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    • 41. 发明申请
    • Backup architecture for backlight module
    • 背光模块的备份架构
    • US20080122366A1
    • 2008-05-29
    • US11592217
    • 2006-11-03
    • Ying-Chang ChengChin-Biau Chung
    • Ying-Chang ChengChin-Biau Chung
    • H05B37/04
    • H05B41/282Y02B20/183
    • A backup architecture for a backlight module comprises a first power system and a second power system, each having an enable mode and a disable mode; and a sensor unit, electrically connected to the first and the second power systems. In the enable mode, the first power system or the second power system is enabled to drive the backlight module to emit light. In the disable mode, the first power system or the second power system is disabled and stops driving the backlight module. The first and the second power systems are interconnected in parallel. When one of the first power system and the second power system enters into the enable mode, the other enters into the disable mode. The sensor unit acquires the working signals of the first and the second power systems and monitors whether the first power system or the second power system is in an abnormal state.
    • 用于背光模块的备用架构包括第一电力系统和第二电力系统,每个具有使能模式和禁用模式; 以及电连接到第一和第二电力系统的传感器单元。 在使能模式下,第一电力系统或第二电力系统被使能以驱动背光模块发光。 在禁用模式下,第一电源系统或第二电源系统被禁用,并停止驱动背光模块。 第一和第二电力系统并联连接。 当第一个电力系统和第二个电力系统中的一个进入启用模式时,另一个进入禁用模式。 传感器单元获取第一和第二电力系统的工作信号,并监视第一电力系统或第二电力系统是否处于异常状态。
    • 42. 发明授权
    • Keyboard without ghost keys
    • 键盘没有鬼键
    • US07375655B2
    • 2008-05-20
    • US11396657
    • 2006-04-04
    • Tien-Min Lu
    • Tien-Min Lu
    • H03K19/00
    • H03M11/003
    • A keyboard without ghost keys has a circuit which includes a microprocessor in which a plurality of I/O lines form a keyboard scanning matrix. Two of the I/O lines on the matrix cross to define a plurality of signal switches. The microprocessor is electrically connected to a primary level resistance and a reference potential to determine the ON condition of the signal switches. Each signal switch further is electrically connected to at least one secondary level switch which is electrically connected to the primary level switch in a serial manner. When a user depresses any three signal switches on the rectangular angles of the keyboard scanning matrix, the connecting primary level resistance and the secondary level resistance form a new level resistance. The new level resistance and the current flowing to the keyboard scanning matrix are processed to get a potential smaller than the reference potential, thereby to eliminate the phenomenon of ghost keys.
    • 没有鬼键的键盘具有包括微处理器的电路,其中多个I / O线形成键盘扫描矩阵。 矩阵上的两条I / O线交叉以限定多个信号开关。 微处理器电连接到初级电平和参考电位以确定信号开关的接通状态。 每个信号开关进一步电连接到至少一个次级电平开关,其以串联方式电连接到主电平开关。 当用户按下键盘扫描矩阵的矩形角度上的任何三个信号开关时,连接初级电阻和次级电阻形成新的电平电阻。 处理新的电平电阻和流向键盘扫描矩阵的电流以获得比参考电位小的电位,从而消除鬼键的现象。
    • 43. 发明申请
    • Inverter control circuit
    • 变频器控制电路
    • US20080109666A1
    • 2008-05-08
    • US11593111
    • 2006-11-06
    • Ying-Chang ChengChin-Biau Chung
    • Ying-Chang ChengChin-Biau Chung
    • G06F1/00
    • H05B41/3927
    • An inverter control circuit is used to control a switch and a transformer in front of a light-emitting unit and then adjust the driving power for the light-emitting unit and modify the luminant state of the light-emitting unit and comprises: a first control unit and a second control unit both having equivalent electronic elements. The first control unit and the second control unit have a signal generator and a signal synthesizer circuit. According to a signal fed back by the light-emitting unit and a dimming signal, the first signal generator outputs first working signals via the signal synthesizer circuit of the first control unit to determine the turn-on time of the switch. According to the first working signals and via the signal synthesizer circuit of the second control unit, the second signal generator outputs second working signals to the switch to determine the resonance frequency of the transformer.
