Multi-Color LED Lamp with Integrated Motion and Light Detection
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Solution Overview
Problem
Current LED lamps with moving object detection circuits are complex, difficult to install, and limited in functionality, as they can only emit light of one color temperature, making them unsuitable for various applications and wasteful in terms of materials and manufacturing time.
Innovation Solution
An LED lamp system with different color temperatures and operation modes is achieved by using an AC power source, wave generator, driving circuit, microprocessor, and switching circuits to control the illumination of multiple LED lamp sets, allowing for automatic adjustment of light intensity and color based on environmental conditions, enabling intellectual light control.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If a moving object detection circuit is separated from LED lamps, then the LED lamps can maintain simple structure, but the installation becomes difficult and installation time increases
Solution Approach 1:
The patent integrates the moving object detection circuit directly into the LED lamp assembly, combining previously separate components (detection circuit, amplifier, light-sensitive detector, lens set) with the LED lamp structure. This merging eliminates the need for separate installation of detection circuits and reduces installation time while maintaining functional simplicity through integrated design.
Solution Approach 2:
The LED lamp system is designed to perform multiple functions: illumination, moving object detection, and automatic lighting control. By making the LED lamp universal (capable of both lighting and detection functions), the system eliminates the need for separate detection devices, thereby reducing installation complexity and time while maintaining simple overall structure.
2Device complexity
If LED lamps are designed with only moving object detection control, then the detection function is simple, but the functionality is confined and not suitable for various applications
Solution Approach 1:
The patent implements dynamic control capabilities allowing the LED lamp to switch between different operation modes (manual control, automatic detection control, combination mode) and adjust lighting parameters (brightness, color temperature). This dynamic adaptability enables the simple control circuit to serve various applications by changing operational characteristics rather than requiring complex dedicated circuits for each application.
Solution Approach 2:
The system utilizes parameter changes in lighting (brightness levels, color temperature adjustment between warm light 2700K-3000K, warm white light 4000K-5500K, and cool white light 5500K-6500K) to adapt to different applications. By varying lighting parameters rather than requiring different hardware configurations, the system achieves versatility across multiple applications while maintaining simple control circuitry.
3Illumination intensity
If three LED lamps with different color temperatures are used to emit lights of three color temperatures, then the color temperature requirements are met, but vast materials and elements are wasted
Solution Approach 1:
The patent combines multiple LED lamp sets with different color temperatures into a single integrated system. Instead of using three separate LED lamps (each requiring complete sets of heat dissipating base, insulated sleeve, LED dies, heat dissipation casing, transparent lampshade, driving power source, detection circuits, etc.), the invention merges them into one unified LED lamp assembly that houses all three color temperature LED modules, thereby dramatically reducing material waste and component redundancy.
Solution Approach 2:
The single LED lamp system is designed to provide multiple color temperature outputs (warm light, warm white light, cool white light) through integrated LED modules. This multi-functional design eliminates the need for multiple dedicated single-function lamps, reducing material consumption while maintaining the capability to emit various color temperatures as required by different applications.
4Illumination intensity
If three LED lamps with different color temperatures are used, then the color temperature requirements are met, but manufacturing time and labors are increased
Solution Approach 1:
The patent merges three separate manufacturing processes (each requiring assembly of heat dissipating base, insulated sleeve, LED dies, heat dissipation casing, transparent lampshade, driving power source, detection circuits, etc.) into a single integrated manufacturing process. By producing one unified LED lamp system containing all three color temperature modules, the invention reduces total manufacturing time and labor requirements while maintaining the capability to provide varied color temperatures.
5Device complexity
If LED lamps without automatic control are used, then the control is simple, but power saving and environmental protection requirements are not met
Solution Approach 1:
The patent implements feedback control through light-sensitive detectors that automatically detect ambient light conditions and adjust LED lamp operation accordingly. The detection circuits provide feedback signals to the control system, enabling automatic adjustment of lighting based on environmental conditions. This feedback mechanism achieves power saving and environmental protection goals by eliminating unnecessary lighting when natural light is sufficient, while maintaining relatively simple control system architecture through automated decision-making.
Solution Approach 2:
The LED lamp system performs self-service through automatic detection and control functions. The integrated detection circuits and control systems automatically monitor environmental conditions (light levels, moving objects) and adjust lighting operation without requiring manual intervention. This self-service capability achieves power saving objectives by automatically turning off or dimming lights when not needed, reducing energy loss while maintaining simple overall control through automated operations.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The system allows for efficient use of materials, reduces installation time, and provides flexible lighting options by emitting different color temperatures and adjusting light intensity automatically, aligning with environmental protection and power-saving requirements.
Implementation Method 1
By switching the AC current continuously, not only the LED lamp sets can emit lights of different color temperatures
Implementation Method 2
a driving circuit connected to the AC power source for converting the power from the AC power source into analog signals and voltage steadiness so as to provide power
Implementation Method 3
LED lamps are a kind of new lamps which have high illumination and long lifetime with low power consumption
Implementation Method 4
one emitting warm light with color temperatures between 2700K-3000K; another emitting warm white light with color temperatures between 4000K-5500K; and the other emitting cool white light with color temperatures between 5500K-6500K
Implementation Method 5
the light sensitive detector and moving object detection circuit serve to detect environmental light intensity
Implementation Method 6
the light sensitive detector and moving object detection circuit serve to detect environmental light intensity and the moving objects
Implementation Method 7
the first switching circuit also controlling current flowing through the first LED lamp set and thus controls the illumination of the first LED lamp set
Data Source
AI summary
An LED lamp system with different color temperatures and various operation modes can resolve the problems occurred in the prior arts. By switching the AC current continuously, not only the LED lamp sets can emit lights of different color temperatures, and moreover, at the same time, the light sensitive detector and moving object detection circuit serve to detect environmental light intensity and the moving objects so as to auto-control the lighting and light intensity of the LED lamp sets so as to match the requirements of environment protection and power saving As a result, intellectual light control for LED lamps is achieved. This is beneficial to the applications of LED lamps.