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    • 71. 发明授权
    • Resistance-measuring circuit and electronic device using the same
    • 电阻测量电路及使用该电路的电子装置
    • US08786296B2
    • 2014-07-22
    • US13278075
    • 2011-10-20
    • Qi-Long YuTsung-Jen ChuangJun ZhangJun-Wei ZhangShih-Fang WongJian-Jun Zhou
    • Qi-Long YuTsung-Jen ChuangJun ZhangJun-Wei ZhangShih-Fang WongJian-Jun Zhou
    • G01R27/08
    • G01R27/14G01D5/246
    • A resistance-measuring circuit includes a controller for outputting a PWM signal and further for adjusting the duty cycle of the PWM signal, and a sampling circuit for processing the PWM signal and transmitting the processed PWM signal to the sensor. The sampling circuit samples the signal outputted from the sensor to generate a sampled signal with the voltage thereof changing according to any change in the duty cycle of the PWM signal, and further transmits the sampled signal to the controller. The controller obtains the real-time duty cycle of the PWM signal when the voltage of the sampled signal reaches a threshold voltage, and further calculates the exact resistance of the sensor according to the obtained real-time duty cycle of the PWM signal and the threshold voltage. An electronic device with the resistance-measuring circuit is also provided.
    • 电阻测量电路包括用于输出PWM信号并进一步用于调整PWM信号的占空比的控制器,以及用于处理PWM信号并将处理过的PWM信号传输到传感器的采样电路。 采样电路对从传感器输出的信号进行采样,根据PWM信号的占空比的任何变化,产生采样信号,其电压变化,并将采样信号发送到控制器。 当采样信号的电压达到阈值电压时,控制器获得PWM信号的实时占空比,并根据获得的PWM信号的实时占空比和阈值计算出传感器的精确电阻 电压。 还提供了具有电阻测量电路的电子设备。
    • 72. 发明授权
    • Master-slave system with reversible control direction function
    • 主从系统具有可逆控制方向功能
    • US08661174B2
    • 2014-02-25
    • US13204735
    • 2011-08-08
    • Chung-Jen WangLi-Sheng ShuBi-Qing LuoTsung-Jen ChuangShih-Fang Wong
    • Chung-Jen WangLi-Sheng ShuBi-Qing LuoTsung-Jen ChuangShih-Fang Wong
    • G06F13/00
    • G06F13/382
    • A master-slave system includes a master and a slave. The master includes a first communication interface, a master controller, and a voltage meter. The voltage meter is connected to the first communication interface and the master controller. The slave includes a second communication interface, an input unit, a slave controller, and a control indicator unit. The control indicator unit is connected to the second communication interface and the slave controller. The salve controller controls voltage of a node between the control indicator unit and the second communication interface to change between a high logic level and a low logic level according to signals from the input unit. The voltage meter is connected to the control indicator unit to detect the voltage of the node. The master controller controls the master to execute a function according to change of the obtained voltage within a preset period.
    • 主从系统包括主机和从机。 主机包括第一通信接口,主控制器和电压表。 电压表连接到第一通信接口和主控制器。 从设备包括第二通信接口,输入单元,从控制器和控制指示器单元。 控制指示器单元连接到第二通信接口和从控制器。 控制器控制器控制控制指示器单元和第二通信接口之间的节点的电压,以根据来自输入单元的信号在高逻辑电平和低逻辑电平之间切换。 电压表连接到控制指示灯单元,以检测节点的电压。 主控制器控制主机根据预设时间段内获得的电压的变化执行功能。
    • 73. 发明授权
    • Electronic device with measurement function and measurement method thereof
    • 具有测量功能的电子设备及其测量方法
    • US08624973B2
    • 2014-01-07
    • US13163737
    • 2011-06-20
    • Chung-Jen WangLi-Sheng ShuBi-Qing LuoTsung-Jen ChuangShih-Fang Wong
    • Chung-Jen WangLi-Sheng ShuBi-Qing LuoTsung-Jen ChuangShih-Fang Wong
    • H04N7/18G09G5/00G06K9/00
    • G01C5/00G01B11/026
    • A method for measuring size of an object is provided. The method includes controlling a distance measurement unit to measure a vertical distance between an electronic device and the object in response to a measurement operation, controlling an image capturing unit to capture an image in front of the electronic device, which includes an image of the object in response to the measurement operation. Computing an actual size of the captured area according to the distance measured by the distance measurement unit and an angle of view of the image capturing unit. In addition, obtaining the image of the object from the captured image, and further computing the proportion of the image of the object in the captured image. Then computing the size of the object according to the proportion and the actual size of the captured area, and displaying the measured size of the object.
