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WO2001025556A1 - Improvements to the universal receiving cone for the flow of water in toilets - Google Patents

Improvements to the universal receiving cone for the flow of water in toilets Download PDF

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Publication number
WO2001025556A1
WO2001025556A1 PCT/MX1999/000028 MX9900028W WO0125556A1 WO 2001025556 A1 WO2001025556 A1 WO 2001025556A1 MX 9900028 W MX9900028 W MX 9900028W WO 0125556 A1 WO0125556 A1 WO 0125556A1
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WO
WIPO (PCT)
Prior art keywords
cone
toilet
water
receiver
toilets
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/MX1999/000028
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Spanish (es)
French (fr)
Inventor
Sabino Rodriguez Rodriguez
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Individual
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Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to PCT/MX1999/000028 priority Critical patent/WO2001025556A1/en
Priority to AU61263/99A priority patent/AU6126399A/en
Publication of WO2001025556A1 publication Critical patent/WO2001025556A1/en
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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Classifications

    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
    • E03D11/00—Other component parts of water-closets, e.g. noise-reducing means in the flushing system, flushing pipes mounted in the bowl, seals for the bowl outlet, devices preventing overflow of the bowl contents; devices forming a water seal in the bowl after flushing, devices eliminating obstructions in the bowl outlet or preventing backflow of water and excrements from the waterpipe
    • E03D11/13—Parts or details of bowls; Special adaptations of pipe joints or couplings for use with bowls, e.g. provisions in bowl construction preventing backflow of waste-water from the bowl in the flushing pipe or cistern, provisions for a secondary flushing, for noise-reducing
    • E03D11/16—Means for connecting the bowl to the floor, e.g. to a floor outlet

Definitions

  • THE PRESENT INVENTION REFERS TO A PLASTIC OR METALLIC CONE, THAT HAS NOVEDOUS ADVANTAGES OVER THE EXISTING IN THE MARKET, AND HAS BEEN MANUFACTURED WITH DIFFERENT DIAMETERS IN ITS ' CONICAL CONFIGURATION WHICH WILL CREATE TURBULENCE WHEN INVADED OR UNLOADED BY THE WATER CUP OF A TOILET, INCREASING THE SPEED OF DRAGGING AND CLEANING OF THE SAME.
  • FIGURE 6 THE CONE WITH THREE VERTICAL FALLS IS SHOWN.
  • FIGURE 7 AND 8 THE CONE ASSEMBLY IS SHOWN.
  • FIGURE NUMBER 1 IS SHOWN WITH A CROSS CUTTING OF THE RECEIVING CONE WHERE THE BODY AND PACKAGING SECTIONS ARE APPRECIATED, THE FUNCTION OF EACH OF THESE AS FOLLOWS, SECTION (5) HAS THREE SCALONINGS ALIGNED IN A GREATER ANGLE TO WHICH PRESENT THE SECTION (4).
  • THE OBJECT OF THE SCALONAMENTS IS TO CREATE ALIGNED DOORS IN A GREATER ANGLE TO ITS DIAMETER AND TO CREATE AN INCREASE IN THE WATER SPEED AND INCREASING THE KINETIC ENERGY IN THE LOWER CONSTRICTION POINT OF THIS SECTION BY ENTERING THE FLOW OF THE SECTION 6).
  • THIS SECTION ALSO INCLUDES A DIFFERENTIAL DIAMETER IN ITS BEGINNING, REGARDING THAT OF THE TERM OF THE RECEIVING CONE, WHICH WILL MAINTAIN A CONTINUOUS CONSTRUCTION UNTIL THE FINAL OUTPUT OF THE FLOW.
  • FIGURE NUMBER 2 IS SHOWN WITH A CROSS CUTTING OF THE RECEIVING CONE, WHERE SECTIONS OF THE RECEIVING CONE ARE APPRECIATED WITH DIFFERENT FIXING EYEBROW (8) AND PACKING (7) WITH REGARD TO FIGURE 1.
  • FIGURE NUMBER 4 REPRESENTS THE CONE WITH REGARD TO THE PREVIOUS TWO VERTICAL FALLS IN SECTION (5) THAT WILL ACT AS BRAKE GATES AND INCREASE THE KINETIC ENERGY OF WATER OUTLET.
  • FIGURE NUMBER 5 REPRESENTS THE CONE WITH TWO VERTICAL FALLS IN SECTION (5), BUT PRACTICALLY EMBRACING ALL SECTION (4) OF THE START OF THE RECEIVING CONE IN ITS MAJOR DIAMETER.
  • FIGURE NUMBER 7 REPRESENTS THE CONE ASSEMBLY TO THE SIPHON WATER OUTLET OF A SHORT TOILET THAT HAS ITS HIGHER BASE AND THEREFORE THE RECEIVER CONE WILL HAVE A COUPLING EYEBROW (3) TO INTEGRATE THE LOWER PACKING (1) THAT SEAL THE BASE OF THE TOILET AND THE LOWER PACKING (2) TO BE SEALED WITH THE BASE OF THE RECEIVER CONE AND THE SURFACE OF THE FLOOR (12) WHERE THE DRAIN TUBE IS INSTALLED (10). THE INSTALLATION OF THE RECEIVER CONE WILL COMPLETE WITH TWO FUNCTIONS IN THE TOILET.
  • FIGURE NUMBER 8 REPRESENTS THE ASSEMBLY OF THE UNIVERSAL RECEIVER CONE, IN ANOTHER THAT HAS THE OUTPUT OF THE SIPHON TO THE FLOOR FLOOR, THEREFORE A RECEIVING CONE IS USED WITH COUPLING EYEBROW (8) AND PACKING (7) FOR FIXING TO THE FLOOR (12) ALREADY THE BASE OF THE TOILET (11) AND MEETS THE SEALING REQUIRED FOR THE CONE RECEIVER WORK AS IN THE DESCRIPTION OF FIGURE NUMBER 7.

