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    • 21. 发明申请
    • TRADEMARK MAP CONSTRUCTION METHOD
    • 商标地图构造方法
    • US20130097090A1
    • 2013-04-18
    • US13705232
    • 2012-12-05
    • Southern Taiwan University Of Technology
    • CHUNG-JEN CHENCHAO-CHUN CHENCHIA-PI LIANG
    • G06Q50/18
    • G06Q50/184G06Q10/00
    • A trademark map construction method is revealed. Firstly, select a range of trademarks intended to be analyzed and retrieve data of trademark samples required. Then integrate the above data to form a questionnaire having trademark logos and related serial number. Next give respondents the questionnaire to divide the trademark samples into groups with similarity according to their subjective judgment and produce a corresponding matrix table. Input the data of the matrix table into statistical software of a microprocessor and execute Multi-Dimensional Scale (MDS) processing by the statistical software so as to get relative distance between the trademark samples. Thus the distribution of the trademark samples in the trademark map is obtained. Thereby enterprises are provided with a trademark design reference and product recognition, positioning are also achieved.
    • 揭示了商标地图制作方法。 首先,选择一系列要分析的商标,并检索所需的商标样品数据。 然后整合上述数据,形成具有商标标识和相关序列号的问卷。 接下来向受访者提供问卷,根据他们的主观判断将商标样本分成具有相似性的组,并产生相应的矩阵表。 将矩阵表的数据输入到微处理器的统计软件中,并通过统计软件执行多维尺度(MDS)处理,以获得商标样本之间的相对距离。 因此,商标样本在商标图中的分布得到。 从而为企业提供商标设计参考和产品认定,定位也实现了。
    • 22. 发明授权
    • Radiation structure without light guiding board
    • 辐射结构无导光板
    • US08382324B2
    • 2013-02-26
    • US12770173
    • 2010-04-29
    • Chih-Chieh KangJeng-Feng LinYu-Chang WuChun-Xian YuTai-Jung ChenShao-Tun Chuang
    • Chih-Chieh KangJeng-Feng LinYu-Chang WuChun-Xian YuTai-Jung ChenShao-Tun Chuang
    • F21V21/00
    • G02F1/133615G02B6/0046G02B6/0053G02B6/0096
    • A radiation structure without a light guiding board for a backlight module or an illuminant device includes an optical plate formed with at least one rising area having a rising surface defined at the center thereof, two light sources disposed adjacent to two sides of the optical plate, and a diffusion plate. The light sources each possess a radiant half-intensity angle below 15 degrees for respectively forming optic axial directions thereof, allowing a radiation field to be diffusively formed from the pivoting of the optic axial directions. Whereby, the optic axial directions respectively face toward the rising surface, allowing the projection of the radiation field on the rising surface, and the diffusion plate is disposed above the rising area of the optical plate. Therefore, an even radiating surface caused by a diffusion of the light sources from the diffusion plate could be preferably obtained even if no light guiding board is applied.
    • 没有用于背光模块或照明装置的导光板的辐射结构包括形成有至少一个具有限定在其中心的上升面的上升区域的光学板,与光学板的两侧相邻设置的两个光源, 和扩散板。 光源各自具有低于15度的辐射半强度角以分别形成其光轴方向,允许从光轴方向的枢转扩散地形成辐射场。 由此,光轴方向分别面向上升面,允许在上升面上投射辐射场,扩散板设置在光学板的上升区域的上方。 因此,即使没有施加导光板,也可以优选获得由扩散板的光源扩散引起的均匀的辐射面。
    • 24. 发明授权
    • Pneumatic nozzle for roller coating
    • 气动喷嘴辊涂
    • US08312833B2
    • 2012-11-20
    • US12654081
    • 2009-12-10
    • Cheng-Hsin ChuangHsing-Sheng WuDeng-Maw Lu
    • Cheng-Hsin ChuangHsing-Sheng WuDeng-Maw Lu
    • B05C5/02B05C11/06
    • B05C11/06B05B1/005B05C11/025
    • A pneumatic nozzle for roller coating is revealed. A workpiece to be coated is fixed on a rotating power source of a machine. A high-pressure pneumatic nozzle and a material supply nozzle, both corresponding to the workpiece, are arranged at the machine. The workpiece is driven to rotate by the rotating power source while the material supply nozzle applies coating material to the workpiece and the high-pressure pneumatic nozzle releases high pressure gas. The coating material attached on the surface of the workpiece is pushed by the high pressure gas and spread uniformly on the workpiece by rotating workpiece. Thereby the material is coated smoothly in a non-contact way and the thickness of the coating material is controlled in micron scale. This helps following manufacturing of three-dimensional microstructures on rolls for producing roll dies and increases the practical value.
