Universal Connector for Modular Construction Toy Panels
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Solution Overview
Problem
Traditional construction toy systems require a large variety of parts, leading to increased costs and complexity, limiting the structures that can be built and often resulting in shortages of specific pieces.
Innovation Solution
A modular construction toy system featuring interchangeable components such as connectors, sensors, and panels of various shapes and sizes, allowing users to create diverse structures like race courses and three-dimensional models, with sensors providing interactive feedback.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a large variety of parts with differing shapes and sizes are provided to enable diverse structure building, then the versatility and creativity of the construction system are improved, but the device complexity and cost increase
Solution Approach 1:
The patent implements a universal connector design that can interface with multiple different panel types (square, rectangular, circular, triangular, hexagonal) through a single standardized connection mechanism. The connector features a common receptacle that accepts various panel configurations, allowing one connector type to perform multiple functions across different panel geometries, thereby reducing the number of unique parts needed while maintaining building diversity
2Adaptability or versatility
If a large multitude of different parts are provided to create desired structures, then the adaptability and functionality are improved, but the loss of time during assembly increases
Solution Approach 1:
The construction system is segmented into modular components: standardized connectors, interchangeable panels with uniform connection interfaces, and optional sensor modules. This segmentation allows users to assemble structures by repeatedly applying the same connection procedure across different panel types, reducing assembly time through pattern recognition and procedural consistency
Solution Approach 2:
The universal connector design enables a single connector type to interface with multiple panel configurations, eliminating the need to search for or switch between different connector types during assembly. This universality streamlines the building process by maintaining a consistent assembly methodology across diverse structural requirements
3Reliability
If a large number of limited-function construction pieces are purchased to ensure availability of all needed components, then the reliability of completing any desired structure is improved, but the quantity of substance and storage space required increase
Solution Approach 1:
The system employs a universal connector that can mate with multiple panel types (square, rectangular, circular, triangular, hexagonal), meaning a single connector piece can fulfill the function of what would traditionally require multiple specialized connectors. This reduces the total quantity of parts needed while ensuring reliability across all panel configurations
Solution Approach 2:
The panels utilize a standardized connection interface parameter that remains consistent across different panel shapes and sizes. By maintaining this invariant connection parameter while varying panel geometry, the system reduces part diversity requirements while preserving the ability to build diverse structures
Data Source
AI summary
Embodiments include a construction toy kit having component parts capable of being assembled in a configuration chosen by the user. The kit may contain a connector extending from a first end to a second end, having a securement comprising a first retainer feature, a second retainer feature and a third retainer feature. The connector may further have a first grip extending from the first end toward the securement, where the first grip is sized to receive a feature of a building panel. The kit may also contain a multiple building panels of various configurations, a mat used as a base for erecting a structure and multiple sensor components. These components among others may be assembled to create structure such as a race course for robotic toys. The sensor elements may be implemented by the user to sense various actions of the robotic toy, and respond as chosen by the user.