View source for 20240023721. SUPPORT CUSHIONS INCLUDING A SUPPORT INSERT SURROUNDED BY FOAM RAILS FOR DIRECTING AIR FLOW, METHODS FOR CONTROLLING SURFACE TEMPERATURE OF SAME, AND METHODS FOR MANUFACTURING SAME simplified abstract (Sealy Technology LLC)

=SUPPORT CUSHIONS INCLUDING A SUPPORT INSERT SURROUNDED BY FOAM RAILS FOR DIRECTING AIR FLOW, METHODS FOR CONTROLLING SURFACE TEMPERATURE OF SAME, AND METHODS FOR MANUFACTURING SAME=


==Organization Name==

[[:Category:Sealy Technology LLC|Sealy Technology LLC]]


[[Category:Sealy Technology LLC]]

==Inventor(s)==

[[:Category:Kevin Tar of Summerfield NC (US)|Kevin Tar of Summerfield NC (US)]][[Category:Kevin Tar of Summerfield NC (US)]]

[[:Category:Maggie Mae Anderson of Thomasville NC (US)|Maggie Mae Anderson of Thomasville NC (US)]][[Category:Maggie Mae Anderson of Thomasville NC (US)]]

[[:Category:Eric Leibee of Lexington KY (US)|Eric Leibee of Lexington KY (US)]][[Category:Eric Leibee of Lexington KY (US)]]

[[:Category:Alanda Tar of Summerfield NC (US)|Alanda Tar of Summerfield NC (US)]][[Category:Alanda Tar of Summerfield NC (US)]]

==SUPPORT CUSHIONS INCLUDING A SUPPORT INSERT SURROUNDED BY FOAM RAILS FOR DIRECTING AIR FLOW, METHODS FOR CONTROLLING SURFACE TEMPERATURE OF SAME, AND METHODS FOR MANUFACTURING SAME - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240023721 titled 'SUPPORT CUSHIONS INCLUDING A SUPPORT INSERT SURROUNDED BY FOAM RAILS FOR DIRECTING AIR FLOW, METHODS FOR CONTROLLING SURFACE TEMPERATURE OF SAME, AND METHODS FOR MANUFACTURING SAME

==Simplified Explanation==

The abstract describes a support cushion that can provide personalized heating and cooling to a user. The cushion consists of a body supporting layer and an air distribution layer. The air distribution layer includes a base plate and foam rails that create a cavity, with a support insert placed inside. A fan is connected to the air distribution layer and directs airflow into the cavity and through the support insert and body supporting layer.

* The support cushion provides individualized heating and cooling to the user.
* It includes a body supporting layer and an air distribution layer.
* The air distribution layer has a base plate and foam rails that define a cavity.
* A support insert is placed within the cavity.
* A fan is connected to the air distribution layer and provides airflow into the cavity.
* The airflow is directed through the support insert and into the body supporting layer.

Potential Applications:
* Home furniture: The support cushion can be incorporated into various furniture items like chairs, sofas, or beds to provide personalized heating and cooling comfort.
* Medical devices: The technology can be used in medical devices such as hospital beds or rehabilitation equipment to offer therapeutic temperature control for patients.
* Automotive industry: The support cushion can be integrated into car seats to provide individualized heating and cooling for enhanced comfort during travel.

Problems Solved:
* Lack of personalized temperature control: The support cushion addresses the issue of individuals having different temperature preferences by providing individualized heating and cooling options.
* Limited comfort options: Traditional cushions may not offer the flexibility to adjust temperature, but this innovation allows users to customize their comfort levels.

Benefits:
* Enhanced comfort: Users can enjoy personalized heating and cooling, resulting in improved comfort and relaxation.
* Energy efficiency: The support cushion allows users to target heating or cooling only where needed, reducing energy consumption compared to heating or cooling an entire room.
* Versatility: The technology can be incorporated into various furniture or medical devices, providing a versatile solution for temperature control.


==Original Abstract Submitted==

a support cushion for providing individualized heating and cooling to a user resting on the support cushion is provided. the support cushion includes a body supporting layer and an air distribution layer positioned adjacent to the body supporting layer. the air distribution layer includes a base plate and foam rails positioned at least around a perimeter of the base plate to define a cavity with a support insert positioned within the cavity. a fan is operably connected to the air distribution layer and provides air flow into the cavity of the air distribution layer. air flow is directed through the support insert and into and through the body supporting layer.



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