BR202019026273U2 - CONTAINER FOR STORAGE OF MINERAL WATER - Google Patents

Abstract

container for storing mineral water. the present utility model patent concerns a mineral water storage container (1) consisting of a cylindrical structure with a conical lower end (2), flat lid (3), perforator nozzle (6), sealing system and flow control (8), float (13), and slide valve (17/a), is characterized by supporting a bag-type packaging (4) surrounded by a membrane (5), fitting its entire body into drinking fountains, locking its lower end, seal and break the packaging (4). the cylindrical-conical structure (2) supports the package (4) on its internal walls and this assumes the geometric shape of the container (1). the membrane (5) guides the positioning of the bag (4) for piercing, requiring minimal force to pierce it. a piercing nozzle (6) is fixed to the conical structure (2), this pierces the membrane (5) and the bag (4) by gravity. internally in this perforating nozzle (6) a slide valve (17/a) with its cover (18) goes up or down through a float (13). the float (13) is located at the bottom of the container (1) and uses its filling to effectively float, maneuvering the valve (17/a), allowing the passage of water through holes.

Description

CONTAINER FOR STORAGE OF MINERAL WATER INTRODUCTION

001 This Utility Model descriptive report concerns a Container for Storage of Mineral Water, hereinafter referred to as Container, intended to support a sealed bag-type package surrounded by a membrane, which stores mineral water. The Container is composed of a cylindrical structure with a conical lower end, a sealing and perforation system, a sealing ring, an internal valve, a metering float, a metering float lid and a lid for the conical structure.

APPLICATION FIELD

002 The Recipient's field of application refers to the area of marketing and bottling and/or bottling of mineral water, more specifically to companies that supply or distribute mineral water.

GOAL

003 The Container is intended to support a sealed bag-type packaging for mineral water storage, in addition to serving as an alternative to the returnable gallon.

PROBLEMS TO SOLVE

• - Necessidade de lavagem das garrafas, garrafões e galões;
• - Alto custo com logística reversa;
• - Necessidade de transporte adequado dos recipientes citados;
• - Dificuldade no carregamento dos recipientes já que os mesmos são transportados contendo a água no seu interior;
• - Eventuais quedas e contatos com outros objetos durante o transporte dos galões podem produzir trincas, rachaduras ou perfurações, tornando-os inutilizáveis, gerando maior custo para os fornecedores e distribuidores de água mineral, assim como para o consumidor final;
• - Facilidade de contaminação da água em função do contato com o meio externo;
• - Frágil adaptação nos recipientes tipo bebedouros.

004 Currently, the supply of mineral water by responsible companies occurs, mostly, through bottles, jugs, gallons, among other containers, which have the deficiencies described below:

• - Need to wash bottles, jugs and gallons;
• - High cost with reverse logistics;
• - Need for adequate transport of the aforementioned containers;
• - Difficulty in loading containers as they are transported containing water inside;
• - Any falls and contact with other objects during the transport of the cans can produce cracks, cracks or perforations, making them unusable, generating higher costs for mineral water suppliers and distributors, as well as for the final consumer;
• - Ease of water contamination due to contact with the external environment;
• - Fragile adaptation to drinking fountains.

TECHNICAL STATUS

005 Currently, in the mineral water commercialization and bottling area, there is great concern with reverse logistics and the costs it generates for water suppliers.

006 Washing gallon-type containers increases the time spent in handling and sanitizing them, in addition to the high consumption of drinking water, cleaning products and labor cost for proper cleaning of such container.

