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    • 专利摘要:
    Flexible thermal container in envelope or bag format, including multi-chamber or multi-cellA flexible thermal container (1) with built-in internal heat exchange is described, having the shape of an envelope or bag with cascading internal multi-housings. The container is an administrator, portable and disposable dispenser, of a consumer and / or necessary product to be heated or cooled, exploring the endothermic or exothermic reactions generated by the rupture or pressure of the bag (3) of the reactive liquid (3 '). The peculiarity of this execution is that the reaction chamber (2) is completely immersed in the consumer product (6) and is provided with a valve (10) that controls the possible pressure generated by the chemical reaction, where the reaction bags (3, 4) interns work according to the concept of "bag in a bag"; or "a bag in a bag in another bag".
    公开号:BR112013006826A2
    申请号:R112013006826-4
    申请日:2011-09-26
    公开日:2020-11-17
    发明作者:Giuseppe Sarcinella
    申请人:Giuseppe Sarcinella；
    IPC主号:
    专利说明:

    - .-. .
    -% 1/19 "+ 'Flexible thermal container in the shape of an envelope or bag, including multi-chambers or multi-cells This invention relates to a flexible container with internal heat exchange, in the shape of an envelope or bag with multi- cascade housings, or 5 multi-chambers or multi-cells, serving (as a disposable dispenser) a consumer and / or necessary product.The flexible thermal container in the shape of an envelope or multi-chamber or multi-cell bag, with multiple cells or housings, with internal heat exchange for self-heating or built-in self-cooling, for self-service products, which is the object of the present invention, is based on the concept of "a bag inside a bag inside another bag ". the objective is to obtain a container envelope so that. consumer products are heated or cooled, exploring endothermic or exothermic reactions. The peculiarity of this execution is that the reaction chamber - 15 is completely submerged in the product the consumption one, and it is provided with a valve to control a possible pressure generated by the chemical reaction, where the internal reaction bags work according to the concept of "bag in a bag" or "a bag in a bag in another bag" . The parent patent EP 1896343, by Sarcinella, despite its current effectiveness and application, is improved by the present invention, representing its improved evolutionary form with respect to its use, in the sense of being compact, portable, fit in the pocket, practical and ergonomic, and in terms of execution, in the sense of operation and practicality, safety and simplicity, rationalization of whole cells, and manufacturing and production process. 25 The built-in reaction proof chamber, totally isolated from consumer and / or use products, allows a better efficiency, besides safety, of the endo-exothermic process of the chemical reaction, improving its thermal efficiency and the distribution and spread of the quantity heating or cooling. This comes mainly from the new and innovative concept of 30 design and execution by the container, according to the technique of "bag in bag" or in cascade, if not "bag in a bag in another bag", and more in addition, if necessary. The parent patent EP 1896343B1, from Sarcinella, represents a milestone in the field of flexible containers, with built-in heat exchange 35 and its practical topicality, representing the closest state of the art known. By the present invention, the object of this patent is subject to notable improvements, representing its innovative evolution.
    The possible drawbacks of irregular operation due to high pressures or deformations during the development of exothermic reactions are avoided by means of appropriate safety devices, in addition to the activation of the chemical reaction between the reagent and the reactive liquid, as well as the rationalization and the safety of the spaces of the containers and the envelopes incorporated internally, as well as the ergonomic handling, the portability, the production and the perfected assembly processes- The multi-chamber thermal container, object of this invention, develops and evolves, contrary to the previous patent above mentioned, the concept of 10 "bag inside a bag inside another bag" of Chinese boxes or "matrioshka" (Russian dolls). Such form of packaging as a flexible container, made of plastic, a composite material, or foil, with internal heat exchange incorporated, for self-heating or self-cooling of foodstuffs for
    - 15 consumption, drinks, liquid meals, diet products, cosmetics, health, pharmaceutical administrations and so on, includes in its internal multi-chambers a number of envelopes or bags, each with a predetermined function, one of which is a micro-perforated reactive bag. More precisely, this invention relates to a flexible thermal container 20 in the form of a multi-chamber or multi-cell envelope or bag, with multiple cells or housings, with built-in internal heat exchange, for self-heating or self-cooling for the preparation of self-service products, including means for containing the reagent and the reactive chemical, separation means provided with seals of said containment means having calibrated resistance, means or deflectors for separating the reactive product from the products for preparation and use, characterized by the fact that it includes a housing or reaction chamber provided internally, with a first container, envelope or resistant bag, deformable by sealing walls with controlled collapse, containing a reactive liquid and a second container, envelope or bag that contains exo-endothermic reactive chemicals 30, so that they are able to come into contact with said liquid of the reactive, where said sealed reaction chamber is disposed in the Interior of the said envelope containing O (S) consumption product (s) of said container.
    Said flexible thermal container in the shape of an envelope or multi-chamber or multi-cell bag, with several cells or housings, is also characterized by the fact that the second container or envelope containing the exo-endothermic reactive chemicals is a bag reactive micro-perforated or permeable to the reactive liquid, or is made of a material that allows the flow of fluid.
    - 3/19
    Said flexible thermal container in the form of an envelope or multi-chamber or multi-cell bag, with several cells or housings, is also characterized by the fact that the reactive liquid container or envelope is inside the container or bag containing the product chemical. The said flexible thermal container in the form of a multi-chamber or multi-cell envelope or bag, with several cells or housings, also allows the reaction chamber to be provided with safety devices, means or members.
    An additional variant of the flexible thermal container of the present invention, in the form of a multi-chamber or multi-cell envelope or bag, with several cells or housings, is characterized by the fact that the reaction chamber is suspended by a bridge above the nozzle distributor outlet.
    Another embodiment of the flexible thermal container of the present invention, in the form of a multi-chamber or multi-cell envelope or bag, with
    - 15 multiple cells or housings ("bag inside a bag inside another bag"), with built-in internal heat exchange, for self-heating or self-cooling for the preparation of self-service products, characterized by the fact that that the reaction chamber is inserted in a housing, pouch or bag made by specific molding of said envelope containing the consumer product, said housing being made precisely by joining the end edges of the side walls of said bag or envelope, forming said bag or housing, to position and close said reaction chamber in the hermetic seal that joins said edges together, or through an airtight seal, where the reaction activation occurs due to the pressure caused by the rupture of the bag containing the liquid reactive, inside or outside the container or bag 25 containing the reagents.
    In another embodiment of said flexible thermal container in the shape of an envelope or multi-chamber or multi-cell bag, with multiple cells or housings, object of the present invention, the outer bag is made from a single folded sheet, and the closing of the edges or the seal can also be reopened, in addition to being finally closed, to obtain a thermally refillable container suitable for expelling the refills (from the reaction chambers), perpetuating and maintaining the thermal state (cooling, heating) or the product consumption, for reuse or recycling.
