Folding Fishing Rod Rack With Telescoping Multi-Position Support
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Solution Overview
Problem
Existing fishing rod racks lack versatility and secure storage options, particularly in configurations that allow for multiple storage positions and secure holding of fishing poles with adjustable height and secure grip mechanisms.
Innovation Solution
A folding fish rod holder and rack apparatus featuring a rectangular base frame with triangular and medial cross members, a foldable rectangular stand with telescoping support beams, and padded rod grooves, along with circular grip holds for secure positioning of the rod butt and tip, allowing for adjustable height and various storage configurations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a fixed fishing rod rack is used, then the storage position is stable, but the versatility and adaptability to different configurations is reduced
Solution Approach 1:
The rack is divided into a stationary base frame and a foldable rectangular stand that can be independently positioned. The stand includes separate telescoping support beams that can be adjusted and locked at different heights, allowing the same structure to serve multiple storage configurations without requiring a completely different rack design.
Solution Approach 2:
The rectangular stand is designed to be foldable and movable rather than fixed, with telescoping support beams that can extend and retract. This dynamic structure allows the rack to adapt between different storage positions and configurations, transforming from a static single-purpose rack to a versatile multi-position system.
2Adaptability or versatility
If telescoping support beams are added for height adjustment, then the adaptability increases, but the device complexity increases
Solution Approach 1:
The support beams are designed as telescoping mechanisms that can extend and retract along their length. Each beam includes internal sliding sections with locking features that allow height adjustment while maintaining structural integrity. This dynamic telescoping capability enables continuous height variation without requiring multiple discrete beam lengths or complex articulation mechanisms.
3Reliability
If circular grip holds and padded rod grooves are added, then the reliability of rod securing is improved, but the manufacturing complexity increases
Solution Approach 1:
The top mantle is equipped with specialized securing features at specific locations: circular grip holds positioned to secure the butt end of rods and padded rod grooves positioned to secure the tip end. These localized features provide targeted securing functionality where needed most, rather than requiring the entire structure to be designed for rod retention. The circular grip holds can be manufactured as simple drilled and tapped holes or inserted fasteners, while the padded grooves are molded recesses with cushioning material, both of which are straightforward to incorporate into existing manufacturing processes.
4Ease of operation
If the stand is made foldable for compact storage, then the ease of operation is improved, but the stability during use may be reduced
Solution Approach 1:
The hinge connections between the rectangular stand and the base frame, as well as between the support beams and the stand, are designed with pre-engineered locking mechanisms. Before the rack is used for storing rods, the user must actively engage these locks to secure the telescoping beams and fix the foldable joints. This preliminary locking action transforms the flexible foldable structure into a rigid stable configuration, ensuring structural integrity during the storage function while maintaining foldability for compact storage when not in use.
Data Source
AI summary
A folding fish rod holder and rack apparatus including a base frame having a triangular shaped front cross member, a back cross member and a medial cross bar. A foldable rectangular stand has a pair of left and right telescoping support beams and a top mantle. Each telescoping support beam is hingeably attached to the rectangular base frame at the cross member. A plurality of evenly spaced circular grip holds is disposed on the top mantle of the rectangular stand, and a plurality of secondary spaced grip holds is disposed on the triangular front cross member. The grip holds secure the butt of a fishing rod. A plurality of padded rod grooves is located on the back cross member of the rectangular base, and a plurality of secondary padded rod grooves is located along the top mantle of the rectangular stand. The padded rod grooves secure the tip of the fishing rod.


