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    • 1. 发明申请
    • ONE-WAY ACTION MECHANISM
    • 单向行动机制
    • US20090282936A1
    • 2009-11-19
    • US12119629
    • 2008-05-13
    • Chun-Lung CHENYu-Sheng ChenChien-Lin Chen
    • Chun-Lung CHENYu-Sheng ChenChien-Lin Chen
    • F16H27/08
    • F16H31/002B25B13/467Y10T74/1508
    • A one-way action mechanism capable of rotating steplessly includes a main body, a rotary element and a friction element. The main body is provided thereon with a pivotal hole and a recessed space in communication with the pivotal hole. One side of the recessed space away from the pivotal hole has a friction surface. The rotary element is formed into a circular ring and is pivotally connected in the pivotal hole. The outer periphery of the rotary element is formed by a plurality of teeth. The friction element is received in the recessed space and has a gear and a friction wheel covering the gear. The friction element is restricted by an elastic element, so that the friction wheel can be brought into a rotary and frictional contact with the friction surface. An intermediate gear is drivingly engaged between the rotary element and the gear of the friction element.
    • 能够无级旋转的单向动作机构包括主体,旋转元件和摩擦元件。 主体在其上设置有枢转孔和与枢转孔连通的凹陷空间。 凹陷空间远离枢转孔的一侧具有摩擦表面。 旋转元件形成为圆环并且枢转地连接在枢转孔中。 旋转元件的外周由多个齿形成。 摩擦元件容纳在凹进的空间中,并具有齿轮和覆盖齿轮的摩擦轮。 摩擦元件被弹性元件限制,使得摩擦轮可以与摩擦表面进行旋转和摩擦接触。 中间齿轮驱动地接合在旋转元件和摩擦元件的齿轮之间。
    • 2. 发明申请
    • Continuously adjustable rotation device
    • 连续可调的旋转装置
    • US20070108008A1
    • 2007-05-17
    • US11271909
    • 2005-11-14
    • Chun-Lung ChenYu-Sheng ChenChien-Lin Chen
    • Chun-Lung ChenYu-Sheng ChenChien-Lin Chen
    • F16D41/06
    • B25B13/461
    • A continuously adjustable rotation device includes a base, a first connection element combined with the base, a ring buckle, a transmission disc, a second connection element, and a rotation controller. The transmission disc is formed on the contacting portion of the base, forming an inclination angle and contacting the second connection element for transmission of force. By using the rotation controller, one can select a rotation direction by properly contacting with the transmission disc. When the rotation direction is selected, the second connection element and the transmission disc then drive the first connection element to rotate in the designated direction. One can thus perform a continuously adjustable rotation. Therefore, no alignment is needed when assembling the rotation device, which will enhance the production yield and lower the manufacturing cost.
    • 连续可调的旋转装置包括基座,与基座结合的第一连接元件,环扣,传动盘,第二连接元件和旋转控制器。 传动盘形成在基座的接触部分上,形成倾斜角并与第二连接元件接触以传递力。 通过使用旋转控制器,可以通过与传输盘正确接触来选择旋转方向。 当选择旋转方向时,第二连接元件和传输盘然后驱动第一连接元件沿指定的方向旋转。 因此可以执行连续可调的旋转。 因此,在组装旋转装置时不需要对准,这将提高生产成本并降低制造成本。
    • 3. 发明授权
    • Continuously adjustable rotation device
    • 连续可调的旋转装置
    • US07389862B2
    • 2008-06-24
    • US11271909
    • 2005-11-14
    • Chun-Lung ChenYu-Sheng ChenChien-Lin Chen
    • Chun-Lung ChenYu-Sheng ChenChien-Lin Chen
    • F16D11/06
    • B25B13/461
    • A continuously adjustable rotation device includes a base, a first connection element combined with the base, a ring buckle, a transmission disc, a second connection element, and a rotation controller. The transmission disc is formed on the contacting portion of the base, forming an inclination angle and contacting the second connection element for transmission of force. By using the rotation controller, one can select a rotation direction by properly contacting with the transmission disc. When the rotation direction is selected, the second connection element and the transmission disc then drive the first connection element to rotate in the designated direction. One can thus perform a continuously adjustable rotation. Therefore, no alignment is needed when assembling the rotation device, which will enhance the production yield and lower the manufacturing cost.
