Modular Beehive Rack for Multi-Family Frame Access
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Solution Overview
Problem
Existing beehive systems do not provide optimal conditions for accommodating, transporting, tending, observing, and documenting multiple bee families simultaneously, and lack efficient mechanisms for accessing and documenting the internal frames of beehives.
Innovation Solution
A cassette system with beehive blocks featuring elastic walls and movable frames, allowing beehive units to unfold like a fan for easy access, combined with a platform for transportation and observation, and equipped with automated feeding, temperature control, and photographic documentation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional beehive systems are used, then individual beehives can be maintained, but multiple bee families cannot be accommodated, transported, tended, observed, and documented simultaneously in optimal conditions
Solution Approach 1:
The beehive system is segmented into modular beehive blocks, each containing multiple beehive units with bee frames. These blocks can be arranged in pairs within a single cassette, allowing multiple bee families to be accommodated in an organized, scalable manner while maintaining individual unit independence.
Solution Approach 2:
Bee frames are mounted on elastic walls that are integrated into the beehive block structure. The beehive units are nested within the block framework, with partition walls creating separate compartments. This nesting approach maximizes space utilization and allows multiple bee families to coexist in a compact, integrated system.
2Ease of operation
If traditional beehive structures are used, then bee frames are fixed and inaccessible, but easy access for tending, observing, and documenting is required
Solution Approach 1:
The elastic walls of the beehive blocks are designed to be flexible and movable. When external force is applied to the elastic wall, it bends and causes the mounted bee frames to spread apart in a fan-like configuration. This dynamic mechanism allows easy access to all frame surfaces for tending, observation, and documentation while maintaining habitat stability when in the closed position.
Solution Approach 2:
The elastic wall acts as an intermediary element between the fixed block structure and the bee frames. It provides a flexible connection that allows the frames to move and spread for access while maintaining their mounted position and structural integrity when the block is closed, thus mediating between accessibility requirements and habitat stability.
3Ease of operation
If bee frames are made accessible for observation and treatment, then care quality improves, but queen bee contact between families may increase
Solution Approach 1:
The cassette is divided into multiple beehive units by partition walls, with each unit housing a separate bee family. These partition walls create physical barriers that prevent horizontal contact between queen bees of adjacent families, while still allowing the elastic wall mechanism to spread frames within each unit for individual access and observation.
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
Facilitates simultaneous tending, observing, and documenting of multiple bee families while maintaining optimal conditions for their development, with efficient access to internal frames and automated support systems.
Implementation Method 1
the elastic wall of the beehive block upwards and bends it in the form of a rainbow which makes the bee frames to become spaced out in the form of a fan
Implementation Method 2
The jack comprises a shaft having a left and a right thread in both ends, it fits into nuts forming a hinge, and in movement in a first direction it spaces out the nuts which leads to 90 degrees turn of each beehive block
Implementation Method 3
in the base of the cassette are integrated infrared heating elements. which is optimal for the development of the bees
Data Source
Figure 1
Figure 2a
Figure 2b
AI summary
Cassette with partition walls mounted on a stand structure, having pairs of comb-like beehive blocks each having elastic walls mounted on a frame alternating with covers, and beehive units mounted on the elastic walls. Each beehive unit contains one bee family and represents a dedicated space determined by the elastic wall fixed to the frame of its beehive block, sidewise - by the partition walls of the cassette, and by the cover between the elastic walls of the opposite beehive block when both opposite beehive blocks have entered into each other. Each beehive unit comprises a group of bee frames mounted at a distance from the adjacent beehive unit. Each beehive block enters into the other beehive block of the pair with its beehive units entering into the empty spaces between the adjacent beehive units of the other beehive block. Under each beehive block is mounted a camshaft with the archs of the camshaft placed under each beehive unit. The beehive blocks are movable upwards, downwards and sidewise and could be unfolded by moving one beehive block of the pair upward and forward, each beehive unit falling out describing a rainbow of 90 degrees. Turning the camshaft under each beehive block leads to opening the bee frames fan-like. Over the unforlded beehive blocks moves a carriage with means of photographing and documenting the condition of the bee families. The cassettes are mounted on a platform with modular structure for transporting to different location of bee grazing representing a moveble bee-garden, or they can be used as bee incubator.