Modular Pre-Lit Artificial Tree Branch Assemblies for Easy Replacement
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing artificial Christmas trees with pre-lit branches face challenges in maintenance and manufacturing due to integrated lighting designs, which make it difficult for consumers to replace faulty lights and require high skilled labor for uniform lighting, leading to increased costs and waste.
Innovation Solution
The design of releasably connected pre-lit branch assemblies with detachable wiring and wireless power transmission allows for easy replacement of branches and reduces manufacturing complexity, enabling separate production of lighted branches and tree components, thereby simplifying maintenance and reducing shipping costs.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If pre-lit branches are integrated into the tree design, then the tree provides uniform and consistent lighting, but it becomes difficult and time-consuming to replace faulty lights
Solution Approach 1:
The tree is divided into separate modular components: pre-lit branch assemblies that can be detached and replaced independently from the tree pole. Each branch assembly includes its own integrated lighting, allowing consumers to replace only the faulty branch rather than the entire tree or complex wiring systems.
Solution Approach 2:
The lighting system is extracted from the branch structure and integrated as a unified pre-lit assembly that can be removed as a single unit. This extraction allows the entire lighted branch to be replaced by simply detaching the connector, eliminating the need to manually replace individual lights or strings.
2Ease of operation
If branches are hinged and pre-lit at the factory, then consumer setup is easier, but maintenance and light replacement become more difficult
Solution Approach 1:
The branch assembly is segmented into a hinged mechanical structure that folds for compact shipping but extends for display. The electrical connector is segmented as a separate detachable component, allowing the branch to be mechanically attached to the pole while electrically connected through a plug-and-receptacle interface that can be easily disconnected for maintenance.
Solution Approach 2:
The branch connector incorporates a dynamic locking mechanism that secures the branch to the pole during operation but can be easily released by the consumer. The electrical connection dynamically engages when the branch is attached and disengages when removed, providing both stability during use and ease of maintenance.
3Manufacturing precision
If skilled labor is used for uniform lighting installation, then lighting quality is high, but manufacturing costs increase
Solution Approach 1:
The lighting is pre-installed and pre-positioned on the branches during manufacturing, creating finished pre-lit branch assemblies. This preliminary action ensures uniform lighting distribution is achieved during controlled factory conditions rather than requiring skilled field installation, reducing both labor costs and the skill level needed at distribution centers.
Solution Approach 2:
Multiple identical pre-lit branch assemblies are manufactured using standardized processes and components. This copying approach allows lighting to be uniformly applied through replication of proven designs rather than requiring skilled workers to manually install and adjust each branch, reducing labor costs while maintaining consistency.
4Reliability
If entire trees are shipped to market, then product availability is ensured, but shipping costs and fuel consumption increase
Solution Approach 1:
The tree is segmented into separate components (pole sections and pre-lit branch assemblies) that can be manufactured independently at different locations. Branch assemblies can be produced locally or regionally and then shipped only to nearby distribution centers, reducing long-distance shipping requirements while ensuring product availability through distributed inventory.
Solution Approach 2:
The pre-lit branch assemblies are designed to nest compactly during shipping, folding into a space-efficient configuration that maximizes container utilization. This nesting capability reduces the volume required for shipping branches, lowering fuel consumption and shipping costs while maintaining the ability to quickly assemble complete trees at distribution points.
Data Source
AI summary
Improved branch assemblies, artificial trees, and associated methods are disclosed. An example artificial tree includes a trunk, a plurality of electrical connectors, and a plurality of releasably connected pre-lit branch assemblies, the pre-lit branch assemblies comprising a plurality of lights, the plurality of branch assemblies operable to releasably mechanically connect to the trunk and releasably electrically connect to the plurality of electrical connectors. An example method of manufacturing an artificial tree includes installing a plurality of branch assemblies with a plurality of light strings to form a plurality of releasably connected pre-lit branch assemblies, releasably mechanically connecting the plurality of pre-lit branch assemblies to a trunk, and releasably electrically connecting the plurality of pre-lit branch assemblies to a plurality of electrical connectors.