Abstract:
Calibrating each of a plurality of driven optical filters. The color parameters of the driven optical filters are characterized for the individual optical filter. These color parameters are used as calibration data to calibrate more standard information.
Abstract:
A dual hook clamp (1140, 1150, Fig. 12) for supporting a rotatable ligh fixture (1210, Fig. 12) via a rotating plate (1200). The rotating plate having a scale (Figure 13) of various degrees of rotation marked thereon for initial orientation setting of the lamp. A handle (1105, Fig. 11) is further attached between the dual hook clamp for carrying the assembly. Each dual hook clamp has surfaces allowing the clamp to be placed on a support and clamped thereto. The surfaces are such that the clamp can be placed on the support and its weight held by the support prior to tightening. The clamp has a built-in connector (656, Fig. 6) for supplying power to the lamp. The clamp has one or more fail-safe holes (700, Fig. 7) for securing the clamp to the support with a safety cable. The clamp also has one or more flanges (704, 706, Fig. 9B) that can be received by a separate mounting bracket (912, Fig 9A), for mounting the clamp and any attached element during storage, staging, or when otherwise not being used.
Abstract:
A gate array schematic of this alternate embodiment in which a transfer controller (1106) is part of the FPGA. A transparency device (1100) which calculates values associated with transparency. A dual-port RAM (1102) which receives the VLIW at one port thereof, and outputs that value to a multiplexer (1104), which output it as a 32 bit signal used by a CPU/DSP (1105). The transfer controller (1106) is controlled directly by the CPU data received on line (1105). The transfer controller (1106) can have two lists of parameters (1110 and 1112), each 64 bits in width. These values are received on the list receivers.
Abstract:
A dual hook clamp (1140, 1150, Fig. 12) for supporting a rotatable ligh fixture (1210, Fig. 12) via a rotating plate (1200). The rotating plate having a scale (Figure 13) of various degrees of rotation marked thereon for initial orientation setting of the lamp. A handle (1105, Fig. 11) is further attached between the dual hook clamp for carrying the assembly. Each dual hook clamp has surfaces allowing the clamp to be placed on a support and clamped thereto. The surfaces are such that the clamp can be placed on the support and its weight held by the support prior to tightening. The clamp has a built-in connector (656, Fig. 6) for supplying power to the lamp. The clamp has one or more fail-safe holes (700, Fig. 7) for securing the clamp to the support with a safety cable. The clamp also has one or more flanges (704, 706, Fig. 9B) that can be received by a separate mounting bracket (912, Fig 9A), for mounting the clamp and any attached element during storage, staging, or when otherwise not being used.
Abstract:
A system for controlling light beam pattern shape in a pixilated gobo control system using a multilayer control. The system comprises a console (104) and a lamp member (99).
Abstract:
Calibrating each of a plurality of driven optical filters (14 and 15). The color parameters of the driven optical filters are characterized for the individual optical filter. These color parameters are used as calibration data to calibrate more standard information.