Hypercube Illumination Device With Internal Wiring Routing
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Solution Overview
Problem
Existing illumination appliances lack portability, ruggedness, and the ability to provide variable optical illusions, dynamic sound-to-light modulation, light therapy, interactivity, updatability, and synchronization, especially for large-scale lighting installations using wireless networking technology.
Innovation Solution
A hypercube illumination device comprising interconnected hollow struts, semi-reflective sheets, and digitally addressable LEDs, with a controller for operation and a wiring system that routes through the struts, allowing for structural support, optical axis alignment, and internal wiring without interference, and featuring a polygonal body with semi-reflective coatings for enhanced light reflection and transmission.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional illumination appliances are designed with fixed structures and limited functionality, then manufacturing and assembly are simpler, but they lack portability, ruggedness, and adaptability for various applications including large-scale lighting installations
Solution Approach 1:
The illumination appliance is divided into multiple modular hypercube units that can be independently manufactured and assembled. Each module contains its own structural framework, LED banks, and control circuitry, enabling scalable deployment for both portable applications and large-scale installations while maintaining manageable complexity through standardization
Solution Approach 2:
The hypercube device is designed with universal functionality to serve multiple purposes including aesthetic illumination, entertainment, health therapy, and synchronization applications. The same basic modular structure supports various operational modes and can be configured for different use cases, enhancing adaptability without requiring entirely different device designs
2Ease of operation
If the wiring system is routed externally through the hollow struts, then assembly and maintenance are easier, but the wiring may interfere with mounting surfaces and optical paths
Solution Approach 1:
The wiring system is nested within the hollow struts of the structural framework, utilizing the internal cavity space for cable routing. This nesting approach allows wires to be protected from external damage while maintaining clean external surfaces for mounting and optical access, eliminating interference between wiring and optical paths
3Illumination intensity
If semi-reflective sheets are used to close openings, then light transmission and reflection are enhanced for optical illusions, but manufacturing precision requirements increase
Solution Approach 1:
The semi-reflective sheets are specified with controlled optical parameters including transmissivity of 10-40% and specific reflectivity characteristics. By defining these parameters within ranges rather than requiring exact values, the design achieves enhanced light control for optical illusions while accommodating normal manufacturing tolerances and reducing precision requirements
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 hypercube device provides a portable, rugged, and versatile lighting solution with enhanced optical illusions, dynamic light responses, and interactivity, enabling large-scale installations and health benefits like light therapy through coordinated LED control and wireless networking.
Implementation Method 1
At least some of the light emitted by the LEDs is internally reflected by the semi-reflective sheets within the enclosure
Data Source
AI summary
An illumination appliance includes an illumination device, a controller, and a wiring system. The illumination device includes a plurality of interconnected hollow struts, a plurality of semi-reflective sheets, and a plurality of banks of light emitting devices (LEDs). The plurality of interconnected hollow struts collectively define a polygonal body such as a cube with openings. The plurality of interconnected hollow struts individually have an inward facing surface. The plurality of semi-reflective sheets close the openings to define an enclosure within the polygonal body. The plurality of banks of LEDs are mounted on the inward facing surfaces. Some of the light emitted by the LEDs is internally reflected and some is transmitted by the semi-reflective sheets. The controller is for controlling operation of the banks of LEDs. The wiring system electrically couples the controller to the LEDs and routes through the hollow struts to individually connect to the banks of LEDs.