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    • 82. 发明申请
    • DRAPERY TRACK SYSTEM
    • 卷烟系统
    • US20160066734A1
    • 2016-03-10
    • US14479631
    • 2014-09-08
    • Crestron Electronics, Inc.
    • ROBERT MARCINIK
    • A47H5/02A47H23/00A47H15/02
    • A47H5/02A47H1/04A47H15/02A47H2005/025
    • A drapery track system is provided that includes one or more drapes, a motor configured to spin a shaft in both a clockwise direction and a counterclockwise direction, and a track system. The track system includes at least one track length secured to a fixed surface via a track securing mechanism, and a gearing assembly configured to interface with the motor to translate the clockwise spin direction and counterclockwise spin direction to first and second movements, respectively, of the drapes. The track length also includes a carrier channel and a guide wheel channel, and the gearing assembly includes a timing belt configured to be rotated by said motor. The track system further includes at least one track carrier configured to be attached to the timing belt such that the drapes can be moved by the track carrier. The track carrier includes a plurality of independently mounted track carrier wheel assemblies configured to rotate independently of each other within the carrier channel such that if one of the independently mounted wheel assemblies binds, the remaining independently mounted wheel assemblies can rotate freely. The track carrier further includes at least one guide wheel assembly located at a first end of the track carrier, the guide wheel assembly configured to freely rotate within the guide wheel channel of the track length. The system further includes a drape truck assembly configured to be removably secured to the drapes, and which includes at least two independently rotating truck wheels configured to freely rotate within the carrier channel of the track length such that the one or more drapes can be moved by the motor.
    • 提供了一种包括一个或多个窗帘的窗帘轨道系统,构造成沿顺时针方向和逆时针方向旋转轴的马达和轨道系统。 轨道系统包括经由轨道固定机构固定到固定表面的至少一个轨道长度,以及齿轮组件,其配置成与电动机接合以将顺时针旋转方向和逆时针旋转方向平移到第一和第二运动 窗帘。 轨道长度还包括载体通道和导向轮通道,并且传动装置包括配置为由所述马达旋转的同步皮带。 轨道系统还包括配置成附接到同步皮带的至少一个轨道载体,使得可以通过轨道载体移动窗帘。 轨道架包括多个独立安装的轨道承载轮组件,其配置成在承载通道内彼此独立地旋转,使得如果独立安装的车轮组件中的一个结合,则剩余的独立安装的车轮组件可以自由旋转。 所述轨道架还包括位于所述履带支架的第一端处的至少一个导向轮组件,所述导向轮组件构造成在所述导轨长度的导轮通道内自由旋转。 该系统还包括一个悬挂车辆组件,其被构造成可移除地固定到窗帘上,并且包括至少两个独立旋转的卡车车轮,其构造成在轨道长度的载体通道内自由旋转,使得一个或多个窗帘可以通过 电机。
    • 83. 发明申请
    • TRANSMISSION OF DIGITAL AUDIO SIGNALS USING AN INTERNET PROTOCOL
    • 使用互联网协议传输数字音频信号
    • US20160021430A1
    • 2016-01-21
    • US14714696
    • 2015-05-18
    • Crestron Electronics, Inc.
    • Mark LaBoscoChiju Chris ChoiPaul Connell
    • H04N21/81H04N21/63H04N21/233H04N21/643H04N21/2347
    • H04N21/631H04L12/1886H04N21/2335H04N21/2347H04N21/43615H04N21/43635H04N21/4367H04N21/4398H04N21/6405H04N21/64322H04N21/8106
    • Described is a network system and method of use for distributing audiovisual data. The network comprises two or more audio sinks, each of the audio sinks having a corresponding audio format capability, a first source adapted to generate and transmit audiovisual data, wherein the audiovisual data includes an audio file formatted with a first audio format capability, and the at least one source being further adapted to transmit the audiovisual data to the two or more audio sinks through the network system using both an high definition multimedia interface (HDMI) and internet protocol (IP), and a first transmitter adapted to receive the transmitted audiovisual data from the first source. The first transmitter is further adapted to generate two or more transmission streams of audiovisual data, wherein each of the two or more audiovisual data transmission streams include audio data formatted according to the audio format capability of the audio sink to which it is being transmitted.
    • 描述了用于分发视听数据的网络系统和方法。 该网络包括两个或更多个音频接收器,每个音频接收器具有对应的音频格式能力,适于产生和发送图像声音数据的第一源,其中该视听数据包括以第一音频格式能力格式化的音频文件,并且 至少一个源还适于通过使用高清晰度多媒体接口(HDMI)和网际协议(IP)的网络系统将视听数据发送到两个或多个音频宿,以及适于接收所发送的视听的第一发射机 来自第一个来源的数据。 第一发射机还适于产生视听数据的两个或更多个传输流,其中两个或更多个视听数据传输流中的每一个包括根据正被传输到其的音频宿的音频格式能力格式化的音频数据。
    • 87. 发明申请
    • Flicker Compensation in Lighting Devices
    • 照明装置中的闪烁补偿
    • US20150271894A1
    • 2015-09-24
    • US14293034
    • 2014-06-02
    • Crestron Electronics Inc.
    • John Torre
    • H05B37/02
    • H05B37/02H05B39/047Y02B20/144
    • A circuit (400) is described herein for controlling dimming of a lamp (112), the circuit comprising a switching circuit (422) configured to provide a chopped portion of an input AC power signal, a resettable inverting integrator circuit (426) configured to integrate the chopped portion of the input AC power signal such that a rise time of an output of the resettable inverting integrator circuit is proportional to a positive amplitude of the chopped portion of the input AC power signal and a fall time of the output of the resettable integrator is proportional to a negative amplitude of the chopped portion, such that an energy provided to the lamp based on the output of the resettable inverting integrator circuit is substantially equivalent from cycle-to-cycle of said input AC power signal regardless of a change in amplitude of the input AC power signal from cycle-to-cycle.
    • 本文描述了用于控制灯(112)的调光的电路(400),该电路包括被配置为提供输入AC电力信号的斩波部分的开关电路(422),可复位反相积分器电路(426),其被配置为 整合输入交流电源信号的切断部分,使得可复位反相积分电路的输出的上升时间与输入交流电源信号的斩波部分的正振幅成正比,并且可复位的反相积分电路输出的下降时间 积分器与斩波部分的负幅度成比例,使得基于可复位反相积分器电路的输出提供给灯的能量基本上等于所述输入AC功率信号的周期到周期,而不管变化如何 从循环到循环的输入交流电源信号的幅度。