Repurposed Mouse Pad Bug Swatter with Adhesive Capture
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Solution Overview
Problem
Conventional bug swatters are lightweight, difficult to clean, and contribute to plastic waste, limiting their effectiveness and environmental sustainability.
Innovation Solution
Repurposing discarded mouse pads by attaching them to handles to create a bug swatter with increased weight and density for improved performance and ease of cleaning, and incorporating adhesive materials for efficient bug capture.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional bug swatters are made lightweight, then ease of operation is improved, but whip action is insufficient resulting in missed swats
Solution Approach 1:
The bug swatter incorporates a flexible hinge joint between the handle and pad, allowing the pad to dynamically change its position and angle during the swinging motion. This dynamic flexibility enables the pad to lag behind during the swing and then snap forward, generating enhanced whip action while maintaining overall ease of operation
Solution Approach 2:
The invention changes the physical parameters of the bug swatter by using a heavy, dense pad material (such as metal or stone) instead of lightweight plastic. This parameter change in mass and density provides the necessary momentum and whip action for effective bug swatting while the flexible hinge compensates for the increased weight
2Ease of manufacture
If conventional bug swatters are made with plastic material, then ease of manufacture is improved, but environmental harm increases due to plastic proliferation
Solution Approach 1:
The bug swatter uses composite construction combining a heavy pad material (metal or stone) with a handle and flexible hinge mechanism. This composite approach replaces the single-material plastic construction with materials that provide both effectiveness and environmental sustainability
Solution Approach 2:
The invention promotes discarding plastic bug swatters and recovering by using alternative, environmentally friendly materials. The heavy pad can be made from recycled or naturally occurring materials, reducing reliance on new plastic production
3Ease of operation
If conventional bug swatters have open structures, then ease of cleaning is worsened due to bug remnants stuck between openings, but a solid surface increases weight
Solution Approach 1:
The bug swatter features a solid, non-porous pad surface in the impact area, providing a smooth local quality that prevents bug remnants from adhering. This localized solid surface design maintains ease of cleaning while the overall weight is managed through the flexible hinge and handle design
Data Source
AI summary
Aspects of the disclosure relate to bug swatters. In one example, a bug swatter apparatus is disclosed, which includes a handle and at least one flappable pad coupled to the handle. For this example, a portion of the at least one flappable pad is configured to flap behind the handle when the handle is swung. In another example, a method is disclosed, which includes obtaining at least one mouse pad and creating a repurposed form of the at least one mouse pad. For this example, the creating comprises attaching the at least one mouse pad to a handle. In a further example, yet another bug swatter apparatus is disclosed, which includes a handle and a flat surface coupled to the handle. For this example, the flat surface includes at least one layer of adhesive material.