Electric Fireplace Ceiling Lamp Layout for Dynamic Wall Simulation
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Conventional electric fireplaces lack a three-dimensional effect and realistic simulation due to inadequate light projection on the walls, leading to poor irradiation, eye fatigue, and inability to simulate dynamic color changes with wall tiles, limiting their practicality and market appeal.
Innovation Solution
An electric fireplace with a ceiling lamp system connected to a main control board, featuring a low-voltage DC stabilized power supply, driver IC, and light signal feedback comparator, which projects changeable light onto simulated wall tiles to create a dynamic burning effect, using multiple LEDs to simulate various colors and adjust brightness, preventing direct light exposure to users.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a planar imaging screen with simulated flame is used at the bottom of the combustion room, then a simulated fire effect is achieved, but the entire fireplace lacks a three-dimensional effect and the simulation effect is not good
Solution Approach 1:
The lighting system is divided into multiple independent light sources positioned at different locations (bottom, left side, right side, and ceiling) to illuminate different areas of the combustion room separately, creating comprehensive three-dimensional lighting coverage that enhances the simulation effect
Solution Approach 2:
The invention transitions from two-dimensional planar imaging to three-dimensional spatial illumination by adding ceiling-mounted light boards and side lighting, projecting light onto the inner walls of the combustion room to create depth and volume in the visual simulation
2Illumination intensity
If a ceiling lamp with one casing and three light boards is assembled, then the brightness is increased, but the irradiation effect at two sides is poor and the practicality is not strong
Solution Approach 1:
The single ceiling lamp casing containing three light boards is divided into multiple independent ceiling lamps, each with a single light board, allowing flexible positioning and independent control to achieve better side irradiation effects and improved adaptability
Solution Approach 2:
Different ceiling lamps are positioned at specific locations to provide localized lighting coverage for different areas of the combustion room, ensuring optimal irradiation effects in specific zones rather than uniform but insufficient coverage
3Illumination intensity
If a light source with holes at left and right sides and bottom is used, then light projection is achieved, but bright spots are produced causing eye fatigue
Solution Approach 1:
Diffusing materials such as translucent screens or frosted covers are used to cover the light sources, scattering the light to eliminate harsh bright spots while maintaining adequate illumination levels, thereby preventing eye fatigue caused by direct exposure to concentrated light
4Ease of manufacture
If a ceiling lamp with monochrome warm white light is used, then lighting is provided, but it cannot simulate the change of wall tiles or form dynamic real-time change with the wall tiles
Solution Approach 1:
The lighting system uses adjustable color temperature LED light sources that can dynamically change between warm white and cool white light, allowing the ceiling lamps to simulate different wall tile appearances and create dynamic visual effects that respond to operational conditions and ambient lighting
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
Enhances the realism of the burning effect, reduces eye fatigue, and increases market competition by providing a dynamic, multi-colored simulation of the wall tiles, creating a more immersive and realistic landscape.
Implementation Method 1
A plurality of light emitting diodes 44 are welded and fixed on the lamp board 43
Implementation Method 2
The ceiling lamp 40 can project changeable light to the combustion room 21 and the inner wall of the combustion room
Data Source
AI summary
An electric fireplace having a simulated dynamic wall includes a housing and a simulated charcoal. The housing has a combustion room therein. The simulated charcoal is placed inside the combustion room and located at a bottom of the combustion room. An inner wall of the housing is provided with simulated wall tiles. A top of the combustion room is provided with a ceiling lamp. A connecting wire of the ceiling lamp is connected to a main control board. The main control board is provided with a low-voltage DC stabilized power supply circuit, a main control unit, a light-emitting load, and a light signal feedback comparator capable of forming a signal feedback.