Elastic Headband Neck Trainer for Multi-Directional Loading
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing neck exercisers are inefficient, unsafe, and limited in mobility, often requiring attachment to fixed objects and failing to effectively train all neck muscle groups simultaneously and safely without causing vertical loads on the cervical vertebrae.
Innovation Solution
A portable exerciser design featuring a stand with shoulder rests, a head band, and elastic load-creating elements like springs or rubber bands, allowing simultaneous training of multiple neck muscle groups in various directions without vertical loads, adjustable for different muscle groups and amplitudes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a traditional neck exerciser with fixed shoulder girdle attachment is used, then the device provides structural support, but it restricts mobility and prevents training in multiple directions
Solution Approach 1:
The shoulder girdle attachment is replaced with a dynamic head band system that allows the user to move their head freely in multiple directions without being restricted by fixed mechanical attachments. The elastic elements provide dynamic resistance that adapts to the direction and amplitude of movement.
Solution Approach 2:
The head band with elastic elements can be used to train all muscle groups of the neck in all directions (flexion, extension, lateral flexion, rotation), making the device universally applicable for comprehensive neck training rather than limited to specific movements.
2Strength
If vertical load is applied to train neck muscles, then muscle strengthening is achieved, but cervical vertebrae are subjected to unsafe vertical compression
Solution Approach 1:
The elastic elements are arranged to create horizontal resistance forces that counteract the harmful vertical compression on the cervical vertebrae while still providing adequate load for muscle strengthening. The resistance comes from the elastic deformation in the horizontal plane rather than vertical gravity.
Solution Approach 2:
The load direction is changed from vertical (gravity-based) to horizontal (elastic-based). This parameter change allows muscle strengthening to occur without the harmful vertical compression forces that would otherwise be applied to the cervical spine during traditional weight-based exercises.
3Stability of the object's composition
If a fixed Glisson loop attachment on the head is used, then the exerciser provides stable head fixation, but it prevents independent weight adjustment and exercise pacing
Solution Approach 1:
The elastic elements are attached to the head band in a way that allows the user to independently control the resistance level by adjusting the amplitude and speed of their head movements. The system serves itself by providing appropriate resistance based on the user's own movement characteristics, eliminating the need for external weight adjustment mechanisms.
4Strength
If the exerciser requires auxiliary devices like doorways or fixed frames, then structural support is provided, but portability and training location flexibility are reduced
Solution Approach 1:
The dependency on external auxiliary devices (doorways, fixed frames) is extracted and eliminated. The head band with elastic elements forms a self-contained system that provides structural support and resistance without requiring external fixtures, making the device portable and usable anywhere.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enables safe and effective training of all neck muscles in multiple directions, eliminating vertical loads on the cervical vertebrae, enhancing portability and usability without fixed attachments, and allowing adjustable resistance for varied exercises.
Implementation Method 1
elastic load-creating elements connected at one end to the head band and at another end to the brackets
Data Source
AI summary
The present exercising apparatus is adapted for exercising a neck of a user. The exercising apparatus comprises a stand, a headband, and elastic elements for transmitting load. The stand comprises a frame having shoulder rests and handles attached to an underside thereof. The frame is also equipped with brackets oriented in an outward and upward direction. The headband is designed to be placed on and secured to a head of the user. The elastic elements are connected at one end to the headband and at another end to the brackets so that the headband is suspended in a middle of the frame by the stretched elastic elements. There is at least one bracket on each side of the frame. The exercising apparatus enables more effective exercising of the neck muscles by making it possible to exercise different groups of neck muscles simultaneously in all directions.