Toilet bowl with flux for waste dragging

Abstract

The present invention is related with the bathroom furniture manufacturing industry, such as bathtubs, washbasin, bidets, toilets among others. Particularly it relates to the manufacture of toilet bowls with a structure that allows for proper cleaning of the inside of the toilet when it is finished using, dragging efficiently solid and liquid wastes. Structurally the present invention consists of a toilet bowl with flux for a waste dragging, characterized by comprises a distribution chamber with an inlet at the top and two outlets, one in the front side wall and the other in the bottom wall; The outlet of the lateral wall conducts the flow of water into the rim, wherein said flow is distributed in 28 ellipsoidal holes throughout the periphery, on the underside thereof; The outlet of the lower face of the distribution chamber ends in two branches that surround the interior, the wall of the pot to reach the flow, which is the outlet of the jet that will push the waste towards the exit of the trap water.

1 . A toilet bowl with flux for waste dragging comprising:
 a distribution chamber with an inlet in an upper part of a basin and two outlets in the distribution chamber, wherein one of the outlets in the distribution chamber is positioned through an upper wall of a rim of the basin and the other one of the outlets in the distribution chamber is positioned through a bottom the inferior wall of the distribution chamber;   wherein one of the outlets in the upper wall conducts water flow to an interior of the rim where such flow is distributed in 28 ellipsoidal holes in the whole periphery of the basin;   wherein the other one of the outlets is positioned in an underside of the distribution chamber to disgorge waste in two branches that surrounds an inner side of the wall of the basin to disgorge in the flux, which is the exit of a stream of water flow that will push the waste to an exit of a water trap;   wherein the relation in diameters of one of the exits in the upper wall of the distribution chamber with the other of the exits in the inferior wall of the distribution chamber is a relation between 0.3 and 0.4.   
     
     
         2 . (canceled) 
     
     
         3 . The toilet bowl of  claim 1  wherein the diameter of one of the outlets in the upper wall of the distribution chamber is 9 mm and the other one of the outlets in the bottom wall in the distribution chamber is 25 mm. 
     
     
         4 . The toilet bowl of  claim 1 , wherein the 28 ellipsoidal orifices in the whole periphery of the basin, in the underside of the rim of the basin has an inclination between 40° and 50° and conducts water flow with this inclination and an exit of the water flow with an ellipse form having a larger diameter between 5 mm and 7 mm and a smaller diameter between 4 mm and 6 mm. 
     
     
         5 . The toilet bowl of  claim 4  wherein the inclination is such that the stream of the water flow impacts the highest point in the basin and is inclined to one side of the water flow so that the gravity force makes the stream of the water flow descend in the basin forming a continuous curtain with adjacent streams of water flow. 
     
     
         6 . The toilet bowl of  claim 1  wherein a tube forms a prolonged siphon with two curves toward a front part of the bowl so that an end of the tube connects directly with the exit to drainage under where the tube communicates through to a water trap and has the water in the water trap mirror at the same level as the water in the basin. 
     
     
         7 . The toilet bowl of  claim 6  wherein each one of the curves in an inferior part of the tube is formed in a semi-straight step after which there is a drop of about ninety degrees. 
     
     
         8 . The toilet bowl of  claim 1  wherein a conduit is provided immediately before the outlet of the flux, wherein the conduit has a first vertical section and a second horizontal section adjacent the outlet, wherein the first and second sections change the flow direction of the water.