    • 连续可调的旋转装置包括基座,与基座结合的第一连接元件,环扣,传动盘,第二连接元件和旋转控制器。 传动盘形成在基座的接触部分上,形成倾斜角并与第二连接元件接触以传递力。 通过使用旋转控制器,可以通过与传输盘正确接触来选择旋转方向。 当选择旋转方向时,第二连接元件和传输盘然后驱动第一连接元件沿指定的方向旋转。 因此可以执行连续可调的旋转。 因此,在组装旋转装置时不需要对准,这将提高生产成本并降低制造成本。
    • 6. 发明授权
    • Testing circuit board for preventing tested chip positions from being wrongly positioned
    • 测试电路板,用于防止测试芯片位置错误定位
    • US07855571B2
    • 2010-12-21
    • US12100189
    • 2008-04-09
    • Cheng-Yung TengShao-Tien KanYu-Sheng Chen
    • Cheng-Yung TengShao-Tien KanYu-Sheng Chen
    • G01R31/28
    • G01R31/2889
    • A testing circuit board used in a testing system with a tester and a handler is disclosed. The testing circuit board is used for transmitting a plurality of testing signals provided by the tester to test at least two devices under test located on the handler. The testing circuit board includes a connecting board, a load board and at least two connecting interfaces. The connecting board coupled to the handler has at least two connecting sockets for respectively connecting to the devices under testing. The load board coupled to the tester has two joining sockets located corresponding to the connecting sockets. The at least two connecting interfaces are coupled between the connecting sockets and the joining sockets for transmitting the testing signals for testing the devices under testing.
    • 公开了一种用于具有测试器和处理器的测试系统中的测试电路板。 测试电路板用于发送由测试仪提供的多个测试信号,以测试处理器上的至少两个被测设备。 测试电路板包括连接板,负载板和至少两个连接接口。 耦合到处理器的连接板具有至少两个用于分别连接到被测设备的连接插座。 耦合到测试器的负载板具有对应于连接插座定位的两个连接插座。 所述至少两个连接接口连接在所述连接插座和所述连接插座之间,用于传送用于测试被测设备的测试信号。
    • 7. 发明申请
    • HANDLER AND METHOD FOR TESTING THE SAME
    • 处理器及其测试方法
    • US20100154505A1
    • 2010-06-24
    • US12643428
    • 2009-12-21
    • Cheng-Yung TengShao-Tien KanYu-Sheng Chen
    • Cheng-Yung TengShao-Tien KanYu-Sheng Chen
    • G01D18/00G01R31/01G01R31/26
    • G01R31/2893G01R31/31718G01R35/00
    • The invention provides a handler and a method for testing the same. The handler comprises a sorter and a testing module. The testing module further comprises a signal generator, a sensor, and a signal comparator. The signal generator generates and sends out a first handling signal. The sorter receives the first handling signal and correspondingly places a first electronic component on a first region according to the first handling signal. The sensor senses the first electronic component on the first region, and then correspondingly generates and sends out a second handling signal. The signal comparator is electrically connected to the sensor and the signal generator, and receives the first handling signal and the second handling signal. The signal comparator determines whether the first handling signal is equivalent to the second handling signal, and correspondingly sends out a comparing signal.
    • 本发明提供了一种处理程序及其测试方法。 处理器包括分类器和测试模块。 测试模块还包括信号发生器,传感器和信号比较器。 信号发生器产生并发出第一处理信号。 分拣机接收第一处理信号,并且根据第一处理信号相应地将第一电子部件放置在第一区域上。 传感器感测第一区域上的第一电子部件,然后相应地生成并发出第二处理信号。 信号比较器电连接到传感器和信号发生器,并且接收第一处理信号和第二处理信号。 信号比较器确定第一处理信号是否等于第二处理信号,并且相应地发送比较信号。
    • 8. 发明申请
    • Apparatus And Method For Automatically Offsetting Linear Deviation Of V/F Converter
    • V / F转换器自动偏移线性偏差的装置和方法
    • US20080164915A1
    • 2008-07-10
    • US11621106
    • 2007-01-08
    • Jacky ChenYu-Sheng Chen
    • Jacky ChenYu-Sheng Chen
    • H03C3/06
    • H03M1/1019H03M1/60
    • An apparatus and method for automatically offsetting the linear deviation of a V/F converter, the offset adjust pin of which is connected to a fixed resistance, and the frequency output pin of which is connected to a microcontroller unit (MCU) via an opto-isolator, a standard V/F transfer function being pre-stored in the MCU, wherein standard frequencies F1 and F0 (i.e., two coordination points (V1, F1) and (V0, F0)) are output by the V/F converter, when V1 and V0 are input as standard voltages, and the MCU may detect an error status in the V/F converter, when the V/F converter obtains real output frequencies F1′ and F0′ from real input voltages V1 and V2, and standard coordination points (F1, K1) and (F0, K0) will be corrected to (F1′, K1) and (F0′, K0′), from which a transfer function of offsetting frequency down is obtained, when the MCU processes a frequency down procedure.
