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    • 63. 发明申请
    • Hub Structure having a charging function
    • 集线器结构具有充电功能
    • US20050017675A1
    • 2005-01-27
    • US10621659
    • 2003-07-16
    • Potter HsiehJason Chen
    • Potter HsiehJason Chen
    • G06F1/26H02J7/00
    • H02J7/0044G06F1/266H02J2007/006
    • The present invention relates to a hub structure having a charging function. The structure is a combined structure formed by integrating a conventional charging holder/device and a hub so as to provide the direct current to a wireless mouse, wireless indexer, wireless keyboard, or wireless device of the general computer. This will avoid the trouble of installing or replacing the battery of the wireless peripheral device for the computer. Besides, each of the wireless keyboard, the wireless mouse and the wireless device has to be provided with a receiving device to be connected to the computer. Therefore, the present invention is used for being connected to the wireless keyboard and the wireless mouse so as to reduce the cost, promoting the efficiency and provide the convenience to the consumer.
    • 本发明涉及具有充电功能的轮毂结构。 该结构是通过集成常规充电保持器/装置和集线器而形成的组合结构,以便向一般计算机的无线鼠标,无线索引器,无线键盘或无线装置提供直流电。 这将避免安装或更换计算机的无线外围设备的电池的麻烦。 此外,无线键盘,无线鼠标和无线设备中的每一个必须设置有要连接到计算机的接收设备。 因此,本发明用于连接无线键盘和无线鼠标,以降低成本,提高效率并为消费者提供方便。
    • 65. 发明授权
    • Color wheel having a bonding apparatus
    • 色轮具有粘合装置
    • US06598977B1
    • 2003-07-29
    • US10214150
    • 2002-08-08
    • Jason Chen
    • Jason Chen
    • G02B522
    • G03B21/14G02B7/006G02B26/008G03B11/00G03B33/08H04N9/3114H04N9/3141
    • A color wheel having a bonding apparatus consists of a carrier and a filter set. The carrier is a circular disk and has a first surface and a second surface opposite to each other. The first surface has a bulged rim formed thereon. The carrier has a plurality of apertures formed thereon between the bulged rim and the perimeter thereof. The filter set is mounted onto the first surface of the carrier. Adhesive is injected and filled into the apertures from the second surface such that the filter set is bonded to the first surface of the carrier to form the color wheel of the invention. The color wheel thus made has evenly coated adhesive without increasing the thickness thereof.
    • 具有接合装置的色轮由载体和过滤器组成。 载体是圆盘,并且具有彼此相对的第一表面和第二表面。 第一表面具有形成在其上的凸出边缘。 载体在凸起边缘和其周边之间形成有多个孔。 过滤器组件安装在载体的第一表面上。 将粘合剂从第二表面注入并填充到孔中,使得过滤器组件结合到载体的第一表面以形成本发明的色轮。 这样制成的色轮具有均匀涂布的粘合剂而不增加其厚度。
    • 66. 发明授权
    • Method for manufacturing cranks for bicycles
    • 制造自行车曲柄的方法
    • US5851459A
    • 1998-12-22
    • US989679
    • 1997-12-12
    • Jason Chen
    • Jason Chen
    • B29C44/12B29C70/08B29C70/86B29C44/06
    • B29C70/86B29C44/12B29C70/086B29L2031/06B29L2031/3091
    • A method is illustrated for manufacturing bicycle cranks in which a layer of foamable material is applied on an outer surface of a metallic member which has two holes respectively defined in two ends thereof. A layer of composite preimpregnated material is then applied on the layer of foamable material. Thereafter, the metallic member is mounted in a mold and then heated to make the foamable material foam, thereby achieving formation of a semi-product crank by means of formation of the foamable material, the composite preimpregnated material, and the metallic member. After removal from the mold, the holes of the semi-product crank is tapped, and the semi-product crank is then trimmed and ground. Patching is applied to make an outer surface of the crank smooth.
