Modular Playground Climbing Structure with Rope Integration
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Solution Overview
Problem
Existing climbing structures for playgrounds are complex to integrate and install due to their intricate designs, making manufacturing and installation processes time-consuming and complicated.
Innovation Solution
A climbing structure composed of independent subunits, including pillars, platforms, and ropes, where the ropes are attached to fastening means on the pillars and platforms, allowing for a simpler configuration that streamlines manufacturing and installation, with a round-shaped frame for better stability and safety features like interconnected ropes and anchoring units.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If climbing structures use complex integration of units with various shapes and orientations, then safety and climbing variety are improved, but manufacturing and installation processes become complicated and time-consuming
Solution Approach 1:
The climbing structure is divided into independent climbing subunits, each comprising a pillar with fastening means, platforms with holes, and ropes. These modular subunits can be manufactured separately and then assembled, significantly simplifying the manufacturing and installation processes while maintaining safety through consistent design standards across all modules.
Solution Approach 2:
The climbing subunits are designed with universal components that can be used across multiple subunits. The standardized fastening means on pillars, platforms with holes, and rope connections create interchangeable modules that can be configured in various arrangements, providing design flexibility without increasing manufacturing complexity.
2Adaptability or versatility
If climbing structures use complex integration of units with various shapes and orientations, then climbing variety is improved, but installation time increases
Solution Approach 1:
By segmenting the climbing structure into standardized subunits, the installation process becomes a matter of assembling pre-manufactured modules rather than constructing complex integrated units. This segmentation allows for parallel manufacturing of multiple subunits and simplifies on-site assembly, dramatically reducing installation time while maintaining climbing variety through different subunit configurations.
Solution Approach 2:
The climbing subunits are designed to be manufactured independently in advance with all necessary components (fastening means, platforms, rope attachment points) already in place. This preliminary preparation of modular units allows for efficient on-site assembly without requiring complex integration procedures during installation, thus reducing installation time while preserving design versatility.
Data Source
AI summary
A climbing structure to be used in a playground for children comprising at least three subunits whereof at least one subunit being a climbing subunit. The climbing subunit comprises a pillar with an upper and a lower part, and platforms with holes along at least a part of the platform edge. The upper part of the pillar comprises a first set of fastening means to fasten a series of ropes, the lower part comprises a second set of fastening means to fasten a series of ropes, and the series of ropes run through the holes of the platforms from the first set of fastening means to the second set of fastening means. The subunits are connected to at least one other subunit. Thus, the climbing structure has a relatively simple structure which facilitates the manufacturing and installation process.