    • 逆变器控制电路用于控制发光单元前面的开关和变压器,然后调整发光单元的驱动功率并改变发光单元的发光体状态,包括:第一控制 单元和具有等效电子元件的第二控制单元。 第一控制单元和第二控制单元具有信号发生器和信号合成器电路。 根据由发光单元反馈的信号和调光信号,第一信号发生器经由第一控制单元的信号合成器电路输出第一工作信号,以确定开关的接通时间。 根据第一工作信号并通过第二控制单元的信号合成器电路,第二信号发生器向开关输出第二工作信号以确定变压器的谐振频率。
    • 44. 发明申请
    • Light emitting diode driving circuit
    • 发光二极管驱动电路
    • US20080093999A1
    • 2008-04-24
    • US11892899
    • 2007-08-28
    • Ying-Chang ChengShih-Hung Liu
    • Ying-Chang ChengShih-Hung Liu
    • H05B41/14
    • H05B33/0818Y02B20/346
    • A LED driving circuit mainly includes a commutation unit to transform an AC input cycle signal to a DC cycle signal, a switch unit which divides a driving power signal output to a LED and has a duty voltage value, a valley filled power factor correction circuit to receive the AC input cycle signal and stop conduction of the commutation unit when the voltage value of the AC input cycle signal is lower than a cutoff voltage value, and a piezoelectric inverter to receive the driving power signal of the switch unit and regulate the signal to an AC modulated power signal within a duty range of the LED to drive the LED to emit light.
    • LED驱动电路主要包括将AC输入周期信号变换为DC周期信号的换向单元,将输出到LED的驱动功率信号除以占空比电压值的开关单元,谷值充电功率因数校正电路, 当AC输入周期信号的电压值低于截止电压值时,接收交流输入周期信号并停止换向单元的导通;以及压电逆变器,接收开关单元的驱动电力信号并调节信号 在LED的占空比范围内的AC调制功率信号,以驱动LED发光。
    • 45. 发明授权
    • Chain reaction control circuit for parallel power supply
    • 用于并联电源的链式反应控制电路
    • US07362009B2
    • 2008-04-22
    • US10840219
    • 2004-05-07
    • Tsung-Chun ChenTsung-Te Lee
    • Tsung-Chun ChenTsung-Te Lee
    • H02J1/10H02J3/46
    • H02M1/36G06F1/263H02J1/102Y10T307/696Y10T307/735
    • A chain reaction control circuit for parallel power supply provides greater power without changing the design of the original power supply structure. It includes a control unit to receive a first power actuation signal output from a power actuation unit, then output multiple sets of second power actuation signals to parallel power supplies. The multiple power supplies that are coupled in parallel receive the second power actuation signals and transform electric power simultaneously, then output electric power. After the electric power transformation has been finished, first power confirmation signals are output from the power supplies to the control unit which receives the first power confirmation signals and outputs a second power confirmation signal to a linked load. And the power supplies supply the corresponding and matching electric power to a linked load.
    • 用于并联电源的链式反应控制电路提供更大的功率而不改变原始电源结构的设计。 其包括控制单元,用于接收从功率驱动单元输出的第一功率驱动信号,然后将多组第二功率驱动信号输出到并行电源。 耦合并联的多个电源接收第二功率驱动信号并同时转换电力,然后输出电力。 在电力变换完成之后,从电源向控制单元输出第一电力确认信号,该控制单元接收第一电力确认信号,并向连接的负载输出第二电力确认信号。 并且电源将相应的和匹配的电力提供给链接的负载。
    • 46. 发明申请
    • Composite backup-type power supply system
    • 复合备用电源系统
    • US20080024011A1
    • 2008-01-31
    • US11482170
    • 2006-07-07
    • Yun-Chen Chen
    • Yun-Chen Chen
    • H02J3/00
    • H02J9/061H02J1/10Y10T307/62Y10T307/696
    • A composite backup-type power supply system can be configured and assembled to become a small backup-type power supply system or a large backup-type power supply system according to actual requirements. In a condition of a lower loading requirement, one power supply unit consisting of M+P sets of power supply devices can be selected to connect to a main power panel to form the small backup-type power supply system. When the load increases, extra N sets of power supply units each consisting of M+P sets of power supply devices can be added, and N+1 sets of power supply units are connected to the main power panel so that all the base power supply devices and backup power supply devices can be integrated to form the large backup-type power supply system.