    • 揭示了用于辊涂的气动喷嘴。 待涂覆的工件固定在机器的旋转动力源上。 在机器上布置有与工件相对应的高压气动喷嘴和材料供给喷嘴。 工件由旋转动力源驱动旋转,同时材料供给喷嘴将涂料施加到工件上,而高压气动喷嘴释放高压气体。 附着在工件表面的涂料被高压气体推动,并通过旋转工件均匀地分散在工件上。 因此,材料以非接触的方式平滑地涂覆,并且涂层材料的厚度以微米级控制。 这有助于以下制造用于生产辊模的辊上的三维微结构并增加实用价值。
    • 26. 发明授权
    • Piezoelectric tactile sensor
    • 压电触觉传感器
    • US07781940B1
    • 2010-08-24
    • US12379127
    • 2009-02-13
    • Cheng Hsin Chuang
    • Cheng Hsin Chuang
    • H01L41/113H01L41/18G01L1/00
    • H01L41/1132H01L41/45Y10S310/80Y10T29/42
    • A novel flexible tactile sensor for sensing the force direction was designed by introducing the concept of structural electrodes on a piezoelectric film. The structural electrodes comprised an elastomeric column and distributed microelectrodes between the column and piezoelectric film. As a periodic small force acts at the elastomeric column, the force is transferred to the piezoelectric film based on the column bending behavior therefore the scale of force can be detected by the output voltages from the distributed electrodes due to the corresponding force state under the column. In addition, two opposite output signals from different sides of the column can differentiate the force direction as the column is bent by external force. The resulting signal for sensing force and its direction depends on the size of column.
    • 通过在压电膜上引入结构电极的概念,设计了一种用于感测力方向的新型柔性触觉传感器。 结构电极在柱和压电膜之间包括弹性体柱和分布的微电极。 由于周期性的小力作用在弹性体柱上,所以根据柱的弯曲行为将力转移到压电膜,因此由于柱下相应的力状态可以通过来自分布电极的输出电压来检测力的比例 。 另外,柱的不同侧的两个相反的输出信号可以通过外力使柱被弯曲而区分力方向。 所得到的感应力信号及其方向取决于色谱柱的大小。
    • 27. 发明申请
    • Manually operatable motorized wheel chair
    • 手动操作电动轮椅
    • US20100200311A1
    • 2010-08-12
    • US12378092
    • 2009-02-11
    • Tung-Yung HuangChi-Wei KuoJing-Yu Wang
    • Tung-Yung HuangChi-Wei KuoJing-Yu Wang
    • B62D11/06
    • A61G5/022A61G5/045A61G5/048
    • A motorized wheel chair includes two drive wheels rotatably attached to a frame with wheel axles, and a push rim attached to each drive wheel for being operated by the user to rotate the drive wheels, a motor driving device includes a gear secured to the wheel axle of the drive wheel, a motor attached to the drive wheel and engaged with the gear for driving the drive wheel, and an encoder attached to the drive wheel and engaged with the gear for detecting the rotating of the drive wheel, and a control device includes a processor device coupled to the motor and the encoder for receiving a signal from the encoder and for controlling the motor to operate the drive wheel.
    • 电动轮椅包括两个可旋转地连接到具有轮轴的框架的驱动轮,以及附接到每个驱动轮的用于由使用者操作以旋转驱动轮的推动轮缘,马达驱动装置包括固定到轮轴的齿轮 驱动轮安装的马达,与驱动轮驱动齿轮啮合的马达,以及安装在驱动轮上的编码器,与该齿轮接合,用于检测驱动轮的旋转,控制装置包括: 耦合到所述电动机和所述编码器的处理器装置,用于从所述编码器接收信号并且用于控制所述电动机来操作所述驱动轮。