Systems and methods for providing power and data to lighting devices
First Claim
1. A lighting system for controlling and powering at least one lighting module, the system comprising:
- a lighting controller electrically connected to at least one lighting module through a two-wire path, the lighting controller creating and providing a data encoded power signal to the at least one lighting module through the two-wire path, each lighting module being addressable; and
a user-operated remote device in communication with a selected lighting module of the at least one lighting module and the lighting controller, the remote device configured to receive a unique address of the selected lighting module from the selected lighting module and to instruct the lighting controller to encode the unique address onto the data encoded power signal in order to assign the selected lighting module to a selected lighting zone of at least one lighting zone without disconnecting the selected lighting module from the two-wire path each lighting zone being addressable, each lighting module storing its unique address and its lighting zone address.
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Accused Products
Abstract
Systems and methods are provided for lighting systems, including high output lighting systems for various environments. The lighting systems include a lighting controller for driving lighting modules and transmitting a data signal to the lighting modules. The data signal varies between logical states. The lighting controller provides a low loss rectified power signal. The lighting controller further provides data within the power signal by forming a positive polarity rectified power waveform corresponding to data in a first state and a negative polarity rectified waveform signal corresponding to data in a second state using substantially loss-less circuitry.
314 Citations
32 Claims
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1. A lighting system for controlling and powering at least one lighting module, the system comprising:
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a lighting controller electrically connected to at least one lighting module through a two-wire path, the lighting controller creating and providing a data encoded power signal to the at least one lighting module through the two-wire path, each lighting module being addressable; and a user-operated remote device in communication with a selected lighting module of the at least one lighting module and the lighting controller, the remote device configured to receive a unique address of the selected lighting module from the selected lighting module and to instruct the lighting controller to encode the unique address onto the data encoded power signal in order to assign the selected lighting module to a selected lighting zone of at least one lighting zone without disconnecting the selected lighting module from the two-wire path each lighting zone being addressable, each lighting module storing its unique address and its lighting zone address. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A method for controlling and powering at least one lighting module, the method comprising:
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connecting lighting modules in a lighting system to a two wire path; providing a data encoded power signal to at least one lighting module through said two-wire path; assigning the at least one lighting module to a first lighting zone, each lighting module and each lighting zone being addressable; receiving a unique address of a selected lighting module of the at least one lighting module with a user-operated remote device, the selected lighting module storing its unique address; encoding the unique address onto the data encoded power signal; and sending the data encoded power signal including the encoded address through the two-wire path to reassign the selected lighting module to a second lighting zone without disconnecting the selected lighting module from the two-wire path, the selected lighting module storing its lighting zone address. - View Dependent Claims (13, 14, 15, 16, 17, 18, 19, 20, 21, 22)
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23. A remote programming device for programming a lighting system including a lighting controller electrically connected to at least one lighting module, the lighting controller creating and providing a power signal through a two-wire path to the at least one lighting module, the at least one lighting module configured to be assigned to a lighting zone, each lighting module comprising a unique module address and each lighting zone comprising a zone address, the remote programming device comprising:
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a portable housing; a user interface housed by said portable housing; and a processor housed within said portable housing and responsive to the user interface, the processor configured to wirelessly communicate with a selected lighting module of the at least one lighting module and the lighting controller, and configured to receive the unique module address of the selected lighting module from the selected lighting module and to instruct the lighting controller to encode the unique module address onto the data encoded power signal in order to reassign the selected lighting module to a selected lighting zone without disconnecting the selected lighting module from the lighting controller, each lighting module storing its unique module address and its zone address. - View Dependent Claims (24)
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25. An lighting system configured to be controlled by a user through online interactivity, the system comprising:
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a lighting controller electrically serially communicating with a plurality of lighting modules, the lighting controller outputting a data encoded power signal to the plurality of lighting modules, said data encoded power signal forming a sinusoidal waveform between zero crossings, each lighting module being responsive to data encoded in said data encoded power signal when said data is addressed to said lighting module; and a webserver serving webpages to a digital device interacting with a user, said digital device receiving user input related to desired behavior of one or more of said lighting modules, wherein said lighting controller receives said user input and outputs said data encoded power signal causing said one or more of said lighting modules to be responsive to said user input. - View Dependent Claims (26, 27)
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28. A method of encoding data onto a power signal for a lighting system, said data responsive to online interaction from a user, the method comprising:
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serving online information to a user operated digital device; receiving user input from said digital device, said user input related to desired behavior of lighting modules of a light system; communicating the received user input to a lighting controller; and outputting to said lighting modules a data encoded power signal responsive to said user input, said data encoded power signal forming a sinusoidal waveform between zero crossings, said data encoded power signal configuring said modules to behave according to said user input. - View Dependent Claims (29, 30)
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31. A lighting system for controlling and powering at least one lighting module, the system comprising:
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a plurality of lighting modules organized into at least two lighting zones; at least one of said plurality of lighting modules configured to store its unique address and its lighting zone; and a lighting controller electrically connected to the plurality of lighting modules through a two-wire path, the lighting controller creating and providing a data encoded power signal to the at least one lighting module of said plurality of lighting modules through the two-wire path, and configured to encode the unique address of the at least one lighting module on the two-wire path in order to change the lighting zone of the at least one lighting module without affecting a lighting zone of other lighting modules on the two-wire path and without disconnecting the at least one lighting module from the two-wire path. - View Dependent Claims (32)
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Specification