• - BR 20 2014 003097 8 U2 depositado em 10/02/2014 sob o título de "GALÃO PARA ENVASAR LIQUIDOS EM GERAL, EM MATERIAL ATÓXICO, COM VOLUME, ESPECIFICAMENTE, PARA 15 (QUINZE) LITROS (VERSÁTIL ATE 14 (QUATORZE) LITROS), EM DIVERSAS FORMAS GEOMÉTRICAS POSSÍVEIS, COM OU SEM ENCAIXE, ACOPLADO, NO FUNDO DO GALÃO, PARA EMPILHAMENTO", O galão 1 tem o objetivo de envasar bebidas, líquidos em geral e afins, no volume, especifico, de 15 (quinze) litros (versátil até 14 (quatorze) litros), facilitando, consideravelmente, o manuseio e o armazenamento no menor espaço disponível. Além disso, o próprio galão 1, poderá ter um sistema de encaixe 2 e 3 que facilitará o armazenamento e lou empilhamento, visto que se acomodará um sobre o outro, dispensando outras peças de apoio para sua sustentação no empilhamento vertical. O Galão 1 foi desenvolvido para envasar 15 (quinze) litros, mas é versátil para acomodar líquidos até a quantidade de 14 (quatorze) litros. Além disso, o Galão 1 não vai interferir no processo de envase dos já existentes (i 0 e 20 litros) utilizando a mesma planta de enchimento das fontes (mineradoras) para estes litros.
• - BR 20 2016 018018 5 U2 depositado em 03/08/2016 sob o título de "DISPOSIÇÃO TÉCNICA E CONSTRUTIVA INTRODUZIDA EM GARRAFÃO PARA ÁGUA MINERAL", A presente patente de Modelo de Utilidade diz respeito a "Disposição Técnica e Construtiva Introduzida em Garrafão para Água Mineral" (1) constituída por vasilhame de formato tubular cilíndrico provido de gargalo (2), anéis paralelos , uma alça (3) trapezoidal na lateral e uma alça retangular (4) alongada na base ou parte inferior do Garrafão (I), é caracterizado pela inclusão de duas alças fabricadas em Polipropileno ,PP, sendo a primeira alça de formato trapezoidal (3), a qual é disponibilizada em área lateral rebaixada do Garrafão (1). e de uma segunda alça maciça posicionada na fase inferior do Garrafão (1), este Garrafão é fabricado ern duas etapas, a primeira, é a fabricação das alças (3) em material PP (Polipropileno) por processo de injeção e a segunda etapa, a fabricação do próprio garrafão (1) corn a fusão da alça na lateral (3), e alça (4) no fundo do mesmo.; Vale destacar que a alça (3) ,previamente fàbricada en1 PP (Polipropileno) e pré-aquecida nos pontos que sofrerá a fusão cone o corpo do garrafão (1)., sendo que, após aquecida, a mesma é inserida no interior de molde bipartido de garrafão , quando este molde se fecha sobre urn tubo de matéria prima de PP. Polipropileno amolecido a uma temperatura controlada que, por processo de inflação, faz com que esta matéria tome a forma do molde, e devido a alça (3) estar previamente aquecida, neste momento ocorre a fusão entre a alça (3) e o corpo do garrafão (1), e por ultimo. o molde do fundo do garrafão, que contem o negativo da alça (4), propiciará a formação da alça (4) maciça no fundo do mesmo.
• - BR 20 2016 018971 9 U2 depositado em 17/08/2016 sob o título de "DISPOSIÇÃO TÉCNICA E CONSTRUTIVA APLICADA EM TAMPAS PARA GARRAFÕES RETORNÁVEIS PARA ÁGUA MINERAL", A presente patente de Modelo de Utilidade, diz respeito a Disposição Técnica e Construtiva Aplicada em Tampas Para Garrafões Retornáveis Para Água Mineral, as quais são fabricadas em PET - Tereftalato de Etileno, a partir do sopro das pré-formas de PET e caracterizadas por serem providas de serrilhamento (3) ou semicorte aplicado na tampa (1) durante o sopro, ou seja, durante a fabricação com a finalidade de facilitar ao usuário do produto a remover a tampa (1) no momento de abri-la, bastando tão somente segurar a parte inferior do gargalo com uma das mãos e com a outra, segurar a tampa e girá-la aplicando uma leve força com a mão; Vale destacar que a utilização de Pet na fabricação das tampas (1) refere-se às características de expansão/retração do material, ou seja, ao fato de ser um material termo- encolhível, o que propicia confeccioná-los em um diâmetro maior que as bocas dos galões que existem no mercado, já que as tampas são fabricadas através do sopro de pré-formas de PET, sendo as mesmas sopradas com diâmetro maior que o diâmetro da boca do garrafão (2), pois, dado o fato do material ser termo- encolhível, o mesmo se adapta vedando perfeitamente o mesmo.