    • 复合备用电源系统可根据实际要求进行组态配置,成为小型备用电源系统或大型备用电源系统。 在较低负载要求的情况下,可以选择由M + P组电源装置组成的一个电源单元连接到主电源板以形成小型备用电源系统。 当负载增加时,可以添加由M + P组电源装置组成的额外N组电源单元,并且将N + 1组电源单元连接到主电源板,使得所有基本电源装置 备用电源设备可以集成形成大型备用电源系统。
    • 47. 发明申请
    • Blade server equipped with hot plug function
    • 刀片服务器配备热插拔功能
    • US20080016375A1
    • 2008-01-17
    • US11483723
    • 2006-07-11
    • Yung-Hsin Huang
    • Yung-Hsin Huang
    • G06F1/00
    • G06F1/26G06F1/184G06F1/188
    • A blade server equipped with hot plug function mainly includes a plurality of small servers which have respectively a logic processing main board and a power adapter card to be electrically connected to the logic processing main board in normal conditions. A power integration panel is provided that has a coupling port to be coupled with a power input port of the power adapter card in a hot plug fashion. Thus a general logic processing main board can be used on a blade server and equipped with hot plug function without the need of fabricating another logic processing main board of a special specification.
    • 具有热插拔功能的刀片服务器主要包括分别具有逻辑处理主板和电源适配器卡的多个小型服务器,以在正常条件下与逻辑处理主板电连接。 提供电源集成面板,其具有耦合端口,以热插拔方式与电源适配器卡的电源输入端口耦合。 因此,通用逻辑处理主板可以在刀片服务器上使用并配备热插拔功能,而不需要制造特殊规范的另一个逻辑处理主板。
    • 48. 发明申请
    • Control method for pre-warning an aging electric discharge lamp
    • 预警老化放电灯的控制方法
    • US20070281571A1
    • 2007-12-06
    • US11443215
    • 2006-05-31
    • Ying-Chang Cheng
    • Ying-Chang Cheng
    • H01J9/44
    • H05B41/2858
    • A control method for pre-warning an aging electric discharge lamp includes the steps of determining a performance parameter of an electric discharge lamp, inputting the performance parameter into an arithmetic logic unit as a standard value of the electric discharge lamp, using a detector to detect an operating performance parameter of the electric discharge lamp, and comparing a performance parameter with the operating performance parameter by the arithmetic logic unit, and if the operating performance parameter matches an aging state of the performance parameter set in the arithmetic logic unit, then the arithmetic logic unit will output an aging signal of the electric discharge lamp as a warning, and thus users can change the aging electric discharge lamp before the electric discharge lamp breaks down.
    • 一种用于预警老化放电灯的控制方法包括以下步骤:使用检测器检测放电灯的性能参数,将性能参数输入到算术逻辑单元中作为放电灯的标准值; 放电灯的操作性能参数,以及通过算术逻辑单元将性能参数与操作性能参数进行比较,并且如果操作性能参数与算术逻辑单元中设置的性能参数的老化状态相匹配,则算术 逻辑单元将作为警告输出放电灯的老化信号,因此用户可以在放电灯故障之前改变老化的放电灯。
    • 49. 发明申请
    • Architecture effectively connecting a rotary switch and a casing
    • 架构有效连接旋转开关和外壳
    • US20070246332A1
    • 2007-10-25
    • US11406313
    • 2006-04-19
    • Tsui-Jung Su
    • Tsui-Jung Su
    • H01H19/00
    • H01H19/14H01H19/58H01H2019/008
    • An architecture effectively connecting a rotary switch and a casing comprises: a rotary switch and a casing that is engaged with the rotary switch via a rotary disc of the rotary switch. The casing has multiple snap-fit parts corresponding to snap-fit slots of the rotary disc to form a snap-fit interconnection therebetween. When the casing is rotated, the casing will drive the rotary switch to rotate via the interconnection between the snap-fit parts and the snap-fit slots, and a signal module will output instructions corresponding to the rotation track of the rotary disc. The interconnection between the casing and the rotary disc is implemented with a snap-fit method, and the rotated casing drives the rotary disc to rotate synchronically and create signals. As the casing is engaged with the rotary disc via a snap-fit method, the casing is hard to deviate or loosen. Thus, correct instructions will be exactly output.
    • 有效地连接旋转开关和壳体的结构包括:旋转开关和壳体,其经由旋转开关的旋转盘与旋转开关接合。 壳体具有对应于旋转盘的卡扣配合槽的多个卡扣配合部件,以在它们之间形成卡扣配合连接。 当壳体旋转时,壳体将驱动旋转开关通过卡扣配合部分和卡扣配合槽之间的互连旋转,并且信号模块将输出与旋转盘的旋转轨迹相对应的指令。 壳体与旋转盘之间的互连采用卡扣方式实现,旋转的壳体驱动旋转盘同步旋转并产生信号。 当壳体通过卡扣配合方式与旋转盘接合时,壳体难以偏离或松动。 因此,将正确输出正确的指令。