Adhesive Bandage Vibration Appliance with Magnet Activation
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing vibration therapy devices are not suitable for inclusion in first aid kits due to their size and requirement for remote power sources.
Innovation Solution
A battery-operated vibration appliance is integrated into an adhesive bandage, featuring a micro on/off switch and CR2450 batteries in a parallel orientation, which only activates when a magnet is placed on a specific terminal, allowing for wireless operation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a battery-operated vibration appliance is integrated into an adhesive bandage, then the device becomes suitable for storage in a first aid kit and enables quick application, but the device complexity increases due to integration of multiple components (battery, switch, magnet activation mechanism)
Solution Approach 1:
The patent combines the vibration motor, CR2450 battery, micro switch, and adhesive bandage into a single integrated unit. The magnet activation mechanism is built into the bandage structure, allowing the entire assembly to function as both a first aid dressing and a vibration therapy device, eliminating the need for separate carrying of power sources and control mechanisms.
Solution Approach 2:
The adhesive bandage serves dual purposes: it provides traditional first aid wound coverage while simultaneously housing a vibration therapy appliance. The device can be used both as a medical dressing and as a portable vibration stimulator, making it versatile for first aid scenarios where space and simplicity are critical.
2Ease of operation
If the vibration appliance is made wireless with integrated battery, then power cords and external power sources are eliminated, but the device size increases due to battery inclusion
Solution Approach 1:
The device uses a small CR2450 button battery that is inexpensive and compact. Given the temporary nature of first aid applications, the battery is designed to provide sufficient power for the duration of typical wound healing needs, after which the entire bandage assembly can be disposed of, eliminating the need for recharging or battery replacement mechanisms that would increase size.
Solution Approach 2:
The vibration motor and battery are nested within the confines of the adhesive bandage structure. The compact arrangement fits the power components into the limited space of the bandage, with the battery housed in a small compartment that does not significantly increase the overall volume beyond what is already required for the bandage itself.
3Reliability
If a magnet activation mechanism is implemented, then accidental activation is prevented during storage, but the ease of operation decreases due to the additional activation step
Solution Approach 1:
A magnet is introduced as an intermediary activation mechanism. The magnet serves as a deliberate action required to complete the circuit and activate the vibration motor. This intermediate step ensures that the device does not activate accidentally during storage or handling, while still allowing for quick and simple activation when needed by simply bringing the magnet into contact with the designated area on the bandage.
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
This solution enables quick and efficient application of topical vibration for healing, without the need for power cords or external power sources, making it suitable for storage in a first aid kit.
Implementation Method 1
a manipulation of the micro on/off switch will not result in operation of a vibration motor, until a magnet is placed on one terminal of another pair of terminals of said four terminals
Data Source
AI summary
A vibration appliance and method for providing vibration to a portion of an animal, the method including providing a pair of CR2450 batteries on opposite ends of a hot glue formed collection of switch, a vibrator motor, and connections therebetween, where one connection is a movable magnet which can be used to selectively connect batteries at opposite ends of the vibration appliance by manually moving a wire coupled at one end to the magnet and at another end to a switch between couplings with different batteries so that during storage the device has a long battery shelf life as no batteries are coupled at both terminals to electronic components.