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WO2022133565A1 - Smart unit for cooling and holding recipients containing liquids - Google Patents

Smart unit for cooling and holding recipients containing liquids Download PDF

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Publication number
WO2022133565A1
WO2022133565A1 PCT/BR2021/050572 BR2021050572W WO2022133565A1 WO 2022133565 A1 WO2022133565 A1 WO 2022133565A1 BR 2021050572 W BR2021050572 W BR 2021050572W WO 2022133565 A1 WO2022133565 A1 WO 2022133565A1
Authority
WO
WIPO (PCT)
Prior art keywords
support base
container
cooling
reservoir
base
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/BR2021/050572
Other languages
French (fr)
Portuguese (pt)
Inventor
Augusto FONSECA DE MOURA
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zi9 Pesquisa E Desenvolvimento Ltda
Original Assignee
Zi9 Pesquisa E Desenvolvimento Ltda
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Zi9 Pesquisa E Desenvolvimento Ltda filed Critical Zi9 Pesquisa E Desenvolvimento Ltda
Publication of WO2022133565A1 publication Critical patent/WO2022133565A1/en
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D17/00—Arrangements for circulating cooling fluids; Arrangements for circulating gas, e.g. air, within refrigerated spaces
    • F25D17/02—Arrangements for circulating cooling fluids; Arrangements for circulating gas, e.g. air, within refrigerated spaces for circulating liquids, e.g. brine
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D3/00—Devices using other cold materials; Devices using cold-storage bodies
    • F25D3/02—Devices using other cold materials; Devices using cold-storage bodies using ice, e.g. ice-boxes
    • F25D3/06—Movable containers

