WO2019161462A1

WO2019161462A1 - Thermal packaging for beverages

Info

Publication number: WO2019161462A1
Application number: PCT/BR2018/050045
Authority: WO
Inventors: Bruno Zago Da SILVA
Original assignee: Silva Bruno Zago Da
Priority date: 2018-02-26
Filing date: 2018-02-26
Publication date: 2019-08-29

Abstract

A new individual packaging model for packaging beverages, which is designed to maintain the temperature of the beverages packaged therein after manufacture and during display for sale and use by consumers, wherein the thermal resistance produced by the use of an empty space composed of air (10) between the body of the packaging (1) and the beverage storage receptacle (4) acts as thermal insulator, thereby reducing temperature exchange.

Description

BEVERAGE THERMAL PACKING

[001] This report provides a detailed description accompanied by illustrative figures of a new individual beverage packaging model, which is primarily intended to preserve the temperature of beverages packaged in it after manufacture, during exposure to sale and use by consumers. consumers.

Application field.

[002] The thermal beverage packaging, object of the present patent, is mainly intended to conserve the temperature of packaged beverages, as well as providing a better convenience for consumers to use.

Purpose of the invention.

[003] The thermal beverage packaging, object of the present patent, has the purpose of thermal preservation of the content, aiming to reduce the heat exchange between the consumed beverage and the external means near the packaging, keeping the temperature of the beverage conserved by longer period, as well as providing greater convenience during consumption.

Problem to be solved.

[004] Beverage packaging found on the market is either non-thermal or packaging that causes consumer discomfort in handling due to the large temperature difference between the packaging and the consumer's hand, for example causing a sensation of thermal shock. Thus, the thermal beverage packaging, object of the present invention, reduces the large temperature exchange between the internally packed product and the external environment and reduces the discomfort when handling a large temperature difference packaging.

State of the art.

[005] Based on research into beverage packaging, similar products such as soft drink and beer cans have been found. However, these packages do not have thermal preservation elements to maintain the temperature of stored products for a longer period.

On the other hand there are some patent documents describing thermal packaging for beverages and food in general, but none of these Packaging has functionality described in this patent. These documents include the following.

[007] Patent document MU 7502236-2, ISOTHERMAL PACKAGING FOR STORAGE AND TRANSPORT OF DISPOSABLE METAL BEVERAGE PACKAGES, utility model patent for an isothermal package for transporting disposable metal beverage containers.

[008] Patent document MU 8200417-0, ALUMINUM CAN THERMAL CONTAINER, which is a container made of white expanded polystyrene to house industry-standard 350 ml aluminum beverage cans. It consists of a lower base (1a, 1b, 1c) on which an upper base (2a, 2b, 2c) fits and a lid (3a, 3b, 3c) on it. Within the set there are twelve (12) cylindrical (ac) housings with vertical axes, six (6) at each base, each slightly larger than those of a can. The container gives thermal protection to the cans, provides hygiene to the cans until they are used, protects them from transport damage and provides the industry and beverage distributors with packaging for sales promotion or even for marketing. Accessories keep the unit and make it easy to carry the set: the handle and the elastics (6a, 6b). The model presents variations in the number of housings per base and cover in the described rectangular model, the number of overlapping upper bases, the geometric arrangement and consequent amount of housing in each base and cover, the thickness of the outer walls, the technical characteristics of expanded polystyrene. in the colors of this material, the dimensions of the cylindrical housings and the commutativity of variations.

[009] Patent document PI 9710561 -9, CAN CANE PACKING PROCESS AND APPARATUS, CONTAINER IN THE FORM OF A FOOD AND BEVERAGE CAN, AND CAN PACKING COVERED FOR A GROUP OF CANS a can capping process comprising the following operational stages: a thermally conforming plastics film (9) is heated and placed over the top (11) of a can group comprising at least one can (10), the film is adhered by mechanical devices to the surface of said upper part in correspondence with a closed one to define a closed chamber in combination with said upper part; air is extracted from said chamber; the film surface is completely adhered to said upper part; the part of the film that completely adheres to the top of the can group is separated from the rest of the film; said film being heated to a suitable temperature such that the film, upon shrinking as a result of cooling, remains adhered to the surface of said upper portion and retains its shape.

[010] Patent document MU 7601610-2, CONSTRUCTIVE THERMAL PACKING PROVISION, which deals with the present application for a new thermal packaging arrangement to be used to maintain the temperature of beverage bottles in general. The model comprises a compartment / cylindrical bottle holder (1), provided with a lid (2), providing engaging edges (3), as well as an external ornamental configuration (4).

