Toilet water saving system using waste water

Abstract

This invention is a hygienic water saving system which can be applied to all washing machines and toilets and evaluates waste water produced by washing machines in toilets and provides water-saving in toilet siphons, produces electrical energy through solar panel.

1 . The present invention is a water-saving toilet system comprised of filter capsule inlet port ( 3 . 1 ) which adjusts to drainage hoses of all washing machines (A) and connecting pipe (D) which adjusts to all water closets, urinals, squatting pans, etc., toilet groups (B). 
     
     
         2 . The invention is a water saving system evaluating detergent waste water of washing machines in toilet products and comprised of;
 Corrosion-resistant, manually cleaned and multi-time-use stainless steel filter ( 3 ), holding particles coming from washing machine ( 2 ) via waste water,   Polyethylene tank ( 4 ) storing the liquid which should be readily deposited and required for siphoning,   Booster ( 6 ), automatically pumping fluid in polyethylene tank ( 4 ) to siphon tank ( 8 ) at a certain flow rate,   Solar panel ( 7 ) producing electrical energy required to run the booster ( 6 ) and the sensor set ( 5 ) ( 5 . 1 ),   Energy storing electronic unit ( 7 . 1 ), serving to store this energy   Electronic unit electricity mains connection ( 7 . 1 . 1 ) to ensure of the system in case of any failure that may occur in solar panel ( 7 ) or in electronic unit ( 7 . 1 ),   External power supply cables (F), to ensure sustainability and operability of sensor set ( 5 ) ( 5 . 1 ) and booster ( 6 ) in systems without solar panel ( 7 ) by obtaining energy from mains electricity supply directly.   PVC connection pipes (D); transferring fluid in the tank ( 4 ) to booster ( 6 ) and from booster ( 6 ) to the siphon tank ( 8 ).   
     
     
         3 . Steel filter ( 3 ) in  claim 2  is the filter protecting the whole system against particles, and comprised of a filter ( 3 ) protecting polyethylene tank ( 4 ) against sludging which may occur at its base; and protecting PVC pipes (D), the siphon tank ( 8 ) and the booster ( 6 ), against residues/particles which may cause blockages. 
     
     
         4 . Polyethylene tank ( 4 ) in  claim 2  is comprised of structure chemistry (polyethylene) to prevent algaecide and bacterial growth, upper limit float ( 4 . 2 ) preventing overflow and liquid drain outlet ( 1 . 3 ), lower limit float ( 4 . 1 ) which is for important continuous operability of the system and protecting minimum liquid level in the tank ( 4 ), mains water support inlet ( 1 . 2 ), enabling measurement of liquid level in the tank ( 4 ) and ventilation grille ( 4 . 3 ) on the tank ( 4 ) ventilating liquid level sensor assembly ( 5 ) ( 5 . 1 ) and tank ( 4 ). 
     
     
         5 . Three-way diagonal valve ( 8 . 1 ) in  claim 1  (C) is comprised of three-way diagonal valve ( 8 . 1 ) enabling user to prefer siphon tank ( 8 ) to be filled either with washing machine ( 2 ) waste water or mains water ( 1 . 1 ) and one inlet is placed to PVC connection pipes (D), and one inlet is placed to mains water line ( 1 . 1 ), and one inlet is connected to siphon tank ( 8 ), and placed just before siphon tank ( 8 ). 
     
     
         6 . In  claim 1 , laundry machine ( 2 ) and the toilet set (B) are characterized with using washing machine ( 2 ) detergent waste water that provides antifungal-antibacterial effect in toilet bowls, urinals and etc., toiletry products (B) and providing hygiene, fragrance and effective cleaning.