Definitions

  • the present invention relates to an assembly for cooling and supporting containers comprising liquids, such as cans and bottles, comprising temperature sensors and communication means for transmitting information about the refrigeration of the containers.
  • Document CN201320043 describes a cup provided with a thermometer, the cup serving only the functions of thermal insulation and water retention, but the temperature of the water inside the cup cannot be measured. For a user who wants to drink with the water, it is necessary to know the approximate temperature of the water to make the preparation smoother.
  • the cup provided by the utility model can measure the temperature of the water inside the cup, and it has the advantages of low manufacturing cost, convenient usage, and beautiful and graceful appearance.;
  • the document CN104068710 describes a smart cup for timing temperature adjustment comprising a lid, a body and a handle that are sequentially connected.
  • a timing thermometer is mounted on the cup body and a right protection block and a left protection block are arranged on the right and left side of the timing thermometer, respectively.
  • the timing thermometer is added to the thermos, the temperature of the water in the thermos can be measured, and the voice prompt can be sent when the temperature reaches a set value, so that the person is less likely to get burned. Protection blocks are added on both sides of the timing thermometer, so that the timing thermometer is prevented from being broken;
  • Document CN102894797 describes a mug with a thermometer placed in a lid. After the lid and body of the mug are closed, a thermometer temperature probe is located in the body of the mug. When the mug is used to drink tea, the temperature of the water in the body of the mug can be measured by the thermometer.
  • Another objective of the present invention is to provide a set of Smart for cooling and supporting containers comprising liquids that can be reused.
  • the present invention relates to an intelligent assembly for cooling and supporting containers comprising liquids, comprising:- at least one cooling base (10), provided with communication and transmission means, comprising a thermistor (101) centrally arranged in an allocation region (102) of containers with liquids, the thermistor (101) making contact with a bottom of the container allocated in the allocation region (102);
  • At least one support base (20) comprising a contact surface (201), arranged in the central and upper part of the support base (20) and making contact with the bottom of the container with liquids;
  • At least one wrapping structure (30) which receives the container with liquids and whose internal area is entirely covered with insulating materials; the wrapping structure (30) being detachably attachable to the cooling base (10) and to the support base (20); and
  • the cooling base of the assembly according to the present invention further comprises at least one control board and a temperature display, which displays the temperature of the container captured by the thermistor.
  • the support base body of the support base comprises collection channels 2050 arranged tangentially to the contact surface, the collection channels leading liquid from the container to an interior cavity of the support base body.
  • a hollow internal volume is fitted with a conductive cylinder, which has a contact pin in one of its bases, which is allocated to contact the base of refrigerated containers, when supported on the contact surface and ice or fluid coolant from reservoir 2030.
  • the cylinder may comprise pin on both bases, one of which is for contact in order to contact the base of the refrigerated containers and the other pin to contact the ice of the reservoir.
  • the support base body of the support base comprises a reservoir to accommodate ice or coolant fluid.
  • the reservoir will comprise an elevating surface, which is vertically elevating along the height of the reservoir, the elevating surface being elevating to constantly keep the ice present in the reservoir in contact with the cylinder.
  • the support base additionally comprises a mass sensor configured to continuously measure a mass of the beverage container and compare it to a standard mass of an empty container, so that, when approaching the empty container mass value, the mass sensor transmits a message, through communication and transmission means, to a mobile device advising the need to replace the beverage container.
  • the support base additionally comprises a display to show the temperature and buttons with transmission systems, which can be designed to send messages to waiters, such as: need for service, account closure, activation/deactivation of automatic replacement generated according to the message of the mass sensor.
  • At least one hole is arranged for the removal of condensed water in the interior cavity of the body of the support base.
  • the lower cover comprises a retention cavity in communication with the support base for receiving and storing condensed liquid.
  • the lower part of the support base comprises a sealable outlet for withdrawing accumulated liquid, sealed by a pin or adhesive.
  • Figure 1 represents an intelligent cooling base for containers comprising liquids
  • Figure 2 represents a second image of the cooling base of containers comprising liquids
  • Figure 3 represents a support base for containers comprising cooled liquids
  • Figure 4 is a cross-sectional view of the support base represented by Figure 3;
  • Figure 5 represents a wrapping structure for beverage containers of the smart set for cooling and supporting containers according to the present invention
  • Figure 6 represents an alternative wrapping structure for beverage containers of the smart set for cooling and supporting containers according to the present invention
  • FIG. 7 represents a lower cover of the smart assembly for cooling and supporting containers according to the present invention
  • FIG. 8 is a block diagram of the electronic circuit of the cooling base of the intelligent assembly for cooling and supporting containers according to the present invention
  • Figure 9 represents a support base for containers of the kit of the present invention comprising the improvement of a cylinder of conductive material
  • Figure 10 represents a non-removably attachable lower cover to the support base, thus forming a single piece
  • Figure 11 represents a support base comprising a lifting surface in an embodiment in which the support base comprises a cylinder in its hollow internal volume of the contact surface;
  • Figure 12 represents a support base comprising a lifting surface in an embodiment in which the support base does not comprise a cylinder in its hollow internal volume of the contact surface.
  • each type of drink has an ideal temperature for consumption but we often come across situations in which we consume drinks without being at the ideal temperature for consumption, often losing the original flavor of the drink when the refrigerated or even losing the entire drink because it has frozen, another situation that often happens that this product solves is the loss of it, or the cellular device.
  • the intelligent set for cooling and supporting containers according to the present invention is composed of:
  • the wrapping structure being removable to each other to the bases.
  • the cooling base 10 of the assembly according to the present invention corresponds to an intelligent base, comprising a thermistor 101 centrally arranged in an allocation region 102 of containers with liquids, the thermistor 101 makes contact with the bottom of the container allocated in the allocation region 102.
  • the cooling base 10 also comprises at least one control board and a temperature display 103, which displays the captured temperature by the thermistor 101.
  • the cooling base 10 is provided with communication means capable of transmitting to mobile devices the temperature of the container allocated on the cooling base 10. It is also possible to set a temperature of interest and configure the communication means to warn mobile devices when thermistor 101 identifies that the temperature of interest has been reached.
  • the function of the cooling base 10 is to receive a container with liquids, which is fitted (or simply positioned/supported) in the allocation region 102, the cooling base 10 being then accommodating the container placed in an environment of refrigeration.
  • the cooling base 10 which can be Wi-Fi, Bluetooth, RFID
  • a warning is generated about the temperature of the container.
  • the cooling base 10 also comprises an on-off button (not shown) and operates with batteries. It can also comprise a “buzzer” to release an audible signal when the temperature of interest is reached.
  • Figure 8 schematically illustrates the electronic circuit installed on the cooling base 10.
  • the support base 20 of the set according to the present invention has the function of supporting the container with liquids and helping to maintain its temperature.
  • the support base 20 comprises a contact surface 201, arranged in the central and upper part of the support base 20 and making contact with the bottom of the container with liquids.
  • the contact surface 201 is attachable to the body of the support base 202, by fitting, contact pressure or threading. Further, the contact surface 201 contains grooves to collect sweat from refrigerated containers.
  • the body of the support base 202 contains retraction channels 2050 tangentially arranged with respect to the contact surface 201 .
  • the body of the support base 202 comprises, in a central area of its internal volume, a reservoir 2030, which receives water or any other refrigerant fluid to be cooled.
  • the body of the support base also comprises a hollow internal volume 2010, which functions as a safety region for the expansion of water/refrigerant fluid after cooling, so that such a hollow internal volume 2010 allows for the expansion of water/fluid without structures, such as the collection channels, being compromised.
  • Such collection channels 2050 are intended to collect sweat from the liquid containers, in order to prevent water from coming into contact with the container, which would lead to the loss of temperature maintenance.
  • the collection channels 2050 lead the liquid from the sweat to the interior cavity 2040, which retains both the sweat from the container and the sweat from the reservoir 2030 and the hollow volume 2010, which protects the ice/coolant, from the support base body. 202.
  • a cylinder 2000 of conductive material is fitted, which has in one of its bases a contact pin that is allocated so as to make contact with the base of the refrigerated containers, when supported on the contact surface.
  • Cylinder 2000 makes contact with ice (or any other refrigerant fluid) present in a reservoir 2030.
  • ice or any other refrigerant fluid
  • the cylinder is designed with conductive material and is placed in contact with ice/refrigerant fluid in the reservoir and directly with the container positioned on the contact surface 201 , it ends up helping to maintain the low temperature of the container to be refrigerated even outside the refrigeration environment and even when the ice is changing to a liquid state.
  • the 2000 cylinder does not fill the entire 2010 hollow internal volume so that it can still act as a safety region for the expansion of the water/coolant after cooling, which may or may not be hollow.
  • the interior cavity 2040 of the body of the support base 202 is designed to contain sweat from the collection channels 2050 and from the sweat from the reservoir 2030 (which can have a vacuum edge or be coated externally with any insulating material such as Styrofoam, Neoprene and others to help preserve the ice and prevent the condensed liquid from transpiration to the outside), so the support base 202 must be kept in a refrigerator so that the water is frozen and helps to maintain the container of liquid allocated on the support region 202, which, in turn, has a hollow internal volume 2010 to accommodate the water when turning ice, preventing the expansion when turning ice cannot be carried in the reservoir 2030 of the body of the base of support 202.
  • the body of the support base 202 also comprises, along the entire extremity of its lateral area, lateral condensation grooves 2020 that serve to prevent that, when the ice melts, there is direct transpiration on the side wall and contact with support surfaces, thus preventing surfaces such as furniture from being stained, for example.
  • the condensate flows through the grooves 2020 being collected in the interior cavity 2040.
  • a hole 2070 is arranged in the center of the lower surface of the body of the support base 202.
  • This hole has the function of allowing the removal of condensed water in the interior cavity 2040, which receives the sweat drained from the container through the collection channels 2050 and of the ice reservoir 2030 collected in the interior cavity 2040.
  • the lower cover 203 comprises a retention cavity 2060 in communication with the support base 20 for receiving and packaging condensed liquid, the liquid being transmitted through the orifice 2070.
  • the lower cover and the support base form a single piece and are not removable.
  • the base of this base has a sealable outlet for withdrawing the accumulated liquid. This sealing can happen by silicone pins, for example.
  • the water (trapped sweat) from the ice in the interior cavity 2040 of the body of the support base 202 flows into the retention cavity 2060, coming from the sweat drained by the retention channels 2050 and from the sweat of the 2030 reservoir.
  • the reservoir may comprise an elevating surface ( Figure 11) that moves vertically along the height of the reservoir 2030.
  • This elevating surface when elevated, causes the ice present in reservoir 2030 rise and remain in contact with cylinder 2000, so that it remains at low temperature.
  • This lifting surface therefore prevents a gap between the conductive cylinder and the ice, optimizing the system.
  • the lifting base can be lifted with a mechanical side rail or, even, in an automated way (in this scenario, with a detection sensor capable of generating a signal about the need for lifting associated, for example, with a servo motor or any other device).
  • a detection sensor capable of generating a signal about the need for lifting associated, for example, with a servo motor or any other device.
  • another appropriate mechanism to raise the surface to keep the ice in contact with the 2000 cylinder Figure 1 1 ).
  • the hollow internal volume 2010 may not accommodate a cylinder 2000, which may be hollow or massive. This is because the lifting surface may cause, when moving vertically, the ice and/or refrigerant present in the reservoir to rise, fill the hollow internal volume and, thus, make contact with the container allocated on the contact surface ( Figure 12) .
  • the support base 20 additionally comprises a mass sensor (not shown in the figures), configured to continuously measure the mass of the beverage container and compare it to a standard empty container mass, so that, when approaching the empty container mass value, the mass sensor transmits a message, via the media and transmission, to a mobile device advising the need to replace the beverage container.
  • a mass sensor (not shown in the figures), configured to continuously measure the mass of the beverage container and compare it to a standard empty container mass, so that, when approaching the empty container mass value, the mass sensor transmits a message, via the media and transmission, to a mobile device advising the need to replace the beverage container.
  • This feature is of great value to establishments such as bars and restaurants, which can use this function to warn a waiter or attendant about the need to offer or replace a beverage container.
  • the support base can also include a display to show the temperature and buttons with transmission systems, which can be designed to send messages to waiters, such as: need for service, account closure , automatic reset activation/deactivation (as per mass sensor message).
  • the set according to the present invention also comprises a wrapping structure 30, as shown in Figures 5 and 6.
  • the wrapping structure 30 can be designed in different formats, in order to be able to wrap different containers: cans, bottles . In this sense, the internal area of the wrapping structure 30 is entirely covered with insulating materials, one of the possibilities being Neoprene.
  • the wrapping structure 30 is removable coupled to both the cooling base 10 and the support base 20. Such coupling can occur by fitting, pressing, threading.
  • the wrapping structure 30, which can comprise handles or handles in general, in addition to having an insulating function, prevents the liquid container from being placed in direct contact with the user and preventing freezing.
  • the wrapping structure comprises an outer vacuum hollow edge to optimize the low temperature maintenance of the container allocated therein.
  • the support base 20 must have its reservoir 2030 of the body 202 filled with water (or any other refrigerant fluid) and placed in a cooler so that the water is frozen.
  • the cooling base 10 must be turned on and then receive, in its upper part, a beverage container allocated in the allocation region 102.
  • the container and cooling base assembly 10 is kept in a refrigerator until the thermistor 101 identifies the reach of a temperature of interest. At this moment, through the media, a message is sent to a user, through an application, for example, in order to notify the ideal temperature of the container.
  • the container is then removed without the need for contact with it and the beverage freezing due to the contact between user and container.
  • the cooling base 10 is then free to receive a next container to be cooled.
  • the wrapping structure 30, after collecting the container, is coupled to the body of the support base 202, so that the user can consume the liquid from the container, without contact with the container, and ensuring that the sweat of the same is collected . Furthermore, the temperature of the container is maintained, both by the insulating coating of the wrapping structure 30 and by contacting the support base 20, comprising ice in its internal cavity.
  • the assembly of the present invention comprises a lower cover 100, which fits into the cooling base 10, allowing manipulation of the cooling base 10 and serving to prevent water from entering and, thus, protect the hardware.
  • the assembly according to the present invention may comprise a second wrapping structure (not shown in the figures), such as a thermos cup.
  • a thermo cup being configured in a shape of a cup with a bottom, one-piece and internally covered with thermal material, the thermo cup being threaded on the support base.
  • This additional structure provides a more comprehensive kit set. complete, working so that the user would remove the beverage container from the cooling base using the wrapping structure comprising the neoprene to not touch the cold container and not freeze, would open the container and then insert the liquid into this thermos cup that would be threaded on the base of cooling to maintain the temperature of the liquid.
  • the user would have the option of not consuming the drink directly from the container - in cans or in the bottle, being able to consume the liquid in this glass.
  • the set according to the present invention may also comprise sound signals, lights, batteries that can be exchanged or built-in batteries that can be recharged (in these cases, of course, the cooling base 10 comprises connectors, USB ports or for charger). These aspects may vary according to different embodiments and add secondary characteristics to the set according to the present invention.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Physics & Mathematics (AREA)
  • Mechanical Engineering (AREA)
  • Thermal Sciences (AREA)
  • General Engineering & Computer Science (AREA)
  • Devices That Are Associated With Refrigeration Equipment (AREA)

Abstract

The present invention relates to a smart unit for cooling and holding recipients containing liquids, including at least one support base, a cooling base, a surrounding structure, and a bottom cover, which may be removable. The unit according to the present invention is able to determine the temperature of a recipient containing a liquid during a cooling process and to send said information to a mobile device to give notice of attainment of an ideal temperature.

Description

“CONJUNTO INTELIGENTE PARA RESFRIAMENTO E SUPORTE DE RECIPIENTES COMPREENDENDO LÍQUIDOS” “INTELLIGENT SET FOR COOLING AND SUPPORTING CONTAINERS INCLUDING LIQUIDS”

Campo da Invenção Field of Invention

[0001] A presente invenção refere-se a um conjunto para resfriamento e suporte de recipientes compreendendo líquidos, como latas e garrafas, compreendendo sensores de temperatura e meios de comunicação para transmitir informações sobre a refrigeração dos recipientes. [0001] The present invention relates to an assembly for cooling and supporting containers comprising liquids, such as cans and bottles, comprising temperature sensors and communication means for transmitting information about the refrigeration of the containers.

