Beehive Lid With Split Top And Dovetail Joints
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Solution Overview
Problem
Traditional beehives require the lid to be forcibly removed, stressing bees and necessitating smoking, which contaminates honey and pollen, and use nails and screws that lead to structural issues and bee escape.
Innovation Solution
A beehive design with a split-open lid, dovetail joints for secure assembly, and a folding take-off board that allows air circulation and reduces bee disturbance, enabling work without opening the hive, using shutters to control air intake and a riddled construction for air passage.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If the lid is forcibly removed to access the hive, then the apiculturist can work with the bees, but this stresses the bees, causes honey and pollen consumption, and requires smoking which contaminates honey and pollen
Solution Approach 1:
The lid is divided into two separate parts: a fixed lower lid and a removable upper lid. This segmentation allows the apiculturist to remove only the upper lid for access while leaving the lower lid in place, reducing the disturbance to the hive structure and bees compared to removing the entire lid.
Solution Approach 2:
A removable cover is introduced as an intermediary element that can be placed over the opening in the lower lid. This cover provides a barrier that protects the hive interior from direct exposure to external elements and reduces bee disturbance during apiculturist activities.
2Ease of manufacture
If nails and screws are used to hold wooden boards together, then the assembly is simple, but the boards lose tie and crack over time
Solution Approach 1:
The wooden boards are divided into separate components with dedicated joining elements. The sideboards feature separate Dovetail joints that interlock, and the top and bottom boards have separate groove-and-tenon connections. This segmentation allows for more reliable joining without requiring nails or screws in the board surfaces themselves.
Solution Approach 2:
Different joining methods are applied to different parts of the hive structure. The sideboards use Dovetail joints for horizontal stability, while the top and bottom boards use groove-and-tenon connections for vertical attachment. Each local area receives the specific joining quality needed for its functional requirements.
3Adaptability or versatility
If the take off board is extended to help bee flight, then bee mobility is improved, but the hive volume increases and transport becomes more difficult
Solution Approach 1:
The take off board is designed as a movable component that can be positioned at different angles. It can be extended horizontally to assist bee flight during operational phases, then repositioned or folded to minimize volume during transport, allowing the hive to adapt its configuration based on operational needs.
Solution Approach 2:
The take off board is designed to nest within or alongside the hive body when not in use, rather than being a permanent external extension. This nesting capability allows the board to provide flight assistance when needed while maintaining compact dimensions for transport.
Data Source
AI summary
The lid of the beehive has a split open top held by a mechanism to the one side of the body of the lid. By opening the top of the lid a surface is revealed which has containers on the one side and an easily open cover on the other, which enables immediate access into the internal of the hive. On the top of the lid there are shutters that open and close the air intake holes. The hive has a folding take off board on its bottom reducing space during transportation. It uses dovetail joints to hold the sidewalls making the beehive very durable.