View source for 20240051735. A BARRIER SYSTEM simplified abstract (VARDEN PROCESS PTY LTD)

=A BARRIER SYSTEM=


==Organization Name==

[[:Category:VARDEN PROCESS PTY LTD|VARDEN PROCESS PTY LTD]]


[[Category:VARDEN PROCESS PTY LTD]]

==Inventor(s)==

[[:Category:Mark Appleford of Braeside, Victoria (AU)|Mark Appleford of Braeside, Victoria (AU)]][[Category:Mark Appleford of Braeside, Victoria (AU)]]

[[:Category:Stuart Gordon of Braeside, Victoria (AU)|Stuart Gordon of Braeside, Victoria (AU)]][[Category:Stuart Gordon of Braeside, Victoria (AU)]]

[[:Category:Connor Lowndes of Braeside, Victoria (AU)|Connor Lowndes of Braeside, Victoria (AU)]][[Category:Connor Lowndes of Braeside, Victoria (AU)]]

[[:Category:Liam Methven of Braeside, Victoria (AU)|Liam Methven of Braeside, Victoria (AU)]][[Category:Liam Methven of Braeside, Victoria (AU)]]

[[:Category:Boon Mian Teo of Braeside, Victoria (AU)|Boon Mian Teo of Braeside, Victoria (AU)]][[Category:Boon Mian Teo of Braeside, Victoria (AU)]]

==A BARRIER SYSTEM - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240051735 titled 'A BARRIER SYSTEM

==Simplified Explanation==

The patent application describes a packaging material that includes a substrate and an oxygen transmission inhibiting layer. The inhibiting layer is made of a composite material that contains a linear polysaccharide medium with dispersed additives. This composite material forms a continuous film that acts as a barrier to the transmission of oxygen gas. The inhibiting layer is strategically placed within the packaging material to effectively prevent the passage of oxygen gas. The packaging device, which is made up of multiple component parts, utilizes this packaging material. The component parts are designed to be assembled together to create an enclosed space for storing goods.

* The patent application describes a packaging material with an oxygen transmission inhibiting layer made of a composite material.
* The inhibiting layer is formed by dispersing additives within a linear polysaccharide medium.
* The composite material can form a continuous film that acts as a barrier to the transmission of oxygen gas.
* The inhibiting layer is placed within the packaging material at a thickness that effectively inhibits the passage of oxygen gas.
* The packaging device is made up of multiple component parts, at least one of which is formed of the packaging material.
* The component parts of the packaging device are shaped and configured to be assembled together, creating an interior region for containing goods.

== Potential Applications ==
* Food packaging to extend the shelf life of perishable goods by preventing oxygen exposure.
* Pharmaceutical packaging to maintain the efficacy and stability of sensitive medications.
* Electronics packaging to protect sensitive components from oxidation and degradation.

== Problems Solved ==
* Prevents the transmission of oxygen gas, which can lead to spoilage, degradation, and reduced effectiveness of goods.
* Provides a barrier against oxygen exposure, which can cause oxidation and damage to sensitive materials.
* Ensures the integrity and quality of packaged goods by creating a controlled environment.

== Benefits ==
* Extended shelf life for perishable goods, reducing waste and increasing product availability.
* Improved stability and efficacy of medications, ensuring patient safety and reducing the risk of ineffective treatments.
* Enhanced protection for sensitive electronic components, reducing the risk of malfunction and increasing product lifespan.


==Original Abstract Submitted==

a packaging material is provided including a substrate, and an oxygen transmission inhibiting layer that is carried by the substrate. the oxygen transmission inhibiting layer is formed of a composite material including a linear polysaccharide medium within which one or more additives are dispersed. the composite material is capable of forming a substantially continuous film to provide a barrier to transmission of oxygen gas. the oxygen transmission inhibiting layer is configured within the packaging material at a thickness that is efficacious in inhibiting the transmission of oxygen gas therethrough. a packaging device has two or more component parts, at least one of which is formed of the packaging material. the component parts of the packaging device are shaped and/or configured to be assembled to define an interior region within which goods are to be contained.



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