Antecedentes da Invenção Background of the Invention

[0002] São conhecidos diversos documentos do estado da técnica que descrevem sistemas e kits de refrigeração de recipientes de bebidas, sendo cada um deles voltados para diferentes objetivos e especifidades. [0002] Several state-of-the-art documents are known that describe systems and refrigeration kits for beverage containers, each one aimed at different objectives and specificities.

[0003] O documento CN201320043 descreve um copo fornecido com um termômetro, sendo que o copo serve apenas as funções de isolamento térmico e retenção de água, mas a temperatura da água no interior do copo não pode ser medida. Para um usuário que deseja beber com a água, é necessário saber a temperatura aproximada da água para tornar a preparação mais suave. O copo fornecido pelo modelo de utilidade pode medir a temperatura da água dentro do copo e possui as vantagens de baixo custo de fabricação, uso conveniente e aparência bonita e graciosa.; [0003] Document CN201320043 describes a cup provided with a thermometer, the cup serving only the functions of thermal insulation and water retention, but the temperature of the water inside the cup cannot be measured. For a user who wants to drink with the water, it is necessary to know the approximate temperature of the water to make the preparation smoother. The cup provided by the utility model can measure the temperature of the water inside the cup, and it has the advantages of low manufacturing cost, convenient usage, and beautiful and graceful appearance.;

[0004] Já o documento CN104068710 descreve um copo inteligente de ajuste da temperatura de temporização compreende uma tampa, um corpo e um manipulo que são conectados sequencialmente. Um termômetro de temporização é montado no corpo do copo e um bloco de proteção direito e um bloco de proteção esquerdo são dispostos no lado direito e no lado esquerdo do termômetro de temporização, respectivamente. O termômetro de temporização é adicionado à garrafa térmica, a temperatura da água na garrafa térmica pode ser medida e o aviso por voz pode ser enviado quando a temperatura atingir um valor definido, para que a pessoa seja menos propensa a ser queimada. Os blocos de proteção são adicionados nos dois lados do termômetro de temporização, para que o termômetro de temporização seja impedido de ser quebrado; [0005] O documento CN102894797 descreve uma caneca com um termômetro colocado em uma tampa. Depois que a tampa e o corpo da caneca são fechados, uma sonda de temperatura do termômetro fica localizada no corpo da caneca. Quando a caneca é usada para beber chá, a temperatura da água no corpo da caneca pode ser medida pelo termômetro. [0004] The document CN104068710 describes a smart cup for timing temperature adjustment comprising a lid, a body and a handle that are sequentially connected. A timing thermometer is mounted on the cup body and a right protection block and a left protection block are arranged on the right and left side of the timing thermometer, respectively. The timing thermometer is added to the thermos, the temperature of the water in the thermos can be measured, and the voice prompt can be sent when the temperature reaches a set value, so that the person is less likely to get burned. Protection blocks are added on both sides of the timing thermometer, so that the timing thermometer is prevented from being broken; [0005] Document CN102894797 describes a mug with a thermometer placed in a lid. After the lid and body of the mug are closed, a thermometer temperature probe is located in the body of the mug. When the mug is used to drink tea, the temperature of the water in the body of the mug can be measured by the thermometer.

[0006] Já o documento US20020175158 descreve uma caneca de bebida eletrônica incluindo um elemento de aquecimento em comunicação térmica com a caneca para aquecer um líquido contido na caneca, um sensor de temperatura em comunicação com o elemento de aquecimento para monitorar uma temperatura do líquido, um controlador em comunicação com o sensor de temperatura e o elemento de aquecimento para ativar e desativar seletivamente o elemento de aquecimento de modo a aquecer o líquido na caneca até a temperatura desejada. [0006] Already the document US20020175158 describes an electronic beverage mug including a heating element in thermal communication with the mug to heat a liquid contained in the mug, a temperature sensor in communication with the heating element to monitor a temperature of the liquid, a controller communicating with the temperature sensor and heating element to selectively activate and deactivate the heating element to heat the liquid in the mug to the desired temperature.

Objetivos da Invenção Objectives of the Invention

[0007] É um dos objetivos da presente invenção prover um conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos, capaz de prover notificação e exibição ágil sobre a temperatura de recipientes para recipientes com líquidos, impedindo o congelamento indesejado ou então o não alcance de uma temperatura ideal para consumo. [0007] It is one of the objectives of the present invention to provide an intelligent set for cooling and supporting containers comprising liquids, capable of providing notification and agile display about the temperature of containers for containers with liquids, preventing unwanted freezing or otherwise not reaching an ideal temperature for consumption.

[0008] É outro objetivo da presente invenção fornecer um conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos, que permita o consumo do líquido, sem contato direto com o recipiente que o compreende. [0009] É mais um dos objetivos da presente invenção prover conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos que evite a manchar estruturas, superfícies e móveis em que o recipiente com líquidos é colocado. [0008] It is another objective of the present invention to provide an intelligent assembly for cooling and supporting containers comprising liquids, which allows the consumption of the liquid, without direct contact with the container that comprises it. [0009] It is one more objective of the present invention to provide an intelligent assembly for cooling and supporting containers comprising liquids that avoid staining structures, surfaces and furniture in which the container with liquids is placed.

[00010] Também é objetivo da presente invenção prover um conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos que mantenha a temperatura do recipiente com líquidos, mesmo quando fora do ambiente de refrigeração. [00010] It is also an object of the present invention to provide an intelligent assembly for cooling and supporting containers comprising liquids that maintain the temperature of the container with liquids, even when outside the refrigeration environment.

[00011] Um outro objetivo da presente invenção é prover um conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos que possa ser reutilizado. [00011] Another objective of the present invention is to provide a set of Smart for cooling and supporting containers comprising liquids that can be reused.

Sumário da Invenção Summary of the Invention

[00012] A presente invenção se refere a um conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos, compreendendo:- pelo menos uma base de resfriamento (10), dotada de meios de comunicação e transmissão, compreendendo um termistor (101 ) centralmente disposto em uma região de alocação (102) de recipientes com líquidos, sendo que o termistor (101 ) faz contato com um fundo do recipiente alocado na região de alocação (102); [00012] The present invention relates to an intelligent assembly for cooling and supporting containers comprising liquids, comprising:- at least one cooling base (10), provided with communication and transmission means, comprising a thermistor (101) centrally arranged in an allocation region (102) of containers with liquids, the thermistor (101) making contact with a bottom of the container allocated in the allocation region (102);

[00013] - pelo menos uma base de suporte (20), compreendendo uma superfície de contato (201 ), disposta na parte central e superior da base de suporte (20) e fazendo contato com o fundo do recipiente com líquidos; [00013] - at least one support base (20), comprising a contact surface (201), arranged in the central and upper part of the support base (20) and making contact with the bottom of the container with liquids;

[00014] - pelo menos uma estrutura envoltória (30), que recebe o recipiente com líquidos e cuja área interna é integralmente revestida com materiais isolantes; a estrutura envoltória (30) sendo removivelmente acoplável à base de resfriamento (10) e à base de suporte (20); e [00014] - at least one wrapping structure (30), which receives the container with liquids and whose internal area is entirely covered with insulating materials; the wrapping structure (30) being detachably attachable to the cooling base (10) and to the support base (20); and

[00015] - pelo menos uma tampa inferior (203), sendo removivelmente acoplável à base de suporte (20) ou não. [00015] - at least one lower cover (203), being removable or not attachable to the support base (20).

[00016] A base de resfriamento do conjunto de acordo com a presente invenção compreende, ainda, pelo menos uma placa de controle e um exibidor de temperatura, que exibe a temperatura do recipiente captada pelo termistor. O corpo da base de suporte da base de suporte compreende canais de recolhimento 2050 tangencialmente dispostos em relação à superfície de contato, os canais de recolhimento conduzindo líquido proveniente do recipiente para uma cavidade interior do corpo da base de suporte. [00016] The cooling base of the assembly according to the present invention further comprises at least one control board and a temperature display, which displays the temperature of the container captured by the thermistor. The support base body of the support base comprises collection channels 2050 arranged tangentially to the contact surface, the collection channels leading liquid from the container to an interior cavity of the support base body.

[00017] Neste sentido, volume interno oco é encaixado um cilindro condutor, que possui em uma de suas bases um pino de contato, que é alocado para contatar a base dos recipientes refrigerados, quando apoiados sobre a superfície de contato e o gelo ou fluido refrigerante do reservatório 2030. Adicionalmente, o cilindro pode compreender pino em ambas as bases, sendo um deles para contato de modo a contatar a base dos recipientes refrigerados e o outro pino para contatar o gelo do reservatório. [00017] In this sense, a hollow internal volume is fitted with a conductive cylinder, which has a contact pin in one of its bases, which is allocated to contact the base of refrigerated containers, when supported on the contact surface and ice or fluid coolant from reservoir 2030. Additionally, the cylinder may comprise pin on both bases, one of which is for contact in order to contact the base of the refrigerated containers and the other pin to contact the ice of the reservoir.