[01 1] Patent document PI 102013009098-0, SUSTAINABLE PACKAGING FOR PACKAGING AND COOLING OF DRINKS AND SIMILARS, designed not only to serve the packaging and transport of beverages and the like, but also to cool them. consists of two pieces made of corrugated cardboard, the outer part (1) having cut-outs (4) and creases (5) so that the tabs (6) make up the lower part of the box, the intermediate part (7) forms the walls (8) of the box when folded so that the flap (9) meets the opposite end, and the upper part (1) will constitute the upper closure system by folding over the upper creases (5) of so that the triangular part (11) faces the interior of the box, the rectangular faces (12) facing the outside for closing the package; and the inner sealing fitting (2), which is square in shape and provided only with creases (13), so that its vertices (14) when bent towards the face with special resin (3), which will compose the internally, automatically forced the bottom composition (15) of the walls (16), each pair of vertices (14) being seated on opposite walls (16); and this inner sealing fitting (2) after assembling will be coupled within the outside (1) of the assembled packaging, thus making the packaging highly resistant, easy to assemble and develop, and sustainable because it is biodegradable and recyclable. , ready to pack beverages and the like, be sealed, transported, stored, placed at the point of sale, and opened and used by the end consumer as a thermal box, allowing the beverage to be cooled by the addition of ice inside, which is defrost-resistant, without leakage. water for approximately 8 hours.

[012] Patent document MU 7703073-7, PROVISION INTRODUCED IN BEVERAGE THERMAL PACKING, commonly obtained from "Styrofoam", aluminum or plastic, or combinations of polyurethane foam and / or other thermal insulating materials, comprising primarily a body cylindrical tubular and a substantially pointed lid, this constructive arrangement basically comprises the planned insertion of advertising messages on both the body and the lid (on its side and top wall) of the thermal package.

[013] Patent document MU 7702182-7, TEMPERATURE CONSERVATIVE DEVICE FOR DRINKS AND OTHER FOOD PRODUCTS, designed to conserve cooling primarily of (v) containers or liquids containing liquids such as soda, beer, juices and others, as well as possibly similar food products, consisting of a plastic packaging (1) consisting of two distinct parts, thermally welded at their ends (2), as well as at their central points, thermally welded by vertical threads (3), to form compartments (4) distinct, hollow, capable of receiving a kind of gel (g) or a gelatinous product, which is basically formed of water, alcohol and a carbomer-thickening agent, for example by transforming itself into a absorbent gelatinous paste and may also be dyed and said package (1) should be placed in a freezer or freezer for two hours It is flexible in nature to be wrapped around the container (v) containing any liquid and then both pack (1) and container (v) in a suitable container (5) lined internally with insulating material (6). , made of Styrofoam or the like.

[014] Patent Document ES2298010, THERMALPACKING FOR CONSERVATION OF FOODS AND BEVERAGES, PARTICULARLY FOR RETAINING THE PROPERTIES OF WINE, HAS THREE LAYERED WALLS, AND INTERMEDIATE TE LAYER CONSISTS PROPYLENE, POLYURETHANE FOAM OR POLYSTYRENE, where the thermal packaging has three layered walls. The intermediate layer has polypropylene, polyurethane foam or polystyrene. The outer layer and the inner layer consist of three plates of an outer cardboard, middle and a polyethylene with inner aluminum.

Patent document CN2066849, FOOD OR BEVERAGE PRESERVING CUP, wherein the utility model relates to a storage cup used for packaging food and beverages, comprising a body cup and a lid shrinkage cup by the glass. The utility model is characterized in that a flange circle (2) is disposed in the mouth of the cup body cup (1); a groove (4) cornered with a flange disposed on the cup lid; The cup can be opened easily and makes no use of any tools; The used container can be used as a common tea service or wine set. The utility model has the advantages of tightness, gas tightness, good sealing performance and favorable effect of fresh maintenance.

