Toilet bowl homogenizing and cooling system

Abstract

A motor-fan system immediately combines small warm odorous clouds of molecules emitted by the human body and associated excrements with enormous volumes of cool non-odorous molecules drawn from outside of the toil bowl. The gross mixture is funneled into the homogenizing unit rotating 3000 rpm, which in turn forces the air through a large dense filter of activated charcoal. The size and density of this filter is designed to; 1) to absorb sparsely dispersed odorous molecules and, 2) to act as a barrier to allow cooling of the warm odorous molecules. The homogenized air passes into a lower-most compartment where large scented granules are placed to; 1) bury the odorous molecule that may escape the process and, 2) to pass a pleasant aroma into the adjacent space at floor level. Misc. specification: power source is 120 v, molded unit and parts except motor, fan and filter.

What I claim as my invention is as follows:  
     
         1 . A method, utilizing a small powerful electric motor and impellor, to draw vast quantities of cool odor-free air from the exterior of the toil bowl, simultaneously drawing small clouds of odorous gaseous molecules from the human body and associated excrements into a homogenizing unit.  
     
     
         2 . A method, utilizing the motor-fan referenced in  claim 1 , operating at 3000 rpm to homogenize and/or disperse small clouds of warm odorous gaseous molecules among many thousands of cool non-odorous exterior air molecules.  
     
     
         3 . A method, utilizing dense material of activated charcoal, to filter by absorption and to cool widely dispersed warm odorous gaseous molecules.  
     
     
         4 . A method of venting cooled homogenized and odor free air around scented granules into the surrounding toilet space at floor level.  
     
     
         5 . A method, utilizing rails or spacers attached to the underside of the toilet seat, to create inlet and outlet for warm odorous and cool non-odorous molecules of air and to control the direction of air flow of these moving air masses to the homogenizing unit.