[00018] Ainda, o corpo da base de suporte da base de suporte compreende um reservatório para acomodar gelo ou fluido refrigerante. O reservatório compreender uma superfície elevável, que é elevável verticalmente ao longo da altura do reservatório, sendo a superfície elevável, elevável para manter constantemente o gelo presente no reservatório em contato com o cilindro. [00018] Further, the support base body of the support base comprises a reservoir to accommodate ice or coolant fluid. The reservoir will comprise an elevating surface, which is vertically elevating along the height of the reservoir, the elevating surface being elevating to constantly keep the ice present in the reservoir in contact with the cylinder.

[00019] De acordo com a presente invenção, a base de suporte compreende adicionalmente um sensor de massa configurado para continuamente medir uma massa do recipiente de bebida e compará-la a uma massa padrão de recipiente vazio, de modo que, ao se aproximar do valor de massa de recipiente vazio, o sensor de massa transmite uma mensagem, através de meios de comunicação e transmissão, a um dispositivo móvel avisando a necessidade de reposição do recipiente de bebida. Ainda, a base de suporte compreende adicionalmente visor para mostrar a temperatura e botões com sistemas de transmissão, que podem ser projetados para enviar mensagens a garçons, tais como: necessidade de atendimento, encerramento de conta, ativação/desativação de reposição automática gerado conforme mensagem do sensor de massa. [00019] According to the present invention, the support base additionally comprises a mass sensor configured to continuously measure a mass of the beverage container and compare it to a standard mass of an empty container, so that, when approaching the empty container mass value, the mass sensor transmits a message, through communication and transmission means, to a mobile device advising the need to replace the beverage container. Also, the support base additionally comprises a display to show the temperature and buttons with transmission systems, which can be designed to send messages to waiters, such as: need for service, account closure, activation/deactivation of automatic replacement generated according to the message of the mass sensor.

[00020] No centro da superfície inferior do corpo da base de suporte é disposto pelo menos um orifício para remoção de água condensada na cavidade interior do corpo da base de suporte. [00020] In the center of the lower surface of the body of the support base, at least one hole is arranged for the removal of condensed water in the interior cavity of the body of the support base.

[00021] A tampa inferior compreende uma cavidade de retenção em comunicação com a base de suporte para recebimento e acondicionamento de líquido condensado. [00021] The lower cover comprises a retention cavity in communication with the support base for receiving and storing condensed liquid.

[00022] Quando não removível da base de suporte, a parte inferior da base de suporte compreende uma saída vedável para retirada do líquido acumulado, vedada por um pino ou adesivo. [00022] When not removable from the support base, the lower part of the support base comprises a sealable outlet for withdrawing accumulated liquid, sealed by a pin or adhesive.

Breve descrição das Figuras Brief description of Figures

[00023] A presente invenção será adiante descrita com base nas Figuras 1 a 8, em que: [00024] - A Figura 1 representa uma base de resfriamento inteligente de recipientes compreendendo líquidos; [00023] The present invention will be described below based on Figures 1 to 8, in which: [00024] - Figure 1 represents an intelligent cooling base for containers comprising liquids;

[00025] - A Figura 2 representa uma segunda imagem da base de resfriamento de recipientes compreendendo líquidos; [00025] - Figure 2 represents a second image of the cooling base of containers comprising liquids;

[00026] - A Figura 3 representa uma base de suporte para recipientes compreendendo líquidos resfriados; [00026] - Figure 3 represents a support base for containers comprising cooled liquids;

[00027] - A Figura 4 é uma vista em corte transversal da base de suporte representada pela Figura 3; [00027] - Figure 4 is a cross-sectional view of the support base represented by Figure 3;

[00028] - A Figura 5 representa uma estrutura envoltória para recipientes de bebida do conjunto inteligente para resfriamento e suporte de recipientes de acordo com a presente invenção; [00028] - Figure 5 represents a wrapping structure for beverage containers of the smart set for cooling and supporting containers according to the present invention;

[00029] - A Figura 6 representa uma alternativa da estrutura envoltória para recipientes de bebida do conjunto inteligente para resfriamento e suporte de recipientes de acordo com a presente invenção; [00029] - Figure 6 represents an alternative wrapping structure for beverage containers of the smart set for cooling and supporting containers according to the present invention;

[00030] - A Figura 7 representa uma tampa inferior do conjunto inteligente para resfriamento e suporte de recipientes de acordo com a presente invenção; e [00031] - A Figura 8 é um diagrama de blocos do circuito eletrônico da base de resfriamento do conjunto inteligente para resfriamento e suporte de recipientes de acordo com a presente invenção; [00030] - Figure 7 represents a lower cover of the smart assembly for cooling and supporting containers according to the present invention; and [00031] - Figure 8 is a block diagram of the electronic circuit of the cooling base of the intelligent assembly for cooling and supporting containers according to the present invention;

[00032] - A Figura 9 representa uma base de suporte de recipientes do conjunto da presente invenção compreendendo o aperfeiçoamento de um cilindro de material condutor; [00032] - Figure 9 represents a support base for containers of the kit of the present invention comprising the improvement of a cylinder of conductive material;

[00033] - A Figura 10 representa uma tampa inferior não removivelmente acoplável à base de suporte, formando assim, uma única peça; [00033] - Figure 10 represents a non-removably attachable lower cover to the support base, thus forming a single piece;

[00034] - A Figura 1 1 representa uma base de suporte compreendendo uma superfície elevável em uma concretização em que a base de suporte compreende um cilindro em seu volume interno oco da superfície de contato; [00034] - Figure 11 represents a support base comprising a lifting surface in an embodiment in which the support base comprises a cylinder in its hollow internal volume of the contact surface;

[00035] - A Figura 12 representa uma base de suporte compreendendo uma superfície elevável em uma concretização em que a base de suporte não compreende um cilindro em seu volume interno oco da superfície de contato. Descrição detalhada da invenção [00035] - Figure 12 represents a support base comprising a lifting surface in an embodiment in which the support base does not comprise a cylinder in its hollow internal volume of the contact surface. Detailed description of the invention

[00036] Como é do conhecimento geral, cada tipo de bebida tem uma temperatura ideal para consumo mas frequentemente nos deparamos com situações em que , consumimos bebidas sem estar na temperatura ideal para o seu consumo, muitas vezes perdendo o sabor original da bebida quando a refrigerada ou até mesmo perdendo a bebida por inteiro por ter congelado, outra situação que acontece frequentemente que este produto soluciona é a perca do mesmo, ou do aparelho celular. [00036] As is well known, each type of drink has an ideal temperature for consumption but we often come across situations in which we consume drinks without being at the ideal temperature for consumption, often losing the original flavor of the drink when the refrigerated or even losing the entire drink because it has frozen, another situation that often happens that this product solves is the loss of it, or the cellular device.

[00037] Dentro desse mesmo contexto e durante o processo inventivo do conjunto inteligente para resfriamento e suporte de recipientes de acordo com a presente invenção, foram desenvolvidos tanto partes para identificar a temperatura de um recipiente em refrigeração, quando partes para transportar e alocar o recipiente com líquidos, que também evita que móveis sejam manchados, possibilitando, inclusive a manutenção da temperatura mesmo fora do seu ambiente de refrigeração. [00038] Neste sentido, o conjunto inteligente para resfriamento e suporte de recipientes de acordo com a presente invenção é composto por: [00037] Within this same context and during the inventive process of the intelligent assembly for cooling and supporting containers according to the present invention, both parts were developed to identify the temperature of a refrigerated container, as well as parts to transport and allocate the container with liquids, which also prevents furniture from being stained, even making it possible to maintain the temperature even outside its refrigeration environment. [00038] In this sense, the intelligent set for cooling and supporting containers according to the present invention is composed of:

[00039] - pelo menos uma base de resfriamento; [00039] - at least one cooling base;

[00040] - pelo menos uma base de suporte; [00040] - at least one support base;

[00041] - pelo menos uma estrutura envoltória; e [00041] - at least one envelope structure; and

[00042] - pelo menos uma tampa inferior (acoplável ou não à base de suporte; isto é: formando com ela uma peça única ou removível), [00042] - at least one lower cover (attachable or not to the support base; that is: forming with it a single or removable part),

[00043] sendo a estrutura envoltória removivelmente acoplável umas às bases. [00043] the wrapping structure being removable to each other to the bases.

[00044] Conforme ilustrado pelas Figuras 1 e 2, a base de resfriamento 10 do conjunto de acordo com a presente invenção corresponde a uma base inteligente, compreendendo um termistor 101 centralmente disposto em uma região de alocação 102 de recipientes com líquidos, sendo que o termistor 101 faz contato com o fundo do recipiente alocado na região de alocação 102. [00044] As illustrated by Figures 1 and 2, the cooling base 10 of the assembly according to the present invention corresponds to an intelligent base, comprising a thermistor 101 centrally arranged in an allocation region 102 of containers with liquids, the thermistor 101 makes contact with the bottom of the container allocated in the allocation region 102.