US2015014333, COASTER CUP, which describes a beverage container configured to substantially inhibit condensation formation wherein condensation formation is reduced by reducing heat transfer between the first member of the beverage container and the beverage. second member of the beverage container. The beverage container further includes a first member and a second member. The first member and the second member are cylindrical in shape and the first member is operable to be leveled within the inner volume of the second member. A portion of the first member extends beyond the opening of the subsequent second member, the first member being fixed only level within the interior volume of said second member. The second member of the beverage container is made from a material with low thermal conductivity; and

[017] US2015327727, STAINLESS STEEL THERMAL INSULATION DRINKING BEVERAGE CONTAINER AND MANUFACTURING METHOD THEREOF, where the present invention relates to a heat-insulated stainless steel drinking beverage container and a method of manufacturing it, particularly with respect to a drinking beverage container of Stainless steel thermal insulation that can reduce unpleasant odor inside and is convenient for cleaning. The container is made by manufacturing steps of preparing and providing a bottle body, vacuuming, surface treatment, spray coating, baking and drying, and synthesizing at high temperature and so on. A ceramic layer is formed on the inner wall face of the stainless steel bottle body with a vacuum inlet. Consequently, the ceramic layer is used to block direct contact between potable beverages and the stainless steel bottle body to reduce the occurrence of unpleasant odor in the beverages and increase the convenience of cleaning. Description of the figures.

[018] The following are references to the figures accompanying this descriptive report, for a better understanding and illustration of it, where it can be seen:

Figure 1: shows a transparent perspective view of the beverage thermal package, object of the present patent, highlighting its configuration details, where it is possible to observe the beverage storage container (4) inserted in the package body (1);

Figure 2 shows a half-sectional side view of the beverage cooler object of the present invention;

Figure 3: shows an exploded perspective view of the beverage beverage package, object of the present invention;

Figure 4: shows an exploded side view of the thermal beverage packaging, object of the present invention.

Description of the invention.

The following is a non-restrictive preferred embodiment of the present package, object of this patent, where the configuration and application may vary in the form suitable for each desired model; describing one of the constructive possibilities that lead to the concretization of the object described and the way it works.

[020] The thermal beverage packaging, object of the present patent, is a package composed of an external part (A), constituting the Packaging Body (1), with Elevated Closed Base (2) and Open Upper Edge ( 3) narrowed or not, and varying in size and shape according to with desired storage capacity, an inner part (B) comprising the Beverage Storage Container (4) having Elevated Closed Base (2) and Open Upper Edge (3) Narrow or Not, with varying size and shape. according to the desired storage capacity, the Packaging Body (1) or the Beverage Storage Container (4) may have Grooves (5) or other structural elements arranged along its length and diametrically distributed in order to provide a greater mechanical resistance to the packaging structure, with the thermal beverage packaging containing a Packaging Lid (6), which secures the Packaging Body (1) to the Beverage Storage Container (4), to provide Compound Empty Space (10) between part (A) and part (B), with the Packaging Cover (6) containing a Seal (7), a Packaging Cover Opening Device (8) and a Packaging Seal Button. cover (9).

[021] The process of manufacturing and assembling the thermal beverage packaging, object of the present invention, consists in the introduction of the beverage storage container (4) in the packaging body (1), being fixed by the packaging lid (6).

[022] The air-void space (10) is formed by the space created between the packaging body (1) and the beverage storage container (4). This air space (low thermal conductivity gaseous fluid) reduces heat exchange between the external environment and the beverage storage container (4).

Benefits.

[023] Thus, the thermal beverage packaging, object of the present patent, as described above, has a new function in relation to the same purpose packaging currently used and found in the market. These advantages include: reducing the heat exchange between the drink consumed and the external means near the packaging; maintaining the temperature of the preserved beverage for a longer period before and during consumption; and the fact of providing greater convenience to the consumer.

[024] Thus, from the configuration and operation characteristics described above, it can be clearly noted that the THERMAL BEVERAGE PACKAGING is a new state-of-the-art packaging.

Claims

1 - THERMAL PACKAGING FOR BEVERAGES, characterized by having thermal resistance.

Thermal beverage package according to Claim 1, characterized in that it has a Packaging Body (1).

THERMAL BEVERAGE PACKAGING according to claims 1 and 2, characterized in that it has a beverage storage container (4).

Thermal beverage packaging according to claims 1 to 3, characterized in that the body of the package (1) and the beverage storage container (4) are of varying size and shape according to the desired storage capacity.

Thermal beverage packaging according to claims 1 to 4, characterized in that the body of the package (1) or the beverage storage container (4) has, if necessary, grooves (5) or other structural elements disposed along the their length and distributed diametrically.

6. BEVERAGE THERMAL PACKAGING according to any of claims 1 to 5, characterized in that it has an air space (10) between the

Packaging body (1) and Beverage Storage Container (4).

Thermal beverage package according to claims 1 to 6, characterized in that it has a lid (6).