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    • 3. 发明授权
    • Embedded system capable of decreasing interrupt frequency of arm processor thereof
    • 能够减少其臂处理器的中断频率的嵌入式系统
    • US08539133B2
    • 2013-09-17
    • US13189581
    • 2011-07-25
    • Ren-Wen Huang
    • Ren-Wen Huang
    • G06F13/38G06F13/40
    • G06F13/4018
    • An embedded system includes an ARM processor and a number of b-bit peripheral processors connected to the ARM processor through a converting chip. The ARM processor includes pins P0˜Pa-1 divided into teams T1˜TN, each of which includes b pins, a and b are integral multiple of 8, wherein a=N×b. The number of the peripheral processors is N and each team corresponds to one peripheral processor. The converting chip reads an a-bit data from the ARM processor, converts the data into a plurality of b-bit data, and transfers each b-bit data to a peripheral processor, where the number of the b-bit data is N. The converting chip further reads one b-bit data from each peripheral processor in sequence, converts the read plurality of b-bit data into an a-bit data, and transfers the a-bit data to the ARM processor.
    • 嵌入式系统包括ARM处理器和通过转换芯片连接到ARM处理器的多个b位外设处理器。 ARM处理器包括分成T1〜TN组的引脚P0〜Pa-1,每个引脚包括b引脚,a和b为8的整数倍,其中a = N×b。 外围处理器的数量为N,每个组对应于一个外围处理器。 转换芯片从ARM处理器读取a位数据,将数据转换成多个b位数据,并将每个b位数据传送到外围处理器,其中b位数据的数量为N. 转换芯片进一步从每个外围处理器读取一个b位数据,将读取的多个b位数据转换成a位数据,并将a位数据传送到ARM处理器。
    • 4. 发明申请
    • SYSTEM AND MOBILE PHONE FOR DETERMINING USING STATE OF OTHER MOBILE PHONES
    • 系统和移动电话使用其他移动电话状态来确定
    • US20130165082A1
    • 2013-06-27
    • US13553834
    • 2012-07-20
    • REN-WEN HUANG
    • REN-WEN HUANG
    • H04W4/00
    • H04W8/24H04W8/20
    • An exemplary mobile phone is for determining a using state of each of other mobile phones communicatively connected with the mobile phone. The mobile phone includes a first communicating unit, a power switch, a using state determining unit, a second communicating unit, and a control unit. The using state determining unit determines the using state of the mobile phone by monitoring the first communicating unit and the power switch. The control unit controls the second communicating unit to transmit a contact ID and the using state of the mobile phone to a mobile switching center (MSC) via a base station (BS). Each one of the other mobile phones obtains the using state of the mobile phone from the MSC by transmitting the contact ID of the mobile phone via the BS, and updates the using state of the contact ID in the address list with the obtained using state.
    • 示例性移动电话用于确定与移动电话通信地连接的每个其他移动电话的使用状态。 移动电话包括第一通信单元,电源开关,使用状态确定单元,第二通信单元和控制单元。 使用状态确定单元通过监视第一通信单元和电源开关来确定移动电话的使用状态。 控制单元控制第二通信单元经由基站(BS)将移动电话的接触ID和使用状态发送到移动交换中心(MSC)。 通过经由BS发送移动电话的联系人ID,其他移动电话中的每一个从MSC获得移动电话的使用状态,并且利用所获得的使用状态更新地址列表中的联系人ID的使用状态。
    • 5. 发明授权
    • Light control signal generating circuit
    • 光控制信号发生电路
    • US08471478B2
    • 2013-06-25
    • US13095927
    • 2011-04-28
    • Ji-Xiang YinRen-Wen HuangJun-Wei ZhangJun ZhangTsung-Jen Chuang
    • Ji-Xiang YinRen-Wen HuangJun-Wei ZhangJun ZhangTsung-Jen Chuang
    • H05B37/02
    • G01J1/32G01J1/44H05B37/0218Y02B20/46Y02B20/48
    • A light control signal generating circuit includes a photosensitive element, two transistors, and four resistances. A first resistance and the photosensitive element are connected in series between a power voltage terminal and a ground terminal. A base electrode of a first transistor is connected to a node between the first resistance and the photosensitive element, a collecting electrode is connected to the power voltage terminal through a second resistance, and an emitting electrode is connected to the ground terminal through a third resistance. A base electrode of a second transistor is connected to a node between the second resistance and the first transistor, a collecting electrode is connected to the power voltage terminal through a fourth resistance, and an emitting electrode is connected to the ground terminal through the third resistance. An output terminal is formed from a node between the fourth resistance and the second transistor.