• - BR 20 2017 028093 0 U2 depositado em 26/12/2017 sob o título de "APERFEIÇOAMENTO INTRODUZIDO EM BOMBA PARA GARRAFÕES DE ÁGUA OU SIMILARES", Para uma disposição construtiva mais simples em bombas (1) para garrafões (G) de água, otimizando a sua utilização e desempenho. Para tanto, o corpo tubular externo (9) de uma bomba (1) é conectado a uma válvula (11), cujos furos (12) recebem fechamento por membrana flexível (13), além de receber internamente um cilindro (15) de menor diâmetro, formando uma câmara (16) entre ambos, sendo este último dotado de reentrância (17) inferior, contendo orifício de entrada (18), alojando uma esfera flutuante (19). Para o seu uso, o pistão (8), que desloca-se pelo interior do cilindro (15) através do puxamento de sua manopla (7), cria uma pressão negativa interna e faz com que a esfera (19), por ação da gravidade e do vácuo formado no cilindro (15) vede o orifício (18) de sua reentrância (17). Assim, a água (A) contida no garrafão (G) é conduzida para a válvula (11) que tem sua membrana (13) deslocada, abrindo-se e permitindo a passagem da água (A) por seus furos (12), preenchendo o cilindro (15). Em ação de bombeamento, o êmbolo (8) é empurrada por sua manopla (7) no sentido contrário da ação inicial, causando pressão hidráulica, deslocando a membrana flexível (13) em sentido contrário, vedando os furos (12) da válvula (11) e forçando o direcionamento da água (A) para o orifício de saída (18) da reentrância (17) do cilindro (15), deslocando assim sua esfera (19) e preenchendo a câmara (16) até sair pela bica (4) através do canal lateral (3) do cabeçote (2).
• - BR 20 2018 009970 7 U2 depositado em 16/05/2018 sob o título de "DISPOSIÇÃO CONSTRUTIVA APLICADA EM GALÃO PARA ÁGUA MINERAL", Para oferecer maior resistência mecânica ao galão e conforto ao usuário durante seu manuseio e transporte. Para tanto, o galão recebe, em seu corpo cilíndrico (1), uma cavidade trapezoidal (7) e, em sua base (8), dois rebaixos (9) dispostos em pontos diametrais opostos de sua borda inferior de apoio (10), seguida por um degrau contornante (11), a partir do qual, alinhada aos dois rebaixos (9), é estendida uma alça inferior retilínea (13) dotada de nervura de reforço linear externa (14) e cantoneiras internas (15), incorporadas do próprio material do galão (1), mantendo-se espaçada do painel de fundo (12) côncavo, de modo a permitir a passagem dos dedos e acomodação nas reentrâncias anatômicas (16), para formar a pega inferior para o galão. Ainda, sua alça lateral (17) possui corpo curvo em “C” (18), maciço, unindo-se frontalmente em pega vertical anatômica (19) dotada de entalhes circulares (20) de encaixe dos dedos e face externa lisa (21) cujos extremos recebem pontos côncavos (22) de apoio, de cantos suavizados e livre de vértices, evitando o acúmulo de sujeira.
• - BR 20 2018 010859 5 U2 depositado em 28/05/2018 sob o título de "ADAPTAÇÃO EM CONJUNTO DE GARGALO DE GALÕES DE ÁGUA MINERAL, SUPORTE DE LAVAGEM E BICO DOSADOR, COM ACOPLAMENTO PERSONALIZADO E UNIVERSAL NAS ETAPAS DE LIMPEZA E ENVASE", Para impedir que empresas com os galões dotados de suas logomarcas, após vazios sejam reaproveitados para reutilização por empresas não autorizadas, evitando falsificações. Para tanto, o gargalo (1) sofre aumento de diâmetro, ao passo que o suporte de lavagem (4) da máquina de lavagem (ML) possui formato de cúpula, e o bico dosador (5) recebe, no seu batente de acoplamento (13), correspondente aumento de diâmetro em sua parede interna (14). Com isso, é formado um sistema de acoplamento adaptativo, pois o galão (G) com tal redimensionamento será esterilizado com seu gargalo (1) vedado ao longo do afunilamento da cúpula dos suportes de lavagem (4) ao passo que poderá ser envasado somente pelo detentor da máquina com o bico de dosagem (5) com aumento de sua parede interna (14). Essa personalização protege, portanto, a indústria em relação à água que oferece ao mercado e, além disso, possibilita o envase de variados galões, atendendo a padronização do mercado. Além disso, tanto o suporte de lavagem (4) quanto o bico dosador (5), pela sua conformação inédita, atendem os gargalos (1) de galões de forma universal, também.