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  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Hydrology & Water Resources (AREA)
  • Public Health (AREA)
  • Water Supply & Treatment (AREA)
  • Sanitary Device For Flush Toilet (AREA)

Abstract

The invention relates to a universal receiving cone for the flow of water in toilets having gates integrated into the conical part in the receiving body producing a vacuum as the water is flushed from the toilet thereby increasing flushing and cleaning speed. The invention can be adapted to any toilet that includes a siphon. Its size is compatible with existing draining systems, the body being adequately lodged in the opening of the draining system or the conducting cone thereof. It is not attacked by chemical products that may degrade it and has two spongy thermoplastic packings enabling it to be hermetically mounted on the base of the toilet and the floor while preventing the escape of odors and contaminated water. Connection to any toilet and appropriate insertion into the drainage pipe will produce the necessary vacuum so as to increase flushing speed while using less water thereby making toilet operation efficient as a result of the increased length of the siphon integrated into the toilet seat structure.

Description

MEJORAS AL CONO RECEPTOR UNIVERSAL PARA EL FLUJO DE AGUA EN INODOROS. IMPROVEMENTS TO THE UNIVERSAL RECEIVER CONE FOR WATER FLOW IN TOILETS.

OBJETO DE LA INVENCIÓN:OBJECT OF THE INVENTION:

LA PRESENTE INVENCIÓN SE REFIERE A UN CONO PLÁSTICO O METÁLICO, QUE CUENTA CON VENTAJAS NOVEDOSAS SOBRE LAS EXISTENTES EN EL MERCADO, Y HA SIDO FABRICADO CON DIFERENTES DIÁMETROS EN SU' CONFIGURACIÓN CÓNICA QUE CREARAN TURBULENCIA AL SER INVADIDOS O INUNDADOS POR EL AGUA DESALOJADA DE LA TAZA DE UN INODORO, AUMENTANDO LA VELOCIDAD DE ARRASTRE Y LIMPIEZA DEL MISMO.THE PRESENT INVENTION REFERS TO A PLASTIC OR METALLIC CONE, THAT HAS NOVEDOUS ADVANTAGES OVER THE EXISTING IN THE MARKET, AND HAS BEEN MANUFACTURED WITH DIFFERENT DIAMETERS IN ITS ' CONICAL CONFIGURATION WHICH WILL CREATE TURBULENCE WHEN INVADED OR UNLOADED BY THE WATER CUP OF A TOILET, INCREASING THE SPEED OF DRAGGING AND CLEANING OF THE SAME.

LOS DIFERENTES ÁNGULOS EN LA SALIDA Y DIÁMETROS FORMADOS POR PARTES PLANAS EN SU TERMINACIÓN, OPERAN COMO COMPUERTAS INCORPORÁNDOSE A LA PARTE CÓNICA DEL CUERPO, CREANDO ESTAS MISMAS EL EFECTO DE VACÍO EN CADA UNA DE ELLAS Y AUMENTANDO LA VELOCIDAD DE EXTRACCIÓN EN LA PARTE TUBULAR FINAL DEL CONO RECEPTOR UNIVERSAL.THE DIFFERENT ANGLES IN THE OUTPUT AND DIAMETERS FORMED BY PLANE PARTS IN THEIR TERMINATION, OPERATE AS COMPUTERS INCORPORATING TO THE CONICAL PART OF THE BODY, CREATING THESE SAME EFFECTS OF VACUUM IN EACH OF THEM AND INCREASING THE SPEED OF EXCELLENCE IN EXTENSION OF THE UNIVERSAL RECEIVER CONE.

