View source for 18579058. INTERACTIVE AEROSOL PROVISION SYSTEM simplified abstract (Nicoventures Trading Limited)

=INTERACTIVE AEROSOL PROVISION SYSTEM=


==Organization Name==

[[:Category:Nicoventures Trading Limited|Nicoventures Trading Limited]]


[[Category:Nicoventures Trading Limited]]

==Inventor(s)==

[[:Category:Patrick Moloney of London (GB)|Patrick Moloney of London (GB)]][[Category:Patrick Moloney of London (GB)]]

==INTERACTIVE AEROSOL PROVISION SYSTEM - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18579058 titled 'INTERACTIVE AEROSOL PROVISION SYSTEM

The abstract describes an aerosol delivery system with a control processor and an aerosol delivery device, including a power source and a disposable portion with a payload and a heating element for aerosolization.

* The system is designed to detect changes in resistance in the heating element caused by airflow cooling and adjust the electrical energy flow to increase the heater temperature.
* The control processor sets the initial flow of electrical energy to the heater and increases it upon detecting a change in resistance, ensuring optimal aerosolization.
* The disposable portion can be easily attached and removed from the aerosol delivery device, making it convenient for users to replace the payload and maintain the system.
* By efficiently controlling the heating element temperature, the system ensures consistent and effective aerosol delivery for various applications.
* The technology addresses the need for precise control of aerosolization processes, improving the overall performance and reliability of aerosol delivery systems.

Potential Applications:
- Medical inhalers
- Air fresheners
- Personal care products
- Industrial processes requiring aerosolization
- Agricultural applications for pesticide or fertilizer delivery

Problems Solved:
- Inconsistent aerosolization due to temperature fluctuations
- Difficulty in maintaining optimal heating element temperature
- Limited control over aerosol delivery processes
- Inefficient use of electrical energy in aerosol delivery devices

Benefits:
- Enhanced control and efficiency in aerosol delivery
- Improved user experience with easy-to-use disposable portions
- Consistent and reliable aerosolization for various applications
- Energy-efficient operation for cost savings and environmental benefits

Commercial Applications:
Title: Advanced Aerosol Delivery System for Precision Applications
This technology can be utilized in medical, personal care, industrial, and agricultural sectors for precise and efficient aerosol delivery. The market implications include improved product performance, cost savings, and environmental sustainability.

Questions about Aerosol Delivery Systems:
1. How does the control processor detect changes in resistance in the heating element?
The control processor detects changes in resistance by monitoring the electrical flow to the heater and analyzing the subsequent change caused by airflow cooling.
2. What are the key benefits of using a disposable portion with a payload in the aerosol delivery device?
The disposable portion allows for easy replacement of the payload, ensuring consistent and effective aerosolization while maintaining hygiene standards.


==Original Abstract Submitted==

An aerosol delivery system comprises a control processor and an aerosol delivery device, comprising in turn a power source and a disposable removably attachable portion, comprising in turn a payload for aerosolisation, and a heating element for aerosolisation of the payload, the heating element electrically coupled to the power source and control processor by the attachment of the disposable portion to the aerosol delivery device, the control processor configured in an initial state to set a flow of electrical energy to supply to the heater from the power source, and to detect a subsequent change of resistance in the heating element caused by airflow cooling the heater, and the control processor being configured upon detection of the subsequent change in resistance to enter a subsequent state to increase a flow of electrical energy to supply to the heater from the power source sufficient to cause the heater temperature to increase.



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