    • 提供了一种用于测量物体尺寸的方法。 该方法包括控制距离测量单元以响应于测量操作来测量电子设备与物体之间的垂直距离,控制图像拍摄单元捕获电子设备前方的图像,该图像包括对象的图像 响应于测量操作。 根据由距离测量单元测量的距离和图像捕获单元的视角来计算捕获区域的实际尺寸。 此外,从拍摄图像获取对象的图像,并进一步计算拍摄图像中的对象的图像的比例。 然后根据捕获区域的比例和实际大小计算对象的大小,并显示对象的测量大小。
    • 74. 发明授权
    • Card tray ejection mechanism and electronic device using the same
    • 卡盘排出机构和使用其的电子设备
    • US08553419B2
    • 2013-10-08
    • US13163756
    • 2011-06-20
    • Wen-Dong LuoWen-Wu WangWen-Ping WangTsung-Jen ChuangShih-Fang Wong
    • Wen-Dong LuoWen-Wu WangWen-Ping WangTsung-Jen ChuangShih-Fang Wong
    • H05K7/14
    • G06K13/0825G06K13/0831
    • A card tray ejection mechanism for an electronic device, which includes a first elongated member rotatably mounted to the base, a second elongated member, and a driving member. The first elongated member includes a first end portion resisting against a side of the tray, a second end portion opposite to the first end portion and a pivoting rod located between the first and second end portions. The second elongated member is rotatably connected to the second end portion. The driving member drives the second elongated member to move longitudinally. When the second elongated member is driven to move longitudinally by the driving member, the first elongated member is driven to rotate around the pivoting rod by the second elongated member, and the card tray is ejected. An electronic device using the card tray ejection mechanism is also provided.
    • 一种用于电子设备的卡片托盘弹出机构,包括可旋转地安装到基座的第一细长构件,第二细长构件和驱动构件。 第一细长构件包括抵抗托盘的一侧的第一端部,与第一端部相对的第二端部和位于第一和第二端部之间的枢转杆。 第二细长构件可旋转地连接到第二端部。 驱动构件驱动第二细长构件纵向移动。 当第二细长构件由驱动构件驱动以纵向移动时,第一细长构件被驱动以通过第二细长构件围绕枢转杆旋转,并且卡盘被弹出。 还提供了使用卡盘排出机构的电子设备。
    • 75. 发明授权
    • Over-current protection circuit and electronic device with the same
    • 过电流保护电路与电子设备相同
    • US08531810B2
    • 2013-09-10
    • US13221920
    • 2011-08-31
    • Ren-Wen HuangQiang YouTsung-Jen ChuangShih-Fang Wong
    • Ren-Wen HuangQiang YouTsung-Jen ChuangShih-Fang Wong
    • H02H3/08
    • H02H3/087
    • An over-current protection circuit for preventing a function module from over-current, the function module obtains power from a power source via an input port. The over-current protection circuit includes a path switch, a current detection circuit, a conductor switch, a first control module, and a second control module. The current detection circuit and the path switch form a loop with the input port and the function module. The current detection circuit detects a value of a current of the loop, and produces a first control signal when detecting the current of the loop is equal to or greater than a predetermined current value. The first control module turns off the conductor switch when receiving the first control signal. The second control module turns off the path switch when the conductor switch is turned off, thereby cutting off the loop.
    • 一种用于防止功能模块过电流的过电流保护电路,功能模块经由输入端口从电源获得电力。 过电流保护电路包括路径开关,电流检测电路,导体开关,第一控制模块和第二控制模块。 电流检测电路和路径开关与输入端口和功能模块形成一个环路。 电流检测电路检测回路的电流值,并且当检测到回路的电流等于或大于预定电流值时产生第一控制信号。 当接收到第一控制信号时,第一控制模块关闭导体开关。 当导体开关关闭时,第二个控制模块关闭路径开关,从而切断回路。
    • 76. 发明授权
    • Electronic device with surge suppression circuit
    • 具有浪涌抑制电路的电子设备
    • US08520353B2
    • 2013-08-27
    • US13053222
    • 2011-03-22
    • Jun-Wei ZhangJun ZhangTsung-Jen ChuangShih-Fang Wong
    • Jun-Wei ZhangJun ZhangTsung-Jen ChuangShih-Fang Wong
    • H02H3/22
    • H02H9/046H02H9/025
    • An electronic device includes a power input pin receiving a voltage from an external power supply, a load, and a surge suppression circuit connected between the power input pin and the load. The surge suppression circuit includes a first transistor, a voltage divider circuit and a capacitor. The first transistor includes a control end, a first conductive end connected to the power input pin, and a second conductive end connected to the load. The voltage divider circuit includes a common node connected to the control end, one end of the voltage divider circuit connected between the first conductive end and the power input pin, and the other end of the voltage divider circuit connected to ground. One end of the capacitor is connected between the second conductive end and the load, and the other end of the capacitor is connected to the control end.