ANTECEDENTES DE LA INVENCIÓNBACKGROUND OF THE INVENTION

DENTRO DE LO CONOCIDO EN CONOS QUE LOGRAN EFECTUAR EL VACÍO Y QUE SON PLANTEADOS CON SOLO TENER UNA CONFIGURACIÓN CÓNICA Y SALIDA RECTA, LO QUE REPRESENTA QUE LOGREN LA EXTRACCIÓN DE LOS SÓLIDOS POR MEDIO DEL CONO CONECTADO AL TUBO DE MENOR DIÁMETRO.WITHIN THE KNOWLEDGE IN CONES THAT ACHIEVE THE VACUUM AND WHICH ARE POSITIONED WITH ONLY HAVE A CONICAL CONFIGURATION AND STRAIGHT OUTPUT, WHICH REPRESENTS THAT THEY WILL ACHIEVE THE EXTRACTION OF THE SOLIDS THROUGH THE CONE CONNECTED TO THE LOW DIAMETER TUBE.

REALIZACIÓN PREFERENTE DE LA INVENCIÓNPREFERRED EMBODIMENT OF THE INVENTION

EL CONO DE ESTA INVENCIÓN HA SIDO DISEÑADA PARA MEJORAR LA PROBLEMÁTICA Y EL ASEGURAMIENTO DE FUNCIONABILIDAD DEL CONO RECEPTOR AL INTEGRÁRSELE DIFERENTES ÁNGULOS Y COMPUERTAS, MISMOS QUE PROPICIARAN LA EXTRACCIÓN DE LOS SÓLIDOS Y AUMENTARAN LA VELOCIDAD DE DESALOJO. CON ESTA INNOVACIÓN SE PODRÁ TAMBIÉN MEJORAR LA CALIDAD DEL PRODUCTO TERMINADO INCREMENTÁNDOSE LA VELOCIDAD DE EXTRACCIÓN CON RESPECTO AL ANTERIOR, ADEMÁS DE ASEGURARSE QUE EL VACÍO QUE ORIGINA, SEA SUFICIENTE PARA LA LIMPIEZA DE LOS SÓLIDOS DEPOSITADOS EN EL INODORO Y ASÍ SE CUMPLA CON EL PROPÓSITO DE LIMPIEZA CON UN MÍNIMO DE AGUA PARA SU FUNCIONAMIENTO.THE CONE OF THIS INVENTION HAS BEEN DESIGNED TO IMPROVE THE PROBLEM AND THE FUNCTIONAL ASSURANCE OF THE RECEIVING CONE BY INTEGRATING IT DIFFERENT ANGLES AND COMPUTERS, SAME THAT WILL PROMOTE THE EXTRACTION OF SOLIDS AND INCREASE THE EVICTION SPEED. WITH THIS INNOVATION, THE QUALITY OF THE FINISHED PRODUCT MAY ALSO BE IMPROVED BY INCREASING THE EXTRACTION SPEED WITH REGARD TO THE ABOVE, IN ADDITION TO MAKING SURE THAT THE VACUUM ORIGINATING, IS ENOUGH FOR THE CLEANING OF THE SOLIDS AND PURPOSES OF CLEANING WITH A MINIMUM OF WATER FOR OPERATION.

PARA COMPLETAR ESTA DESCRIPCIÓN QUE SE ESTA REALIZANDOTO COMPLETE THIS DESCRIPTION THAT IS BEING MADE

Y CON EL OBJETO DE AYUDAR A UNA MEJOR COMPRENSIÓN DE LAS CARACTERÍSTICAS DEL INVENTO, SE ACOMPAÑA A LA PRESENTE COMO PARTE INTEGRANTE DE LA MISMA, LOS DIBUJOS EN LOS QUE CON CARÁCTER DE ILUSTRATIVO Y NO LIMITATIVO, SE HA REPRESENTADO LO SIGUIENTE:AND IN ORDER TO HELP A BETTER UNDERSTANDING OF THE CHARACTERISTICS OF THE INVENTION, THE PRESENT IS ACCOMPANIED AS AN INTEGRATING PART OF THE SAME, THE DRAWINGS IN WHICH WITH THE ILLUSTRATIVE AND NON-LIMITATION CHARACTER, THE FOLLOWING HAS BEEN REPRESENTED:

BREVE DESCRIPCIÓN DE LOS DIBUJOSBRIEF DESCRIPTION OF THE DRAWINGS

EN LA FIGURA 1 SE MUESTRA EL CONO RECEPTOR UNIVERSAL PARA EL FLUJO DE AGUA EN INODOROS.IN FIGURE 1 THE UNIVERSAL RECEIVER CONE FOR WATER FLOW IN TOILETS IS SHOWN.

EN LA FIGURA 2 SE MUESTRA UN CORTE TRANSVERSAL DEL CONO RECEPTOR CON CEJA DE FIJACIÓN.A TRANSVERSE CUT OF THE RECEIVER CONE WITH FIXING EYEBROW IS SHOWN IN FIGURE 2.

