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    • 4. 发明申请
    • COLOR CONTROL SYSTEM, INTERFACE, AND METHOD FOR CONTROLLING THE OUTPUT OF LIGHT SOURCES
    • 颜色控制系统,界面和控制光源输出的方法
    • WO2011066543A1
    • 2011-06-03
    • PCT/US2010/058344
    • 2010-11-30
    • ELECTRONIC THEATRE CONTROLS, INC.BENNETTE, Adam
    • BENNETTE, Adam
    • H05B33/08
    • H05B33/0863Y02B20/341
    • Systems, interfaces, and methods for controlling a luminaire (100). The luminaire includes a plurality of light sources or emitters (llOA-llOG) corresponding to different characteristics of light. Color controls corresponding to pre-defined characteristics are set or modified by one or more dials, f aders, or similar interface devices (120). Each of the color controls correspondingly controls the output of one or more of the light sources. A separation between the preset characteristic for each color control and the actual characteristic of each light source is calculated. An output value for each light source that is required to generate the selected characteristic is then calculated and stored in memory (140). When one or more color controls are selected, the output values of each light source required to reproduce the desired characteristic is determined, and the light sources (llOA-llOG) in the luminaire are driven at the corresponding output values.
    • 控制灯具的系统,接口和方法(100)。 照明器包括对应于光的不同特性的多个光源或发射器(110A-110G)。 对应于预定义特征的颜色控制由一个或多个拨号盘,附件或类似的接口设备(120)设置或修改。 每个颜色控制器相应地控制一个或多个光源的输出。 计算每个颜色控制的预设特性与每个光源的实际特性之间的间隔。 然后计算产生所选特征所需的每个光源的输出值并将其存储在存储器(140)中。 当选择一个或多个颜色控制时,确定再现期望特性所需的每个光源的输出值,并且以相应的输出值驱动照明器中的光源(110A-110G)。
    • 6. 发明申请
    • LIFT ASSEMBLY SYSTEMS AND METHODS
    • 提升组装系统和方法
    • WO2009062164A2
    • 2009-05-14
    • PCT/US2008/083012
    • 2008-11-10
    • ELECTRONIC THEATRE CONTROLS, INC.HOFFEND, III, Donald, A.
    • HOFFEND, III, Donald, A.
    • A63J1/02B66D1/74
    • A63J1/028B66D1/36B66D1/74B66D1/741B66D5/02B66D2700/03F16M13/022Y10T29/49826Y10T403/70
    • A lift assembly system and method can include: a funnel-shaped drum having a constant diameter portion and a gradually increasing diameter portion; a cable management system adapted to position a cable in a single layer in a tray; a beam clamp tube receiver adapted to allow a tube to slide relative to a beam and be secured to the beam; a cable keeper and a slack line detector adapted to maintain cables in position about a drum upon loss of cable tension; a horizontally oriented low profile cable adjuster adapted to adjust the length of a cable; an overspeed braking mechanism; a fleet pivot arm pivotable on the end of a tube so as to guide cables along a desired fleet angle; and/or a pull-type load sensor connected between a tube and a drum adapted to sense changes in a load force and adjust movement of a load.