007 From the analysis of the problems encountered and aiming at placing a product on the market with its own development characteristics, prior researches were carried out with the INPI Database and the following documents were found:

• - BR 20 2014 003097 8 U2 deposited on 02/10/2014 under the title "GALLON FOR BOTTLING LIQUIDS IN GENERAL, IN ATOXIC MATERIAL, WITH VOLUME, SPECIFICALLY, FOR 15 (FIFTEEN) LITERS (VERSATILE UP TO 14 (FOURTEEN) LITERS) , IN SEVERAL POSSIBLE GEOMETRIC SHAPES, WITH OR WITHOUT FITTING, COUPLED, AT THE BOTTOM OF THE GALLON, FOR STACKING", Gallon 1 is intended to fill beverages, liquids in general and the like, in the specific volume of 15 (fifteen) liters (versatile up to 14 (fourteen) liters), making handling and storage considerably easier in the smallest space available. In addition, the gallon 1 itself may have a 2 and 3 docking system that will facilitate storage and stacking, as it will accommodate one over the other, dispensing with other support pieces for its support in vertical stacking. The Gallon 1 was developed to fill 15 (fifteen) liters, but it is versatile to accommodate liquids up to the amount of 14 (fourteen) liters. In addition, Galão 1 will not interfere in the filling process of the existing ones (i 0 and 20 liters) using the same filling plant as the sources (mining companies) for these liters.
• - BR 20 2016 018018 5 U2 filed on 03/08/2016 under the title of "TECHNICAL AND CONSTRUCTIVE PROVISION INTRODUCED IN BOTTLE FOR MINERAL WATER", The present Utility Model patent concerns the "Technical and Constructive Provision Introduced in Bottle to Mineral Water" (1) consisting of a container with a cylindrical tubular shape provided with a neck (2), parallel rings, a trapezoidal handle (3) on the side and a rectangular handle (4) elongated at the base or lower part of the Bottle (I), is characterized by the inclusion of two handles made of PP Polypropylene, the first handle being trapezoidal (3), which is available in the lowered lateral area of the Carrafão (1). and a second solid handle positioned in the lower phase of the Carboy (1), this Carboy is manufactured in two stages, the first is the manufacture of the handles (3) in PP material (Polypropylene) by an injection process and the second stage, the manufacture of the carboy itself (1) with the fusion of the handle on the side (3), and handle (4) at the bottom of it.; It is worth noting that the handle (3), previously manufactured in PP (Polypropylene) and preheated at the points that will undergo fusion with the carboy body (1)., and, after heating, it is inserted into the mold carboy bipartite, when this mold is closed on a tube of PP raw material. Polypropylene softened at a controlled temperature which, through the inflation process, causes this material to take the shape of the mold, and because the loop (3) is previously heated, at this time, the fusion between the loop (3) and the body of the carboy (1), and lastly. the mold of the bottom of the carboy, which contains the negative of the handle (4), will provide the formation of the solid handle (4) at the bottom of the same.
• - BR 20 2016 018971 9 U2 filed on 8/17/2016 under the title "TECHNICAL AND CONSTRUCTIVE PROVISION APPLIED IN COVERS FOR RETURNABLE BOTTLES FOR MINERAL WATER", The present Utility Model patent, concerns the Applied Technical and Constructive Disposition in Lids for Returnable Bottles for Mineral Water, which are manufactured in PET - Ethylene Terephthalate, from the blow of PET preforms and characterized by being provided with serrations (3) or semi-cutting applied to the lid (1) during the blow, that is, during manufacturing in order to make it easier for the user of the product to remove the lid (1) when opening it, just holding the lower part of the neck with one hand and holding it with the other the lid and turn it using a light force with your hand; It is noteworthy that the use of Pet in the manufacture of lids (1) refers to the expansion/retraction characteristics of the material, that is, to the fact that it is a heat-shrinkable material, which makes it possible to make them in a larger diameter than the mouths of the gallons that exist on the market, since the lids are manufactured by blowing PET preforms, and they are blown with a diameter greater than the diameter of the mouth of the carboy (2), given the fact of the material being heat-shrinkable, it adapts, sealing it perfectly.
