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    • 4. 发明授权
    • Handheld device workout coach system
    • 手持设备锻炼教练系统
    • US08744605B2
    • 2014-06-03
    • US13616728
    • 2012-09-14
    • Che-Wei SuChung-Chieh ChenWei-Lung Chen
    • Che-Wei SuChung-Chieh ChenWei-Lung Chen
    • G06F19/00
    • H04M1/7253G06F19/3481H04M1/67H04M1/72525H04M2250/04
    • A handheld device workout coach system includes: at least a handheld device installed therein with a coaching program and having a near field communication (NFC) module and a ID recognition data; at least a fitness device having a master control unit, a near field communication (NFC) module corresponding in position and function to the master control unit, and a platform; and a server stored therein with workout prescriptions downloadable by the at least a handheld device and available to the coaching program. The master control unit has an equipment recognition data. The handheld device and the fitness device get connected by near field communication (NFC) technology as soon as the handheld device is positioned on the platform of the fitness device and recognize each other to thereby execute the coaching program instantly and automatically, such that a corresponding one of the workout prescriptions instructs a user to take exercise.
    • 手持设备锻炼教练系统包括:至少安装有手持设备的教练程序并具有近场通信(NFC)模块和ID识别数据; 至少具有主控制单元,对应于主控单元的位置和功能的近场通信(NFC)模块的健身设备和平台; 以及存储在其中的服务器,其具有由所述至少一个手持设备可下载的训练处方,并且可用于所述辅导程序。 主控单元具有设备识别数据。 一旦手持设备位于健身器材的平台上,手持设备和健身设备就可以通过近场通信(NFC)技术进行连接,并且彼此识别,从而立即并且自动地执行辅导程序,使得相应的 锻炼的处方之一指示用户进行锻炼。
    • 5. 发明授权
    • Process of directly electroplating onto a nonconductive substrate
    • 直接电镀在非导电基材上的工艺
    • US5762777A
    • 1998-06-09
    • US643232
    • 1996-05-02
    • Ching-hsiung YangChi-chao WanYung-yun WangChung-chieh Chen
    • Ching-hsiung YangChi-chao WanYung-yun WangChung-chieh Chen
    • C25D5/54H05K3/18C25D5/02C25D5/34C25D5/56
    • H05K3/188C25D5/54
    • A process of directly plating onto a nonconductive substrate is disclosed. The process comprises the steps of: 1) conditioning: modifying a surface of the nonconductive substrate with selected organic hydrocarbons or polymers to enhance its property of adsorbing catalysts; 2) catalyzing: immersing the conditioned substrate into a catalyst colloid-containing solution or a catalyst complex-containing solution to let the catalyst be adsorbed onto the substrate; 3) accelerating: reducing the catalyst with a suitable acid or basic solution (adapted to the catalyst colloid), or with a reducing agent (adapted to the catalyst complex) to reduce the catalyst being adsorbed onto the substrate; 4) enhancing: immersing the substrate after accelerating step into an enhancing agent containing a compound with two ligands; 5) electroplating: proceeding with a plating process.
    • 公开了一种直接镀在非导电衬底上的工艺。 该方法包括以下步骤:1)调理:用选择的有机烃或聚合物改性非导电基材的表面,以增强其吸附催化剂的性能; 2)催化:将调理的底物浸入含催化剂胶体的溶液或含催化剂配合物的溶液中以使催化剂吸附到基材上; 3)加速:用合适的酸或碱性溶液(适于催化剂胶体)或还原剂(适于催化剂络合物)还原催化剂以减少催化剂被吸附到基材上; 4)增强:加速步骤后将底物浸入含有具有两个配体的化合物的增强剂中; 5)电镀:进行电镀工艺。