[00045] A base de resfriamento 10 compreende, também, pelo menos uma placa de controle e um exibidor de temperatura 103, que exibe a temperatura captada pelo termistor 101. A base de resfriamento 10 é dotada de meios de comunicação capazes de transmitir a dispositivos móveis a temperatura do recipiente alocado sobre a base de resfriamento 10. É, também, possível ajustar uma temperatura de interesse e configurar o meio de comunicação a avisar dispositivos móveis quando o termistor 101 identificar que a temperatura de interesse foi atingida. [00045] The cooling base 10 also comprises at least one control board and a temperature display 103, which displays the captured temperature by the thermistor 101. The cooling base 10 is provided with communication means capable of transmitting to mobile devices the temperature of the container allocated on the cooling base 10. It is also possible to set a temperature of interest and configure the communication means to warn mobile devices when thermistor 101 identifies that the temperature of interest has been reached.

[00046] Neste sentido, a função da base de resfriamento 10 é receber um recipiente com líquidos, que é encaixado (ou simplesmente posicionado/ apoiado) na região de alocação 102, sendo então a base de resfriamento 10 acomodando o recipiente colocada em um ambiente de refrigeração. Pelos meios de comunicação contidos pela base de refrigeração 10 (podendo ser Wi-Fi, Bluetooth, RFID), gera-se um aviso sobre a temperatura do recipiente. [00046] In this sense, the function of the cooling base 10 is to receive a container with liquids, which is fitted (or simply positioned/supported) in the allocation region 102, the cooling base 10 being then accommodating the container placed in an environment of refrigeration. By means of communication contained by the cooling base 10 (which can be Wi-Fi, Bluetooth, RFID), a warning is generated about the temperature of the container.

[00047] A base de resfriamento 10 compreende, ainda, um botão liga-desliga (não representado) e opera com baterias. Pode, ainda, compreender uma “campainha” para liberação de sinal sonoro quando a temperatura de interesse for atingida. [00047] The cooling base 10 also comprises an on-off button (not shown) and operates with batteries. It can also comprise a “buzzer” to release an audible signal when the temperature of interest is reached.

[00048] A Figura 8 ilustra esquematicamente o circuito eletrônico instalado na base de resfriamento 10. [00048] Figure 8 schematically illustrates the electronic circuit installed on the cooling base 10.

[00049] Uma vez atingida a temperatura de interesse na base de resfriamento 10, por meio da estrutura envoltória 30 (posteriormente discutida), é transferido o recipiente para líquidos da base de resfriamento 10 para a base de suporte 20. [00049] Once the temperature of interest is reached in the cooling base 10, through the wrapping structure 30 (discussed later), the container for liquids from the cooling base 10 is transferred to the support base 20.

[00050] A base de suporte 20 do conjunto de acordo com a presente invenção, ilustrada nas Figuras 3 e 4, tem como função suportar o recipiente com líquidos e auxiliar na manutenção da sua temperatura. Neste sentido, a base de suporte 20 compreende uma superfície de contato 201 , disposta na parte central e superior da base de suporte 20 e fazendo contato com o fundo do recipiente com líquidos. [00050] The support base 20 of the set according to the present invention, illustrated in Figures 3 and 4, has the function of supporting the container with liquids and helping to maintain its temperature. In this sense, the support base 20 comprises a contact surface 201, arranged in the central and upper part of the support base 20 and making contact with the bottom of the container with liquids.

[00051] A superfície de contato 201 é acoplável ao corpo da base de suporte 202, por encaixe, pressão contato ou rosqueamento. Ainda, a superfície de contato 201 contém ranhuras para recolher o suor dos recipientes refrigerados. [00051] The contact surface 201 is attachable to the body of the support base 202, by fitting, contact pressure or threading. Further, the contact surface 201 contains grooves to collect sweat from refrigerated containers.

[00052] O corpo da base de suporte 202, como ilustra especialmente a Figura 4, contém canais de recolhimento 2050 tangencialmente dispostos em relação à superfície de contato 201 . O corpo da base de suporte 202 compreende, em uma área central de seu volume interno, um reservatório 2030, que recebe água ou qualquer outro fluido refrigerante para serem resfriados. O corpo da base de suporte compreende, ainda, um volume interno oco 2010, que funciona como uma região de segurança para a expansão da água/fluido refrigerante após a refrigeração, de modo que tal volume interno oco 2010 permite a expansão da água/fluido sem que estruturas, tais como os canais de recolhimento, sejam comprometidas. [00052] The body of the support base 202, as illustrated especially in Figure 4, contains retraction channels 2050 tangentially arranged with respect to the contact surface 201 . The body of the support base 202 comprises, in a central area of its internal volume, a reservoir 2030, which receives water or any other refrigerant fluid to be cooled. The body of the support base also comprises a hollow internal volume 2010, which functions as a safety region for the expansion of water/refrigerant fluid after cooling, so that such a hollow internal volume 2010 allows for the expansion of water/fluid without structures, such as the collection channels, being compromised.

[00053] Tais canais de recolhimento 2050 têm como objetivo recolher o suor dos recipientes de líquido, de modo a impedir que água fique em contato com o recipiente, o que levaria ao prejuízo da manutenção da temperatura. Os canais de recolhimento 2050 conduzem o líquido proveniente do suor para a cavidade interior 2040, que retém tanto o suor do recipiente quanto o suor do reservatório 2030 e o volume oco 2010, que resguardam o gelo/fluido refrigerante, do corpo da base de suporte 202. [00053] Such collection channels 2050 are intended to collect sweat from the liquid containers, in order to prevent water from coming into contact with the container, which would lead to the loss of temperature maintenance. The collection channels 2050 lead the liquid from the sweat to the interior cavity 2040, which retains both the sweat from the container and the sweat from the reservoir 2030 and the hollow volume 2010, which protects the ice/coolant, from the support base body. 202.

[00054] De acordo com uma modalidade da presente invenção, No volume interno oco 2010 da parte interior que acomoda a superfície de contato 201 , com ranhuras para recolher o suor dos recipientes refrigerados e acoplável ao corpo da base de suporte 202 - por encaixe, pressão contato ou rosqueamento -, é encaixado um cilindro 2000 de material condutor, que possui em uma de suas bases um pino de contato que é alocado de modo a fazer contato com a base dos recipientes refrigerados, quando apoiados sobre a superfície de contato. [00054] According to an embodiment of the present invention, In the hollow internal volume 2010 of the interior part that accommodates the contact surface 201, with grooves to collect sweat from the refrigerated containers and attachable to the body of the support base 202 - by fitting, contact pressure or threading - a cylinder 2000 of conductive material is fitted, which has in one of its bases a contact pin that is allocated so as to make contact with the base of the refrigerated containers, when supported on the contact surface.

[00055] O cilindro 2000 faz contato com gelo (ou qualquer outro fluido refrigerante) presente no um reservatório 2030. Como o cilindro é projetado com material condutor e é colocado em contato com o gelo/ fluido refrigerante do reservatório e diretamente com o recipiente posicionado na superfície de contato 201 , ele acaba auxiliar na manutenção da temperatura baixa do recipiente a ser refrigerado mesmo fora do ambiente de refrigeração e mesmo quando o gelo esta passando para estado liquido. [00055] Cylinder 2000 makes contact with ice (or any other refrigerant fluid) present in a reservoir 2030. As the cylinder is designed with conductive material and is placed in contact with ice/refrigerant fluid in the reservoir and directly with the container positioned on the contact surface 201 , it ends up helping to maintain the low temperature of the container to be refrigerated even outside the refrigeration environment and even when the ice is changing to a liquid state.

[00056] O cilindro 2000 não preenche todo o volume interno oco 2010 para que o mesmo possa ainda atuar como uma região de segurança para a expansão da água/fluido refrigerante após a refrigeração, podendo ser oco ou não. [00056] The 2000 cylinder does not fill the entire 2010 hollow internal volume so that it can still act as a safety region for the expansion of the water/coolant after cooling, which may or may not be hollow.

[00057] Neste sentido, a cavidade interior 2040 do corpo da base de suporte 202 é projetada para comportar suor provenientes dos canais de recolhimento 2050 e do suor do reservatório 2030 (que pode ter uma borda à vácuo ou ser revestido externamente com qualquer material isolante térmicos como isopor, Neoprene e outros para ajudar na conservação do gelo e evitar transpiramento do líquido condensado para o lado exterior), de modo que a base de suporte 202 deve ser mantida em refrigerador para que a água seja congelada e ajude a manter o recipiente de líquido alocado sobre a região de suporte 202, a qual, por sua vez, possui um volume interno oco 2010 para acomodar a água quando tornar gelo, evitando que a expansão ao tornar gelo não possa ser comportado no reservatório 2030 do corpo da base de suporte 202. [00057] In this sense, the interior cavity 2040 of the body of the support base 202 is designed to contain sweat from the collection channels 2050 and from the sweat from the reservoir 2030 (which can have a vacuum edge or be coated externally with any insulating material such as Styrofoam, Neoprene and others to help preserve the ice and prevent the condensed liquid from transpiration to the outside), so the support base 202 must be kept in a refrigerator so that the water is frozen and helps to maintain the container of liquid allocated on the support region 202, which, in turn, has a hollow internal volume 2010 to accommodate the water when turning ice, preventing the expansion when turning ice cannot be carried in the reservoir 2030 of the body of the base of support 202.