    • 电子设备包括电源输入引脚,其接收来自外部电源的电压,负载以及连接在电源输入引脚和负载之间的浪涌抑制电路。 浪涌抑制电路包括第一晶体管,分压器电路和电容器。 第一晶体管包括控制端,连接到电源输入引脚的第一导电端和连接到负载的第二导电端。 分压器电路包括连接到控制端的公共节点,分压电路的一端连接在第一导电端和电源输入引脚之间,分压器电路的另一端连接到地。 电容器的一端连接在第二导电端和负载之间,电容器的另一端连接到控制端。
    • 77. 发明授权
    • Analog to digital converter
    • 模数转换器
    • US08395540B2
    • 2013-03-12
    • US13213099
    • 2011-08-19
    • Qi-Long YuJun ZhangTsung-Jen ChuangShih-Fang Wong
    • Qi-Long YuJun ZhangTsung-Jen ChuangShih-Fang Wong
    • H03M1/56
    • H03M1/56
    • An ADC includes an analog signal input port for receiving analog signals, a reference voltage generation circuit for producing a reference voltage, a controllable switch, a control unit including a counter, an integral circuit, and a comparison circuit. The control unit outputs an on or off signal to turn on or turn off the controllable switch, the counter starts to count when the control unit outputs the off signal. The integral circuit executes an integral action to integrate the reference voltage and output a voltage enhanced gradually when the controllable switch is turned off. The comparison circuit outputs an interrupt signal to cause the counter to stop counting when comparing the voltage output by the integral circuit is higher than the voltage of the analog signals. The control unit determines a digital value corresponding to the analog signals according to a count value of counted by the counter.
    • ADC包括用于接收模拟信号的模拟信号输入端口,用于产生参考电压的参考电压产生电路,可控开关,包括计数器,积分电路和比较电路的控制单元。 控制单元输出开启或关闭信号以打开或关闭可控开关,当控制单元输出关闭信号时,计数器开始计数。 积分电路执行积分动作以集成参考电压,并在可控开关关闭时逐渐输出增强的电压。 当比较积分电路的电压高于模拟信号的电压时,比较电路输出中断信号使计数器停止计数。 控制单元根据由计数器计数的计数值来确定与模拟信号相对应的数字值。
    • 78. 发明授权
    • Power-saving circuit
    • 省电电路
    • US07880393B2
    • 2011-02-01
    • US11874915
    • 2007-10-19
    • Shih-Fang WongTsung-Jen ChuangLin-Kun Ding
    • Shih-Fang WongTsung-Jen ChuangLin-Kun Ding
    • H05B37/02
    • G06F1/3203G06F1/3231Y02D10/173
    • A power-saving circuit is provided for saving electrical power by detecting a presence or absence of an object in a localized area. The power-saving circuit includes a sensor module, and a switch module connected to the sensor module. The detector is adapted for outputting a control signal at a first state when an object is detected in the localized area, and outputting a control signal at a second state when an object is detected not in the localized area. The switch module provides a stable DC voltage according to the control signal at the first state, and not provides the stable DC voltage according to the control signal at the second state.
    • 提供了一种省电电路,用于通过检测局部区域中的物体的存在或不存在来节省电力。 节电电路包括传感器模块和连接到传感器模块的开关模块。 当在局部区域中检测到物体时,检测器适于输出处于第一状态的控制信号,并且当检测到物体不在局部区域时,输出处于第二状态的控制信号。 开关模块根据第一状态下的控制信号提供稳定的直流电压,并且不在第二状态下根据控制信号提供稳定的直流电压。
    • 80. 发明授权
    • Ballast for cold cathode fluorescent lamp
    • 冷阴极荧光灯镇流器
    • US07714518B2
    • 2010-05-11
    • US11770749
    • 2007-06-29
    • Shih-Fang WongTsung-Jen ChuangJun Li
    • Shih-Fang WongTsung-Jen ChuangJun Li
    • G05F1/00
    • H05B41/2822
    • A ballast includes a drive circuit, a half-bridge inverter, a transformer, and a filter. The drive circuit is configured for generating a drive signal on receiving a power. The half-bridge inverter is configured for generating a power AC signal according to the drive signal generated by the driver. The power AC signal is fed back to the drive circuit, for determining a non-overlap time of the drive signal. The transformer is configured for generating a high frequency signal based on the power AC signal. The high frequency signal is configured for lightening a lamp, and maintaining the lightening of the lamp. The filter is used for filtering out noise in the feedback power AC signal.
    • 镇流器包括驱动电路,半桥逆变器,变压器和滤波器。 驱动电路被配置为在接收电力时产生驱动信号。 半桥逆变器被配置为根据由驾驶员产生的驱动信号产生电力AC信号。 电力AC信号被反馈到驱动电路,用于确定驱动信号的不重叠时间。 变压器被配置为基于电力AC信号产生高频信号。 高频信号被配置为对灯进行点亮,并保持灯的亮度。 该滤波器用于滤除反馈电力交流信号中的噪声。