Climbing Wall Safety Mat Securement Assembly
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Solution Overview
Problem
Existing safety mat securement systems for climbing walls are cumbersome, aesthetically unpleasing, and lack a quick and easy method to secure mats both when in use and when not in use, failing to effectively deter unauthorized climbing and provide clear warnings.
Innovation Solution
A safety mat securement assembly with integrated security hand hold members and latching mechanisms that can be easily locked and unlocked, incorporating top, side, and bottom securement members to attach the mat to the climbing wall, featuring a unique screw configuration and optional locking systems, along with a top cover to communicate 'no climbing' messages.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a cable system is used to secure the mat against the climbing wall, then the mat can be secured, but the system becomes cumbersome to utilize
Solution Approach 1:
The securement system is divided into discrete hand hold members distributed at multiple locations on the climbing wall. Each hand hold member is an independent securement unit that can be individually engaged or disengaged, allowing the mat to be secured at multiple points simultaneously. This segmentation transforms the single cumbersome cable system into multiple simple, distributed securement points that are easier to operate.
Solution Approach 2:
The hand hold members serve as intermediary elements between the climbing wall structure and the safety mat. Rather than directly attaching the mat to the wall or using complex cable systems, the hand hold members act as intermediate securement points that simplify the connection process while maintaining reliable mat attachment.
2Reliability
If safety mat securement systems are located above the climbing wall structure, then the mat can be secured, but they are too high to be easily reached and are not aesthetically pleasing
Solution Approach 1:
The securement system transitions from a vertical placement above the climbing wall to a horizontal integration within the wall structure itself. By embedding hand hold members at multiple heights and locations within the climbing wall framework, the system becomes accessible at human reach levels while maintaining securement functionality. This dimensional redistribution eliminates the need to reach above the wall structure.
3Ease of operation
If the climbing wall is left uncovered when not in use, then it is accessible, but children may run into the wall surface or use it unauthorized
Solution Approach 1:
The climbing wall coverage system is made dynamic through the hand hold securement mechanism. The safety mat can be easily attached to cover the wall when not in use, and just as easily removed when climbing is desired. This dynamic capability allows the wall to transition between accessible and protected states, providing both safety during closure and accessibility during operation without permanent restrictions.
Data Source
AI summary
A safety mat securement assembly for providing open and a closed position for a climbing wall assembly using a safety mat. The safety mat securement assembly utilizes a plurality of security hand hold members each having latching means and a safety mat having a plurality of bottom securement members, top and side loop members. The security hand hold members may be used as hand holds on the climbing wall assembly and may have a locking structure. The bottom securement members function to hold the safety mat to the bottom of a climbing wall assembly during both open and closed positions of the safety mat. The mat securement assembly is opened or unlocked by loosening the latching means, removing security mat top loop members from the hand hold, and placing the mats on the floor along the base of the climbing wall. When in closed or locked position, the security mats may contain a printed message communicating that the climbing wall is closed and climbing should not take place. A cover member may be provided to further secure the climbing wall.