ARI smart respiratory inhaler with integrated spacer

Smart overview of the Invention

The smart respiratory inhaler integrates IoT technology to deliver medication and monitor lung conditions. It measures parameters such as partial pressure, nitric oxide, oxygen levels, peak flow, and forced expiratory volume. This data is transmitted to a mobile app and web portal, providing real-time tracking for patients and healthcare providers. The device also uses blockchain technology to maintain a secure and transparent record of treatment and health status.

Background

IoT devices have evolved significantly since their inception in the early 1980s. While IoT is transforming various industries, its application in inhalation devices remains limited. Existing patents have explored combinations of spirometers, oximeters, and nebulizers with IoT features, but none integrate these with an inhaler or utilize blockchain technology. The smart inhaler addresses these gaps by offering comprehensive tracking and communication capabilities.

Features

The smart inhaler includes an adapter for conventional pressurized vapor canisters or powder cartridges. It features an integrated spacer with a converging-diverging nozzle to maximize medication delivery to the lungs while minimizing deposits in the mouth and throat. Onboard sensors measure lung functions, providing crucial data for managing complex respiratory illnesses.

Connectivity and Data Management

The device transmits data wirelessly via Bluetooth to a mobile app and web portal for real-time monitoring. This connectivity helps patients, particularly the elderly, manage their conditions more effectively. A cloud network with AI algorithms predicts potential health issues by analyzing collected data, offering proactive alerts to patients and healthcare providers.

Security and Transparency

Blockchain technology ensures secure data management by creating an immutable ledger of all activities related to the smart inhaler. This decentralized system allows multiple stakeholders to access up-to-date information on patient health status and treatment history, enhancing transparency and trust in the management of respiratory conditions.