[00058] Além disso, o corpo da base de suporte 202 compreende, ainda, por toda a extremidade de sua área lateral, sulcos de condensação lateral 2020 que servem para evitar que, quando o gelo derreter, haja transpiração direto na parede lateral e contato com superfícies de apoio, prevenindo, assim, que superfícies como móveis sejam manchadas, por exemplo. Assim, o condensado escoa pelos sulcos 2020 sendo recolhidos na cavidade interior 2040. [00058] In addition, the body of the support base 202 also comprises, along the entire extremity of its lateral area, lateral condensation grooves 2020 that serve to prevent that, when the ice melts, there is direct transpiration on the side wall and contact with support surfaces, thus preventing surfaces such as furniture from being stained, for example. Thus, the condensate flows through the grooves 2020 being collected in the interior cavity 2040.

[00059] No centro da superfície inferior do corpo da base de suporte 202 é disposto um orifício 2070. Este orifício tem como função permitir a remoção de água condensada na cavidade interior 2040, que recebe o suor escorrido do recipiente pelos canais de recolhimento 2050 e do reservatório de gelo 2030 recolhido na cavidade interior 2040. Neste sentido, a tampa inferior 203 compreende uma cavidade de retenção 2060 em comunicação com a base de suporte 20 para recebimento e acondicionamento de líquido condensado, sendo que o líquido é transmitido pelo orifício 2070. De acordo com uma concretização da presente invenção, a tampa inferior e a base de suporte formam uma única peça, não sendo removíveis. Neste contexto, a base desta base possui uma saída vedável para retirada do líquido acumulado. Esta vedação pode acontecer por pinos de silicones, por exemplo. [00060] Por meio do orifício 2070, a água (suor retido) proveniente do gelo na cavidade interior 2040 do corpo da base de suporte 202 flui para a cavidade de retenção 2060, sendo proveniente do suor escorrido pelos canais de retenção 2050 e do suor do reservatório 2030. [00059] A hole 2070 is arranged in the center of the lower surface of the body of the support base 202. This hole has the function of allowing the removal of condensed water in the interior cavity 2040, which receives the sweat drained from the container through the collection channels 2050 and of the ice reservoir 2030 collected in the interior cavity 2040. In this sense, the lower cover 203 comprises a retention cavity 2060 in communication with the support base 20 for receiving and packaging condensed liquid, the liquid being transmitted through the orifice 2070. According to an embodiment of the present invention, the lower cover and the support base form a single piece and are not removable. In this context, the base of this base has a sealable outlet for withdrawing the accumulated liquid. This sealing can happen by silicone pins, for example. [00060] Through the orifice 2070, the water (trapped sweat) from the ice in the interior cavity 2040 of the body of the support base 202 flows into the retention cavity 2060, coming from the sweat drained by the retention channels 2050 and from the sweat of the 2030 reservoir.

[00061] Desta forma, o suor proveniente do recipiente com líquidos, além de não ficar em contato com o recipiente, é recolhido e também não entra em contato com superfícies nas quais o conjunto recipiente e base de suporte são apoiados, evitando, por exemplo, que móveis fiquem marcados e manchados pelo contato com recipientes resfriados. [00061] In this way, the sweat from the container with liquids, in addition to not being in contact with the container, is collected and also does not come into contact with surfaces on which the container and support base are supported, avoiding, for example, , that furniture is marked and stained by contact with cooled containers.

[00062] De acordo com uma modalidade da presente invenção, o reservatório pode compreender uma superfície elevável (Figura 1 1 ) que se move verticalmente ao longo da altura do reservatório 2030. Esta superfície elevável, ao ser elevada, faz com que o gelo presente no reservatório 2030 suba e permaneça em contato com o cilindro 2000, de modo que o mesmo permaneça em baixa temperatura. Esta superfície elevável impede, portanto, que haja um espaço entre o cilindro condutor e o gelo, otimizando o sistema. [00062] In accordance with an embodiment of the present invention, the reservoir may comprise an elevating surface (Figure 11) that moves vertically along the height of the reservoir 2030. This elevating surface, when elevated, causes the ice present in reservoir 2030 rise and remain in contact with cylinder 2000, so that it remains at low temperature. This lifting surface therefore prevents a gap between the conductive cylinder and the ice, optimizing the system.

[00063] A base elevável pode ser elevada com um trilho mecânico lateral ou, ainda, de forma automatizada (neste cenário, com um sensor de detecção capaz de gerar um sinal sobre necessidade de elevação associado, por exemplo, a um servo motor ou qualquer outro mecanismo apropriado para elevar a superfície de modo a manter o gelo em contato com o cilindro 2000 (Figura 1 1 ). [00063] The lifting base can be lifted with a mechanical side rail or, even, in an automated way (in this scenario, with a detection sensor capable of generating a signal about the need for lifting associated, for example, with a servo motor or any other device). another appropriate mechanism to raise the surface to keep the ice in contact with the 2000 cylinder (Figure 1 1 ).

[00064] Em uma concretização adicional da presente invenção, o volume interno oco 2010 pode não acomodar um cilindro 2000, que pode ser oco ou maciço. Isto porque a superfície elevável poderá fazer com que, ao se movimentar verticalmente, o gelo e/ou fluido refrigerante presente no reservatório suba, preencha o volume interno oco e, assim, faça contato com o recipiente alocado na superfície de contato (Figura 12). [00064] In a further embodiment of the present invention, the hollow internal volume 2010 may not accommodate a cylinder 2000, which may be hollow or massive. This is because the lifting surface may cause, when moving vertically, the ice and/or refrigerant present in the reservoir to rise, fill the hollow internal volume and, thus, make contact with the container allocated on the contact surface (Figure 12) .

[00065] Em uma outra modalidade da presente invenção, a base de suporte 20 compreende adicionalmente um sensor de massa (não mostrado nas figuras), configurado para continuamente medir a massa do recipiente de bebida e compará-la a uma massa padrão de recipiente vazio, de modo que, ao se aproximar do valor de massa de recipiente vazio, o sensor de massa transmite uma mensagem, através dos meios de comunicação e transmissão, a um dispositivo móvel avisando a necessidade de reposição do recipiente de bebida. [00065] In another embodiment of the present invention, the support base 20 additionally comprises a mass sensor (not shown in the figures), configured to continuously measure the mass of the beverage container and compare it to a standard empty container mass, so that, when approaching the empty container mass value, the mass sensor transmits a message, via the media and transmission, to a mobile device advising the need to replace the beverage container.

[00066] Tal característica é de grande valia para estabelecimentos como bares e restaurantes, que podem utilizar-se de tal função para avisar um garçom ou atendente sobre a necessidade de oferecer ou repor um recipiente de bebidas. [00066] This feature is of great value to establishments such as bars and restaurants, which can use this function to warn a waiter or attendant about the need to offer or replace a beverage container.

[00067] Além do sensor de massa, a base de suporte pode compreender, ainda, visor para mostrar a temperatura e botões com sistemas de transmissão, que podem ser projetados para enviar mensagens a garçons, tais como: necessidade de atendimento, encerramento de conta, ativação/desativação de reposição automática (conforme mensagem do sensor de massa). [00067] In addition to the mass sensor, the support base can also include a display to show the temperature and buttons with transmission systems, which can be designed to send messages to waiters, such as: need for service, account closure , automatic reset activation/deactivation (as per mass sensor message).

[00068] O conjunto de acordo com a presente invenção compreende, ainda, uma estrutura envoltória 30, como mostradas nas Figuras 5 e 6. A estrutura envoltória 30 pode ser projetada sob diferentes formatos, de modo a poder envolver diferentes recipientes: latas, garrafas. Neste sentido, a área interna da estrutura envoltória 30 é integralmente revestida com materiais isolantes, sendo uma das possibilidades o Neoprene. [00068] The set according to the present invention also comprises a wrapping structure 30, as shown in Figures 5 and 6. The wrapping structure 30 can be designed in different formats, in order to be able to wrap different containers: cans, bottles . In this sense, the internal area of the wrapping structure 30 is entirely covered with insulating materials, one of the possibilities being Neoprene.

[00069] A estrutura envoltória 30 é removivelmente acoplada tanto à base de resfriamento 10 quanto à base de suporte 20. Tal acoplamento pode ocorrer por encaixe, pressão, rosqueamento. [00069] The wrapping structure 30 is removable coupled to both the cooling base 10 and the support base 20. Such coupling can occur by fitting, pressing, threading.

[00070] Desta forma, a estrutura envoltória 30, que pode compreender alças ou pegas em geral, além de ter função isolante, impede que o recipiente de líquidos seja colocado em contato direto com o usuário e evitando congelamento. [00070] In this way, the wrapping structure 30, which can comprise handles or handles in general, in addition to having an insulating function, prevents the liquid container from being placed in direct contact with the user and preventing freezing.