EN LA FIGURA 3.SE MUESTRA EL CUERPO PRINCIPAL CON TRES SECCIONES.IN FIGURE 3. THE MAIN BODY IS SHOWN WITH THREE SECTIONS.

EN LA FIGURA 4 Y 5 SE MUESTRA EL CONO CON DOS CAÍDAS VERTICALES.IN FIGURE 4 AND 5 THE CONE WITH TWO VERTICAL FALLS IS SHOWN.

EN LA FIGURA 6 SE MUESTRA EL CONO CON TRES CAÍDAS VERTICALES. EN LA FIGURA 7 Y 8 SE MUESTRA EL MONTAJE DEL CONO.IN FIGURE 6 THE CONE WITH THREE VERTICAL FALLS IS SHOWN. IN FIGURE 7 AND 8 THE CONE ASSEMBLY IS SHOWN.

DESCRIPCIÓN DE LAS FIGURASDESCRIPTION OF THE FIGURES

LA FIGURA NÚMERO 1 SE MUESTRA CON UN CORTE TRANSVERSAL DEL CONO RECEPTOR DONDE SE APRECIAN LAS SECCIONES DEL CUERPO Y EMPAQUE, SIENDO LA FUNCIÓN DE CADA UNA DE ESTAS COMO SIGUE, LA SECCIÓN (5) CUENTA CON TRES ESCALONAMIENTOS ALINEADOS EN UN ÁNGULO MAYOR AL QUE PRESENTA LA SECCIÓN (4) . EL OBJETO DE LOS ESCALONAMIENTOS ES EL DE CREAR COMPUERTAS ALINEADAS EN UN ÁNGULO MAYOR A SU DIÁMETRO Y CREAR UN INCREMENTO DE LA VELOCIDAD DEL AGUA Y AUMENTANDO LA ENERGÍA CINÉTICA EN EL PUNTO DE CONSTRICCIÓN MENOR DE ESTA SECCIÓN AL INGRESAR FLUJO DE AGUA A LA SECCIÓN (6) . EN ESTA SECCIÓN TAMBIÉN SE INCORPORA UN DIFERENCIAL DE DIÁMETRO EN SU INICIO, CON RESPECTO A LA DEL TÉRMINO DEL CONO RECEPTOR, LO QUE MANTENDRÁ UNA CONSTRICCIÓN CONTINUA HASTA LA SALIDA FINAL DEL FLUJO.FIGURE NUMBER 1 IS SHOWN WITH A CROSS CUTTING OF THE RECEIVING CONE WHERE THE BODY AND PACKAGING SECTIONS ARE APPRECIATED, THE FUNCTION OF EACH OF THESE AS FOLLOWS, SECTION (5) HAS THREE SCALONINGS ALIGNED IN A GREATER ANGLE TO WHICH PRESENT THE SECTION (4). THE OBJECT OF THE SCALONAMENTS IS TO CREATE ALIGNED DOORS IN A GREATER ANGLE TO ITS DIAMETER AND TO CREATE AN INCREASE IN THE WATER SPEED AND INCREASING THE KINETIC ENERGY IN THE LOWER CONSTRICTION POINT OF THIS SECTION BY ENTERING THE FLOW OF THE SECTION 6). THIS SECTION ALSO INCLUDES A DIFFERENTIAL DIAMETER IN ITS BEGINNING, REGARDING THAT OF THE TERM OF THE RECEIVING CONE, WHICH WILL MAINTAIN A CONTINUOUS CONSTRUCTION UNTIL THE FINAL OUTPUT OF THE FLOW.

ASÍ TENEMOS QUE LAS SECCIONES (4, 5 Y 6) EXISTEN DESDESO WE HAVE THAT SECTIONS (4, 5 AND 6) EXIST FROM

EL INICIO DEL CUERPO, DIFERENTES DIÁMETROS DE MAYOR A MENOR DIMENSIÓN, LO QUE ORIGINARA UN INCREMENTO DE LA VELOCIDAD DE DESCARGA.THE BEGINNING OF THE BODY, DIFFERENT DIAMETERS OF GREATER TO LOWER DIMENSION, WHICH WILL ORIGINATE AN INCREASE IN THE DOWNLOAD SPEED.