    The flexible thermal container in the shape of an envelope or 35 multi-chamber or multi-cell bag, with multiple cells or housings ("bag inside a bag inside another bag"), with built-in internal heat exchange, for self heating or auto -cooling for the preparation of self-service products, can also be done entirely from a single sheet, in its process of
    -
    manufacture, preferably for products that are not drinks or that are not food.
    Otherwise, in another variant, the flexible thermal container in the shape of an envelope or multi-chamber or multi-cell bag, with multiple 5 cells or housings ("bag inside a bag inside another bag"), with internal heat exchange incorporated , for self-heating or self-cooling for the preparation of self-service products, it is manufactured by making the envelopes or bags of which it is composed cohtinuously, from three / four different sheets, then joined in the line itself. production, preferably for drinks or food products. 10 In another embodiment of the flexible thermal container in the shape of an envelope or multi-chamber or multi-cell bag, with multiple cells or housings, (concept of "bag inside a bag inside another bag"), with exchange
    . built-in internal thermal, for self-heating or self-cooling for the preparation of self-service products, the construction of the cell or chamber cell
    - 15 reaction is provided with extensible folds and is attached to the envelope containing the consumer product, and the bag containing the reactive liquid for mixing with the reactive granules in the reaction chamber is provided with an activation edge or terminal, arranged in the bottom of said envelope, acting directly on the reactive liquid container, causing it to rupture and the subsequent mixing of chemical agents. 20 The flexible thermal container, object of the present invention, can also have the shape of a deformable bag or envelope, which takes the most suitable shape for its packaging and transport, in order to avoid, for example, wrapping / packaging in bottles, with a notable increase in the characteristics of weight / volume ratio, practicality and handling. 25 Likewise, the container has characteristics that allow the preparation of the substance for use or consumption, and its thermal treatment (cooling, heating), to occur at the same time, and also, if desired, when a single pressure is applied.
    In addition, in the flexible thermal container of the present invention, the substance for use can be heated or cooled respectively, with a variable thermal range at least in the range of +15 ° C to +60 ° C upwards, with reference to the normal temperature (+15 ° C), and at least in the range of -10 ° C to -30 ° C downwards, with reference to normal temperature (+15 ° C). In some embodiments, the flexible thermal container 35 of the present invention is also provided with sealing means, such as seals, valves, membranes, walls, with a predetermined pressure resistance, of the different containers or bags, which are driven by a plug. screwed easy to turn in both directions, to activate a spindle or other means of
    . -. - -. -
    - 5'19
    + adequate control, to tension said bags containing the different reactive and consumption substances, releasing their nozzles / valves, allowing the mixing of the latter, due to the breaking of said sealing means, allowing communication between said chambers, until then separated by said sealing means. 5 Thanks to this invention, a flexible thermal container in the shape of an envelope or multi-chamber bag or mu | ti-cé | u | as is obtained, with multiple cells or housings, with built-in internal heat exchange, for self-heating or auto -cooling for the preparation of self-service products, in the form of a practical flexible, deformable, pocket-sized envelope or bag, which can be activated 10 by compression, traction or rotation, thermally rechargeable, reusable and recyclable.
    The container of the invention, as mentioned above, is suitable for many applications and uses, such as its use in portable packaging for beverages, liquid foods, creams, sauces and spices; administration of medicines, drugs, therapeutic products, complementary substances and
    - 15 food support for well-being, which need chemical pretreatment before its administration or use; in containers for distributing beverages and soft drinks, energizing, stimulating, to quench thirst, and so on, for sports and leisure; in the application of cosmetic products, body care, beauty, heat treatments, and so on; in bottles, jars and dispensers of 20 baby foods, for nutrition during childhood; in portable 'working sets for glues, sealing media, fillers, paints, compounds, and so on; in sets for military supplies and medical equipment for the Army, for the Civil Disaster Intervention Force (Civil Defense) and for the Humanitarian Intervention Corps. 25, A detailed description of some preferred embodiments of the object of the present invention is provided below, given here by way of example only, without limiting in any way the generality of the invention, referring to the drawings of the attached figures, where: Figure 1 shows a sectional view of a preferred embodiment of the container, in which the bags containing the reactive liquid and the reactive chemicals are separated and immersed in the reaction chamber. Figure 1 shows an embodiment of the container of the previous figure , with the three bags inserted inside each other (concept of "bag inside a bag inside another bag"), where the reactive chemicals are contained directly in the reaction chamber, provided with a safety valve; Figure 2 shows the concept of "bag in a bag", in which the reactive liquid is contained within the bag of reactive chemicals, and the latter is, in turn, inside the reaction chamber contained in the product bag of consumption; Figure 2a shows a form of incorporation as in the previous one, in which the chemical agents are disposed directly in the reaction chamber, .5 this time also provided with an expansion chamber and overpressure exhaust ducts; Figure 3 shows a variant of an embodiment where the bag or reaction chamber is suspended from a bridge attached to the pressure opening nozzle: 10 Figures 4a, 4b, 4c show a particular embodiment of the vessel, like an envelope having an inner bag made by gluing a single sheet, completely separate from the consumer product, when
    - communication with the outside is necessary, incorporating the reaction chamber, in its different variants;
    - Figures 5a, 5b, 5c show a way of incorporating the container of the invention, with the refillable reaction chamber, made from three sheets for use with food products, so that the micro-perforated bag does not come into contact contact with drinks or liquid foods; Figures 6a, 6b, 6c depict the container of the invention 20 with a fully flexible bag, having a thermal activation device through breaking and rupture of the chamber that retains the reactive liquid, disposed inside the reaction chamber provided with extensible folds; Figure 7 describes the fully flexible container / bag with the reaction chamber positioned not horizontally in relation to the envelope, but along the vertical of its lateral edge; Figures 8a, 8b, 8c describe a form of incorporation of the flexible thermal container of this invention capable of allowing it to define its position and remain stable, standing, both during the endo-exothermic process and during storage and use. 30 The principle of the idea is to obtain an envelope, a container for consumer products to be heated or cooled, exploring endothermic or exothermic reactions.
