contact with a resilient spacer thereabove. In this way, the melted chocolate within the basin can be prevented from downward leakage, thereby ensuring a smooth operation of the transmission element as well as a prolonged service life.
    • 巧克力喷泉的轴密封装置包括与具有n形盘体的驱动轴联接的传动轴。 n形盘体的底部设有支撑体。 支撑体的材料选自由碳,石墨,特氟隆和耐磨陶瓷组成的组。 支撑体被弹簧压靠在n形盘体上,使得n形盘体的顶部与上面的弹性垫片不断地密封接触。 以这种方式,可以防止盆内的熔化巧克力向下泄漏,从而确保传动元件的平稳运行以及延长的使用寿命。
    • 6. 发明授权
    • Energy-saving drive apparatus for DC loads
    • 直流负载节能驱动装置
    • US07276818B1
    • 2007-10-02
    • US11785263
    • 2007-04-17
    • Chun-Liang WuWilliam F. Polley
    • Chun-Liang WuWilliam F. Polley
    • H02J9/02
    • H02M3/33507
    • Energy-saving drive apparatus for DC loads including a blocking oscillator, an amplifier, an AC-DC-converter, a voltage comparator, a current comparator, and a signal feedback circuit. The DC power produced by all kinds of batteries pass through the blocking oscillator and the amplifier to obtain an amplified signal voltage that is then converted into DC voltage and current. Meanwhile, the voltage comparator and the current comparator are connected at an output terminal of the AC-DC-converter. The signal feedback circuit obtains a load signal voltage from the load. After a feedback operation, a comparison voltage and a comparison current are transmitted to the input terminal of the voltage comparator and the current comparator. After the different signal voltages and currents are compared, analyzed, edited and sorted, a constant voltage circuit between the load and the voltage comparator as well as a constant current circuit between the load and the current comparator give out a corrected constant voltage value and a corrected constant current value, respectively, for re-driving the load. Therefore, the voltage and current impedance of the load can be matched to each other by the correcting process of the signal voltage and current for achieving an optimal and efficient power-saving output state.
    • 用于包括阻塞振荡器,放大器,AC-DC转换器,电压比较器,电流比较器和信号反馈电路的DC负载的节能驱动装置。 各种电池产生的直流电源通过阻塞振荡器和放大器,获得放大的信号电压,然后转换为直流电压和电流。 同时,电压比较器和电流比较器连接在AC-DC转换器的输出端。 信号反馈电路从负载获得负载信号电压。 在反馈操作之后,将比较电压和比较电流传输到电压比较器和电流比较器的输入端。 在比较,分析,编辑和分类不同的信号电压和电流之后,负载和电压比较器之间的恒定电压电路以及负载和电流比较器之间的恒定电流电路给出校正的恒定电压值和 分别用于重新驱动负载的校正恒定电流值。 因此,负载的电压和电流阻抗可以通过信号电压和电流的校正处理来相互匹配,以实现最佳和高效的省电输出状态。
    • 9. 发明授权
    • Damper/positioning structure
    • 阻尼器/定位结构
    • US06412606B1
    • 2002-07-02
    • US09968964
    • 2001-10-03
    • Chun-Liang Wu
    • Chun-Liang Wu
    • F16D6300
    • F16F7/082
    • A damper includes a barrel axially slidably mounted on a shaft, an elastic ring mounted inside the barrel around the shaft, arched pressure blocks mounted abutted against one another inside the elastic ring around the shaft, each arched pressure block having an axially extended sloping groove, steel balls respectively arranged in the sloping groove of each arched pressure block in contact with the periphery of the shaft, a rigid locating ring mounted inside the barrel to support the steel balls in the sloping groove of each arched pressure block, a screw cap threaded into one side of the barrel, a compression spring stopped between the screw cap and the locating ring, a hollow adjustment screw member threaded into one side of the barrel to support the steel balls in the sloping groove of each arched pressure block against the locating ring.
    • 阻尼器包括轴向可滑动地安装在轴上的筒体,围绕轴安装在筒内的弹性环,围绕轴的弹性环内彼此抵靠的拱形压力块,每个拱形压力块具有轴向延伸的倾斜槽, 分别布置在每个拱形压力块的倾斜槽中的钢球与轴的周边接触,刚性定位环安装在筒体内部,以将钢球支撑在每个拱形压力块的倾斜槽中, 桶的一侧,压缩弹簧停止在螺帽和定位环之间,中空调节螺钉构件螺纹连接到筒的一侧,以将钢球在每个拱形压力块的倾斜槽中抵靠定位环支撑。