[00071] De acordo com uma concretização da presente invenção, a estrutura envoltória compreende uma borda externa oca à vácuo para otimizar a manutenção da baixa temperatura do recipiente nela alocado. [00071] According to an embodiment of the present invention, the wrapping structure comprises an outer vacuum hollow edge to optimize the low temperature maintenance of the container allocated therein.

[00072] Em relação ao conjunto de acordo com a presente invenção como um todo, o seu funcionamento pode ser mais claramente entendido conforme a seguir. [00073] A base de suporte 20 deve ter seu reservatório 2030 do corpo 202 preenchida com água (ou qualquer outro fluido refrigerante) e colocada em um resfriador de modo que a água seja congelada. [00072] Regarding the assembly according to the present invention as a whole, its operation can be more clearly understood as follows. [00073] The support base 20 must have its reservoir 2030 of the body 202 filled with water (or any other refrigerant fluid) and placed in a cooler so that the water is frozen.

[00074] A base de resfriamento 10 deve ser ligada e receber, então, em sua parte superior, um recipiente de bebida alocada na região de alocação 102. [00074] The cooling base 10 must be turned on and then receive, in its upper part, a beverage container allocated in the allocation region 102.

[00075] O conjunto recipiente e base de resfriamento 10 é mantido em refrigerador até que o termistor 101 identifique o alcance de uma temperatura de interesse. Neste momento, por meio dos meios de comunicação, é enviada uma mensagem a um usuário, por meio de um aplicativo, por exemplo, de modo a notificar a temperatura ideal do recipiente. [00075] The container and cooling base assembly 10 is kept in a refrigerator until the thermistor 101 identifies the reach of a temperature of interest. At this moment, through the media, a message is sent to a user, through an application, for example, in order to notify the ideal temperature of the container.

[00076] Por meio do encaixe da estrutura envoltória 30 na base de resfriamento 10, o recipiente então é retirado sem que haja necessidade de contato com o mesmo e o congelamento da bebida por conta do contato entre usuário e recipiente. A base de resfriamento 10 fica, então, livre para receber um próximo recipiente a ser resfriado. [00076] By fitting the wrapping structure 30 to the cooling base 10, the container is then removed without the need for contact with it and the beverage freezing due to the contact between user and container. The cooling base 10 is then free to receive a next container to be cooled.

[00077] A estrutura envoltória 30, após recolher o recipiente, é acoplada ao corpo da base de suporte 202, de modo que o usuário pode consumir o líquido do recipiente, sem contato com o recipiente, e garantindo que o suor do mesmo seja recolhido. Ainda, a temperatura do recipiente é mantida, tanto pelo revestimento isolante da estrutura envoltória 30 como pelo contato com a base de suporte 20, compreendendo gelo em sua cavidade interna. [00077] The wrapping structure 30, after collecting the container, is coupled to the body of the support base 202, so that the user can consume the liquid from the container, without contact with the container, and ensuring that the sweat of the same is collected . Furthermore, the temperature of the container is maintained, both by the insulating coating of the wrapping structure 30 and by contacting the support base 20, comprising ice in its internal cavity.

[00078] Ainda, como mostra a Figura 7, o conjunto da presente invenção compreende uma tampa inferior 100, que se encaixa na base de resfriamento 10, permitindo a manipulação da base de resfriamento 10 e servindo para impedir que entre água e, assim, proteger o hardware. [00078] Still, as shown in Figure 7, the assembly of the present invention comprises a lower cover 100, which fits into the cooling base 10, allowing manipulation of the cooling base 10 and serving to prevent water from entering and, thus, protect the hardware.

[00079] Por fim, o conjunto de acordo com a presente invenção pode compreender uma segunda estrutura envoltória (não mostrada nas figuras), como um copo térmico. Tal copo térmico sendo configurado em um formato de copo com fundo, inteiriço e internamente recoberto com material térmico, sendo o copo térmico rosqueável na base de suporte. Esta estrutura adicional fornece um conjunto kit mais completo, funcionando de modo que o usuário retiraria recipiente de bebida da base de resfriamento utilizando a estrutura envoltória compreendendo o neoprene para não encostar no recipiente gelado e não congelar, abriria o recipiente e então inseriria o líquido neste copo térmico que estaria rosqueado na base de resfriamento para manter a temperatura do líquido. Assim, o usuário teria a opção de não consumir a bebida diretamente do recipiente - em latas ou na garrafa, podendo consumir o líquido neste copo. [00079] Finally, the assembly according to the present invention may comprise a second wrapping structure (not shown in the figures), such as a thermos cup. Such a thermo cup being configured in a shape of a cup with a bottom, one-piece and internally covered with thermal material, the thermo cup being threaded on the support base. This additional structure provides a more comprehensive kit set. complete, working so that the user would remove the beverage container from the cooling base using the wrapping structure comprising the neoprene to not touch the cold container and not freeze, would open the container and then insert the liquid into this thermos cup that would be threaded on the base of cooling to maintain the temperature of the liquid. Thus, the user would have the option of not consuming the drink directly from the container - in cans or in the bottle, being able to consume the liquid in this glass.

[00080] O conjunto de acordo com a presente invenção pode, ainda, compreender sinais sonoros, luminosos, baterias que podem ser trocadas ou então baterias embutidas que podem ser recarregadas (nestes casos, evidentemente a base de resfriamento 10 compreende conectores, entradas USB ou para carregador). Estes aspectos podem variar de acordo com diferentes concretizações e agregam características secundárias ao conjunto de acordo com a presente invenção. [00080] The set according to the present invention may also comprise sound signals, lights, batteries that can be exchanged or built-in batteries that can be recharged (in these cases, of course, the cooling base 10 comprises connectors, USB ports or for charger). These aspects may vary according to different embodiments and add secondary characteristics to the set according to the present invention.

[00081] Tendo explicado e descrito detalhadamente os aspectos funcionais e construtivos da presente invenção, esclarece-se que os aspectos e características descritos não são limitativos, podendo ser variados em formas e construções, ainda seguindo as características essenciais desta invenção. [00081] Having explained and described in detail the functional and constructive aspects of the present invention, it is clarified that the aspects and characteristics described are not limiting, and may be varied in forms and constructions, still following the essential characteristics of this invention.

