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    • 1. 发明授权
    • Apparatuses and system and method for auto-configuration of a power control system
    • 用于自动配置功率控制系统的装置和系统及方法
    • US09136764B2
    • 2015-09-15
    • US13451360
    • 2012-04-19
    • Jan KrellnerStephen UlbrichKenneth Kwok
    • Jan KrellnerStephen UlbrichKenneth Kwok
    • G05F1/577H02M3/158G05F1/00H02M1/44H02M3/156
    • H02M3/1584H02M1/44H02M2003/1566
    • Power control systems and power control devices may include a power control chip having a power control module configured to generate a power stage control signal, and an external power stage having a timing control module. The timing control module may be configured to receive the power stage control signal and generate a timing control signal controlling at least one switch to regulate an output voltage of the external power stage. The power control device further includes an auto-configuration module configured to communicate with the external power stage and request auto-configuration information from the external power stage. A related method of auto-configuring a power control system includes communicating auto-configuration information between at least one external power stage of a power control system and a power control chip, and configuring a setting of the at least one external power stage of the power control system based on the auto-configuration information.
    • 功率控制系统和功率控制装置可以包括功率控制芯片,其具有被配置为产生功率级控制信号的功率控制模块和具有定时控制模块的外部功率级。 定时控制模块可以被配置为接收功率级控制信号并产生控制至少一个开关以调节外部功率级的输出电压的定时控制信号。 电力控制装置还包括自动配置模块,被配置为与外部功率级通信并从外部功率级请求自动配置信息。 自动配置功率控制系统的相关方法包括在功率控制系统的至少一个外部功率级与功率控制芯片之间传送自动配置信息,以及配置该功率的至少一个外部功率级的设置 控制系统基于自动配置信息。
    • 2. 发明申请
    • APPARATUSES AND SYSTEM AND METHOD FOR AUTO-CONFIGURATION OF A POWER CONTROL SYSTEM
    • 用于自动配置功率控制系统的装置和系统及方法
    • US20130278234A1
    • 2013-10-24
    • US13451360
    • 2012-04-19
    • Jan KrellnerStephen UlbrichKenneth Kwok
    • Jan KrellnerStephen UlbrichKenneth Kwok
    • G05F1/10
    • H02M3/1584H02M1/44H02M2003/1566
    • Power control systems and power control devices may include a power control chip having a power control module configured to generate a power stage control signal, and an external power stage having a timing control module. The timing control module may be configured to receive the power stage control signal and generate a timing control signal controlling at least one switch to regulate an output voltage of the external power stage. The power control device further includes an auto-configuration module configured to communicate with the external power stage and request auto-configuration information from the external power stage. A related method of auto-configuring a power control system includes communicating auto-configuration information between at least one external power stage of a power control system and a power control chip, and configuring a setting of the at least one external power stage of the power control system based on the auto-configuration information.
    • 功率控制系统和功率控制装置可以包括功率控制芯片,其具有被配置为产生功率级控制信号的功率控制模块和具有定时控制模块的外部功率级。 定时控制模块可以被配置为接收功率级控制信号并产生控制至少一个开关以调节外部功率级的输出电压的定时控制信号。 电力控制装置还包括自动配置模块,被配置为与外部功率级通信并从外部功率级请求自动配置信息。 自动配置功率控制系统的相关方法包括在功率控制系统的至少一个外部功率级与功率控制芯片之间传送自动配置信息,以及配置该功率的至少一个外部功率级的设置 控制系统基于自动配置信息。
    • 3. 发明申请
    • Current Controlled Current Source, and Methods of Controlling a Current Source and/or Regulating a Circuit
    • 电流控制电流源,以及控制电流源和/或调节电路的方法
    • US20110181256A1
    • 2011-07-28
    • US12693407
    • 2010-01-25
    • Steven UlbrichKenneth KwokJan KrellnerJoon Park
    • Steven UlbrichKenneth KwokJan KrellnerJoon Park
    • G05F1/10
    • G05F1/46
    • Current sources, systems including the current source, and methods for regulating and/or controlling a circuit using the current source. The current source is generally configured to (i) receive a reference current, a bias voltage and a feedback/input current and (ii) provide an output current. The systems generally include the current source, a circuit directly or indirectly receiving the output current, a bias source/generator configured to provide the bias voltage, and a current reference configured to sink or source a predetermined amount of current from or to the output current. The method generally includes (a) applying a bias voltage to the current source, the current source receiving an input current and providing an output current; (b) sinking or sourcing a reference current from or to the output current; (c) applying the output of the current source directly or indirectly to a regulated circuit; and (d) providing the input current from the regulated circuit.