    • 光控制信号发生电路包括光敏元件,两个晶体管和四个电阻。 第一电阻和感光元件串联连接在电源电压端子和接地端子之间。 第一晶体管的基极连接到第一电阻和感光元件之间的节点,集电极通过第二电阻连接到电源电压端子,并且发射电极通过第三电阻连接到接地端子 。 第二晶体管的基极连接到第二电阻和第一晶体管之间的节点,集电极通过第四电阻连接到电源电压端子,并且发射电极通过第三电阻连接到接地端子 。 输出端由第四电阻和第二晶体管之间的节点形成。
    • 6. 发明申请
    • AUDIO OUTPUT CONTROLLER AND CONTROL METHOD
    • 音频输出控制器和控制方法
    • US20130003985A1
    • 2013-01-03
    • US13334102
    • 2011-12-22
    • YANG XINTSUNG-JEN CHUANGJUN ZHANGJUN-WEI ZHANGREN-WEN HUANGQIANG YOU
    • YANG XINTSUNG-JEN CHUANGJUN ZHANGJUN-WEI ZHANGREN-WEN HUANGQIANG YOU
    • H04R1/10
    • H04R5/04H04R5/033H04R2420/05
    • An output controller and an method for outputting a signal flow to one or more earphone jacks according to a connection status of each earphone jack. The output controller includes an interface unit having more than one earphone jacks and an output control unit. The output control unit includes a signal input terminal for receiving a signal flow, a detector, and a determining module. The detector detects whether each earphone jack is connected with an earphone and outputs one or more detected signals representing the connection status of the earphone jacks. The determining module outputs the signal flow directly to the connected earphone jack if only one earphone jack is connected to the earphone or distributes the signal flow being amplified correspondingly into each connected earphone jack if more than one earphone jack is connected to the earphones.
    • 一种输出控制器和根据每个耳机插孔的连接状态将信号流输出到一个或多个耳机插孔的方法。 输出控制器包括具有多于一个耳机插孔和输出控制单元的接口单元。 输出控制单元包括用于接收信号流的信号输入端子,检测器和确定模块。 检测器检测每个耳机插孔是否与耳机连接,并且输出表示耳机插孔的连接状态的一个或多个检测信号。 如果只有一个耳机插孔连接到耳机,确定模块将信号流直接输出到连接的耳机插孔,或者如果多于一个的耳机插孔连接到耳机,则将信号流相应地放大到每个连接的耳机插孔中。
    • 7. 发明申请
    • GAME CONTROLLER WITH PROJECTION FUNCTION
    • 具有投影功能的游戏控制器
    • US20120214588A1
    • 2012-08-23
    • US13050958
    • 2011-03-18
    • QIANG YOUREN-WEN HUANGTSUNG-JEN CHUANGSHIH-FANG WONG
    • QIANG YOUREN-WEN HUANGTSUNG-JEN CHUANGSHIH-FANG WONG
    • A63F13/00
    • A63F13/26A63F13/211A63F2300/105A63F2300/301H04N9/3173
    • A game controller connected to a game console includes an input unit, a video access unit, a projection unit, an angle detection unit, and a processing unit. The input unit generates control signals according to user input for controlling games. The video access unit receives video signals from the game console. The projection unit includes a lens module to projects game images onto a projection surface and a driving module to adjust the projection direction of the lens module. The angle detection unit detects a tilt angle of the game controller. The processing unit controls game play according to the control signals and generates an adjusting signal including a change of the tilt angle. The adjusting signal is sent to the driving module to adjust the projection direction of the lens module.