    The peculiarity of this idea is that the reaction chamber is completely immersed in the consumer product, having a valve that controls a possible pressure generated by the chemical reaction, with the internal reaction bags working 35 according to the "bag in the bag" or "bag inside a bag inside another bag". In a first preferred embodiment, in figure 1, the bag or reaction chamber 2 is inserted and eventually glued to the envelope that
    - 7/19 will contain the consumption product 6. Activation occurs by applying pressure to the envelope 3 of the reactive liquid 3 ', also disposed inside the reaction chamber 2. This operation will break the inner pouch 3, qLIe contains the reactive liquid 3 ', which will mix with the reactive granules 4' of the bag 4, which can also be micro-perforated 4 ", 5 causing the endo-exothermic reaction in the reaction chamber 2. In the case of generation of overpressure vapors in the reaction chamber 2, the pressure opens the valve 10, which will allow the steam or gas to flow out without causing the explosion of the bag 1 'containing q consumer product 6. The parts of the container / flexible bag 1 are: 10 - consumer product bag 1 '- consumer product 6 - reaction chamber 2;
    V - Bag containing the reactive liquid 3; - Reactive liquid 3 '; - 15 - Bag containing chemical agents 4, micro-perforated 4 "; - Chemical agents 4 '; - Safety valve 10; - Burst or spout to open the bag or outlet 11, according to figure 1. 20 A variant of the previous form of incorporation of the flexible bag with safety valve (figure la) is based on the principle of obtaining an envelope 1 so that consumer products 6 are heated or cooled, exploring endothermic or exothermic reactions. The idea is that the reaction chamber is completely immersed in the consumer product 6, and has a valve 10 that 25 controls the possible pressure generated by the chemical reaction. The parts of the flexible container / bag 1 are: - Consumer product bag 1 '; - Consumable product 6; - Reaction chamber 2: 30 - Bag containing 1 reactive liquid 3;, - Reactive liquid 3'; - Bag containing chemical agents 2, 4; - Chemical agents 4 '; - Safety valve 10; 35 - rupture zone or spout to open the bag or hole the outlet 11. The flexible container 1 consists of three bags, one inserted inside the other. The bag containing 1 Reactive Fluid 3 is inserted into the bag of the
    ~ W 8/19 · B I "
    Reaction chamber 2, which this time also acts as container 4 for chemical agents 4 '. At the bottom of the bag of the reaction chamber 2, the safety valve 10 will be applied, or pressed. 5 In turn, the bag of the reaction chamber 2 is inserted 1 into the bag 1 'containing the consumer product 6, glued. The application of pressure on the bag 3 containing the reactive liquid 3 'causes it to break, occurring the mixture of chemicals 4' inside the reaction chamber of 2, 4, generating the endothermic and exothermic reaction. In case of excess pressure inside the reaction chamber, the safety valve 10 helps to release the pressure to q outside the container 1 of the consumer products bag 1 '(figure la). In another form of execution, in figure 2, the concept of "chained bag" is carried out, where bag 3 containing reactive liquid 3 '- 15 is contained within bag 4 containing reactive products 4', for example in turn, contained in the reaction chamber 2 totally immersed in the consumer product to be heated or cooled, provided with a valve 10 that controls any excess pressure generated by the chemical reaction. For greater safety and efficiency, bag 4 containing 20 chemical agents is micro-perforated 4 ". The parts of the flexible container / bag 1 are: - Consumer product bag 1 '; - Consumer product 6; - Reaction chamber 2; 25 - Bag containing reactive liquid 3; - Reactive liquid 3 '; - Bag containing chemical agents 4, micro-perforated 4 "; - Chemical agents 4 '; - Safety valve 10; 30 - Mptura or nozzle zone for opening the exit bag or orifice 11. In particular, in this form of incorporation the flexible container 1 consists of three bags 3, 4, 2, each inserted inside the other. The bag 3 containing the reactive liquid 3 'is inserted into the bag of the reaction chamber 4, which also contains the chemical agents 4', which in turn is contained within the bag of the reaction chamber 2, said reaction chamber being in turn completely immersed in the bag 1 'of the consumer product 6, The valve 10 that controls a possible pressure generated by the chemical reaction completes the flexible container 1 (figure 2).
    W 9/19 -Y.
    A variant of the foregoing embodiment includes a flexible container 1 with an expansion chamber 16 having a safety valve 15 and overpressure ducts 13, 14 suspended over the nozzle 11 (figure 2a). The flexible container 1 of the present invention has a safety device, with a weakened glue 15 / expansion chamber 16 / overpressure ducts 12, 13, which controls a possible overpressure generated by the chemical reaction that occurs inside the reaction chamber 2, completely immersed in the bag 1 'of the consumer product 6. The container consists of three bags, one inserted in the other. The bag 3 containing the reactive liquid 3 'is inserted into the bag of the reaction chamber 4, which in this variant also contains the chemical agents 4'. The reaction chamber bag 2 has a weakened glue 15, which collapses in case of excess pressure, allowing the reaction chamber 2 to communicate with the reaction chamber.
    V expansion 16. If the expansion chamber 16 is not sufficient to contain the excess pressure, the latter is discharged out of the bag 1 'containing the product of. 15 consumption 6 of container 1 through the overpressure ducts 13, 14 of the nozzle 11. The application of pressure on the bag 3 containing the reactive liquid causes it to rupture, causing the mixture of chemicals inside the reaction chamber 2, generating the endothermic and exothermic reaction. The parts of the flexible container / bag 1 are: 20 - Consumer product bag 1 '; - Consumer product 6; - Reaction chamber 2; - Bag containing reactive liquid 3; - Reactive liquid 3 '; 25 - Bag containing chemical agents 2 (reaction chamber); - Chemical agents 4 '; - Weakened collage 15; - Expansion chamber or security zone 16; - Safety valve 10; 30 - rupture zone or spout to open the bag or exit hole11; - Overpressure lines 13, 14 (figure 2a). Description of the safety system for pressure control: 35 The plug of the nozzle 11 includes a zone that supports the thermal element that is hooked or attached to an additional chamber suitable to contain liquid or solid products. At the bottom of the support plug, there are security holes 13, 14 that allow the additional internal chamber to possibly communicate with the outside of the package.
    A possible overpressure is discharged through the safety orifices, passing through the exits.
    In the case of high pressure vapors, the safety holes can be provided with a cooling zone.
    A different form of incorporation (figure 3) provides for the modification of the design of the nozzle 11, with the addition of a bridge 16 where the bag of the reaction chamber 2 with the overpressure valve 10 is then disposed.
    The set is then inserted into the envelope 1 'containing the consumer product 6. The reaction bag 2 is inserted and eventually attached to the envelope 1' containing the consumer product 6. 10 The parts of the container / flexible bag 1 are: - Bridge 12; - 1 'consumer product bag; - Consumer product 6; - Reaction chamber 2; - Safety valve 10; - 15 - Breaking zone or spout for opening the bag or outlet 11 (figure 3) - Another form of incorporating the object of the present invention (figures 4a, 4b, 4c) provides the flexible container / bag 1 with an envelope 1 'of 20 consumer product 6 provided with an internal housing 8. The peculiarity of this variant is that the 1' envelope of consumer product is made of a single double layer 7 layer. 'The principle of the idea is to obtain a suitable envelope to contain liquid or solid substances, with an inner bag completely separated from the consumer product and, if necessary, communicating with the outside.
