Clamped Boat Work Platform With Extendable Arms
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Solution Overview
Problem
Conventional ladders and scaffolds are inefficient and unsafe for accessing high areas on boats, particularly due to their limited utility in boat environments, leading to potential damage or injury during maintenance tasks like cleaning or painting.
Innovation Solution
A portable work platform system that can be removably mounted on a boat railing, featuring a base support with a clamping mechanism and extendable support arm systems, providing a stable and adjustable working height for safe access to hard-to-reach areas.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional step ladders are used to access high areas on boats, then workers can reach upper superstructure areas, but workers are forced into unnatural and unsafe positions while turning their bodies to work
Solution Approach 1:
The work platform system features extendable support arms that can dynamically adjust their length and position to accommodate different working heights and angles. This dynamic adjustment allows the platform to adapt to various superstructure areas, enabling workers to maintain safe and natural positions without forcing them into awkward postures required by fixed ladders
2Reliability
If scaffolding is used to access high areas on boats, then workers can work in safe positions, but the system is expensive and not suitable for narrow deck paths
Solution Approach 1:
The work platform system is divided into separate modular components including a base support, extendable support arms, and a work platform. This segmentation allows the system to be assembled and disassembled easily, making it portable and suitable for narrow deck paths where full scaffolding structures cannot be deployed. The modular design also reduces overall cost compared to complete scaffolding systems
Solution Approach 2:
The work platform system is designed to be universally applicable to various boat types and superstructure configurations. The extendable support arms can reach different heights and angles, making the same system suitable for multiple working scenarios on narrow decks, eliminating the need for different systems for different boat sizes or structures
3Ease of operation
If workers suspend themselves from the top of the structure using a rope, then workers can access high areas, but the method is inefficient and unsafe
Solution Approach 1:
The work platform system serves as an intermediary structure between the worker and the high superstructure areas. Instead of directly suspending themselves from the structure (which creates unsafe direct dependence on the structure's strength), workers use the platform system as a stable intermediate platform that provides both access and safety, distributing their weight and providing a secure working surface
4Length of moving object
If conventional ladders are used, then workers can reach high areas, but the ladder rungs being perpendicular to the boat superstructure surface forces workers to turn their bodies
Solution Approach 1:
The support arms feature dynamic adjustability in both length and angle, allowing them to be configured to match the specific geometry of the superstructure being worked on. This dynamic adaptation eliminates the need for fixed perpendicular rungs and allows the platform to be positioned at any angle, enabling workers to maintain upright, natural positions while accessing various heights and angles of the boat superstructure
Data Source
AI summary
The platform includes a base support that can be clamped to a boat railing and extendable support arms that support a work platform. Methods of manufacturing the platform are also disclosed.