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    • 11. 发明申请
    • CASING OF WEBCAM
    • WEBCAM案
    • US20110285900A1
    • 2011-11-24
    • US12828799
    • 2010-07-01
    • CHING-HUEI CHANGKO-HSIEN LEECHING-FENG HSIEH
    • CHING-HUEI CHANGKO-HSIEN LEECHING-FENG HSIEH
    • H04N5/225
    • H04N5/2252
    • A casing of a webcam improves the hand feel of turning a lens ring. A base of the casing includes a sheath hole having a first connection portion, a first ring-shaped flange formed around an upper side of the lens ring, a second connection portion formed between upper and lower sides of the lens ring, and a second ring-shaped flange formed around the lens ring and abutted against an upper side of the sheath hole and a lower side of the first connection portion, and the first and second ring-shaped flanges of the lens ring are separated from the sheath hole by an interval. A flexible ring is clamped between the first and second connection portions and disposed between the first and second ring-shaped flanges, such that the casing can have a greater manufacturing tolerance to reduce manufacturing costs, and provide a better hand feel of turning the lens ring.
    • 网络摄像头的外壳改善了转动镜头环的手感。 壳体的基部包括具有第一连接部分的护套孔,围绕透镜环的上侧形成的第一环形凸缘,形成在透镜环的上侧和下侧之间的第二连接部分和第二环 形状的凸缘形成在透镜环周围并且抵靠着护套孔的上侧和第一连接部的下侧,并且透镜环的第一和第二环形凸缘与护套孔分开一段间隔 。 柔性环被夹持在第一和第二连接部分之间并且设置在第一和第二环形凸缘之间,使得壳体可以具有更大的制造公差以降低制造成本,并且提供转动透镜环的更好的手感 。
    • 13. 发明申请
    • ELECTRONIC DEVICE SUPPORTER
    • 电子设备支持
    • US20130250494A1
    • 2013-09-26
    • US13494109
    • 2012-06-12
    • PO-SHENG WANGCHING-FENG HSIEH
    • PO-SHENG WANGCHING-FENG HSIEH
    • H05K7/00
    • H05K5/0204
    • An electronic device supporter fixes the electronic device to a rear-view mirror base inside a vehicle and includes an adjustive support portion, a coupling portion, and an engaging portion. The adjustive support portion adjusts the position of the electronic device relative to the rear-view mirror base. The coupling portion is disposed beside the adjustive support portion and coupled to the electronic device. The engaging portion is disposed beside the adjustive support portion and engaged with the rear-view mirror base. With the electronic device supporter, not only can the electronic device be firmly installed on a rear-view mirror base inside a vehicle, but the angle of elevation, angle of depression, and position of the electronic device can be adjusted.
    • 电子设备支撑件将电子设备固定在车辆内的后视镜基座上,并且包括调节支撑部分,联接部分和接合部分。 调节支撑部分调整电子装置相对于后视镜基座的位置。 联接部分设置在调节支撑部分旁边并且耦合到电子设备。 接合部分设置在调节支撑部分旁边并与后视镜基座接合。 利用电子设备支撑器,电子设备不仅可以牢固地安装在车辆的后视镜基座上,而且可以调节电子设备的仰角,俯仰角和位置。
    • 15. 发明申请
    • DEVICE AND METHOD FOR CONTROLLING ELECTRIC LOCK
    • 用于控制电锁的装置和方法
    • US20130174620A1
    • 2013-07-11
    • US13418411
    • 2012-03-13
    • WEI-YU CHENCHING-FENG HSIEH
    • WEI-YU CHENCHING-FENG HSIEH
    • E05B49/00
    • G07C9/00182G07C9/0069G07C2009/00793Y10T70/70
    • A device and method for controlling an electric lock control the electric lock by generating a password signal carrying an ID information from an electronic apparatus including a communication chip. The device includes an antenna unit, a communication unit, a processing module, and a memory unit. The processing module receives the password signal from the electronic apparatus via the communication unit and the antenna unit. The processing module controls a locked status of the electric lock based on the password signal. The ID information carried by the password signal is analyzed by the processing module and sent to the memory unit and stored therein to form a reference information. Once the processing module receives the password signal again, the processing module will determine whether to maintain or change the locked status of the electric lock based on a result of comparison of the password signal and the reference information.
    • 一种用于控制电锁的装置和方法,通过从包括通信芯片的电子设备生成携带ID信息的密码信号来控制电锁。 该装置包括天线单元,通信单元,处理模块和存储单元。 处理模块经由通信单元和天线单元从电子设备接收密码信号。 处理模块基于密码信号控制电锁的锁定状态。 由密码信号携带的ID信息由处理模块分析并发送到存储单元并存储在其中以形成参考信息。 一旦处理模块再次接收到密码信号,处理模块将基于密码信号与参考信息的比较结果来确定是否保持或改变电锁的锁定状态。
    • 16. 发明申请
    • REMOTE CONTROLLER SWITCHING DEVICE
    • 远程控制器开关装置
    • US20130099906A1
    • 2013-04-25
    • US13297610
    • 2011-11-16
    • KUO-CHAN PENGCHING-FENG HSIEH
    • KUO-CHAN PENGCHING-FENG HSIEH
    • G05B11/01
    • G05B11/01
    • A remote controller switching device is used with a smart handheld electronic device installed with a control program providing a remote controller interface. When manipulated, the remote controller interface allows the control program to generate an operation instruction for controlling remotely an intended target. The remote controller switching device includes a fixation base for fixing the smart handheld electronic device in place, and a remote control module having a transmission connection portion and a protocol portion. After creating a transmission connection to the smart handheld electronic device, the remote controller switching device generates a remote control signal based on the operation instruction to control the intended target remotely through the protocol portion.