• - BR 20 2017 028093 0 U2 filed on 12/26/2017 under the title "IMPROVEMENT INTRODUCED IN PUMP FOR WATER BOTTLES OR SIMILAR", For a simpler constructive arrangement in pumps (1) for water bottles (G), optimizing its usage and performance. For this purpose, the external tubular body (9) of a pump (1) is connected to a valve (11), whose holes (12) are closed by a flexible membrane (13), in addition to internally receiving a smaller cylinder (15) diameter, forming a chamber (16) between them, the latter being provided with a lower recess (17), containing an inlet (18), housing a floating sphere (19). For its use, the piston (8), which moves inside the cylinder (15) by pulling its handle (7), creates an internal negative pressure and causes the ball (19) by the action of the gravity and the vacuum formed in the cylinder (15) seals the orifice (18) of its recess (17). Thus, the water (A) contained in the carboy (G) is led to the valve (11) which has its membrane (13) displaced, opening and allowing the passage of water (A) through its holes (12), filling the cylinder (15). In pumping action, the piston (8) is pushed by its handle (7) in the opposite direction of the initial action, causing hydraulic pressure, displacing the flexible membrane (13) in the opposite direction, sealing the holes (12) of the valve (11 ) and forcing the direction of water (A) to the exit hole (18) of the recess (17) of the cylinder (15), thus displacing its ball (19) and filling the chamber (16) until it exits through the spout (4) through the side channel (3) of the head (2).
• - BR 20 2018 009970 7 U2 filed on 05/16/2018 under the title "CONSTRUCTIVE PROVISION APPLIED IN GALLON FOR MINERAL WATER", To offer greater mechanical resistance to the gallon and comfort to the user during handling and transport. For this purpose, the gallon receives, in its cylindrical body (1), a trapezoidal cavity (7) and, in its base (8), two recesses (9) arranged at opposite diametrical points of its lower supporting edge (10), followed by a skirting step (11), from which, aligned with the two recesses (9), a straight lower handle (13) is extended, provided with an external linear reinforcement rib (14) and internal angles (15), incorporated in the material of the gallon (1) itself, keeping spaced from the concave bottom panel (12), in order to allow the passage of the fingers and accommodation in the anatomical recesses (16), to form the lower handle for the gallon. Also, its side handle (17) has a massive “C” curved body (18), joining frontally in an anatomical vertical handle (19) equipped with circular notches (20) for finger fitting and smooth external face (21) whose ends receive concave points (22) of support, with smoothed corners and free of vertices, preventing the accumulation of dirt.
• - BR 20 2018 010859 5 U2 filed on 05/28/2018 under the title "ADJUSTMENT TO THE BOTTLE OF MINERAL WATER GALLONS, WASHING SUPPORT AND DOSING NOZZLE, WITH PERSONALIZED AND UNIVERSAL COUPLING IN THE CLEANING AND PACKAGING STAGES", To prevent companies with the gallons endowed with their logos, after they are empty, from being reused for reuse by unauthorized companies, avoiding forgery. For this purpose, the neck (1) undergoes an increase in diameter, while the washing support (4) of the washing machine (ML) has a dome shape, and the dosing nozzle (5) receives, in its coupling stop ( 13), corresponding increase in diameter in its inner wall (14). With this, an adaptive coupling system is formed, as the gallon (G) with such resizing will be sterilized with its neck (1) sealed along the taper of the dome of the washing supports (4), whereas it can only be filled by the keeper of the machine with the dosing nozzle (5) with an increase in its internal wall (14). Therefore, this customization protects the industry in relation to the water it offers to the market and, in addition, allows for the filling of various gallons, meeting market standardization. In addition, both the washing support (4) and the dosing nozzle (5), due to their unique conformation, serve the bottlenecks (1) of gallons in a universal way, too.

