20240017196. INTEGRATED ABRASION RESISTANT BARRIER FOR FILTER MEDIA simplified abstract (Cummins Filtration Inc.)

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INTEGRATED ABRASION RESISTANT BARRIER FOR FILTER MEDIA

Organization Name

Cummins Filtration Inc.

Inventor(s)

Yashpal Subedi of Madison WI (US)

Alexis Orea Amador of Middleton WI (US)

Steve Mitchell Hiles of Gallatin TN (US)

Steve Anderson of Eau Claire WI (US)

Mark P. Adams of Madison WI (US)

Jeremiah Cupery of Madison WI (US)

Jason A. Scherck of Madison WI (US)

INTEGRATED ABRASION RESISTANT BARRIER FOR FILTER MEDIA - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240017196 titled 'INTEGRATED ABRASION RESISTANT BARRIER FOR FILTER MEDIA

Simplified Explanation

The abstract describes a filter element that consists of a media pack and a support body. The media pack is enclosed and has a central cavity, and it includes a filter media and an abrasion resistant barrier. The support body is placed inside the central cavity, and the abrasion resistant barrier separates the media pack from the support body. In some cases, adhesive beads are used to couple the abrasion resistant barrier to the filter media.

  • The filter element has a media pack with a filter media and an abrasion resistant barrier.
  • The support body is placed inside the central cavity of the media pack.
  • Adhesive beads may be used to couple the abrasion resistant barrier to the filter media.

Potential Applications:

  • Air filtration systems
  • Water filtration systems
  • Industrial filtration processes

Problems Solved:

  • Protects the filter media from abrasion and damage
  • Improves the efficiency and lifespan of the filter element

Benefits:

  • Enhanced filtration performance
  • Longer lifespan of the filter element
  • Reduced maintenance and replacement costs


Original Abstract Submitted

a filter element includes a media pack and a support body. the media pack may be arranged in an enclosed shape defining a central cavity. the media pack includes a formed filter media and an abrasion resistant barrier coupled to the formed filter media. the support body is disposed within the central cavity. the abrasion resistant barrier separates the media pack from the support body. in some instances, the media pack also includes a plurality of adhesive beads disposed between the abrasion resistant barrier and the formed filter media and coupling the abrasion resistant barrier to the formed filter media.