    The peculiarity of this idea is that the envelope 1 'of consumer product 6 is made of a single sheet of double layer folded over its edges 1 ", 1"' in order to form the housing or bag 8, with sealing points 7 " of the terminal parts 7, 7 'of said edges 1 ", 1" ". 30 Starting from a plastic bag, the outer bag 1' has the characteristic of being a single layer, and with this folding system creates a housing 8, suitable for containing various materials, such as a bag for endothermic or exothermic reactions (element inserted in the reaction chamber 2). The reaction bag 2 is inserted in the specific housing 8, made by folding the 35 edges 1 ", 1 "'inside the envelope 1' containing the consumer product 6. The housing 8 formed by an outer bag 1 'can also be sealed by fixed points 7", also with calibrated collapse, or that can be temporarily reopened 9 in points sealing ring 7, T.
    Reaction bag or chamber 2, containing bag 3 of | reactive liquid 3 'and bag 4 of reactive chemicals 4', as in the previous forms of incorporation, is arranged in a dedicated housing 8 within envelope 1 ' contains the consumer product 6. The reaction starts with pressure, 5 breaking the bag 3 containing the reactive liquid 3 ', in the same way as in the above mentioned variants.
    Seals or closures 7 ", 9 can also be calibrated or to open or collapse in the event of overpressure.
    In addition, housing 8 can receive new reaction loads or thermal heating or cooling loads, to maintain the temperature of the consumer product or for later use.
    Figures 4a, 10 4b show the 'container of this variant including a reaction chamber 2, having the reactive liquid bag 3' inside and containing the reactive chemicals 4 ', while figure 4c shows the bag 1' containing consumer product 6 in one
    . variant with greater capacity and a reaction chamber, which includes the two separate bags 3, 4, respectively, containing the reactive liquid 3 'and the substances
    - 15 4 'reactive chemicals. The components of the flexible container / bag 1 with internal housing are: - rupture zone or spout to open the liquid bag or outlet 11; 20 - 1 'consumer product envelope; - Consumer product 6; - Inserted element (reaction chamber) 2; - Envelope 3 containing the reactive liquid 3 ';
    - - Envelope 4 containing the reactive chemicals 4 '; 25 - Side edges, folds that form the compartment, 1 ", 1 '"; - Terminal sealing edges 7, 7 '; . - Sealing points 7 "; - Sealing 9; 30 - Bag, compartment or housing of the consumer product envelope 8 (figures 4a, 4b, 4c). An additional variant of the flexible container of the present invention is shown in figures 5a, 5b , 5c.
    Such a particular form of incorporation, as in the previous one, 35 has the characteristic of being provided with an internal housing 8. However, this form of incorporation has a sheet of three layers of plastic material, with the manufacture starting not from a single sheet, but from three separate sheets, one of which is folded to create the
    .
    housing 8 formed by the bag 1 'of consumer product 6, through its edges 7, 7' made by folding. The bag 3 of the reactive liquid 3 ', as well as the bag 4 of chemical agents 4', are obtained from the other separate sheets and inserted separately inside the housing 8, to serve as a reaction chamber (figures 5a, 5b), or in 5 a separate independent reaction chamber 2 with weakened glue, which in turn is then inserted into the housing or bag 8 (figure 5c). In both cases, a fixed or collapsible opening seal 7 ", 9 closes the housing 8 in order to form or close the reaction chamber 2. The components of the flexible container / bag 1 with 10 internal housing are: - Breaking zone or spout to open the bag or liquid outlet 11: - Consumer product bag 1 ', with side edges 1 ", 1'";. 15 - Consumer product 6; - Inserted element (reaction chamber) 2 ; ^ - Envelope 3 containing the reactive liquid 3 '; - Envelope 4 containing the reactive chemical substances 4'; - Side edges, folds forming the compartment, 1 ", 20 1" "; - Terminal sealing edges 7, 7 '; - Sealing points 7 "; - Sealing 9; - Bag, compartment or housing made by the envelope of consumer product 8, (figures 5a, 5b, 5c). Another particular form of incorporation of the flexible container of the present invention concerns to a container / bag with the concept of "bag in the bag", with a tearable opening (figures 6a, 6b, 6c) - The principle of the idea is to obtain a fully flexible bag with a traction opening system. 3 of plastic material that contains the liquid 3 ', which will be used for the chemical reaction, has a reactive liquid chamber 3. It is inserted in another bag, the reaction chamber 2, which also serves as a chamber 4 containing the reactive chemical substances 4 'and which already contains the chemical material 4' for reaction in the interior. Reaction chamber 2 has folds that allow stretching. In turn, reaction chamber 2 is inserted and fixed in a outer bag 1 ', suitable for containing liquids or solids. The reaction bag 2, 4 is attached to the envelope 1 'containing the consumer product 6.
    13'19 m
    Pulling the end flap 5, a traction is applied directly to the chamber 3 of the reactive liquid 3 ', causing rupture and subsequent mixing of the chemical agents 4'. Activation occurs by pulling the end flap 5 located on the bottom 5 of the envelope.
    This operation will break the inner bag 3 containing the reactive liquid 3 ', which will mix with the reactive granules 4' inside the reaction chamber 2. The container / bag with the tearable opening consists of the following parts: - Chamber stretch reaction with folds 2; 10 - Breakable reactive liquid chamber 3; - Folding of chamber 2: - External bag, consumer product envelope 1 'with deformable bottom; - Reaction chamber 2, 4; - Chamber 3 containing 3 "reactive liquid; 15 - Chamber 4 containing 4 'reactive chemicals; - External bag, consumer product envelope 1'; - Tearable edge or end flap 5 to activate the breaking of the liquid chamber reactive; 20 - Consumer product 6; - Liquid outlet 11 (figures 6a, 6b, 6c). Regarding the thermal initiation and opening devices of said container, a description of a preferred embodiment is given below from the start of activation from a cap or cap to the nozzle 25 The principle of the idea is based on the use of the cap to rupture by traction or compression a valve of a container, to communicate with chambers or bags suitable for containing products liquids or solids.
    Nozzle cap activation is not shown in the figures. 30 The principle is based on the use of the container lid to rupture by traction or compression a valve, in order to communicate the appropriate chambers to contain liquid or solid products.
