20240052620. OPEN-RIM TOILET WITH PORTS AND OPENINGS IN THE RIM AND A WIDER DISCHARGE CHANNEL ENTRANCE TO PREVENT BLOCKAGE BY WASTE simplified abstract (COMPAÑÍA COLOMBIANA DE CERÁMICA S.A.S.)
OPEN-RIM TOILET WITH PORTS AND OPENINGS IN THE RIM AND A WIDER DISCHARGE CHANNEL ENTRANCE TO PREVENT BLOCKAGE BY WASTE
Organization Name
COMPAÑÍA COLOMBIANA DE CERÁMICA S.A.S.
Inventor(s)
William de Jesus Castro Zapata of Girardota (CO)
Rodrigo Alberto Estrada Mesa of Medellin (CO)
Jaime Humberto Valencia Cortes of Girardota (CO)
OPEN-RIM TOILET WITH PORTS AND OPENINGS IN THE RIM AND A WIDER DISCHARGE CHANNEL ENTRANCE TO PREVENT BLOCKAGE BY WASTE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240052620 titled 'OPEN-RIM TOILET WITH PORTS AND OPENINGS IN THE RIM AND A WIDER DISCHARGE CHANNEL ENTRANCE TO PREVENT BLOCKAGE BY WASTE
Simplified Explanation
The present invention is a toilet with an open-rim bowl that efficiently evacuates waste and balances solid and light loads, minimizing hydraulic potential loss during flushing.
- Open-rim toilet bowl design
- Unique combination of construction elements
- Balances capacity to evacuate waste and light loads
- Minimizes loss of hydraulic potential during flushing
- Specific water flow direction for efficient waste removal
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- Potential Applications
- Residential bathrooms
- Commercial restrooms
- Public facilities
- Problems Solved
- Efficient waste removal
- Minimized loss of hydraulic potential
- Balanced performance for solid and light waste
- Benefits
- Improved flushing performance
- Reduced clogging
- Enhanced sanitation and hygiene
Original Abstract Submitted
the present invention relates to a toilet comprising an open-rim toilet bowl which combined construction elements generate a unique combination, the implication of which is obtaining a performance that balances the capacity to evacuate solid waste and light floating load while inside the sanitary ware, in addition to the ability to drag waste through the drainage line. in the same way, the toilet of the present invention is intended to minimize the loss of hydraulic potential supplied to it during the flushing action, from the entrance of water through the inlet tray towards a set of flushing ports located in the rim and windows that direct the water in a specific manner, generating a combined effect of floating and inertial release of the heavy load into the well, facilitating the progressive entry of the load into the discharge channel for its evacuation. thus, said toilet maximizes the result of the previously defined effect, by providing a balance between the formal attributes of a flush action toilet.