    • 遥控器切换装置与安装有提供遥控器接口的控制程序的智能手持电子设备一起使用。 当操作时,遥控器接口允许控制程序产生用于远程控制预期目标的操作指令。 遥控器切换装置包括用于固定智能手持电子装置的固定基座和具有传输连接部分和协议部分的遥控模块。 在创建到智能手持电子设备的传输连接之后,遥控器切换设备基于操作指令产生远程控制信号,以通过协议部分远程地控制预期目标。
    • 17. 发明申请
    • OVERVOLTAGE PROTECTION CIRCUIT
    • 过电压保护电路
    • US20130077200A1
    • 2013-03-28
    • US13300698
    • 2011-11-21
    • CHUNG-MING LUCHING-FENG HSIEH
    • CHUNG-MING LUCHING-FENG HSIEH
    • H02H3/20
    • H02H3/202H02J7/0031
    • An overvoltage protection circuit protects a portable electronic device against overvoltage. The overvoltage protection circuit includes an input unit for receiving an input voltage supplied by a voltage source; a voltage-divider module for dividing the input voltage and outputting a divided voltage; a voltage-regulator module for comparing a comparison voltage with the divided voltage and generating a first control signal; a first switch unit being controllably switched by the first control signal to a short-circuit state or an open-circuit state and generating a second control signal; and a second switch unit being controllably switched by the second control signal to a circuit state reverse to that of the first switch unit, and stopping supplying the input voltage to the portable electronic device when the input voltage is no less than a rated voltage of the portable electronic device. Therefore, a temperature-independent overvoltage protection can be achieved.
    • 过电压保护电路保护便携式电子设备免受过电压。 过电压保护电路包括用于接收由电压源提供的输入电压的输入单元; 分压模块,用于分压输入电压并输出分压; 电压调节器模块,用于将比较电压与分压电压进行比较并产生第一控制信号; 第一开关单元,其被第一控制信号可控地切换到短路状态或开路状态,并产生第二控制信号; 以及第二开关单元,其被所述第二控制信号可控地切换到与所述第一开关单元相反的电路状态,并且当所述输入电压不小于所述第一开关单元的额定电压时,停止将所述输入电压提供给所述便携式电子设备 便携式电子设备。 因此,可以实现温度独立的过压保护。
    • 19. 发明申请
    • SINGLE-CABLE BIDIRECTIONAL COMMUNICATION-BASED TOUCH CONTROL DISPLAY METHOD AND SYSTEM
    • 基于单电缆双向通信的触控控制显示方法与系统
    • US20130050577A1
    • 2013-02-28
    • US13248069
    • 2011-09-29
    • KUO-CHAN PENGCHING-FENG HSIEH
    • KUO-CHAN PENGCHING-FENG HSIEH
    • H04N7/10
    • G06F3/14G09G2370/04G09G2370/12
    • A single-cable bidirectional communication-based touch control display method and system for enabling communication and transmission between a portable electronic device having a first medium access address and a touch control display device having a second medium access address are provided. The method includes sending a video signal generated by the portable electronic device to the touch control display device via a single transmission cable to display the video signal on the touch control display device; touching, by a user, the touch control display device based on the video signal to generate a touch signal configured as a data packet according to an Internet Protocol frame; and sending the data packet back to the portable electronic device via the transmission cable, such that the portable electronic device retrieves the touch signal from the data packet to generate and feed another video signal back to the touch control display device.
    • 提供了一种基于单电缆双向通信的触摸控制显示方法和系统,用于实现具有第一介质访问地址的便携式电子设备和具有第二介质访问地址的触摸控制显示设备之间的通信和传输。 该方法包括:通过单个传输电缆将由便携式电子设备产生的视频信号发送到触摸控制显示设备,以在触摸控制显示设备上显示视频信号; 基于视频信号由用户触摸触摸控制显示装置,以根据因特网协议帧产生被配置为数据分组的触摸信号; 以及经由所述传输电缆将所述数据分组发送回所述便携式电子设备,使得所述便携式电子设备从所述数据分组检索所述触摸信号,以产生并将另一视频信号馈送到所述触摸控制显示设备。
    • 20. 发明申请
    • MULTI-TESTING PROCEDURE MANAGEMENT METHOD AND SYSTEM
    • 多重测试程序管理方法与系统
    • US20130046498A1
    • 2013-02-21
    • US13274374
    • 2011-10-17
    • TAICHUN CHENCHING-FENG HSIEH
    • TAICHUN CHENCHING-FENG HSIEH
    • G06F19/00
    • G06F11/3688
    • A multi-testing procedure management method tests on a testing platform a plurality of function units of a plurality of devices under testing (DUTs) by a test schedule management list enumerating a plurality of schedule items. The method includes determining, by comparing the schedule items on the test schedule management list, whether the schedule items are directly applicable to testing the function units; keeping the schedule items in case of affirmative determination; and deleting the schedule items in case of negative determination. The method further includes selecting existing built-in items from a test library or creating and adding new test items to the test schedule management list to eventually produce a revised version of the test schedule management list for testing the DUTs. A multi-testing procedure management system is further provided.
    • 多测试程序管理方法通过列举多个调度项目的测试计划管理列表,在测试平台上测试被测试的多个测试设备(DUT)的多个功能单元。 该方法包括通过比较测试进度管理列表上的日程表项来确定日程表项是否直接适用于测试功能单元; 在肯定判定的情况下保留时间表项目; 以及在否定确定的情况下删除日程表项目。 该方法还包括从测试库中选择现有的内置项目,或者将新的测试项目创建并添加到测试计划管理列表中,以最终产生用于测试DUT的测试进度管理列表的修订版本。 还提供了多测试程序管理系统。