LA SECCIÓN (3) REPRESENTA LA CEJA QUE LOGRARA LA FIJACIÓN AL PISO Y A LA BASE DEL INODORO POR MEDIO DE EMPAQUES DE HULE ESPONJADO (1 Y 2) ADEMÁS DE OBTENER UN SELLADO PERFECTO EN SU PARTE INFERIOR AL PISO Y EN SU PARTE SUPERIOR AL INODORO, PARA QUE DESDE ESE PUNTO SE LOGRE LA CONCENTRACIÓN DE UN VOLUMEN MAYOR AL DEL INICIO DE LA SECCIÓN (4) EN SU DIÁMETRO MAYOR Y EMPIECE LA CONSTRUCCIÓN CONTINUA HASTA LA SALIDA FINAL DEL FLUJO DE AGUA.SECTION (3) REPRESENTS THE EYEBROW THAT WILL ACHIEVE FIXATION TO THE FLOOR AND TO THE BASE OF THE TOILET THROUGH SPONGEED SPARK PACKINGS (1 AND 2) IN ADDITION TO OBTAINING A PERFECT SEALING IN ITS LOWER PART TO THE FLOOR AND IN ITS SUPERIOR PART TO THE TOILET , THAT FROM THAT POINT THE CONCENTRATION OF A VOLUME GREATER THAN THE BEGINNING OF THE SECTION (4) IN ITS MAJOR DIAMETER AND BEGINS CONSTRUCTION CONTINUES UNTIL THE FINAL OUTPUT OF THE WATER FLOW.

LA FIGURA NÚMERO 2 SE MUESTRA CON UN CORTE TRANSVERSAL DEL CONO RECEPTOR, DONDE SE APRECIAN LAS SECCIONES DEL CONO RECEPTOR CON DIFERENTE CEJA DE FIJACIÓN (8) Y EMPAQUE (7) CON RESPECTO A LA FIGURA 1.FIGURE NUMBER 2 IS SHOWN WITH A CROSS CUTTING OF THE RECEIVING CONE, WHERE SECTIONS OF THE RECEIVING CONE ARE APPRECIATED WITH DIFFERENT FIXING EYEBROW (8) AND PACKING (7) WITH REGARD TO FIGURE 1.

LA FIGURA NÚMERO 3 PRESENTANDO SOLO EL CUERPO PRINCIPAL CON LAS TRES SECCIONES QUE COMPONEN AL CONO OBSERVÁNDOSE EN LA SECCIÓN (5), LA CUAL ES ALTERADA CON UN ÁNGULO MÁS AGUDO AL TÉRMINO DE LA SECCIÓN (4), INICIANDO UNA CAÍDA VERTICAL HASTA ENCONTRAR NUEVAMENTE EL ÁNGULO AGUDO INICIADO EN LA SECCIÓN (4), DESEMBOCANDO EN EL PUNTO DE MAYOR CONSTRICCIÓN DEL CONO AL INICIO DE LA SECCIÓN (6), QUE DESALOJARA EL AGUA AL TUBO DE DRENAJE.FIGURE NUMBER 3 PRESENTING ONLY THE MAIN BODY WITH THE THREE SECTIONS COMPOSING TO THE CONE OBSERVING IN SECTION (5), WHICH IS ALTERED WITH A MORE ACUTE ANGLE TO THE TERM OF SECTION (4), STARTING A VERTICAL FALL UNTIL MEETING THE ACUTE ANGLE INITIATED IN SECTION (4), UNLOCKING AT THE POINT OF GREATER CONE CONSTRUCTION AT THE BEGINNING OF SECTION (6), WHICH WILL REMOVE WATER TO THE DRAIN PIPE.

LA FIGURA NÚMERO 4 REPRESENTA EL CONO CON RESPECTO A LAS ANTERIORES DOS CAÍDAS VERTICALES EN LA SECCIÓN (5) QUE ACTUARAN COMO COMPUERTAS DE FRENADO Y AUMENTARÁN LA ENERGÍA CINÉTICA DE LA SALIDA DE AGUA.FIGURE NUMBER 4 REPRESENTS THE CONE WITH REGARD TO THE PREVIOUS TWO VERTICAL FALLS IN SECTION (5) THAT WILL ACT AS BRAKE GATES AND INCREASE THE KINETIC ENERGY OF WATER OUTLET.

LA FIGURA NÚMERO 5, REPRESENTA EL CONO CON DOS CAÍDAS VERTICALES EN LA SECCIÓN (5), PERO ABARCANDO PRÁCTICAMENTE TODA LA SECCIÓN (4) DEL INICIO DEL CONO RECEPTOR EN SU DIÁMETRO MAYOR.FIGURE NUMBER 5, REPRESENTS THE CONE WITH TWO VERTICAL FALLS IN SECTION (5), BUT PRACTICALLY EMBRACING ALL SECTION (4) OF THE START OF THE RECEIVING CONE IN ITS MAJOR DIAMETER.

