Portable Halotherapy Device Salt Aerosolization
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Solution Overview
Problem
Conventional halotherapy sessions require dedicated rooms and specialized equipment, making them expensive and inaccessible to most people, as well as time-consuming, limiting their ability to receive regular salt aerosol therapy for respiratory and skin conditions.
Innovation Solution
A portable halotherapy device that includes a grinding chamber with a moving blade to break down salt into aerosolized particles, an air intake assembly, and a high-speed fan to distribute the aerosol, allowing for compact, convenient, and inexpensive halotherapy sessions anywhere.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If dedicated halotherapy rooms and specialized equipment are used, then effective salt aerosol therapy is provided, but the device complexity and cost increase significantly
Solution Approach 1:
The patent divides the halotherapy system into a portable handheld device that can be easily operated by users, eliminating the need for complex dedicated rooms and specialized equipment while maintaining therapeutic effectiveness through aerosolized salt delivery
Solution Approach 2:
The invention extracts the core function of salt aerosol generation from the complex halotherapy room environment, creating a standalone portable device that delivers the essential therapeutic benefit without requiring the full infrastructure of traditional halotherapy facilities
2Reliability
If dedicated halotherapy rooms are used, then proper salt aerosol distribution is achieved, but the loss of time for travel and scheduling increases
Solution Approach 1:
The portable device enables users to self-administer halotherapy treatment at home or anywhere, eliminating the need to travel to dedicated facilities and schedule appointments, while still providing proper aerosol distribution through the handheld device's integrated mechanisms
3Reliability
If conventional halotherapy facilities are used, then comprehensive salt therapy is provided, but the cost of building and maintaining facilities increases
Solution Approach 1:
The patent employs a disposable or replaceable salt cartridge system within the portable device, allowing users to obtain comprehensive salt therapy without investing in expensive permanent facility construction and maintenance, as the treatment can be delivered through affordable single-use or reusable cartridges
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 efficient aerosolization of salt into particles less than 15 microns in diameter, providing effective halotherapy sessions in a portable and user-friendly manner, facilitating regular access to the health benefits of halotherapy.
Implementation Method 1
a grinding chamber, having an interior with a moving grinding blade therein, that is disposed within the one or more housings and that breaks apart dry granular salt in the interior thereof into salt particles small enough to be used for halotherapy
Implementation Method 2
an exhaust unit, the exhaust unit including a high-speed fan disposed within the one or more housings at the second end of the fluid conduit and in communication with the outlet thereof; wherein the moving grinding blade and the high-speed fan together operate to produce an airflow pattern that causes ambient air to be brought through the air ducts of the air intake assembly and into the grinding chamber
Implementation Method 3
the second air current is arranged relative to the first air current such that the small salt particles, but not larger pieces of salt, are carried in the form of a salt aerosol by the second air current upward into the inlet of the fluid conduit and through the high-speed fan of the exhaust unit for distribution to the outside of the one or more housings
Data Source
AI summary
A portable halotherapy device includes a housing, a grinding chamber with a grinding blade that breaks apart dry granular salt into salt particles small enough for halotherapy, an air duct routing air to the chamber, a fluid conduit, and a high-speed exhaust fan. Ambient air flows through the air ducts into the grinding chamber to produce a first air current. Air is diverted from the first air current upward, in a second air current, through the fluid conduit and the fan. The first air current helps move dry granular salt around and against the grinding chamber, breaking it into small salt particles. The second air current is arranged relative to the first air current such that small salt particles, but not larger pieces, are carried as salt aerosol upward through the fluid conduit and fan for distribution to the environment, thereby facilitating a halotherapy session.