View source for 20240027409. GAS FLOW NEBULIZER simplified abstract (PERKINELMER SCIENTIFIC CANADA ULC)

=GAS FLOW NEBULIZER=


==Organization Name==

[[:Category:PERKINELMER SCIENTIFIC CANADA ULC|PERKINELMER SCIENTIFIC CANADA ULC]]


[[Category:PERKINELMER SCIENTIFIC CANADA ULC]]

==Inventor(s)==

[[:Category:Charles Jolliffe of Woodbridge (CA)|Charles Jolliffe of Woodbridge (CA)]][[Category:Charles Jolliffe of Woodbridge (CA)]]

==GAS FLOW NEBULIZER - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240027409 titled 'GAS FLOW NEBULIZER

==Simplified Explanation==

The abstract describes a nebulizer device that includes a gas transport conduit and an analyte supply conduit. The gas transport conduit has a gas inlet and an outlet, and it defines a longitudinal axis along the flow direction of the nebulizer gas. The analyte supply conduit extends into the gas transport conduit along the longitudinal axis and has at least one side aperture that emits analyte into the gas transport conduit in a direction off-axis from the longitudinal axis.

* The nebulizer device includes a gas transport conduit and an analyte supply conduit.
* The gas transport conduit has a gas inlet and an outlet.
* The gas transport conduit defines a longitudinal axis along the flow direction of the nebulizer gas.
* The analyte supply conduit extends into the gas transport conduit along the longitudinal axis.
* The analyte supply conduit has at least one side aperture.
* The side aperture emits analyte into the gas transport conduit in a direction off-axis from the longitudinal axis.

Potential applications of this technology:
* Medical nebulizers for delivering medication to patients.
* Industrial processes requiring precise mixing of gases and analytes.
* Environmental monitoring and analysis.

Problems solved by this technology:
* Efficient and controlled delivery of analyte into the gas transport conduit.
* Off-axis emission of analyte for improved mixing and distribution.

Benefits of this technology:
* Enhanced performance and efficiency of nebulizer devices.
* Improved accuracy and precision in delivering analytes.
* Increased flexibility in controlling the direction of analyte emission.


==Original Abstract Submitted==

a nebulizer includes a gas transport conduit having a gas inlet for receiving a nebulizer gas and an outlet, the gas transport conduit defining a longitudinal axis along flow direction of the nebulizer gas; and an analyte supply conduit extending into the gas transport conduit along the longitudinal axis, the analyte supply conduit having at least one side aperture configured to emit analyte from the analyte supply conduit into the gas transport conduit in a direction off-axis from the longitudinal axis of the gas transport conduit.



[[Category:G01N30/72]]
[[Category:G01N30/84]]
[[Category:G01N27/623]]