Inflatable Boat Platform with T-Shaped Motor Shield
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Solution Overview
Problem
Existing boat platform technologies do not provide an inflatable and floatable platform with a 'T' or 'U' shaped opening to receive and shield outboard motors, nor do they use stitched polyester fibers for reinforcement, thus failing to protect propellers from debris and users from injury while offering a comfortable and secure boating experience.
Innovation Solution
An inflatable boat platform with a 'T' or 'U' shaped opening that wraps around the transom and sides of a boat, reinforced with stitched polyester fibers, using ethylene vinyl acetate for a safe and strong surface, and equipped with valves for easy inflation, handles, and the ability to tether additional platforms.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Object-affected harmful factors
If an inflatable platform is designed without a 'T' or 'U' shaped opening, then the platform structure is simpler, but the propeller is exposed to ropes and debris creating safety hazards
Solution Approach 1:
The platform is segmented with a 'T' or 'U' shaped opening that creates distinct functional zones: an outer shielding region that protects the propeller from ropes and debris, and an inner platform region for user access. This segmentation allows the platform to simultaneously provide protection while maintaining structural organization and simplicity.
2Stability of the object's composition
If the platform uses traditional reinforcement methods, then the manufacturing process is simpler, but the platform lacks rigidity and uniformity when inflated
Solution Approach 1:
The platform employs a composite construction combining inflatable tubing elements with stitched polyester fiber reinforcement. The polyester fibers are integrated into the inflatable structure, creating a composite material system that provides both rigidity and uniformity when inflated, while remaining compatible with standard inflatable manufacturing processes.
3Strength
If the platform top surface uses hard material, then the structural strength is improved, but the comfort and safety for users is reduced
Solution Approach 1:
The platform applies different material properties to different regions: the top surface uses soft, comfortable material (such as foam or cushioned fabric) to ensure user comfort and safety, while the sidewalls and structural framework use stronger, more rigid materials to provide structural support and protection. This local differentiation of material quality allows the platform to simultaneously achieve both strength and comfort.
4Reliability
If the platform is designed to fully engage the boat transom, then the platform stability is improved, but the design complexity increases
Solution Approach 1:
The platform employs a flexible, inflatable structure that dynamically adapts to the boat transom geometry. The inflatable sidewalls can flex and conform to different transom shapes and sizes, providing stable engagement without requiring complex rigid adjustment mechanisms. This dynamic flexibility allows the platform to achieve reliable transom engagement across various boat types while maintaining design simplicity.
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
The platform effectively shields propellers from ropes and debris, provides a safe and comfortable surface for users, and allows for expansion of boat space while being easily storable and quick to inflate in emergencies.
Implementation Method 1
The instant invention is also reinforced internally with stitched polyester fibers
Implementation Method 2
An inflatable boat platform with a 'T' or 'U' shaped opening that wraps around the transom and sides of a boat
Data Source
AI summary
An inflatable boat platform floatation device having a “T” or “U” shaped opening in the front surface that receives the motor(s) and wraps around the motor(s) and sides of a boat allowing the front surface to engage the transom and side surfaces forming the opening at the front surface to engage the sides of the boat near the stern such that the platform rests against the boat in a manner that shields the propeller(s) from ropes, debris, hands and feet while providing a platform for the passengers outside the boat. The platform has top and bottom surfaces that are connected by stitched polyester fibers (“SPF”) which hold the surfaces together and determine the platform's thickness when inflated and keep the surfaces uniform and rigid when the platform is inflated. The upper surface includes at least one ethylene vinyl acetate (EVA) pad. The platform further includes a plurality of handles, at least one inflation and deflation valve and a plurality of D-rings for securing the platform to a boat and tethering other platforms or tethering other watercraft to the platform.