LA FIGURA NÚMERO 6 SE OBSERVA EL CONO CON TRES CAÍDAS VERTICALES COMBINADAS CON ÁNGULOS MÁS AGUDOS EN LAFIGURE NUMBER 6 THE CONE IS OBSERVED WITH THREE VERTICAL FALLS COMBINED WITH MORE ACUTE ANGLES IN THE

SECCIÓN (5), QUE EL QUE SE INICIA EN LA SECCIÓN (4),SECTION (5), THAT WHICH BEGINS IN SECTION (4),

ACTUANDO TODAS ELLAS COMO COMPUERTAS DE FRENADO, CON ELACTING ALL OF THEM AS BRAKE GATES, WITH THE

ÚNICO FIN DE TENER MÁS PUNTOS DE CONSTRICCIÓN Y POR LO TANTO MAYOR ENERGÍA CINÉTICA A LA SALIDA POR LA SECCIÓN (6) .ONLY END TO HAVE MORE CONSTRUCTION POINTS AND SO BOTH GREATER KINETIC ENERGY AT THE OUTPUT BY SECTION (6).

LA FIGURA NÚMERO 7 REPRESENTA EL MONTAJE DEL CONO A LA SALIDA DE AGUA DE SIFÓN DE UN INODORO CORTO QUE TIENE SU BASE MÁS ALTA Y POR LO TANTO EL CONO RECEPTOR TENDRÁ UNA CEJA DE ACOPLAMIENTO (3) PARA INTEGRARSE EL EMPAQUE INFERIOR (1) QUE SELLARA LA BASE DEL INODORO Y EL EMPAQUE INFERIOR (2) QUE SE SELLARÁ CON LA BASE DEL CONO RECEPTOR Y LA SUPERFICIE DEL PISO (12) DONDE ESTÁ INSTALADO EL TUBO PARA DRENAJE (10) . LA INSTALACIÓN DEL CONO RECEPTOR CUMPLIRÁ CON DOS FUNCIONES EN EL INODORO. LA PRIMERA SERA LA DE EVITAR FUGAS DE AROMAS Y AGUA, LA CUAL PUEDE FLUIR POR LA BASE DEL INODORO Y LA PRINCIPAL SERA LA DE INTEGRAR EL CONO RECEPTOR AL FUNCIONAMIENTO MISMO DEL INODORO, PUES REPRESENTA UN ALARGAMIENTO LONGITUDINAL DEL SIFÓN DEL INODORO, LO QUE POR ESE SIMPLE HECHO FUNCIONARA MAS EFICIENTEMENTE EN CADA DESCARGA, PERO LA VNETAJA PRINCIPAL CONSISTE EN QUE AL INSTALAR EL CONO RECEPTOR, LOGRAREMOS CREAR COMPUERTAS DE FRENADO POR LA DIFERENCIA DE DIÁMETROS Y LAS DIFERENTES SECCIONES QUE COMPONEN EN SU INTERIOR AL CONO RECEPTOR, CREANDO PUNTOS DE CONSTRICCIÓN A LO LARGO DE LOS DIÁMETROS INTERIORES Y GENERANDO ENERGÍA CINÉTICA O VACIO AL SER EXPULSADO POR LA SALIDA FINAL DEL CONO RECEPTOR.FIGURE NUMBER 7 REPRESENTS THE CONE ASSEMBLY TO THE SIPHON WATER OUTLET OF A SHORT TOILET THAT HAS ITS HIGHER BASE AND THEREFORE THE RECEIVER CONE WILL HAVE A COUPLING EYEBROW (3) TO INTEGRATE THE LOWER PACKING (1) THAT SEAL THE BASE OF THE TOILET AND THE LOWER PACKING (2) TO BE SEALED WITH THE BASE OF THE RECEIVER CONE AND THE SURFACE OF THE FLOOR (12) WHERE THE DRAIN TUBE IS INSTALLED (10). THE INSTALLATION OF THE RECEIVER CONE WILL COMPLETE WITH TWO FUNCTIONS IN THE TOILET. THE FIRST WILL BE TO AVOID LEAKS OF AROMAS AND WATER, WHICH CAN FLOW THROUGH THE BASE OF THE TOILET AND THE MAIN WILL BE TO INTEGRATE THE RECEIVING CONE TO THE SAME OPERATION OF THE TOILET, WHICH REPRESENTS A LONGITUDINAL EXTENSION OF THE SIPHONE OF THE TOILET, WHICH THAT SIMPLE FACT WILL WORK MORE EFFICIENTLY IN EACH DOWNLOAD, BUT THE MAIN VNETAJA CONSISTS THAT BY INSTALLING THE RECEIVING CONE, WE WILL CREATE BRAKING COMPUTERS BY THE DIFFERENCE OF DIAMETERS AND THE DIFFERENT SECTIONS THAT COMPOSITION INTO THE CONSTRUMENT OF THE CONCEPTION THROUGHOUT THE INTERIOR DIAMETERS AND GENERATING KINETIC OR EMPTY ENERGY WHEN EXPUNGED BY THE FINAL EXIT OF THE RECEIVER CONE.