    The set includes three main elements: - A closing cover; 35 - A support structure; - A tensile or compression structure,
    F 14/19 The tensile structure is attached to the support structure, screwed into the closing cover by means of a thin opening strip. In turn, the closing cover is fixed to the support structure using a thin tensile strip. By turning the closing cap counterclockwise, 5 the latter rotates the thin strip continues. This operation causes the tensile structure to move using the thin tensile strip inside the closure cover, causing the tensile structure to rise or lower. The movement of the tensile structure is used to place the chambers in communication, until then separated by valves, membranes, bags and so on, using traction or compression. This system can also include a nozzle with internal pressure control. Operation:. 15 1. Remove the safety clamp and seal;
    2. Rotate the cover in a specific direction (clockwise or counterclockwise), where, using a specific thin strip, the tensile element goes up or down, according to the project;
    3. When turning the cover in the opposite direction to the previous one, the cover 20 releases the tensile element and detaches from the support, allowing cleaning of the outlet nozzle. The bags are then applied to this structure, containing the chemicals that will be used for exothermic and endothermic reactions. This element will then be inserted into an envelope containing the consumer product. 25 When there is a spout for carbonated drinks, it is intended to solve the problem of gas leakage from the flexible packaging of carbonated drinks or liquids, as well as of possible leakage of vapors or gases produced inside a chamber inside the main packaging. The set includes two main elements: 30 1. Movable cover;
    2. Cover support. Process to release the gas produced by the consumer product: After a possible safety seal has been removed, 35 it is necessary to turn the movable cover clockwise or counterclockwise. This operation will place the gas outlet orifice in communication with the gas and liquid storage area, releasing the gas contained inside the package.
    The rotating speed of the movable cover will set the gas release speed.
    Subsequently, to clean the exit hole of the 1st Liquid, it is necessary to press the movable lid towards the lid holder. r
    5 By repeating the operation backwards, this system is once again sealed.
    The flexible thermal container 1 shaped like an envelope or bag 1 'with multi-chambers or multi-cells, with multiple cells or housings, realizes the concept of "bag inside bag inside bag", like Chinese boxes 10 or " matrioshka "(Russian dolls), providing built-in internal heat exchange for self-heating or self-cooling of self-service products for consumption, and essentially includes a reaction compartment or chamber 2 provided internally with a first deformable sealed container or envelope 3 , with controlled collapse sealing walls, containing a 3 'reactive liquid, and with a second container or
    _ 15 envelope 4 containing exo-endothermic reactive chemical substances 4 'of an appropriate type, so that they can come into contact with the liquid reagent 3', where the "sealed reaction chamber 2 is placed inside envelope 1 'containing O ( s) consumer product (s) of container 1. m When the envelopes or bags 3, containing the reactive liquid 20 3 ', and 4, containing the reactive chemicals 4', are disposed separately inside the reaction chamber 2, this refers to the situation in figure 1; when the reactive chemicals are contained directly inside the reaction chamber, this refers to the situation in figure la; when, on the contrary, envelope 3 of the reactive liquids 3 'is contained within of envelope 4 of reactive chemical substances, this refers to the situation in figure 2; and, in the variant in which the reaction chamber also directly supports the reactive chemical substances 4 ', this refers to the situation in figure 2a.
    The bags 3, 4 containing the reagent and the reactive chemicals are provided with separating deflectors or sealing means with calibrated resistance, so that they come into contact only under a predefined tension or action, the same goes for the envelopes or bags 1 'containing the ingredients for the preparation of consumer products 6, where the deflectors for separation of the reactive product and those for the preparation of the consumer product are quite distinct and isolated, so as not to come into contact with each other. 35 'To increase the efficiency and safety of the endo-exothermic chemical reaction, it was decided that the bags 4 containing the reactive chemical substances 4' would be of the micro-perforated type 4 "(figures 1 and 2).
    m 16/19 * In the same way, reaction chambers with a safety valve 10, in the form of incorporation of figures 1, la and 2, or with an overpressure expansion chamber 16 with separation deflector 15, were used in this invention. weakened bonding, calibrated rupture and overpressure ducts 13, 14, in the form of incorporation of figure 2a. Another form of incorporation presents the reaction chamber 2 suspended by bridge over the distribution nozzle 11 of the consumer product 6, inserted and immersed inside the envelope 1 'of the container 1, as shown in figure 3. In a different embodiment, of bag with 10 inner housing, envelope 1 'containing consumer product 6 of flexible container 1 has two end edges or ends 7, 7', one for each side wall or side 1 ", 1" 'of the envelope or bag 1 ', which come together to create a bag or housing 8, 4p where it is possible to accommodate the reaction chamber 2. The reaction bag 2 can be of the "bag in bag" type, in which the bag or envelope 3 of the reactive liquid 3 'is arranged in. 15 inside the container of reactive products 4 ', which can be a separate bag 4, or the reaction chamber 2 itself (figures 4a, 4b). Otherwise, the two bags 3 and 4 of the reactive liquid and the reactive chemicals can be distinguished and separate inside the reaction chamber 2, according to figure 4c.
    W To close the reaction chamber 2, the edges are joined 20 at the junction 7 ', usually by gluing, which can also be calibrated (figures 4a, 4b), or by means of a seal 9, which can also be calibrated (figure 4c). Starting with a plastic bag, the outer bag 1 ', which has the characteristic of being a single layer, creates with this folding system a suitable housing 8 to contain various materials, such as a bag for endothermic or exothermic reactions. (element inserted in reaction chamber 2) or for thermal refills. The housing 8 of the outer bag 1 'can be fixedly sealed or be of the type that can be reopened at the sealing points 7 ", 9 (figures 4a, 4b, 4c). 30 The reaction starts by means of compression, breaking the container / bag 3 containing the reactive liquid 3 ', inside or outside the container or bag 4 of the reagents 4' (figures 4a, 4b, 4c) - The principle of the idea is to obtain a suitable envelope to contain liquids or solids , with an internal housing completely separate from the consumer product and, if necessary, in communication with the outside. The same form of previous incorporation can be adopted in the case of container 1 intended to contain drinks c) u food is manufactured, instead from a single multi-layered sheet, with three sheets, where the central sheet is
    V folded, while if the container is intended for medicines, cosmetics or other products, it is manufactured from a single sheet (figures 5a, 5b, 5c). The product consists of three bags made from three sheets, one inserted inside the other. The bag 3 containing the reactive liquid 3 'remains 5 inserted inside the bag of the reaction chamber 2, also containing the chemical agents 4' For greater safety, in the case of food, micro-perforated bags are used, so that the chemical products reactive do not come into contact with liquids or liquid foods. 10 In these last two forms of incorporation, a container with a refillable chamber is obtained to regenerate or maintain the thermal exchange. In addition, the 7 ", 9 edge seal can be of a type that can be reopened or permanent. This allows the use of refills (from the reaction chamber). - The 7", 9 edge seal can be of a type that Can be . 15 reopened or final, to allow the use of refills (from the reaction chamber), obtaining a thermal recharge (reaction chamber) suitable to perpetuate and maintain the "thermal state (cooling, heating) of the consumer product 6, for reuse or recycling.
