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    • 1. 发明授权
    • Radio frequency object locator system
    • 射频对象定位系统
    • US07046141B2
    • 2006-05-16
    • US10836527
    • 2004-04-30
    • Donald PucciBianca Gallo PucciIsay Goltman
    • Donald PucciBianca Gallo PucciIsay Goltman
    • G08B1/08
    • G08B21/0236G08B13/1427G08B21/0294G08B21/24
    • An object location system having tags for tracking objects. A finder and tags each have a memory, and RF send and/or receive capabilities. The finder stores tag identification codes in its memory, and associates the identification codes with descriptive text identifying an object to a user. A user selects a descriptive text identifier to locate an object, and the finder transmits a search RF signal including the tag identification code to locate the desired object. The tags receive the search RF signal and compare the transmitted tag identification code with their own stored identification codes. A tag responds to the finder by signaling, which may be by transmitting a found RF signal if the transmitted and stored tag identification codes match. The finder signals to the user that the object with the selected descriptive text identifier has been located, and indicates a relative proximity of the finder to the object.
    • 具有用于跟踪对象的标签的物体定位系统。 取景器和标签每个都具有存储器,以及RF发送和/或接收功能。 取景器将标签识别码存储在其存储器中,并将识别码与识别对象的描述文本相关联给用户。 用户选择描述性文本标识符来定位对象,并且查找器发送包括标签标识码的搜索RF信号以定位所需对象。 标签接收搜索RF信号,并将发送的标签识别码与其自己存储的识别码进行比较。 标签通过信令对寻像器进行响应,如果发送和存储的标签识别码匹配,则可以通过发送找到的RF信号。 取景器向用户发出具有所选择的描述性文本标识符的对象已经定位,并且指示取景器与对象的相对接近度。
    • 2. 发明授权
    • Radio frequency object locator system
    • 射频对象定位系统
    • US07064663B2
    • 2006-06-20
    • US10426575
    • 2003-04-30
    • Donald PucciBianca Gallo PucciIsay Goltman
    • Donald PucciBianca Gallo PucciIsay Goltman
    • G08B1/08
    • G08B21/0236G08B13/1427G08B21/0294G08B21/24
    • An object location system having tags for tracking objects. A finder and tags each have a memory, and RF send and receive capabilities. The finder stores tag identification codes in its memory, and associates the tag identification codes with descriptive text identifying an object to a user. A user selects a descriptive text identifier to locate an object, and the finder transmits a search RF signal including the tag identification code to locate the tag attached to the desired object. The tags receive the search RF signal and compare the transmitted tag identification code with their own stored identification codes. A tag responds to the finder by transmitting a found RF signal if the transmitted and stored tag identification codes match. The finder signals to the user that the object with the selected descriptive text identifier has been located, and indicates a relative proximity of the finder to the object.
    • 具有用于跟踪对象的标签的物体定位系统。 取景器和标签每个都有一个存储器,以及RF发送和接收功能。 取景器将标签识别码存储在其存储器中,并将标签标识码与标识对象的描述性文本相关联给用户。 用户选择描述性文本标识符来定位对象,并且查找器发送包括标签标识码的搜索RF信号,以定位附加到期望对象的标签。 标签接收搜索RF信号,并将发送的标签识别码与其自己存储的识别码进行比较。 如果发送和存储的标签识别码匹配,则标签通过发送找到的RF信号来响应寻找器。 取景器向用户发出具有所选择的描述性文本标识符的对象已经定位,并且指示取景器与对象的相对接近度。
    • 3. 发明申请
    • Radio frequency object locator system
    • 射频对象定位系统
    • US20050088302A1
    • 2005-04-28
    • US10836527
    • 2004-04-30
    • Donald PucciBianca PucciIsay Goltman
    • Donald PucciBianca PucciIsay Goltman
    • G08B13/14G08B21/24
    • G08B21/0236G08B13/1427G08B21/0294G08B21/24
    • An object location system having tags for tracking objects. A finder and tags each have a memory, and RF send and/or receive capabilities. The finder stores tag identification codes in its memory, and associates the identification codes with descriptive text identifying an object to a user. A user selects a descriptive text identifier to locate an object, and the finder transmits a search RF signal including the tag identification code to locate the desired object. The tags receive the search RF signal and compare the transmitted tag identification code with their own stored identification codes. A tag responds to the finder by signaling, which may be by transmitting a found RF signal if the transmitted and stored tag identification codes match. The finder signals to the user that the object with the selected descriptive text identifier has been located, and indicates a relative proximity of the finder to the object.