    • 一种用于自动偏移V / F转换器的线偏差的装置和方法,其偏移调整引脚连接到固定电阻,并且其频率输出引脚经由光电耦合单元(MCU)连接到微控制器单元(MCU) 隔离器,预先存储在MCU中的标准V / F传递函数,其中标准频率F 1和F 0(即,两个协调点(V 1,F 1)和(V 0,F 0))由 当V 1和V 0作为标准电压输入时,V / F转换器,并且当V / F转换器获得实际输出频率F 1'和F 0'时,MCU可以检测V / F转换器中的错误状态, (F 1,K 1)和(F 0,K 0)将被校正为(F 1',K 1)和(F 0',K 0')的实际输入电压V 1和V 2, ),当MCU处理降频过程时,从中获得偏移频率的传递函数。
    • 9. 发明申请
    • Electrical connector
    • 电连接器
    • US20080102698A1
    • 2008-05-01
    • US11590907
    • 2006-11-01
    • Yu-Sheng Chen
    • Yu-Sheng Chen
    • H01R13/648
    • H01R13/6594
    • The present invention discloses an electrical connector, comprising an insulating body whose front end protrudes to form a mating portion to mate with mating electronic devices; a plurality of electrical terminals, and a shielding metal sheet capable of encompassing the insulating body. The present invention also discloses an electrical connector assembly, comprising: a first connector having an insulating body which is protrudingly disposed with a mating portion to mate with electronic device and a plurality of electrical terminals; a second connector capable of connecting with the first connector; and a shielding metal sheet which can at least encompass the first connector. The present invention can effectively shield the electrical connector from the interfering of external electronic signals to achieve normal input and output of electronic signals.
    • 本发明公开了一种电连接器,包括绝缘体,其前端突出以形成配合部分以与匹配的电子装置配合; 多个电端子和能够包围绝缘体的屏蔽金属片。 本发明还公开了一种电连接器组件,包括:第一连接器,其具有绝缘体,该绝缘体突出地设置有配合部分以与电子器件配合和多个电端子; 能够与第一连接器连接的第二连接器; 以及能够至少包围第一连接器的屏蔽金属片。 本发明可以有效地屏蔽电连接器免受外部电子信号的干扰,从而实现电子信号的正常输入和输出。
    • 10. 发明申请
    • Charger for cellular phone
    • 手机充电器
    • US20050024011A1
    • 2005-02-03
    • US10627811
    • 2003-07-28
    • Yu-Sheng Chen
    • Yu-Sheng Chen
    • H02J7/00
    • H02J7/0054H02J7/0044
    • The present invention is to provide a charger for cellular phone comprising a body having a well and a battery compartment on its opposite surfaces, at least one pair of positive and negative terminals in the battery compartment, at least one pair of electrical contacts on the well and a charging circuit inside the body being electrically coupled to and the electrical contacts and terminals respectively. When the cellular phone is rested on the well, charging plugs of the cellular phone are electrically coupled to the electrical contacts. Thus, the charging circuit is adapted to automatically supply power from either the external power source or the cells (or batterys) received in the battery compartment to charge at least one electrical energy storage element in the cellular phone.
    • 本发明提供一种蜂窝电话用充电器,其包括在其相对表面上具有阱和电池室的主体,电池室中的至少一对正极和负极端子,井上至少一对电触点 并且主体内的充电电路分别电耦合到电触点和端子。 当蜂窝电话搁置在井上时,蜂窝电话的充电插头电耦合到电触头。 因此,充电电路适于自动地从外部电源或接收在电池室中的电池(或电池)供电,以对蜂窝电话中的至少一个电能存储元件充电。