Vacuum Molded Honeybee Comb Forming Device
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Solution Overview
Problem
Current methods for generating honeycomb structures are inefficient, requiring honeybees to expend significant resources in producing wax for comb construction, which diverts their time and energy away from other essential hive activities like pollen gathering and honey production.
Innovation Solution
A comb forming device comprising a pair of plates with octagon-shaped protrusions and a vacuum system that compresses and shapes melted wax between the plates to form a comb structure, allowing for rapid creation of comb frameworks that honeybees can quickly expand upon, reducing the need for extensive wax production.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If honeybees produce wax for comb construction, then comb structure is formed, but honeybees expend significant resources and time away from other essential activities
Solution Approach 1:
The patent applies preliminary action by pre-forming comb structures using melted wax in a mold before introducing them to the hive. The comb foundation is prepared in advance with proper hexagonal cell patterns, then placed in the hive for bees to complete. This eliminates the need for bees to produce all the wax from scratch, saving them significant time and energy while still providing them with a functional comb structure to work with.
2Ease of manufacture
If honeybees produce wax for comb construction, then comb structure is formed, but this diverts energy away from pollen gathering and honey production
Solution Approach 1:
The comb foundation is pre-formed outside the hive using melted wax molded into proper comb structures. These pre-formed foundations are then installed in the hive, allowing bees to focus their energy on productive activities like pollen gathering and honey production rather than spending excessive time and resources building the entire comb structure from scratch.
3Loss of time
If pre-formed comb structures are provided, then honeybee time and energy are saved, but additional equipment and processes are required
Solution Approach 1:
The patent replaces the natural mechanical process of bees building combs with a controlled wax melting and molding system. A heating element melts wax, and a vacuum system draws the liquid wax into molds that form the comb structures. This mechanical substitution allows precise control over comb formation while reducing the labor burden on bees, though it does introduce additional equipment complexity.
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
This solution enables beekeepers to provide pre-formed comb structures that save honeybees time and energy, allowing them to focus on other vital activities, leading to increased honey production and more efficient hive operations.
Implementation Method 1
a vacuum pump attached thereto to remove therethrough air from the space formed between the plates in the operative position, the vacuum pressure configured to urge the distribution of was throughout the space formed between the plates
Data Source
AI summary
A comb forming device comprising a pair of plates of having substantially similar outer dimensions and having respective inner and outer surfaces, wherein the inner surfaces of the plates have formed thereon corresponding octagon shaped protrusions of one or more selected sizes; and a closure mechanism for holding the plates together in an operative position, the operative position comprising the plates compressing therebetween a frame; at least one of the plates having one or more first apertures configured to receive therethrough melted wax to be conveyed to a space formed between the plates in the operative position; at least one of the plates having one or more second apertures configured to enable a vacuum pump attached thereto to remove therethrough air from the space formed between the plates in the operative position, the vacuum pressure configured to urge the distribution of was throughout the space formed between the plates and in accordance with the octagon shaped protrusions of the inner surfaces of the plates to form thereby a comb structure.