Wireless Smart Dimmer for Track Lighting Control
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Solution Overview
Problem
Current track lighting systems require expensive modifications to enable remote wireless control of multiple dimmable lights, increasing unit costs and reducing user willingness due to the need for individual wireless communication modules in each light fixture.
Innovation Solution
A wireless smart dimmer device mounted on a lighting rail that receives command messages from a remote controller or handheld device, using a phase-cut dimmer module and wireless communication module to control multiple phase-cut dimmable track lights connected to the same lighting track, compatible with dual-circuit and multiple-circuit systems, and supporting various voltage ranges.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a wireless communication module is added in each dimmable track light, then remote wireless control capability is achieved, but the unit cost of track lighting increases
Solution Approach 1:
The patent introduces a wireless smart dimmer as an intermediary device installed on the lighting rail between the power source and the track lights. This dimmer contains the wireless communication module and phase-cut dimmer module, acting as a mediator that receives wireless control signals and converts them into phase-cut dimming control for multiple track lights, eliminating the need for wireless modules in each individual light fixture.
Solution Approach 2:
The patent combines the wireless communication function and phase-cut dimming control function into a single integrated wireless smart dimmer device. By merging these functions in one centralized unit rather than distributing them across multiple individual light fixtures, the system achieves remote wireless control capability while reducing overall system cost.
2Ease of operation
If individual wireless communication modules are installed in each track light, then remote control function is enabled, but device complexity increases
Solution Approach 1:
The patent segments the control system into two distinct parts: a centralized wireless smart dimmer handling wireless communication and control signal processing, and simple track light fixtures that only receive dimming control. This segmentation allows the complex wireless communication functionality to be isolated in one device while keeping individual light fixtures simple.
Solution Approach 2:
The wireless smart dimmer serves as an intermediary that handles all wireless communication and signal conversion tasks, shielding the individual track lights from complexity. The dimmer translates wireless control signals into phase-cut dimming signals that the simple track light fixtures can understand and execute.
3Ease of operation
If existing track lighting systems are modified to enable remote wireless control, then control functionality is improved, but installation practices must be altered
Solution Approach 1:
The wireless smart dimmer is designed with universal compatibility to work with existing track lighting systems. It can be installed on standard lighting rails and works with multiple voltage ranges (100V-277V AC), allowing it to integrate with various existing track light configurations without requiring modifications to the track infrastructure or installation practices.
Solution Approach 2:
The wireless smart dimmer is designed as a plug-and-play device that self-integrates into existing track lighting systems. It automatically detects and adapts to the existing electrical configuration and voltage level, requiring no complex installation procedures or modifications to existing track lighting infrastructure.
Data Source
AI summary
A track light wireless smart control device includes a track light adaptor including a power live-in pin, a first power live-out pin and a neutral pin, a plug-in stem, a cover, an outer case, a phase-cut dimmer module and a wireless communication module. When mounted to the lighting track, the power live-in pin is connected to the power input loop in the rail, the power live-out pin is connected to the #1 live-out conductor in the rail, and the neutral pin is connected to the neutral conductor in the rail. The wireless communication module receives the command message sent by the remote control device. The phase-cut dimmer module regulates the current to the output conductor loop according to the wireless command message, so as to enable the phase-cut dimmable track lights connected to the #1 live-out conductor to power on, power off, dimming up or dimming down.