008 From the comparative analysis of the documents found, it appears that they only reflect the general state of the technique, which is why we consider that there are no impediments to granting the requested privilege, in view of the technological advances achieved in this Utility Model , as will be detailed in the topics that follow.

TECHNOLOGICAL PROGRESS

• - Composto por estrutura cilíndrica com extremidade inferior cônica, que sustentará uma embalagem do tipo saco para armazenamento de água mineral, sendo a mesma apoiada em suas paredes;
• - Oferece vedação segura e resistência à contaminação da água, já que a embalagem do tipo saco é selada;
• - Apresenta membrana que envolve externamente a embalagem do tipo saco, com espessura menor que a do próprio saco, indicando o local exato onde o furador irá atuar;
• - Promove o rompimento da membrana a da embalagem, e como consequência, libera a vazão de água;
• - Capacidade de controle da vazão de água;
• - Apresenta tampa na porção superior da estrutura cilíndrica que separa o conteúdo interno do meio externo, evitando a contaminação deste conteúdo pela ausência de contato com sujidades presentes no ambiente;
• - Sua configuração permite o encaixe da estrutura cilíndrica com extremidade inferior cônica em bebedouros já existentes.

009 According to its design and development, the Container is defined by the following characteristics:

• - Composed of a cylindrical structure with a conical lower end, which will support a bag-type packaging for mineral water storage, which is supported on its walls;
• - Offers secure sealing and resistance to water contamination, as bag-type packaging is sealed;
• - It has a membrane that externally surrounds the bag-type packaging, with a thickness smaller than that of the bag itself, indicating the exact location where the punch will act;
• - Promotes the rupture of the membrane and the packaging, and as a consequence, releases the water flow;
• - Ability to control water flow;
• - It has a lid on the upper portion of the cylindrical structure that separates the internal content from the external environment, preventing the contamination of this content due to the absence of contact with dirt present in the environment;
• - Its configuration allows the fitting of the cylindrical structure with conical lower end in existing drinking fountains.

DESCRIPTION OF THE FIGURES

010 In order to obtain a complete and complete view of how the Container object of this Utility Model Patent is constituted, the attached illustrative drawings are attached, referenced as follows:
Figure 1: Illustrates perspective view of the complete Container;
Figure 2: Corresponds to the exploded side view of the complete Container;
Figure 3: Represents a longitudinal section view of the Container and the lid, with the flow direction with an open system;
Figure 4: Illustrates front view of the bag-type package with the membrane surrounding it;
Figure 5: Illustrates top view of the bag-type package with the membrane that surrounds it;
Figure 6: Illustrates top exploded perspective view of the drilling and flow control system;
Figure 7: Illustrates bottom exploded perspective view of the drilling and flow control system;
Figure 8: Corresponds to the perspective view of the drilling and flow control system;
Figure 9: Represents front view of the drilling and flow control system;
Figure 10: Shows a longitudinal section view of the drilling and flow control system;
Figure 11: Illustrates top view of the drilling and flow control system;
Figure 12: Shows bottom view of the drilling and flow control system;
Figure 13: Represents front view of the float assembly;
Figure 14: Corresponds to the longitudinal section view of the float assembly;
Figure 15: Illustrates top view of the float assembly;
Figure 16: Shows bottom view of the float assembly;
Figure 17/A: Represents front view of the valve;
Figure 17/B: Corresponds to the longitudinal section view of the valve;
Figure 17/C: Illustrates top view of valve;
Figure 17/D: Shows bottom view of the valve;
Figure 18: Illustrates the inner valve cover.

MODEL DESCRIPTION

011 As shown in the drawings accompanying this report, the Container (1) is composed of a cylindrical structure with a conical lower end (2), intended for adaptation to existing drinking fountains on the market, in addition to having a lid at its upper end flat (3). In addition, it supports a bag-type packaging (4) produced in non-toxic and sterilized material, which stores the mineral water, makes it possible to lock its lower end and, through a sealing and flow control system (8), promotes the sealing and the rupture of the bag-type packaging (4) to allow the flow of water, as well as to control such flow.

012 The system involves six parts and a sealing ring, the latter being only an integral part of the operation of the complete equipment, which work performing four tasks: drilling and floating for the opening and closing of an internal valve (17/A ).

013 The cylindrical-conical structure (2) is the one that supports the bag-type packaging (4), which is supported on the internal walls of the structure and assumes the geometric shape of the Container (1) when inserted into it. Therefore, the bag-type packaging (4) has a cylindrical shape and at its ends there is a membrane (5) with a thickness smaller than that of the bag. The membrane (5) guides the positioning of the bag for piercing, in this way it will require minimal force to pierce the bag.

014 A perforating nozzle (6) is fixed to the conical structure (2) and perforates the membrane (5) and the bag-type packaging (4) by gravity, and internally in this perforating nozzle (6) a sliding valve (17/A) ) with its cover (18) goes up or down by means of a float (13).

015 The float (13), in turn, is located at the bottom of the Container (1), internally in the drinking fountain, and uses the filling of the container to effectively float, thus maneuvering the valve (17/A) located inside the spout (6) and allows the passage of water through holes. At the end of the process there will be total exhaustion of the water contained in the bag-type packaging (4).

CONCLUSION

016 It can be seen from everything that has been described and illustrated that it is a Container for Storage of Mineral Water, (1), which fits perfectly into the rules governing the Utility Model Patent, deserving for what was exposed and how consequently, the requested privilege.

Claims (1)

"MINERAL WATER STORAGE CONTAINER" (1) is intended for the mineral water bottling and/or bottling area, which is formed by a cylindrical-conical structure (2) with upper lid (3) and drilling system with control flow (8) fixed to the conical structure, which is characterized by supporting a bag-type packaging (4) for mineral water storage surrounded by a membrane (5) positioned inside the cylindrical-conical structure (2), allowing to fit the entire the container body in drinking fountains, lock its lower end, seal and break the membrane and bag-type packaging.

Images