Modular Beehive Frames for Queen Rearing
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Solution Overview
Problem
Conventional beekeeping methods face challenges in relocating queen bees to standard-sized hives, resulting in high queen loss rates and disruption of bee colonies, as well as delayed assessment of queen breeding characteristics due to incompatible honeycomb frame sizes and the need for artificial swarms.
Innovation Solution
A modular hive system comprising mating, development, and economic units with honeycomb frames of varying sizes (1/3, 2/3, and 3/3) that can be easily connected and rearranged, allowing queens and their brood to transition smoothly without external interference, maintaining the pheromone balance and minimizing queen loss.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Duration of action of stationary object
If conventional mating boxes with small frames are used for queen rearing, then the queen can be kept for about three to four weeks, but the frames are not compatible with standard hive sizes requiring queen separation and transfer to artificial swarms causing high queen loss rates of 20-30%
Solution Approach 1:
The invention divides the standard hive frame into three smaller modular frames (1/3 frames) that can be connected together. The mating box is designed to accommodate these modular frames, allowing the queen colony to be gradually expanded from small to standard size without requiring transfer to artificial swarms, thereby maintaining queen survival rates above 70%
Solution Approach 2:
The invention implements a nested structure where 1/3 frames are connected to form 2/3 frames, which then connect to form complete standard frames. This nested expansion allows the queen colony to grow within the same mating box structure, eliminating the need for disruptive transfers to artificial swarms
2Adaptability or versatility
If queen is transferred to standard hive with artificial swarm, then standard hive size is achieved, but the process is time-consuming and causes brood break setting back colony development by eight to ten weeks
Solution Approach 1:
The invention provides a dynamic expansion system where the hive structure adapts to the growing colony through modular frame connections. The mating box can accommodate 1/3 frames initially, then 2/3 frames as the colony grows, and finally full standard frames when ready, allowing continuous development without time-loss transfers
Solution Approach 2:
The invention prepares the hive structure in advance with modular frames that can be connected as the colony grows. The mating box is pre-configured to accept expanding frame structures, eliminating the need for last-minute transfers to artificial swarms and preventing brood breaks
3Adaptability or versatility
If queen is introduced into artificial swarm for relocation, then standard hive compatibility is achieved, but queen characteristics assessment is distorted by external influences and cannot be reliably evaluated
Solution Approach 1:
The invention extracts the queen colony from the disruptive artificial swarm environment and maintains it in a controlled mating box with modular frames. This isolation allows the queen's breeding characteristics to be assessed based solely on her own offspring without distortion from foreign bee influences
4Productivity
If queen must be moved to larger hive less than two weeks after mating flight, then egg-laying performance assessment is enabled, but the queen and colony experience disturbance leading to brood break and loss of valuable time and capital
Solution Approach 1:
The invention prepares the modular frame structure in advance within the mating box, allowing the queen colony to expand gradually as it grows. This preliminary preparation eliminates the need for premature transfers that cause disturbance, enabling egg-laying assessment without brood breaks
Data Source
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AI summary
A modular hive system for developing and managing a bee colony is described. The hive system comprises multiple hives, each with an interior space for holding frames and multiple frames for building comb. At least some of the frames are interconnected and/or connectable to form one or more multiple frames with an enlarged comb size. The frames consist of several single frames with a 1/3 comb size, such that two single frames can be connected and/or connected to form a double frame with a 2/3 comb size, and three single frames can be connected and/or connected to form a triple frame with a 3/3 comb size. The hives include a mating unit, a development unit, and a production unit, each with an interior space specifically adapted to accommodate the single, double, and triple frames.