Triangular Beehive Entrance Device for Daylight Relocation
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Beekeepers face challenges in moving bee hives efficiently, as they typically need to wait until nightfall for all bees to return, and existing methods do not effectively prevent honey robbing by other hives.
Innovation Solution
A triangular-shaped bee hive structure made of pine wood and window screen, allowing fresh air and light to guide bees into the hive, effectively trapping them inside and preventing robbing by other hives.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If beekeepers wait until nightfall for all bees to return before moving hives, then bees are safely contained in the hive, but productivity is reduced due to loss of time
Solution Approach 1:
The device performs preliminary action by guiding bees into the hive during daylight hours before relocation is needed. The funnel-shaped screen structure and air flow system proactively direct bees inward, ensuring they are contained in the hive before the relocation operation begins, eliminating the need to wait for nightfall.
Solution Approach 2:
The screen structure acts as an intermediary between the external environment and the hive interior. It mediates bee movement by creating a controlled passage that directs bees into the hive while preventing them from escaping or being robbed by other hives, enabling safe relocation during daylight.
2Ease of operation
If traditional open hive entrances are used, then bees can freely enter and exit, but honey robbing by other hives cannot be prevented
Solution Approach 1:
The device applies local quality by creating a specialized funnel-shaped screen structure at the hive entrance that has different properties than the open entrance. This localized structure maintains ease of operation for legitimate bees while simultaneously providing protection against honey robbing, as the narrow funnel passage allows only bees from the correct hive to access the entrance.
3Object-affected harmful factors
If the hive entrance is blocked to prevent robbing, then honey security is improved, but bee movement into the hive is restricted
Solution Approach 1:
The device applies dynamics by using air flow to dynamically control bee movement through the screen structure. The air flow system creates moving currents that actively guide bees through the funnel-shaped passage into the hive, maintaining ease of operation for legitimate bees while the screen structure simultaneously prevents honey robbing by blocking access to other hives.
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
Enables beekeepers to move hives during daylight hours and reduces honey robbing by guiding bees into the hive using air and light, enhancing the efficiency and security of hive relocation.
Implementation Method 1
The screen allows fresh air and light to show inside the hive and draws bees to the large end
Implementation Method 2
The screen allows fresh air and light to show inside the hive and draws bees to the large end
Data Source
AI summary
An insertable beehive entrance device allowing entrance into the beehive and disrupting exit from the beehive in order to make the moving of honey bee hives to a new location less problematic. The device includes a base with an entrance opening and a two legs attached to the base forming a triangular frame, the frame forming an entrance at its apex. The frame includes a mesh top covering and a reflective bottom covering configured to be brighter than the inner hive. Once placed in the hive entrance it allows honey bees to enter the hive through the insertable device but disrupts their normal pattern of exit. Bees are now trapped in the hive making it simpler to move. When catching honey bee swarms, this device placed in the entrance makes coming back for the swarm box more convenient.