    • 连接到游戏机的游戏控制器包括输入单元,视频存取单元,投影单元,角度检测单元和处理单元。 输入单元根据用户输入生成用于控制游戏的控制信号。 视频访问单元从游戏控制台接收视频信号。 投影单元包括将游戏图像投影到投影表面上的透镜模块和用于调整透镜模块的投影方向的驱动模块。 角度检测单元检测游戏控制器的倾斜角度。 处理单元根据控制信号控制游戏,并产生包括倾斜角的变化的调整信号。 调整信号被发送到驱动模块以调整透镜模块的投射方向。
    • 8. 发明申请
    • LIGHT CONTROL SIGNAL GENERATING CIRCUIT
    • 光控制信号发生电路
    • US20120176043A1
    • 2012-07-12
    • US13095927
    • 2011-04-28
    • JI-XIANG YINREN-WEN HUANGJUN-WEI ZHANGJUN ZHANGTSUNG-JEN CHUANG
    • JI-XIANG YINREN-WEN HUANGJUN-WEI ZHANGJUN ZHANGTSUNG-JEN CHUANG
    • H05B37/02
    • G01J1/32G01J1/44H05B37/0218Y02B20/46Y02B20/48
    • A light control signal generating circuit includes a photosensitive element, two transistors, and four resistances. A first resistance and the photosensitive element are connected in series between a power voltage terminal and a ground terminal. A base electrode of a first transistor is connected to a node between the first resistance and the photosensitive element, a collecting electrode is connected to the power voltage terminal through a second resistance, and an emitting electrode is connected to the ground terminal through a third resistance. A base electrode of a second transistor is connected to a node between the second resistance and the first transistor, a collecting electrode is connected to the power voltage terminal through a fourth resistance, and an emitting electrode is connected to the ground terminal through the third resistance. An output terminal is formed from a node between the fourth resistance and the second transistor.
    • 光控制信号发生电路包括光敏元件,两个晶体管和四个电阻。 第一电阻和感光元件串联连接在电源电压端子和接地端子之间。 第一晶体管的基极连接到第一电阻和感光元件之间的节点,集电极通过第二电阻连接到电源电压端子,并且发射电极通过第三电阻连接到接地端子 。 第二晶体管的基极连接到第二电阻和第一晶体管之间的节点,集电极通过第四电阻连接到电源电压端子,发射电极通过第三电阻连接到接地端子 。 输出端由第四电阻和第二晶体管之间的节点形成。
    • 9. 发明申请
    • SCANNING CIRCUIT AND SCANNING METHOD FOR KEYBOARD
    • 键盘扫描电路和扫描方法
    • US20110122001A1
    • 2011-05-26
    • US12780946
    • 2010-05-17
    • REN-WEN HUANGJUN ZHANGLIN-KUN DINGTSUNG-JEN CHUANG
    • REN-WEN HUANGJUN ZHANGLIN-KUN DINGTSUNG-JEN CHUANG
    • H03K17/94
    • G06F3/0202H03M11/20
    • A scanning circuit includes n input ports K1˜Kn arranged in n rows L1˜Ln; and m−2 output ports W2˜(m−1) arranged in m columns P1˜Pm. The n rows and the m columns define a switch matrix including n*m switches. Ends of the switches in the same row are connected to one of the n input ports K1˜Kn, respectively. The ends of the switches in the column P1 are connected to ground. The ends of the switches in the same column of the columns P2˜P(m−1) are connected to a power supply VCC via resistors R2˜R(m−1) and the m−2 output ports W2˜W(m−1), respectively. The ends of the switches in the columns Pm are connected to ground via a resistor Rs and the power supply VCC via the resistors R2˜R(m−1) and diodes D2˜D(m−1), respectively.
    • 扫描电路包括以n行L1〜Ln排列的n个输入端口K1〜Kn, 和布置在m列P1〜Pm中的m-2个输出端口W2〜(m-1)。 n行和m列定义了包括n * m个开关的开关矩阵。 相同行中的开关的端部分别连接到n个输入端口K1〜Kn中的一个。 列P1中的开关的端部连接到地。 列P2〜P(m-1)的同一列中的开关的端部经由电阻器R2〜R(m-1)和m-2输出端口W2〜W(m- 1)。 列Pm中的开关的端部经由电阻器Rs和电源VCC经由电阻器R2〜R(m-1)和二极管D2〜D(m-1)分别连接到地。