Portable Hangboard With Integrated Hook for Full-Range Grip Training
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Solution Overview
Problem
Existing portable grip and finger strength training equipment faces challenges such as decreased range of motion, unwanted motion, increased distance between gripping mechanism and resistance source, and complex resistance adjustment due to the use of intermediary items like ropes or bolts.
Innovation Solution
A single-body apparatus with integrated hook and gripping mechanism allows direct latching onto gym equipment for resistance adjustment, eliminating the need for intermediary items and enabling full range of motion exercises.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If intermediary items such as ropes or bolts are used to connect the gripping mechanism to the source of resistance, then the apparatus can be assembled, but the range of motion is decreased and unwanted motion occurs
Solution Approach 1:
The hook mechanism is integrated directly into the gripping mechanism body, eliminating the need for separate intermediary items like ropes or bolts. This merging of components allows direct connection to the source of resistance, enabling full range of motion exercises without unwanted swinging or motion restrictions.
2Ease of operation
If intermediary items such as ropes or bolts are used, then the apparatus can be assembled, but the distance between the gripping mechanism and the source of resistance increases
Solution Approach 1:
By integrating the hook mechanism directly into the gripping mechanism body, the apparatus eliminates intermediary connection elements. This reduces the distance between the gripping mechanism and the source of resistance, allowing exercises like deadlifts and lunges to be performed with proper form and minimal interference.
3Productivity
If bolts or ropes are used to connect the gripping mechanism to the source of resistance, then the apparatus can be assembled, but the process of changing the source of resistance becomes complicated
Solution Approach 1:
The integrated hook mechanism is built into the gripping mechanism body, allowing users to quickly detach and reattach different weight sources without dealing with separate bolts or ropes. This simplifies the resistance adjustment process, enabling rapid transitions between different workout intensities.
Solution Approach 2:
The hook mechanism is designed to be dynamically adjustable, allowing easy attachment and detachment of different weight sources. This dynamic design enables users to quickly change resistance levels by simply releasing and reattaching the hook to different dumbbells or weight stacks.
4Ease of operation
If intermediary items are used, then the apparatus can be assembled, but the centre of mass is affected
Solution Approach 1:
By integrating the hook mechanism directly into the gripping mechanism body, the apparatus eliminates the need for separate intermediary items that would alter the centre of mass. This ensures proper weight distribution and balance during exercises, allowing users to maintain correct form throughout the full range of motion.
Data Source
AI summary
A novel portable grip and finger strength training hangboard device allows a user to perform weightlifting exercises, with a focus on grip strength training. The device is unique as it eliminates a user of intermediary items such as ropes, or bolts for latching onto a source of resistance. The source of resistance is gym equipment comprising dumbbells, barbells, and pullup bars. The device has two main components: a gripping mechanism and a built-in hook anchor. The user interacts with the gripping mechanism and adjusts their hands to the desired grip, such as a pinch grip or a crimp grip. The gripping mechanism of the device has varying embodiments and features comprising grooves, loops and ridges. The built-in hook anchor of the device quickly latches on to the source of resistance and allows the user to easily change resistance from one workout to next.