    • 示出了一种用于制造自行车曲柄的方法,其中一层可发泡材料施加在金属构件的外表面上,该金属构件的两端分别限定有两个孔。 然后将复合预浸渍材料层施加在可发泡材料层上。 此后,将金属构件安装在模具中,然后加热以使发泡材料发泡,从而通过形成可发泡材料,复合预浸渍材料和金属构件来实现半成品曲柄的形成。 从模具中取出后,将半成品曲柄的孔轻敲,然后对半成品曲柄进行修整和研磨。 施加补片以使曲柄的外表面平滑。
    • 67. 发明授权
    • Means for instantaneously detecting abnormal voltage in a micro
controller
    • 用于在微控制器中瞬时检测异常电压的手段
    • US5847587A
    • 1998-12-08
    • US779430
    • 1997-01-07
    • Jason ChenYi LinKuo-Cheng Yu
    • Jason ChenYi LinKuo-Cheng Yu
    • G01R19/165G06F1/28G06F1/30H03K17/22
    • G06F1/30G01R19/16528G06F1/28
    • A voltage detector circuit for instantaneously detecting abnormal voltages in a micro controller includes a voltage detection circuit connected between the power supply and reset voltage ends of an internal circuit of the micro controller so as to instantaneously detect changes in the power supply, without the time delay associated with the external low pass filter that supplies the reset voltage. The detecting circuit is a logic "NOT" gate which has a power supply connecting end connected to a reset voltage end of the internal circuit, an input end connected to the power supply end of the internal circuit, and an output end connected to a cooperating input end of the latch circuit, so that the latch circuit latches a signal output by the voltage detector whenever an abnormal power supply voltage is detected, and outputs a flag signal to the micro controller to effect an instantaneous reset of the micro controller. The latch may be a flip-flop, in which case one of the flip-flop inputs is connected to the voltage detector output and the other input may be connected together with the flip-flop power supply input to the reset voltage, the flip-flop providing two outputs, one of which may be connected to the micro controller reset pin, and the other of which may be connected to an interrupt or other indicator device.
    • 用于瞬时检测微控制器中的异常电压的电压检测器电路包括连接在微控制器的内部电路的电源和复位电压端之间的电压检测电路,以便瞬时检测电源的变化,而不需要延时 与提供复位电压的外部低通滤波器相关联。 检测电路是逻辑“NOT”门,其具有连接到内部电路的复位电压端的电源连接端,连接到内部电路的电源端的输入端和连接到内部电路的输出端 锁存电路的输入端,使得当检测到异常电源电压时,锁存电路锁存由电压检测器输出的信号,并且向微控制器输出标志信号以实现微控制器的瞬时复位。 闩锁可以是触发器,在这种情况下,触发器输入中的一个连接到电压检测器输出,另一个输入可以与触发器电源输入连接到复位电压, 提供两个输出,其中一个可以连接到微控制器复位引脚,另一个可以连接到中断或其他指示器。
    • 70. 发明申请
    • TRACER CONFIGURATION AND ENABLEMENT BY RESET MICROCODE
    • 跟踪器配置和复位微控制器
    • US20120185681A1
    • 2012-07-19
    • US13293268
    • 2011-11-10
    • G. Glenn HenryJason Chen
    • G. Glenn HenryJason Chen
    • G06F9/00G06F1/24
    • G06F11/36
    • A microprocessor is provided with a reset logic flag and corresponding reset microcode that selectively enables the reset microcode to set up and enable debug logic before the microprocessor subsequently fetches and executes user instructions. When the reset logic flag is set to a debug mode, the reset microcode configures and enables the microprocessor's debug logic before the microprocessor subsequently fetches and executes user instructions. When the reset logic flag is set to a normal mode, the reset microcode refrains from configuring and enabling the microprocessor's debug logic. The reset logic flag is indicated by an alterable fuse or a debugger-programmable scan register. Debug configuration initialization values are also provided by several alternative structures, including the reset microcode itself, alterable fuses, and debugger-programmable scan registers. Corresponding methods are also provided for configuring the debug logic of a microprocessor.
    • 微处理器被提供有复位逻辑标志和相应的复位微代码,其在微处理器随后提取和执行用户指令之前选择性地启用复位微代码来设置和使能调试逻辑。 当复位逻辑标志被设置为调试模式时,复位微码在微处理器随后提取和执行用户指令之前配置并启用微处理器的调试逻辑。 当复位逻辑标志设置为正常模式时,复位微代码不会配置和启用微处理器的调试逻辑。 复位逻辑标志由可变保险丝或调试器可编程扫描寄存器指示。 调试配置初始化值也由几种替代结构提供,包括复位微码本身,可变保险丝和调试器可编程扫描寄存器。 还提供了相应的方法来配置微处理器的调试逻辑。