Modular stage light system

Claim 2

A stage lighting system comprising: truss means including an elongated rail supported by said truss means; a power connection device supported by said truss means; a plurality of light means each having a control box with a modular housing having open ends and being supported by said rail in alignment with open ends of other modular housings, each said control box being electrically connected to said power connection device, lamp means supported by said control box modular housing, and motor means supported by said control box modular housing and responsive to control currents received via an output bus to adjust the operation of said light means; and a fan having a modular housing with open ends and which is supported by said rail in alignment with an open end of another modular housing.

Claim 3

A stage lighting system comprising: truss means including an elongated rail supported by said truss means, a power connection device supported by said truss means, a data bus connector supported by said truss means, and a local group microprocessor having a modular housing with open ends and supported by said rail, a memory, a data signal I/O terminal connected to said data bus connector, a power input terminal connected to said power connection device, and an output bus; and a plurality of light means each having a control box with a modular housing having open ends and being supported by said rail in alignment with open ends of other modular housings, each said control box being electrically connected to said output bus and to said power connection device, lamp means supported by said control box modular housing, and motor means supported by said control box modular housing and responsive to control currents received via said output bus to adjust the operation of said light means.

Claim 4

A stage lighting system comprising: truss means including an elongated rail supported by said truss means, a power connection device supported by said truss means, a data bus connector supported by said truss means, and a local group microprocessor having a modular housing with open ends and supported by said rail, a memory, a data signal I/O terminal connected to said data bus connector, a power input terminal connected to said power connection device, and an output bus; and a plurality of light means each having a control box with a modular housing having open ends and being supported by said rail in alignment with open ends of other modular housings, each said control box being electrically connected to said output bus and to said power connection device, lamp means supported by said control box modular housing, and motor means supported by said control box modular housing and responsive to control currents received via said output bus to adjust the operation of said light means.

Claim 5

The stage lighting system of claim 2 wherein each said group microprocessor memory stores parameters for motor-associated motions, sequences and patches.

Claim 6

A stage lighting system as in claim 2 wherein each said control box includes dedicated processor means having a digital-to-analog converter, and wherein each said group microprocessor sends digital control signals via said output bus to selected control boxes which convert said control signals into control currents to adjust the operation of the respective light means.

Claim 7

A stage lighting system as in claim 2 wherein said truss means includes: frame means having longitudinal beams and cross beams, and lateral beams pivotally and lockably connected to said frame means.

Claim 8

A stage lighting system as in claim 2 and comprising: host controller means including a remote pocessor, data bus means connected between said host controller means and said data bus connector, and power distribution means including a power line connected to said power connection device.

Claim 9

The stage lighting system of claim 6 wherein said remote processor has a plurality of input devices, each input device affecting a function of one or more of said lighting means, at least some functions of all of said lighting means being controllable by said input devices, and wherein said remote processor has a memory and signal output means and is capable of transmitting commands in response to operations of said input devices and of said memory.

Claim 10

The stage lighting system of claim 6 wherein said remote processor has a memory which stores commands, parameters and data recognizable by the connected local microprocessors.