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    • 21. 发明申请
    • PORTABLE DEVICE HAVING VIBRATION REDUCTION FUNCTION AND VIBRATION REDUCTION METHODE THEREOF
    • 具有振动降低功能的便携式设备及其减振方法
    • US20110158553A1
    • 2011-06-30
    • US12650435
    • 2009-12-30
    • YING-TSO LAIPAUL GREEN
    • YING-TSO LAIPAUL GREEN
    • G06K9/40
    • G06K9/209G06T5/002G06T2207/20182
    • A portable device includes a central processing unit, a vibration sensor to sense vibration of the portable device, an image processing unit to process image data, and a memory unit storing a vibration reduction module. The vibration reduction module includes a vibration signal collecting sub-module to collect a vibration signal of the portable device, a filter sub-module to filter noise of the vibration signal, a vibration offset calculating sub-module to calculate a vibration offset of the portable device according to the filtered vibration signal, a vibration compensation calculating sub-module to calculate a compensation value corresponding to the vibration offset of the portable device, and an image controlling sub-module to control images of the portable device to move a distance which is equal to the compensation value via the image processing unit, to make the images of the portable device keep a fixed position.
    • 便携式设备包括中央处理单元,用于感测便携式设备的振动的振动传感器,用于处理图像数据的图像处理单元,以及存储减振模块的存储单元。 振动抑制模块包括振动信号收集子模块以收集便携式装置的振动信号,滤波器子模块以滤除振动信号的噪声;振动偏移计算子模块,用于计算便携式装置的振动偏移 根据滤波振动信号的装置,振动补偿计算子模块,计算与便携式装置的振动偏移相对应的补偿值;以及图像控制子模块,用于控制便携式装置的图像移动距离, 通过图像处理单元等于补偿值,使得便携式设备的图像保持固定位置。
    • 23. 发明申请
    • SYSTEM AND METHOD FOR DESIGNING A VOLTAGE REGULATOR MODULE
    • 用于设计电压调节器模块的系统和方法
    • US20090076778A1
    • 2009-03-19
    • US12172258
    • 2008-07-13
    • SHOU-KUO HSUYING-TSO LAIDUEN-YI HO
    • SHOU-KUO HSUYING-TSO LAIDUEN-YI HO
    • G06F17/50
    • G06F17/5036
    • A computer-implemented method for designing a voltage regulator module (VRM) is disclosed. The method includes receiving design parameters and a component data for each component and storing the design parameters and the component data for each component into a component selection table, calculating a work efficiency of the VRM, and storing the work efficiency into a power computation table. The method further includes simulating a derating of each component according to a corresponding rated stress of each component if the work efficiency is greater than or equal to a predetermined work efficiency, calculating a stress ratio of each component, and storing the stress ratio into a component derating table. The component selection table, the power computation table and the component derating table are stored to form a desired VRM model if the stress ratio of each component meets a corresponding derating specification.
    • 公开了一种用于设计电压调节器模块(VRM)的计算机实现的方法。 该方法包括接收每个组件的设计参数和组件数据,并将每个组件的设计参数和组件数据存储到组件选择表中,计算VRM的工作效率,并将工作效率存储在功率计算表中。 该方法还包括如果工作效率大于或等于预定工作效率,则计算每个部件的应力比,并将应力比存储到部件中,根据每个部件的相应的额定应力来模拟每个部件的降额 降额表。 存储组件选择表,功率计算表和组件降额表,以形成所需的VRM模型,如果每个组件的应力比满足相应的降额规范。
    • 24. 发明申请
    • MARCHAND BALUN CIRCUIT
    • MARCHAND巴伦电路
    • US20130093530A1
    • 2013-04-18
    • US13326226
    • 2011-12-14
    • EN-SHUO CHANGPO-CHUAN HSIEHYING-TSO LAI
    • EN-SHUO CHANGPO-CHUAN HSIEHYING-TSO LAI
    • H01P5/10
    • H01P5/10
    • A Marchand balun circuit includes a Marchand balun, an unbalanced matching circuit, and a balanced matching circuit. The Marchand balun includes an unbalanced terminal, and two balanced terminals. The unbalanced matching circuit includes a first and the second impedances which are connected between the unbalanced terminal and ground in series, and a first resistor which is connected between ground and a connection node of the first and the second impedances. The balanced matching circuit includes a third and a fourth impedances which are connected between one balanced terminal and ground in series, a fifth and a sixth impedance which are connected between the other balanced terminal and ground in series, a second resistor which is connected between ground and a connection node of the third and the fourth impedances, and a third resistor which is connected between ground and a connection node of the fifth and the sixth impedances.
