Ergonomically designed portable cooling seat

Abstract

An ergonomically designed portable cooling seat is provided. The portable cooling seat according to current application is comprised of a flexible connection duct, a flexible air distributor that is in a form of plastic cushion, a tiny blower that installed inside of the connection duct to facilitate introduction of air from air-conditioner into the air distributor, and a solid structure that is foldable along the center thereof. The air distributor and the solid foldable structure are ergonomically designed and covered with soft clothes to form a portable cooling seat. The portable cooling seat supplies cool air to the back and beneath of the buttocks of a driver, while avoiding undesirable region such as perinea and shoulder, to prevents driver's body oozed by sweat.

1 . An ergonomically designed portable cooling seat is comprises of;
 an ergonomically designed solid structure that is foldable along the center thereof and is made of a stiff plastic sheet of 2 mm thick and pluralities of square air windows are developed thereon surrounding pluralities of protrusions, except driver's shoulders contacting area and perinea contacting area,   
     and
 an ergonomically designed flexible air distributor that is in a form of plastic cushion and is supported by the solid supporting structure and pluralities of square air screen windows are developed on the front face thereof, surrounding pluralities of cylindrical holes that connect the front face and rear face thereof except driver's shoulders contacting area and perinea contacting area, 
 
     and
 a flexible connection duct, one end of the flexible connection duct is connected to inlet of the flexible air distributor and the other end is connected to air-conditioner's outlet of a car, 
 
     and
 a tiny blower that installed inside of the connection duct to facilitate introduction of air from air-conditioner's outlet into the air distributor, 
 
     and
 a cover made with soft clothes, of which front layer is porous mesh and rear layer is non porous, to form a portable cooling seat followed by stitching the clothes along the brim thereof. 
 
   
   
       2 . The ergonomically designed portable cooling seat of  claim 1 , wherein the supporting structure is overlapped on the air distributor by inserting the protrusions of the supporting structure into the cylindrical holes of the air distributor on matching position.