    • 具有用于跟踪对象的标签的物体定位系统。 取景器和标签每个都具有存储器,以及RF发送和/或接收功能。 取景器将标签识别码存储在其存储器中,并将识别码与识别对象的描述文本相关联给用户。 用户选择描述性文本标识符来定位对象,并且查找器发送包括标签标识码的搜索RF信号以定位所需对象。 标签接收搜索RF信号,并将发送的标签识别码与其自己存储的识别码进行比较。 标签通过信令对寻像器进行响应,如果发送和存储的标签识别码匹配,则可以通过发送找到的RF信号。 取景器向用户发出具有所选择的描述性文本标识符的对象已经定位,并且指示取景器与对象的相对接近度。
    • 5. 发明申请
    • Modified dimming LED driver
    • 修改调光LED驱动
    • US20090261748A1
    • 2009-10-22
    • US12385613
    • 2009-04-14
    • Steven McKinneyIsay Goltman
    • Steven McKinneyIsay Goltman
    • H05B37/02
    • H05B33/0815H05B33/0812H05B33/0854Y02B20/345
    • A driver circuit produces variable current output for an LED lighting system providing improved dimming capability and greater power efficiency when responding to industry standard lighting dimmers, through the use of an input voltage monitoring circuit which variably controls the current output of a switching regulator. Output current modulation methods such as analog, PWM, Pulse Frequency Modulation, or other digital modulation, and combination or hybrid methods such as that disclosed in U.S. Pat. No. 7,088,059 B2 may be employed. The current invention marries such output modulation techniques with a control method which is derived through intelligent monitoring of the input voltage waveform. The circuit and method described is adapted to higher current applications such as LED lighting systems using the latest high-power LEDs.
    • 驱动电路为LED照明系统产生可变电流输出,通过使用可变地控制开关稳压器的电流输出的输入电压监视电路来响应工业标准照明调光器,提供改进的调光能力和更高的功率效率。 诸如模拟,PWM,脉冲频率调制或其他数字调制的输出电流调制方法,以及组合或混合方法,例如美国专利No. 可以使用No.7,088,059B2。 本发明通过对输入电压波形进行智能监控而得到的控制方法结合了这种输出调制技术。 所描述的电路和方法适用于更高的电流应用,例如使用最新的大功率LED的LED照明系统。
    • 6. 发明授权
    • Modified dimming LED driver
    • 修改调光LED驱动
    • US08319445B2
    • 2012-11-27
    • US12385613
    • 2009-04-14
    • Steven McKinneyIsay Goltman
    • Steven McKinneyIsay Goltman
    • H05B37/02
    • H05B33/0815H05B33/0812H05B33/0854Y02B20/345
    • A driver circuit produces variable current output for an LED lighting system providing improved dimming capability and greater power efficiency when responding to industry standard lighting dimmers, through the use of an input voltage monitoring circuit which variably controls the current output of a switching regulator. Output current modulation methods such as analog, PWM, Pulse Frequency Modulation, or other digital modulation, and combination or hybrid methods may be employed. The current invention marries such output modulation techniques with a control method which is derived through intelligent monitoring of the input voltage waveform. The circuit and method described is adapted to higher current applications such as LED lighting systems using the latest high-power LEDs.
    • 驱动电路为LED照明系统产生可变电流输出,通过使用可变地控制开关稳压器的电流输出的输入电压监视电路来响应工业标准照明调光器,提供改进的调光能力和更高的功率效率。 可以采用诸如模拟,PWM,脉冲频率调制或其它数字调制的输出电流调制方法,以及组合或混合方法。 本发明通过对输入电压波形进行智能监控而得到的控制方法结合了这种输出调制技术。 所描述的电路和方法适用于更高的电流应用,例如使用最新的大功率LED的LED照明系统。