Modular Pixel Block Assembly With Internal Locking Reinforcement
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Solution Overview
Problem
Current modular building blocks lack versatility and adaptability in three-dimensional space, limiting their ability to construct complex structures without external support and failing to efficiently interface with varying sizes and materials.
Innovation Solution
A cylindrical building block with a protruding screw and snap mechanism that allows for self-assembly into a cube space, accommodating pieces of the same size, half size, and quarter size, with internal shafts for reinforcement and conduit functionality, and the option to interface with magnetic forces for enhanced structural integrity.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If modular building blocks are designed with simple geometry, then ease of manufacture is improved, but versatility and adaptability in three-dimensional space deteriorates
Solution Approach 1:
The cylindrical building block is designed with a protrusion that can interface with all six faces of the cylinder (top, bottom, and four sides), allowing the same basic geometric form to serve multiple connection functions in three-dimensional space. This universal interface design enables the block to be assembled in various orientations and configurations without requiring different geometric forms for different purposes.
2Device complexity
If modular building blocks lack internal reinforcement structures, then device complexity is reduced, but structural stability and ability to lock structures deteriorates
Solution Approach 1:
The building block incorporates an internal shaft or cavity that can contain smaller pieces of the same geometry (spheres, cylinders, or smaller building blocks). This nested structure provides internal reinforcement and locking mechanisms while maintaining a simple external cylindrical form. The smaller internal pieces act as cores that strengthen the overall structure and provide additional connection points.
3Adaptability or versatility
If modular building blocks are designed to interface with multiple sizes, then adaptability is improved, but manufacturing precision requirements increase
Solution Approach 1:
The building block features a protrusion with specific local geometric qualities (such as a spherical end or standardized interface geometry) that maintains consistent dimensional tolerances. This localized precision at the interface point allows the block to connect with pieces of varying sizes (same size, half size, quarter size) while requiring manufacturing precision only at the critical connection point rather than throughout the entire component.
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
Enables the creation of complex structures that can be locked and reinforced, allowing for the construction of various objects without external support, and facilitates the integration of smaller pieces within larger structures, enhancing versatility and structural stability.
Implementation Method 1
magnetic forces
Data Source
AI summary
The Pixel Block builds a wide range of useful constructions such as tables, chairs, and houses, with the modularity in three-dimensional space to make a universe of objects with a versatility similar to that of a pixel on a computer screen. It has a basic cylindrical shape that is as long as it is wide and deep to occupy a basic cube space. It is a versatile and useful geometric building block comprised of snaps, screws, nobs, magnetic forces, and combinations of these interfaces to assemble into constructions comprised of multiple copies of the Invention. On one end of the cylinder is a protruding screw that is also a hook and a snap, that can fit into itself and into each of five other sides of the cylinder. Once assembled into a shape, the Invention can be locked in place with spheres or with cylinders inside the Invention.