View source for 20240016223. CAP simplified abstract (Nicoventures Trading Limited)

=CAP=


==Organization Name==

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


[[Category:Nicoventures Trading Limited]]

==Inventor(s)==

[[:Category:Steven Hughes of London (GB)|Steven Hughes of London (GB)]][[Category:Steven Hughes of London (GB)]]

[[:Category:Rory Fraser of London (GB)|Rory Fraser of London (GB)]][[Category:Rory Fraser of London (GB)]]

==CAP - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240016223 titled 'CAP

==Simplified Explanation==

The abstract describes a cap designed for a delivery system, such as an inhaler, which has an outer wall defining an internal cavity. The cap has an entrance opening at one end to receive the mouthpiece of the delivery system. At the opposite end, the cap has at least one aperture that allows airflow through the internal cavity, around the mouthpiece, and out of the cap when it is fitted to the delivery system.

* The cap is designed to be used with a delivery system, such as an inhaler.
* It has an outer wall that defines an internal cavity.
* The cap has an entrance opening at one end to receive the mouthpiece of the delivery system.
* At the opposite end, the cap has at least one aperture.
* The aperture allows airflow through the internal cavity, around the mouthpiece, and out of the cap.
* The cap is fitted to the delivery system to provide airflow during use.

Potential applications of this technology:

* Medical inhalers: The cap can be used with medical inhalers to provide improved airflow during medication administration.
* Vaporizers: The cap can be used with vaporizers to enhance the inhalation experience by allowing better airflow.
* Nebulizers: The cap can be used with nebulizers to optimize the delivery of medication by ensuring proper airflow.

Problems solved by this technology:

* Restricted airflow: The cap solves the problem of restricted airflow by providing additional apertures for air to flow through during use.
* Inefficient medication delivery: By allowing better airflow, the cap helps ensure efficient and effective medication delivery.
* User discomfort: Improved airflow can reduce user discomfort during inhalation.

Benefits of this technology:

* Enhanced medication administration: The cap improves the delivery of medication by optimizing airflow.
* Improved user experience: Better airflow can enhance the user experience by providing a smoother and more comfortable inhalation process.
* Increased medication effectiveness: Proper airflow can increase the effectiveness of medication by ensuring it reaches the intended target in the respiratory system.


==Original Abstract Submitted==

a cap for use with a delivery system, the cap including an outer wall defining an internal cavity with an entrance opening at a first end of the cap, the internal cavity configured to receive a mouthpiece of the delivery system, wherein the cap outer wall includes at least one aperture disposed at a second end of the cap which is opposite to the first end and arranged to allow airflow through the internal cavity, around the mouthpiece and out of the cap via the at least one aperture when the cap is fitted to a delivery system.



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