    W Another particularly advantageous form of incorporation 20 for viscous liquids is that described in figure 7. In practice the reaction chamber is not positioned horizontally in relation to the envelope, but vertically. This solution has advantages for creamy products, allowing in addition to improve the way of making angled nozzles, with a better possibility of personalizing the tearable opening means 25 (figure 7). Another preferred embodiment of the flexible thermal container of the invention allows it to be positioned and held in position, and to remain upright, stable, both during the endo-exothermic process and during storage and use. 30 It is practically just a matter of applying another layer of material. Such an additional layer allows the obtainment of a third side edge properly folded and reinforced, which generates a second line of support allowing the envelope, when full, to stand and remain in such a configuration during the exo-endothermic process and during use ( figures 8a, 8b, 8c). 35 Finally, in another form of incorporation of the flexible thermal container 1 in the form of an envelope or bag 1 'having multi-chambers or multi-cells, with multiple cells or housings, based on the concept of "bag inside bag inside another bag" ", having built-in internal thermal exchange with
    q 18/19 -
    V heating or self-cooling of self-service products for consumption, the chamber or cell forming the reaction chamber 2 is attached to the envelope or bag 1 'containing the consumer product 6, where said reaction chamber 2 contains the bag 3 which in turn contains the reactive liquid 3 'which will be mixed with the reactive granules 4' 5 in the same reaction chamber 2, with the provision of a tearable edge or end flap 5 placed at the bottom of the envelope 1 ' and attached to the reactive fluid bag, to cause it to rupture (figures 6a, 6b, 6c). Starting with a bag 3 of plastic material, containing the liquid 3 'that will be used for the chemical reaction, the reactive liquid chamber 10 is inserted into another bag that forms the reaction chamber 2, containing the chemical material 4 inside. 'for the reaction. The reaction chamber 2 has some folds, while the lower part of the bag 1 'is made up of two walls showing an angle between them, being concave at rest and convex in - operation, to allow its stretching.
    M 15 In turn, the reaction chamber 2 is inserted and fixed to the outer bag 1 ', suitable for containing liquids or solids. . By pulling the end flap 5, this causes a traction directly in the chamber of the reactive cycle 3, causing its rupture and the subsequent mixing of the chemical agents in the reaction chamber 2 (figures 6a, 6b, 6c). The container of the invention is in the form of a flexible, deformable, portable, practical, pocket-sized envelope or bag, put into operation by means of compression, traction or rotation. Due to its flexibility, it is deformable and can take the most suitable shape for its packaging and transport, avoiding, for example, packaging l packaging in bottles, with a notable increase in the 25 characteristics of weight / volume ratio, practicality and handling . In preparation, the use of substances and their heat treatment (cooling, heating) can occur at the same time, including, if desired, with the application of a single pressure. In such use, substances or consumer products 6 30 can be heated or cooled, respectively, with a variable thermal range at least in the range of +15 ° C to +60 ° C upwards, with reference to the normal temperature (+15 ° C), and at least in the range of -10 ° C to -30 ° C downwards, with reference to the normal temperature (+15 "C). The investment container finds application and particular use 35 in portable beverage packaging, liquid foods, creams, sauces and spices, as well as in dispensers or administrators of drinks and soft drinks, energizing, stimulating, to quench thirst, and so on, for sports and leisure.
    "m 19/19 ¶» Likewise, it finds particular use in ready-to-use packaging for medicines, drugs, therapeutic products, complementary substances and food support for well-being, which need chemical pre-treatment before its administration or use; in containers 5 distributors of drinks and soft drinks, energizing, stimulating, to quench thirst, and so on, for sports and leisure; in the application of cosmetic products, body care, beauty, treatments thermos, and so on. It is very well suited for use in bottles and 10 baby food dispensers, for nutrition during childhood. Likewise, the flexible thermal container in the form of an envelope or bag finds application and particular use in portable working sets for glues, sealing media, putties, paints, compounds, and so on, do-it-yourself type or for artisans.
    _ 15 In addition, it is suitable to play a very important role in its use and application in sets for military supplies and medical equipment for the Army, for the Civil Disaster Intervention Force (Civil Defense) and for the Humanitarian Intervention Corps . . It is believed that the object of this invention signifies a radical innovation in the beverage market, particularly those of practical use, which will provide, in addition to technical and industrial innovations in manufacturing and production, notable implications also in the field of consumers and social relations , as has already happened with other recent technologies in other fields. K%
    P m r.
    权利要求:
    Claims (17)
    [1]
    - 1/5
    V Claims t 1) Flexible thermal container in envelope or bag format, including multi-chamber or multi-cell, comprising a flexible thermal container (1) in the shape of an envelope or bag (1 ') having multi-chamber or multi -cells, 5 with multiple cells or housings with built-in internal heat exchange for self-heating or self-cooling of self-service products for consumption, consisting of means containing the reagent and the reactive chemical, by means of separating said means containers, provided with sealing means with calibrated resistance, by means of separation, or deflectors, of the reaction product of the 10 products of preparation and consumption, characterized by the fact of including a reaction chamber (2) in envelope or bag format, provided internally with a first resistant container, envelope or bag (3), deformable by sealing walls with controlled collapse, containing a reactive liquid (3 '), and with a second container, sent elope or bag (4) containing exo-endothermic reactive chemical substances (4 ') in an appropriate manner so that they are able to come into contact with said reactive liquid (3'), with said sealed reaction chamber (2 ) being arranged inside said aging (1 ') containing the consumer product (s) (6) of said container (1).
    [2]
    2) Flexible thermal container according to claim - 1, in the form of an envelope or bag (1 ') with multi-chambers or multi-cells, having 20 multiple cells or housings, characterized by the fact that the second container or envelope (4) containing the exo-endothermic reactive chemical substances is a reactive bag (4 ") micro-perforated or permeable to the reactive liquid, or is a material that allows fluid flow.
    [3]
    3) Flexible thermal container according to claim 1 or 2, in the shape of an envelope or bag (1 ') with multi-chambers or multi-cells, having multiple cells or housings, characterized by the fact that the container or envelope (3) of the reactive liquid (3 ') is inside the container or bag containing the chemical (4').
    [4]
    4) Flexible thermal container according to claim 30 1, in the shape of an envelope or bag (1 ') with multiple chambers or multi-cells, having multiple cells or housings, characterized by the fact that the reaction chamber (2) is suspended by the bridge (12) over the support area of the outlet nozzle (11).
    [5]
    5) Flexible thermal container according to claims 1, 2 or 3, in the shape of an envelope or bag (1 ') with multi-chambers 35 or multi-cells, having multiple cells or housings, characterized by the fact that the reaction chamber (2) is provided with safety devices or means (10).