    • 电流源,包括电流源的系统,以及使用电流源调节和/或控制电路的方法。 电流源通常被配置为(i)接收参考电流,偏置电压和反馈/输入电流,以及(ii)提供输出电流。 系统通常包括电流源,直接或间接接收输出电流的电路,被配置为提供偏置电压的偏置源/发生器以及被配置为从输出电流吸收或输出预定量的电流的电流基准 。 该方法通常包括(a)向电流源施加偏置电压,电流源接收输入电流并提供输出电流; (b)将输出电流从或输出到输出电流; (c)将电流源的输出直接或间接施加到稳压电路; 和(d)从调节电路提供输入电流。
    • 4. 发明授权
    • Current controlled current source, and methods of controlling a current source and/or regulating a circuit
    • 电流控制电流源,以及控制电流源和/或调节电路的方法
    • US08581659B2
    • 2013-11-12
    • US12693407
    • 2010-01-25
    • Steven UlbrichKenneth KwokJan KrellnerJoon Park
    • Steven UlbrichKenneth KwokJan KrellnerJoon Park
    • G05F1/10
    • G05F1/46
    • Current sources, systems including the current source, and methods for regulating and/or controlling a circuit using the current source. The current source is generally configured to (i) receive a reference current, a bias voltage and a feedback/input current and (ii) provide an output current. The systems generally include the current source, a circuit directly or indirectly receiving the output current, a bias source/generator configured to provide the bias voltage, and a current reference configured to sink or source a predetermined amount of current from or to the output current. The method generally includes (a) applying a bias voltage to the current source, the current source receiving an input current and providing an output current; (b) sinking or sourcing a reference current from or to the output current; (c) applying the output of the current source directly or indirectly to a regulated circuit; and (d) providing the input current from the regulated circuit.
    • 电流源,包括电流源的系统,以及使用电流源调节和/或控制电路的方法。 电流源通常被配置为(i)接收参考电流,偏置电压和反馈/输入电流,以及(ii)提供输出电流。 系统通常包括电流源,直接或间接接收输出电流的电路,被配置为提供偏置电压的偏置源/发生器以及被配置为从输出电流吸收或输出预定量的电流的电流基准 。 该方法通常包括(a)向电流源施加偏置电压,电流源接收输入电流并提供输出电流; (b)将输出电流从或输出到输出电流; (c)将电流源的输出直接或间接施加到稳压电路; 和(d)从调节电路提供输入电流。
    • 5. 发明授权
    • Database generation systems and methods
    • 数据库生成系统和方法
    • US07844570B2
    • 2010-11-30
    • US11074508
    • 2005-03-08
    • Amir NetzPaul J. SandersDonald M. FarmerKenneth KwokOvidiu Burlacu
    • Amir NetzPaul J. SandersDonald M. FarmerKenneth KwokOvidiu Burlacu
    • G06F7/00G06F17/30
    • G06F17/30592
    • The subject invention pertains to systems and methods that facilitate generation of a database to support a multidimensional model. A database schema is generated in a top-down fashion. In particular, multidimensional structures and attributes such as cubes and dimensions can be defined. From such definition, a proposed database schema can be produced. This schema can subsequently be modified prior to or after populating the database. For example, a table or column could be added. Thereafter, the cubes and dimensions could be altered and a modified schema generated that preserves changes made to the schema. Accordingly, the subject systems and methods disclose an iterative approach that supports both top-down and bottom-up multidimensional database design.
    • 本发明涉及促进数据库生成以支持多维模型的系统和方法。 以自顶向下的方式生成数据库模式。 特别地,可以定义多维结构和属性,例如立方体和维度。 从这样的定义可以产生一个提出的数据库模式。 随后可以在填充数据库之前或之后修改此模式。 例如,可以添加表或列。 此后,可以修改立方体和维度,并生成修改后的模式,以保留对模式所做的更改。 因此,主题系统和方法公开了支持自上而下和自下而上的多维数据库设计的迭代方法。
    • 8. 发明授权
    • Apparatuses and system having separate power control and timing control of a power control system and related method
    • 具有功率控制系统和功能控制系统的单独功率控制和定时控制的装置和系统及相关方法
    • US09112410B2
    • 2015-08-18
    • US13441747
    • 2012-04-06
    • Stephen UlbrichJack CornishKenneth KwokJan Krellner
    • Stephen UlbrichJack CornishKenneth KwokJan Krellner
    • H02M3/158
    • H02M3/1584
    • Power control systems and power control devices may include a power control chip having a power control module configured to generate a power stage control signal, and at least one power stage having a timing control module that is physically separate from the power control module. The timing control module may be configured to receive the power stage control signal and generate a timing control signal controlling at least one switch to regulate an output voltage of the at least one power stage. A related method may include generating power stage control information indicating an offset between an output voltage and a desired regulated output voltage, transmitting the power stage control information between modules that are physically separate, and timing signals for controlling a switching converter to regulate the output voltage. A related method of auto-configuring a power control system is also disclosed.