    • 提升组件系统和方法可以包括:具有恒定直径部分和逐渐增大直径部分的漏斗形鼓; 适用于将电缆定位在托盘中的单层中的电缆管理系统; 梁夹管接收器,其适于允许管相对于梁而滑动并被固定到梁上; 一个电缆保持器和一个松弛线检测器,适于在电缆张力损失时将电缆保持在鼓周围的位置; 适合于调节电缆长度的水平取向的薄型电缆调节器; 超速制动机构; 可在管的端部上枢转的船队枢转臂,以便沿期望的船队角度引导缆线; 和/或连接在管和鼓之间的牵引式载荷传感器,适于感测载荷力的变化并调节载荷的运动。
    • 7. 发明申请
    • LAMP ASSEMBLY AND LAMP FOR A LUMINAIRE
    • LAMPINAIRE的灯组件和灯
    • WO2004044483A3
    • 2004-07-29
    • PCT/US0331661
    • 2003-10-06
    • ELECTRONIC THEATRE CONTROLS
    • ESAKOFF GREGORY F
    • H01R33/00F21S8/00F21V19/04F21V21/30H01R33/06F21V19/00
    • H01J5/56F21V19/04F21V21/30F21W2131/406H01K1/46H01R33/06
    • A theatrical luminaire (20) for entertainment and architectural applications includes a lamp socket (54) accessible from the exterior of the luminaire housing (24). A lamp (50) includes a base (116), a bulb (112) on one side of the base (116) and a handle (118) on the other side. The handle (118) is grasped to insert the lamp (50) into the socket (54). When the base (116) is mounted in the socket (54), the bulb (112) extends through the socket (54) into the luminaire (20) and the handle (118) remains accessible at the exterior of the luminaire (20). The lamp (50) is mounted with a one-handed push and turn motion, and contacts (128) on wings (120) of the base (116) engage socket contacts (154) as the lamp (50) is turned to its final position. The socket (54) is mounted on a support (62) that is adjustable relative to the luminaire housing (24) to preserve the correct lamp positioning when the lamp (50) is replaced.
    • 用于娱乐和建筑应用的戏剧照明设备(20)包括从照明设备外壳(24)的外部可接近的灯座(54)。 灯(50)包括基座(116),在基座(116)的一侧上的灯泡(112)和在另一侧上的手柄(118)。 把手(118)被抓住以将灯(50)插入插座(54)中。 当灯座(116)安装在插座(54)中时,灯泡(112)穿过灯座(54)延伸到照明器(20)中并且手柄(118)在照明器(20)的外部保持可接近, 。 当灯(50)转动到其最终位置时,灯(50)以单手推动和转动运动进行安装,并且基座(116)的机翼(120)上的触点(128)与插座触点(154) 位置。 插座(54)安装在可相对于照明器外壳(24)调节的支撑件(62)上,以在替换灯(50)时保持正确的灯定位。
    • 9. 发明申请
    • ELECTRICAL CIRCUIT BREAKER ASSEMBLY
    • 电气断路器总成
    • WO2015103196A1
    • 2015-07-09
    • PCT/US2014/072660
    • 2014-12-30
    • ELECTRONIC THEATRE CONTROLS, INC.
    • BURKE, KevinTHURK, JohnUNDELHOFEN, John
    • H02B1/056H01R13/15H02B1/20
    • H02B1/205H02B1/052H02B1/056
    • A breaker assembly is disclosed comprising a breaker board having a bus bar including a first engagement feature and a breaker module having a line side connector including a second engagement feature engaging the first engagement feature to inhibit separation of the breaker module from the breaker board. The breaker board can further include a board mount having a first alignment feature, and the breaker module can further include a module mount engaging the board mount and having a second alignment feature engaging the first alignment feature. In another aspect of the invention, the breaker board includes board connections, the breaker module includes breaker connections (e.g., blind mate connections), and the board connections are engaged with the breaker connections. In another aspect of the invention, the breaker module includes a ledge that defines an undercut to facilitate prying of the breaker module from the breaker board.
    • 公开了一种断路器组件,其包括具有汇流条的断路器板,该母线包括第一接合特征和具有线路侧连接器的断路器模块,该线路侧连接器包括接合第一接合特征的第二接合特征,以阻止断路器模块与断路器板分离。 断路器板还可以包括具有第一对准特征的板安装件,并且断路器模块还可以包括与板安装件接合并具有接合第一对准特征的第二对准特征的模块安装件。 在本发明的另一方面,断路器板包括电路板连接,断路器模块包括断路器连接(例如,盲配线连接),并且电路板连接与断路器连接接合。 在本发明的另一方面,断路器模块包括突出部,该凸缘限定了底切以便于将断路器模块从断路器板上撬开。