    [6]
    6) Flexible thermal container, according to claim 1, in the form of an envelope or bag (1 ') with multi-chambers or multi-cells, having
    . 4 2/5
    Q multiple cells or housings, characterized by the fact that the reaction chamber (2) is provided with safety devices or means (10), composed of an expansion chamber (16) 'which communicates with the reaction chamber (2 ) via a weakened connection (15), connected to overpressure ducts (13, 14). 5
    [7]
    7) Flexible thermal container according to claim 1, in the form of an envelope or bag (1 ') with multi-chambers or multi-cells, having multiple cells or housings with built-in internal heat exchange for self-heating or self-heating - cooling of self-service products for consumption, characterized by the fact that the reaction chamber (2) is inserted in a housing 10 or bag (8), made by specific molding from the said envelope (1 ') containing the product for consumption (6), said housing (8) made precisely by joining the end edges (7, 7 ') of the side walls (1 ", 1'") of said bag or envelope (1 '), forming the said bag or housing (8), to position and close said reaction chamber (2) in the hermetic seal (7 ") that joins said edges (7, 7 ') together, or. 15 through an hermetic seal (9 ), where the start of the reaction occurs due to the compressive stress of the rupture of the container or bag (3) containing the reactive liquid o (3 '), inside or outside the reagent container or bag (4) (4').
    [8]
    8) Flexible thermal container according to claim "7, in the form of an envelope or bag (1 ') with multi-chambers or multi-cells, having 20 multiple cells or housings, characterized by the fact that the bag extends (1 ') is manufactured from a single folded sheet (1'), and the closing (7 ") of the edges (7.7 ') or the seal (9) can also be reopened, in addition to being definitively closed, to obtain a thermally refillable container suitable for exploring the refills of the reaction chamber (2) or the perpetuation of the thermal loads to maintain the thermal state, q cooling, q heating, or the consumption product, for its reuse or recycling.
    [9]
    9) Flexible thermal container according to claim 7, in the form of an envelope or bag (1 ') with multi-chambers or multi-cells, having multiple cells or housings with built-in internal heat exchange for self-heating or self-cooling to prepare self-service products for consumption, characterized by the fact that the envelopes or bags (1 ', 2, 3 and 4) that make up the said container (1) are manufactured from three / four different sheets . ·
    [10]
    10) Flexible thermal container according to claim 7, in the form of an envelope or bag (1 ') with multi-chambers or multi-cells, having multiple cells or housings, with built-in internal heat exchange for self-heating or self-cooling of self-service products for consumption, characterized by the presence of a third terminal edge (7 '") or layer of material
    .
    3/5 * additional wall! Aiera | (1 '") adjacent to the edge (7"), where the union of the end edges (7, 7') of the side walls (1 ", 1 '") of said bag or envelope (1') positions and closes said reaction chamber (2) in the hermetic joint seal (7 "), and forms the first support base (7"), with said third edge (7 '") separated to form the second support base (7) 17), to allow the envelope or bag (1) to be positioned in a stable position, both during the endo-exothermic process and during storage and use.
    [11]
    11) Flexible thermal container according to claim 1, in the form of an envelope or bag (1 ') with multi-chambers or multi-cells, having multiple cells or housings, with built-in internal heat exchange for self-heating or self-cooling of preparations of self-service products for consumption, characterized by the fact that the chamber or cell that builds the reaction chamber (2) is stretchable and is provided with folds, being attached to the envelope (1 ') that contains the consumer product (6), and the bag (3) containing the reactive liquid (3 '), for the 0 15 mixture with the reactive granulate (4') in the reaction chamber (2), is provided with a tearable edge or end flap (5) disposed on the lower part of variable geometry of said envelope or bag (1 ') of the consumer product (6), acting directly on the reactive liquid container (3), causing its rupture and subsequent mixing chemical agents.
    [12]
    12) Flexible thermal container, according to claim 1, in the shape of an envelope or bag (1 ') with multi-chambers or multi-cells, having multiple cells or housings, with built-in internal heat exchange for self- heating or self-cooling of preparations of self-service products for consumption, characterized by the fact that the envelopes or bags (2, 3 and 4) that constitute the thermal element are positioned vertically, joined along a side edge of the envelope (1 '), such a solution being particularly suitable for creamy products, with a better possibility of positioning the angular nozzles and tearable opening means.
    [13]
    13) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 or 12, characterized by the fact that it is in the shape of a deformable bag or envelope, assuming the most suitable format to be packaged and transported, avoiding, for example, packaging / packaging in bottles, with a notable increase in the characteristics of the weight / volume ratio, practicality and handling.
    [14]
    14) Flexible thermal container according to 35 claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 or 13, characterized by the fact that the preparation of the substance for use or consumption and its heat treatment (heating, cooling) can occur at the same time, and also, if desired, with the application of a single pressure.
    + ~ 4 / S
    -
    ©
    [15]
    15) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 or 14, characterized by the fact that the substance for use can be cooled Olj cooled, respectively, with a variable thermal range at least in the range of +15 ° C to +60 ° C upwards, with reference to the normal temperature (+15 ° C), and at least from -10 ° C to -30 ° C down, with reference to normal temperature (+15 ° C).
    [16]
    16) Flexible thermal container, according to claim 1 ', characterized by the fact that the sealing means, seals, valves, membranes and walls with a predetermined pressure resistance, of the 10 different containers or bags, are activated by a plug screwed (11) capable of turning in both directions, to activate a spindle or other suitable control means, to tension said bags containing the different reactive and consumption substances, releasing their nozzles / valves, allowing the mixing of the latter, causing the breaking of said sealing means and allowing communication between said chambers,
    . 15 hitherto separated by said sealing means.