Claims

REIVINDICAÇÕES 1. Conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos, caracterizado por compreender: 1. Smart set for cooling and supporting containers comprising liquids, characterized by comprising: - pelo menos uma base de resfriamento (10), dotada de meios de comunicação e transmissão, compreendendo um termistor (101 ) centralmente disposto em uma região de alocação (102) de recipientes com líquidos, sendo que o termistor (101 ) faz contato com um fundo do recipiente alocado na região de alocação (102); - at least one cooling base (10), provided with communication and transmission means, comprising a thermistor (101) centrally arranged in an allocation region (102) of containers with liquids, the thermistor (101) making contact with a container fund allocated in the allocation region (102); - pelo menos uma base de suporte (20), compreendendo uma superfície de contato (201 ), disposta na parte central e superior da base de suporte (20) e fazendo contato com o fundo do recipiente com líquidos e o gelo do reservatório (2030); - at least one support base (20), comprising a contact surface (201), arranged in the central and upper part of the support base (20) and making contact with the bottom of the container with liquids and the ice of the reservoir (2030) ); - pelo menos uma estrutura envoltória (30), que recebe o recipiente com líquidos e cuja área interna é integralmente revestida com materiais isolantes; a estrutura envoltória (30) sendo removivelmente acoplável à base de resfriamento (10) e à base de suporte (20); e - at least one envelope structure (30), which receives the container with liquids and whose internal area is entirely covered with insulating materials; the wrapping structure (30) being detachably attachable to the cooling base (10) and to the support base (20); and - pelo menos uma tampa inferior (203), sendo removivelmente acoplável à base de suporte (20) ou não. - at least one lower cover (203), being removable or not attachable to the support base (20). 2. Conjunto de acordo com a reivindicação 1 , caracterizado pelo fato de que a base de resfriamento (10) compreende, ainda, pelo menos uma placa de controle e um exibidor de temperatura (103), que exibe a temperatura do recipiente captada pelo termistor (101 ). 2. Assembly according to claim 1, characterized in that the cooling base (10) also comprises at least one control board and a temperature display (103), which displays the temperature of the container captured by the thermistor (101 ). 3. Conjunto de acordo com a reivindicação 1 , caracterizado pelo fato de que o corpo da base de suporte (202) da base de suporte (20) compreende canais de recolhimento (2050) tangencialmente dispostos em relação à superfície de contato (2010), os canais de recolhimento (2050) conduzindo líquido proveniente do recipiente para uma cavidade interior (2040) do corpo da base de suporte (202). 3. Assembly according to claim 1, characterized in that the body of the support base (202) of the support base (20) comprises collection channels (2050) tangentially arranged in relation to the contact surface (2010), the collection channels (2050) leading liquid from the container to an interior cavity (2040) of the body of the support base (202). 4. Conjunto de acordo com a reivindicação 3, caracterizado pelo fato de que o corpo da base de suporte (202) da base de suporte (20) compreende um reservatório (2030) para acomodar gelo ou fluido refrigerante que pode ser revestido com qualquer material isolante térmico como isopor. 4. Assembly according to claim 3, characterized in that the body of the support base (202) of the support base (20) comprises a reservoir (2030) to accommodate ice or refrigerant fluid that can be coated with any thermal insulating material such as styrofoam. 5. Conjunto de acordo com a reivindicação 5, caracterizado pelo fato de que o reservatório (2030) compreende uma superfície elevável, que é elevável verticalmente ao longo da altura do reservatório (2030), sendo a superfície elevável, elevável para manter constantemente o gelo presente no reservatório (2030) em contato com o cilindro 2000. 5. Assembly according to claim 5, characterized in that the reservoir (2030) comprises a liftable surface, which is vertically liftable along the height of the tank (2030), the liftable surface being liftable to constantly maintain ice present in the reservoir (2030) in contact with the cylinder 2000. 6. Conjunto de acordo com a reivindicação 1 , caracterizado pelo fato de que a base de suporte (20) compreende adicionalmente um sensor de massa configurado para continuamente medir uma massa do recipiente de bebida e compará-la a uma massa padrão de recipiente vazio, de modo que, ao se aproximar do valor de massa de recipiente vazio, o sensor de massa transmite uma mensagem, através de meios de comunicação e transmissão, a um dispositivo móvel avisando a necessidade de reposição do recipiente de bebida. 6. Assembly according to claim 1, characterized in that the support base (20) additionally comprises a mass sensor configured to continuously measure a mass of the beverage container and compare it to a standard mass of an empty container, so that, when approaching the empty container mass value, the mass sensor transmits a message, through communication and transmission means, to a mobile device advising the need to replace the beverage container. 7. Conjunto de acordo com a reivindicação 4, caracterizado pelo fato de que a base de suporte (20) compreende adicionalmente visor para mostrar a temperatura e botões com sistemas de transmissão, que podem ser projetados para enviar mensagens a garçons, tais como: necessidade de atendimento, encerramento de conta, ativação/desativação de reposição automática gerado conforme mensagem do sensor de massa. 7. Set according to claim 4, characterized in that the support base (20) additionally comprises a display to show the temperature and buttons with transmission systems, which can be designed to send messages to waiters, such as: need service, account closure, activation/deactivation of automatic reset generated according to mass sensor message. 8. Conjunto de acordo com a reivindicação 3, caracterizado pelo fato de que a superfície de contato (201) do corpo da base de suporte (202) possui um volume interno oco (2010) para acomodar gelo e/ou um cilindro (2000) condutor. 8. Assembly according to claim 3, characterized in that the contact surface (201) of the support base body (202) has a hollow internal volume (2010) to accommodate ice and/or a cylinder (2000) conductor. 9. Conjunto de acordo com a reivindicação 3, caracterizado pelo fato de que, no volume interno oco (2010) é encaixado um cilindro (2000) condutor, que possui em uma de suas bases pelo menos um pino de contato, que é alocado para contatar a base dos recipientes refrigerados, quando apoiados sobre a superfície de contato, podendo ser maciço ou oco; um pino de contato adicional contatando o gelo do reservatório. 9. Assembly according to claim 3, characterized in that, in the hollow internal volume (2010) a conductive cylinder (2000) is fitted, which has in one of its bases at least one contact pin, which is allocated to contact the base of refrigerated containers, when supported on the contact surface, which may be solid or hollow; an additional contact pin contacting the ice in the reservoir. 10. Conjunto de acordo com a reivindicação 3, caracterizado pelo fato de que no centro da superfície inferior do corpo da base de suporte (202) é disposto 16 pelo menos um orifício (2070) para remoção de água condensada na cavidade interior (2040) do corpo da base de suporte (202). 10. Assembly according to claim 3, characterized in that in the center of the lower surface of the body of the support base (202) is arranged 16 at least one hole (2070) for removing condensed water in the interior cavity (2040) of the body of the support base (202). 1 1 . Conjunto de acordo com a reivindicação 1 , caracterizado pelo fato de que a tampa inferior (203) compreende uma cavidade de retenção (2060) em comunicação com a base de suporte (20) para recebimento e acondicionamento de líquido condensado. 1 1 . Set according to claim 1, characterized in that the lower cover (203) comprises a retention cavity (2060) in communication with the support base (20) for receiving and storing condensed liquid. 12. Conjunto de acordo com a reivindicação 7, caracterizado pelo fato de que a tampa inferior (203), quando não removível da base de suporte (20), compreende uma saída vedável para retirada do líquido acumulado. 12. Set according to claim 7, characterized in that the lower cover (203), when not removable from the support base (20), comprises a sealable outlet for withdrawing the accumulated liquid. 13. Conjunto de acordo com a reivindicação 8, caracterizado pelo fato de que a saída vedável é vedada por um pino ou adesivo. 13. Set according to claim 8, characterized in that the sealable outlet is sealed by a pin or adhesive. 14. Conjunto de acordo com a reivindicação 1 , caracterizado pelo fato de que a estrutura envoltória compreende uma borda externa oca à vácuo. 14. Assembly according to claim 1, characterized in that the wrapping structure comprises a hollow outer edge in a vacuum. 15. Conjunto de acordo com a reivindicação 1 , caracterizado pelo fato de que o reservatório (2030) compreende uma borda externa oca à vácuo. 15. Assembly according to claim 1, characterized in that the reservoir (2030) comprises a hollow outer edge under vacuum. 16. Conjunto de acordo com qualquer uma das reivindicações 1 a 15, caracterizado pelo fato de que os meios de comunicação contidos na base de refrigeração (10) serem Wi-Fi, Bluetooth ou RFID. 16. Set according to any one of claims 1 to 15, characterized in that the means of communication contained in the cooling base (10) are Wi-Fi, Bluetooth or RFID. 17. Conjunto de acordo com qualquer uma das reivindicações 1 a 16, caracterizado pelo fato de que os meios de comunicação contidos na base de refrigeração (10) transmitem informações de temperatura para um dispositivo móvel. 17. Set according to any one of claims 1 to 16, characterized in that the communication means contained in the cooling base (10) transmit temperature information to a mobile device. 18. Conjunto inteligente para resfriamento e suporte de recipientes compreendendo líquidos, caracterizado por compreender: 18. Smart set for cooling and supporting containers comprising liquids, characterized by comprising: - pelo menos uma base de resfriamento (10), dotada de meios de comunicação e transmissão, compreendendo um termistor (101 ) centralmente disposto em uma região de alocação (102) de recipientes com líquidos, sendo que o termistor (101 ) faz contato com um fundo do recipiente alocado na região de alocação (102); o reservatório (2003) compreendendo uma superfície elevável, que é elevável verticalmente ao longo da altura do reservatório (2030), sendo a superfície elevável, 17 elevável para manter constantemente o gelo presente no reservatório (2030) em contato com a superfície de contato (201 ); - at least one cooling base (10), provided with communication and transmission means, comprising a thermistor (101) centrally arranged in an allocation region (102) of containers with liquids, the thermistor (101) making contact with a container fund allocated in the allocation region (102); the reservoir (2003) comprising a lifting surface, which is vertically liftable along the height of the reservoir (2030), the lifting surface being, 17 liftable to constantly keep the ice present in the reservoir (2030) in contact with the contact surface (201); - pelo menos uma base de suporte (20), compreendendo uma superfície de contato (201 ) disposta na parte central e superior da base de suporte (20), que possui um volume interno oco (2010); a base de suporte compreendendo um corpo da base de suporte (202) que comporta um reservatório (2030) para acomodar gelo ou fluido refrigerante; ; - at least one support base (20), comprising a contact surface (201) arranged in the central and upper part of the support base (20), which has a hollow internal volume (2010); the support base comprising a support base body (202) that includes a reservoir (2030) to accommodate ice or refrigerant; ; - pelo menos uma estrutura envoltória (30), que recebe o recipiente com líquidos e cuja área interna é integralmente revestida com materiais isolantes; a estrutura envoltória (30) sendo removivelmente acoplável à base de resfriamento (10) e à base de suporte (20); e - at least one envelope structure (30), which receives the container with liquids and whose internal area is entirely covered with insulating materials; the wrapping structure (30) being detachably attachable to the cooling base (10) and the support base (20); and - pelo menos uma tampa inferior (203), sendo removivelmente acoplável à base de suporte (20) ou não. - at least one lower cover (203), being removable or not attachable to the support base (20).
PCT/BR2021/050572 2020-12-23 2021-12-21 Smart unit for cooling and holding recipients containing liquids Ceased WO2022133565A1 (en)

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BR102020026613-6A BR102020026613A2 (en) 2020-12-23 2020-12-23 INTELLIGENT SET FOR COOLING AND SUPPORT OF CONTAINERS INCLUDING LIQUIDS

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