View source for 20240009067. COMPRESSION APPARATUS AND SYSTEMS FOR CIRCULATORY-RELATED DISORDERS simplified abstract (Inova Labs, Inc.)

=COMPRESSION APPARATUS AND SYSTEMS FOR CIRCULATORY-RELATED DISORDERS=


==Organization Name==

[[:Category:Inova Labs, Inc.|Inova Labs, Inc.]]


[[Category:Inova Labs, Inc.]]

==Inventor(s)==

[[:Category:Dinesh Ramanan of Sydney (AU)|Dinesh Ramanan of Sydney (AU)]][[Category:Dinesh Ramanan of Sydney (AU)]]

[[:Category:Blythe Guy Rees-jones of Papamoa (NZ)|Blythe Guy Rees-jones of Papamoa (NZ)]][[Category:Blythe Guy Rees-jones of Papamoa (NZ)]]

[[:Category:Tzu-Chin Yu of Sydney (AU)|Tzu-Chin Yu of Sydney (AU)]][[Category:Tzu-Chin Yu of Sydney (AU)]]

[[:Category:Matthew John Backler of Tauranga (NZ)|Matthew John Backler of Tauranga (NZ)]][[Category:Matthew John Backler of Tauranga (NZ)]]

[[:Category:Francis Eric Saunders of San Diego CA (US)|Francis Eric Saunders of San Diego CA (US)]][[Category:Francis Eric Saunders of San Diego CA (US)]]

==COMPRESSION APPARATUS AND SYSTEMS FOR CIRCULATORY-RELATED DISORDERS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240009067 titled 'COMPRESSION APPARATUS AND SYSTEMS FOR CIRCULATORY-RELATED DISORDERS

==Simplified Explanation==

The abstract describes a compression garment designed for therapy of circulatory-related disorders. The garment consists of a skin contacting layer and a second layer, with connectors placed on the second layer. The skin contacting layer and the second layer create macro-chambers, which are further divided into multiple micro-chambers. The micro-chambers are interconnected, and the connectors supply pressurized air directly into the macro-chambers, delivering it to the micro-chambers within. The attachment profile of the skin contacting layer and the second layer defines the macro-chambers and micro-chambers, with some micro-chambers linked to others through multiple openings.

* The compression garment is designed for therapy of circulatory-related disorders.
* It includes a skin contacting layer and a second layer, with connectors on the second layer.
* Macro-chambers are formed by the skin contacting layer and the second layer.
* Each macro-chamber is partitioned into multiple interconnected micro-chambers.
* Connectors supply pressurized air directly into the macro-chambers, delivering it to the micro-chambers.
* The attachment profile of the layers defines the macro-chambers and micro-chambers.
* Some micro-chambers are linked to others through multiple openings.

Potential Applications:
* Therapy for circulatory-related disorders such as deep vein thrombosis, lymphedema, or varicose veins.
* Post-surgical recovery to improve blood circulation and reduce swelling.
* Sports performance enhancement by promoting blood flow and reducing muscle fatigue.

Problems Solved:
* Improves blood circulation by applying targeted compression to specific areas.
* Provides adjustable and customizable compression levels for individual needs.
* Enhances lymphatic drainage and reduces fluid retention.
* Facilitates healing and reduces post-surgical complications.

Benefits:
* Effective treatment for circulatory-related disorders without invasive procedures.
* Enhanced comfort and mobility compared to traditional compression garments.
* Improved compliance due to adjustable compression levels and customizable fit.
* Potential for remote monitoring and adjustment of compression levels.
* Versatile application in medical, post-surgical, and sports settings.


==Original Abstract Submitted==

a compression garment for circulatory-related disorder therapy includes a skin contacting layer, a second layer coupled to the skin contacting layer, and connectors disposed on the second layer. the skin contacting layer and the second layer form one or more macro-chambers. each macro-chamber is partitioned into a plurality of micro-chambers. each of the micro-chambers is in direct fluid communication with at least one other of the micro-chambers. each of the connectors is configured to supply pressurized air directly into at least a corresponding one of the macro-chambers such that the pressurized air is delivered to at least one of the micro-chambers within the macro-chamber. the coupling of the skin contacting layer and the second layer is along a layer attachment profile that defines the macro-chambers and the micro-chambers. at least one of the micro-chambers is linked to another of the micro-chambers by way of a plurality of openings.



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