LA FIGURA NÚMERO 8 REPRESENTA EL MONTAJE DEL CONO RECEPTOR UNIVERSAL, EN OTRO QUE TIENE LA SALIDA DEL SIFÓN AL RAS DEL PISO, POR LO QUE SE UTILIZA UN CONO RECEPTOR CON CEJA DE ACOPLAMIENTO (8) Y EMPAQUE (7) PARA SU FIJACIÓN AL PISO (12) Y A LA BASE DEL INODORO (11) Y CUMPLA CON EL SELLADO NECESARIO PARA QUE EL CONO RECEPTOR FUNCIONE COMO EN LA DESCRIPCIÓN DE LA FIGURA NÚMERO 7. FIGURE NUMBER 8 REPRESENTS THE ASSEMBLY OF THE UNIVERSAL RECEIVER CONE, IN ANOTHER THAT HAS THE OUTPUT OF THE SIPHON TO THE FLOOR FLOOR, THEREFORE A RECEIVING CONE IS USED WITH COUPLING EYEBROW (8) AND PACKING (7) FOR FIXING TO THE FLOOR (12) ALREADY THE BASE OF THE TOILET (11) AND MEETS THE SEALING REQUIRED FOR THE CONE RECEIVER WORK AS IN THE DESCRIPTION OF FIGURE NUMBER 7.

Claims

REIVINDICACIONESHABIENDO DESCRITO SUFICIENTEMENTE LA INVENCIÓN, CONSIDERO COMO UNA NOVEDAD Y POR LO TANTO RECLAMO COMO DE MI EXCLUSIVA PROPIEDAD, LO CONTENIDO EN LAS SIGUIENTES CLÁUSULAS: CLAIMS HAVING SUFFICIENTLY DESCRIBED THE INVENTION, I CONSIDER AS A NOVELTY AND THEREFORE I CLAIM AS OF MY EXCLUSIVE PROPERTY, THE CONTENTS IN THE FOLLOWING CLAUSES: 1.MEJORAS A CONO RECEPTOR UNIVERSAL PARA FLUJO DE AGUA EN INODOROS DE TODO TIPO QUE COMPRENDE: UNA TAZA QUE INCLUYE TUBO SIFÓN CON UNA SALIDA PARA DESCARGAR UNA COLUMNA DE AGUA AL DRENAJE, CARACTERIZADO PORQUE EL CONO RECEPTOR ESTA COLOCADO A LA SALIDA DEL TUBO SIFÓN PARA AUXILIAR EL DESALOJO DE LA COLUMNA DE AGUA AL DRENAJE, QUE OPERARAN COMO COMPUERTAS DE FRENADO INCORPORÁNDOSE A LA PARTE CÓNICA DEL CUERPO Y PROVOCA UNA ENERGÍA CINÉTICA CON LA GRAVEDAD DE LA COLUMNA DE AGUA DEL TUBO SIFÓN.1. IMPROVEMENTS TO UNIVERSAL RECEIVER CONE FOR WATER FLOW IN TOILETS OF ALL TYPES THAT INCLUDES: A CUP THAT INCLUDES SIPHONE PIPE WITH AN OUTPUT TO DOWNLOAD A COLUMN OF WATER TO THE DRAIN, CHARACTERIZED BECAUSE THE RECEIVER CONE IS PLACED TO THE OUTPUT OF THE TUBE TO ASSIST THE DRAINAGE OF THE WATER COLUMN TO THE DRAINAGE, WHICH WILL OPERATE AS BRAKE GATES INCORPORATING TO THE CONICAL PART OF THE BODY AND CAUSES A KINETIC ENERGY WITH THE GRAVITY OF THE WATER COLUMN OF THE SIPHONE TUBE. EN SUS EXTREMOS TIENE UNO O DOS EMPAQUES DE HULE CUYA FINALIDAD SERA LA DE SELLAR LA BASE DEL INODORO CON EL PISO, PARA IMPEDIR LA FILTRACIÓN DE AIRE, DE TAL FORMA QUE SE CREA EL VACIO REQUERIDO PARA EL BUEN FUNCIONAMIENTO DEL CONO RECEPTOR.IN ITS EXTREMES, IT HAS ONE OR TWO HULE PACKAGES WHICH PURPOSE WILL BE TO SEAL THE BASE OF THE TOILET WITH THE FLOOR, TO PREVENT AIR FILTRATION, SO THAT THE VACUUM REQUIRED FOR THE GOOD FUNCTIONING OF THE RECEIVING CONE IS CREATED. 2. MEJORAS SEGÚN LA REIVINDICACIÓN 1, CARACTERIZADO PORQUE EL CONO RECEPTOR ES CONSTRUIDO DE PLÁSTICO O METAL CON DIÁMETROS DIFERENTES Y CONCÉNTRICOS EN DIRECCIÓN DE LA CAÍDA DE AGUA DEL SIFÓN DEL INODORO, APROVECHANDO LOS DIFERENTES ÁNGULOS A LO LARGO DEL CUERPO DEL CONO RECEPTOR QUE FUNCIONARAN COMO PUNTOS DE CONSTRICCIÓN EN TODA SU LONGITUD, HASTA SALIR POR EL ORIFICIO CENTRAL AL FINAL DEL CONO RECEPTOR. 2. IMPROVEMENTS ACCORDING TO CLAIM 1, CHARACTERIZED BECAUSE THE RECEIVING CONE IS BUILT IN PLASTIC OR METAL WITH DIFFERENT AND CONCENTRIC DIAMETERS IN DIRECTION OF THE WATER FALL OF THE OIL SIPHONE, TAKING ADVANTAGE OF THE DIFFERENT THROUGH THE LARGE RECEPTION AS POINTS OF CONSTRUCTION IN ALL ITS LENGTH, UNTIL EXITING THE CENTRAL HOLE AT THE END OF THE RECEIVING CONE. 3. MEJORAS SEGÚN REIVINDICACIÓN 2, CARACTERIZADAS3. IMPROVEMENTS ACCORDING TO CLAIM 2, CHARACTERIZED PORQUE EL CONO RECEPTOR TIENE UNA CEJA PARA GUIAR ELBECAUSE THE RECEIVER CONE HAS AN EYEBROW TO GUIDE THE O LOS DOS EMPAQUES EN SU CASO Y LOGRAR QUE EL CONOOR THE TWO PACKAGES IN YOUR CASE AND ACHIEVE THAT THE CONE RECEPTOR SE INTEGRE AL INODORO COMO UNA EXTENSIÓN DEL ς TUBO SIFÓN.RECEIVER IS INTEGRATED TO THE TOILET AS AN EXTENSION OF THE SIPHON TUBE ς. 00 5 5
PCT/MX1999/000028 1999-10-05 1999-10-05 Improvements to the universal receiving cone for the flow of water in toilets Ceased WO2001025556A1 (en)