    • 功率控制系统和功率控制装置可以包括功率控制芯片,功率控制芯片具有被配置为产生功率级控制信号的功率控制模块,以及具有物理上与功率控制模块分离的定时控制模块的至少一个功率级。 定时控制模块可以被配置为接收功率级控制信号并产生控制至少一个开关以调节至少一个功率级的输出电压的定时控制信号。 相关方法可以包括产生指示输出电压和期望的调节输出电压之间的偏移的功率级控制信息,在物理上分开的模块之间传输功率级控制信息,以及用于控制开关转换器以调节输出电压的定时信号 。 还公开了一种自动配置功率控制系统的相关方法。
    • 9. 发明授权
    • Digital video guard
    • 数字视频防护
    • US08572403B2
    • 2013-10-29
    • US13126444
    • 2009-12-24
    • Mark Robert Grant BeaumontChristopher James Guildford NorthKenneth Kwok-Hei YiuJoshua David Green
    • Mark Robert Grant BeaumontChristopher James Guildford NorthKenneth Kwok-Hei YiuJoshua David Green
    • G06F11/30
    • G06F21/60G06F21/84G06F21/85H04N21/4181H04N21/4367
    • This invention relates to the veracity of information displayed to a user of a computer, and information provided to a computer by human input devices such as mice and keyboards. A digital video guard (DVG) device is a peripheral that is retrofitted to commodity computer devices. The DVG resides in-line with a digital display and enables secure end-to-end interactions between a user and a displayed (usually remote) application. In-band signalling within the digital video stream is used to carry encrypted information from a local or remote source, over untrusted network infrastructure through the digital video guard device to a user. The DVG decrypts and verifies the integrity of the digital video. The integrity of the displayed information is indicated by a trusted LED on the DVG hardware. Portions of the video signal may be designated as trusted, if the received data has been encrypted, signed, or labelled as trustworthy.
    • 本发明涉及显示给计算机的用户的信息的真实性,以及由诸如鼠标和键盘的人类输入设备提供给计算机的信息。 数字视频保护(DVG)设备是被改装为商用计算机设备的外设。 DVG与数字显示器保持一致,并实现用户与显示(通常是远程)应用程序之间的安全的端到端交互。 数字视频流内的带内信令用于通过数字视频保护装置向用户携带来自本地或远程源的不可信网络基础设施的加密信息。 DVG解密并验证数字视频的完整性。 显示信息的完整性由DVG硬件上的可信指示灯指示。 如果接收到的数据已被加密,签名或标记为可靠,则视频信号的部分可被指定为可信任的。
    • 10. 发明申请
    • APPARATUSES AND SYSTEM HAVING SEPARATE POWER CONTROL AND TIMING CONTROL OF A POWER CONTROL SYSTEM AND RELATED METHOD
    • 具有功率控制系统的独立功率控制和时序控制的装置和系统及相关方法
    • US20130265022A1
    • 2013-10-10
    • US13441747
    • 2012-04-06
    • Stephen UlbrichJack CornishKenneth KwokJan Krellner
    • Stephen UlbrichJack CornishKenneth KwokJan Krellner
    • G05F1/10
    • H02M3/1584
    • Power control systems and power control devices may include a power control chip having a power control module configured to generate a power stage control signal, and at least one power stage having a timing control module that is physically separate from the power control module. The timing control module may be configured to receive the power stage control signal and generate a timing control signal controlling at least one switch to regulate an output voltage of the at least one power stage. A related method may include generating power stage control information indicating an offset between an output voltage and a desired regulated output voltage, transmitting the power stage control information between modules that are physically separate, and timing signals for controlling a switching converter to regulate the output voltage. A related method of auto-configuring a power control system is also disclosed.
    • 功率控制系统和功率控制装置可以包括具有功率控制模块的功率控制芯片,该功率控制模块被配置为产生功率级控制信号,以及至少一个功率级,具有与功率控制模块物理分离的定时控制模块。 定时控制模块可以被配置为接收功率级控制信号并产生控制至少一个开关以调节至少一个功率级的输出电压的定时控制信号。 相关方法可以包括产生指示输出电压和期望的调节输出电压之间的偏移的功率级控制信息,在物理上分开的模块之间传输功率级控制信息,以及用于控制开关转换器以调节输出电压的定时信号 。 还公开了一种自动配置功率控制系统的相关方法。