    • Marchand平衡 - 不平衡变换器电路包括Marchand平衡 - 不平衡转换器,不平衡匹配电路和平衡匹配电路。 Marchand平衡 - 不平衡变压器包括不平衡端子和两个平衡端子。 不平衡匹配电路包括串联连接在不平衡端子和地之间的第一和第二阻抗,以及连接在地和第一和第二阻抗的连接节点之间的第一电阻器。 平衡匹配电路包括连接在一个平衡端子和串联的地之间的第三和第四阻抗,连接在另一个平衡端子和地串联之间的第五和第六阻抗,连接在地之间的第二电阻器 以及第三和第四阻抗的连接节点,以及连接在地与第五和第六阻抗的连接节点之间的第三电阻器。
    • 25. 发明申请
    • METHOD OF OPTIMIZING PARAMETERS OF ELECTRONIC COMPONENTS ON PRINTED CIRCUIT BOARDS
    • 电子元器件在印刷电路板上优化参数的方法
    • US20120110540A1
    • 2012-05-03
    • US13094807
    • 2011-04-26
    • HSIAO-YUN SUYING-TSO LAICHENG-HSIEN LEE
    • HSIAO-YUN SUYING-TSO LAICHENG-HSIEN LEE
    • G06F17/50
    • G06F17/505G06F17/5036G06F17/5068G06F2217/08
    • In a method of optimizing parameters of electronic components on printed circuit boards (PCBs), a first experiment table for m variables of one type of parameter of P electronic components on a PCB is designed using n values of each variable and the RSM. P EHs of each first experiment are obtained by simulating, and P EH empirical formulas are computed according to the P EHs. A second experiment table for the m variables is designed using n′ values of each variable and the full factorial design, and P EHs of each second experiment are computed using the P EH empirical formulas. Experiments, all the P EHs of which are greater than 1, are filtered from the second experiment tables, and an average EH of each filtered experiment is computed to pick an experiment the average EH of which is the greatest. The values of the m variables in the picked experiment are considered as optimized.
    • 在印刷电路板(PCB)上优化电子部件参数的方法中,使用每个变量和RSM的n个值设计PCB上P电子部件的一种类型参数的m个变量的第一个实验表。 通过模拟获得每个第一个实验的P EH,并且根据P EH计算P EH经验公式。 使用每个变量的n'值和全因子设计设计m个变量的第二个实验表,并且使用P EH经验公式计算每个第二个实验的P EH。 从第二个实验表中筛选出所有P EH大于1的实验,并计算每个滤波实验的平均EH,以选择其平均EH最大的实验。 所选实验中的m个变量的值被认为是优化的。
    • 27. 发明申请
    • PROBE APPARATUS
    • 探测器
    • US20110179660A1
    • 2011-07-28
    • US12784511
    • 2010-05-21
    • SHEN-CHUN LISHOU-KUO HSUHSIEN-CHUAN LIANGYING-TSO LAI
    • SHEN-CHUN LISHOU-KUO HSUHSIEN-CHUAN LIANGYING-TSO LAI
    • G01B5/00F16H1/18
    • G01B3/20Y10T74/19698
    • An exemplary probe apparatus includes a fixture, a first probe assembly, a motor, a lead screw, two guide members, a second probe, and a reduction gear unit. The first probe assembly is fixedly attached to the fixture and includes a first probe. The motor has a drive shaft attached to the fixture. The lead screw is coupled to the fixture. The two guide members are attached to the fixture and parallel to the lead screw. The second probe assembly is moveably attached to the lead screw and the at least one guide member, and includes a second probe. The reduction gear unit is coupled to the drive shaft and the lead screw to transmit power from the motor to the second probe assembly through the lead screw. The second probe assembly is configured for moving the second probe towards or away from the first probe along the two guide members.
    • 示例性探针装置包括固定装置,第一探针组件,马达,导螺杆,两个引导构件,第二探针和减速装置。 第一探针组件固定地附接到固定装置并且包括第一探针。 电动机具有连接到固定装置的驱动轴。 导螺杆联接到固定装置。 两个引导构件连接到夹具并平行于导螺杆。 第二探针组件可移动地附接到导螺杆和至少一个引导构件,并且包括第二探针。 减速齿轮单元联接到驱动轴和导螺杆,以将动力从马达通过丝杠传递到第二探针组件。 第二探针组件被构造成沿着两个引导构件将第二探针朝向或远离第一探头移动。
    • 28. 发明申请
    • DIFFERENTIAL SIGNAL TRANSMISSION DEVICE
    • 差分信号传输装置
    • US20110038427A1
    • 2011-02-17
    • US12560445
    • 2009-09-16
    • SHOU-KUO HSUCHENG-HSIEN LEEYING-TSO LAIHSIAO-YUN SUJIA-CHI CHEN
    • SHOU-KUO HSUCHENG-HSIEN LEEYING-TSO LAIHSIAO-YUN SUJIA-CHI CHEN
    • H04L27/00
    • H04L25/0272
    • A differential signal transmission device transmits N differential signal pairs from a differential signal generator to a number of receiving terminals. The N differential signal pairs include N positive signals and N negative signals. The N positive signals are clustered at a first positive clustering point. The first positive clustering point is connected to a second positive clustering point via a first matching resistor. The second positive clustering point is grounded via a first grounding resistor, and outputs a number of positive signals to the number of receiving terminals respectively. The N negative signals are clustered at a first negative clustering point. The first negative clustering point is connected to a second negative clustering point via a second matching resistor. The second negative signal clustering point is grounded via a second grounding resistor, and outputs a number of negative signals to the number of receiving terminals respectively.
    • 差分信号传输装置将差分信号发生器的N个差分信号对发送到多个接收终端。 N个差分信号对包括N个正信号和N个负信号。 N个正信号聚集在第一个正聚类点。 第一正聚集点通过第一匹配电阻连接到第二正聚集点。 第二个正聚集点通过第一接地电阻接地,并分别输出多个正信号到接收端的数量。 N个负信号聚集在第一个负聚类点。 第一负聚集点通过第二匹配电阻器连接到第二负聚集点。 第二负信号聚簇点通过第二接地电阻接地,并分别输出多个负信号至接收端数。