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PCT/MX1999/000028 WO2001025556A1 (en) 1999-10-05 1999-10-05 Improvements to the universal receiving cone for the flow of water in toilets
AU61263/99A AU6126399A (en) 1999-10-05 1999-10-05 Improvements to the universal receiving cone for the flow of water in toilets

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Application Number Priority Date Filing Date Title
PCT/MX1999/000028 WO2001025556A1 (en) 1999-10-05 1999-10-05 Improvements to the universal receiving cone for the flow of water in toilets

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2012005562A1 (en) * 2010-07-08 2012-01-12 Sabino Rodriguez Rodriguez Multiple vacuum generator
US10415224B2 (en) 2012-02-20 2019-09-17 Danco, Inc. Seals for closet collars
US11274429B2 (en) 2013-08-23 2022-03-15 Danco, Inc. Seals for closet collars

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US591067A (en) * 1896-12-12 1897-10-05 David Steel Wallace Automatic siphoning device
US1215347A (en) * 1914-05-04 1917-02-13 David Craig Pipe-union.
US3821820A (en) * 1972-12-07 1974-07-02 M Thompson Gasket for sealing outlet connection of a toilet bowl
WO1998002623A1 (en) * 1996-07-17 1998-01-22 Sabino Rodriguez Rodriguez Improvements in the universal receiving cone for toilet siphons

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US591067A (en) * 1896-12-12 1897-10-05 David Steel Wallace Automatic siphoning device
US1215347A (en) * 1914-05-04 1917-02-13 David Craig Pipe-union.
US3821820A (en) * 1972-12-07 1974-07-02 M Thompson Gasket for sealing outlet connection of a toilet bowl
WO1998002623A1 (en) * 1996-07-17 1998-01-22 Sabino Rodriguez Rodriguez Improvements in the universal receiving cone for toilet siphons

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2012005562A1 (en) * 2010-07-08 2012-01-12 Sabino Rodriguez Rodriguez Multiple vacuum generator
US10415224B2 (en) 2012-02-20 2019-09-17 Danco, Inc. Seals for closet collars
US10669707B2 (en) 2012-02-20 2020-06-02 Danco, Inc. Closet collar adaptations
US10683653B2 (en) 2012-02-20 2020-06-16 Danco, Inc. Closet collar adaptations
US11021862B2 (en) 2012-02-20 2021-06-01 Danco, Inc. Toilet seals
US11220813B2 (en) 2012-02-20 2022-01-11 Danco, Inc. Closet collar apparatus and systems
US12371889B2 (en) 2012-02-20 2025-07-29 Danco, Inc. Toilet seals
US11274429B2 (en) 2013-08-23 2022-03-15 Danco, Inc. Seals for closet collars

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