    [17]
    17) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15 or 16, in the shape of an envelope or bag (1 ') with multi-chambers or multi-cells, having multiple cells or "housings, with built-in internal heat exchange for self-heating or self-cooling of preparations for self-service products for consumption, characterized by the fact said flexible container (1) being shaped like a flexible, deformable, practical pocket-sized envelope or bag, which can be activated and started by compression, traction or rotation, being thermo-refillable, reusable and recyclable. 25 18) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 or 17, in the form of an envelope or pouch (1 '), characterized by understanding the use and application of said flexible thermal container (1) in portable packaging for drinks, liquid foods, creams, sauces and has but. 19) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 or 17, with the format of a envelope or bag (1 '), characterized by understanding the use and application of said flexible thermal container (1) in dispensers for refreshing, energizing, stimulating drinks and foods to quench thirst, and so on, for sports and leisure . 20) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 or 17, with q format an envelope or pouch (1 '), characterized in that it comprises the use and application of said flexible thermal container (1) for medicines, drugs, therapeutic products,
    N ^ 5/5. T 'substances for complement and food support and for well-being, which need a chemical pre-treatment before its administration or use. 21) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 or 17, in the shape of 5 an envelope or pouch (1 '), characterized by comprising the use and application of said flexible thermal container (1,) for cosmetic, body care, beauty, heat treatment products, and so on. 22) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 or 17, in the shape of 10 an envelope or bag (1 '), characterized by comprising the use and application of said flexible thermal container (1) in bottles, jars and dispensers of baby food, for nutrition during childhood. 23) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 or 17, in the shape of. 15 an envelope or pouch (1 '), characterized in that it comprises the use and application of said flexible thermal container (1) in portable working sets for glues, sealing means, fillers, paints, compounds, and so on. 24) Flexible thermal container according to claims 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 or 17, in the shape 20 an envelope or bag (1 '), characterized by understanding the use and application of said flexible thermal container (1) in military provisions and medical equipment for the Army, for the Civil Disaster Intervention Force (Civil Defense) , and for Humanitarian Intervention Bodies, ¶
    V
    J 5
    V
    : - 1/10 0
    P 11 ~ 1 Jlllll | / / 6 1 '_ 2, 3 3' -4 - 4 "4 '10 fig.l m m: r"> 2/10
    D "m - = -" 0 '11 ~' j 1 '6 _ 2,4 4' AL— 3 k 3 'ice "" fig. over there
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    同族专利:
    公开号 | 公开日
    EA201300191A1|2013-09-30|
    CA2807348A1|2012-03-29|
    UA108253C2|2015-04-10|
    SG10201507780SA|2015-10-29|
    KR20140022759A|2014-02-25|
    ZA201302427B|2014-06-25|
    EP2619279A1|2013-07-31|
    JP2013540662A|2013-11-07|
    CH703828A2|2012-03-30|
    CN103080268A|2013-05-01|
    CH703828B1|2015-05-15|
    EA023226B1|2016-05-31|
    US9266659B2|2016-02-23|
    SG188321A1|2013-04-30|
    JP6086369B2|2017-03-01|
    WO2012038819A1|2012-03-29|
    US20130174600A1|2013-07-11|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2907173A|1956-05-04|1959-10-06|Kwik Kold Of America Inc|Method of forming a cooling package|
    US3887346A|1971-09-07|1975-06-03|Lynn Ellynn Erdman|Chemical thermal package with three separate chambers|
    JPS6041351U|1983-08-26|1985-03-23|
    US4895135A|1987-08-10|1990-01-23|Fukubi Kagaku Kogyo Kabushiki Kaisha|Self-heating container|
    JPH01122475U|1988-02-08|1989-08-21|
    US5534020A|1994-01-24|1996-07-09|Cheney, Iii; Henry H.|Instant reusable compress|
    KR100346043B1|1999-11-25|2002-07-24|참맛|Portable Foods Exothermic Container|
    US6484514B1|2000-10-10|2002-11-26|The Procter & Gamble Company|Product dispenser having internal temperature changing element|
    CA2451219A1|2001-06-29|2003-01-09|The Procter & Gamble Company|Self-heating/self-cooling package|
    US6640801B2|2001-08-29|2003-11-04|Tempra Technology, Inc.|Heat pack with expansion capability|
    US7422143B2|2002-10-23|2008-09-09|Minnesota Thermal Science, Llc|Container having passive controlled temperature interior|
    CN2626918Y|2003-08-01|2004-07-21|赵长春|Self heating food apparatus|
    CA2444155C|2003-10-01|2016-01-05|California Innovations Inc.|Container with cover|
    KR100567227B1|2004-03-05|2006-04-03|주식회사 크라우젠|A pyrogen package of throwaway heating pack for drink and food|
    KR100601077B1|2004-03-17|2006-07-19|김순일|Automatic Heating Pouch Pack|
    US7744940B2|2005-01-07|2010-06-29|Hickey Charles P|Food product warming or cooling package|
    CH698072B1|2005-06-27|2009-05-15|Giuseppe Sarcinella|flexible container with heat exchange inside.|
    KR100796300B1|2006-03-03|2008-01-21|참맛|Heating pack unit|
    JP4542527B2|2006-06-30|2010-09-15|株式会社フューチャービジョン|Display device with reduced white chromaticity difference and manufacturing method thereof|
    JP5013800B2|2006-09-29|2012-08-29|株式会社ヨシザワ|Heating tool and food heating container provided with heating tool|
    WO2008082283A1|2007-01-05|2008-07-10|Tae Ho Sin|Pouches of in-site heating means for cooking|
    KR100843270B1|2007-09-13|2008-07-03|핫밀테크|A heating bag|
    JP2009161188A|2007-12-28|2009-07-23|ＮｅｗｓＣｈｅｆ株式会社|Cooking liquid-sealed bag body for microwave oven|
    KR100949175B1|2009-04-24|2010-03-23|주식회사 크라우젠|Flameless heating pack with high heat efficiency and package for heating content including the same|DE102011011883B4|2011-02-21|2015-09-03|Scaldopack Sprl.|Packaging for a liquid product and method and device for its production|
    CN103110517B|2013-02-16|2014-02-12|冯婷婷|Traditional Chinese medicine residue juice extruding method|
    GB2511116A|2013-02-25|2014-08-27|Dubble Bubble Ltd|Double wall valved packaging system|
    WO2015033179A1|2013-09-09|2015-03-12|Brusatori Carlo|Bag, incorporating a heating or cooling device, for a fluid or solid substance|
    CN103818649B|2014-01-26|2016-04-27|友德塑胶有限公司|The flexible pipe container of autologous heating or heat absorption|
    US10384855B2|2014-02-07|2019-08-20|Yeti Coolers, Llc|Insulating device and method for forming insulating device|
    USD732899S1|2014-02-07|2015-06-30|Yeti Coolers, Llc|Insulating device|
    CN109068822A|2016-02-05|2018-12-21|野醍冷却器有限责任公司|Adiabatic apparatus|
    USD732350S1|2014-02-07|2015-06-23|Yeti Coolers, Llc|Insulating device|
    US9139352B2|2014-02-07|2015-09-22|Yeti Coolers, Llc|Insulating container|
    USD732349S1|2014-02-07|2015-06-23|Yeti Coolers, Llc|Insulating device|
    US10143282B2|2014-02-07|2018-12-04|Yeti Coolers, Llc|Insulating device|
    US10029842B2|2014-02-07|2018-07-24|Yeti Coolers, Llc|Insulating device|
    US10781028B2|2014-02-07|2020-09-22|Yeti Coolers, Llc|Insulating device backpack|
    USD732348S1|2014-02-07|2015-06-23|Yeti Coolers, Llc|Insulating device|
    USD934636S1|2014-09-08|2021-11-02|Yeti Coolers, Llc|Insulating device|
    USD787187S1|2014-09-23|2017-05-23|Yeti Coolers, Llc|Insulating device|
    US20180086534A1|2015-04-15|2018-03-29|American Aerogel Corporation|Vessel assemblies for temperature control|
    US10551108B2|2015-05-19|2020-02-04|Bagwell Entertainment LLC|System and device for cooling beverages and keeping beverages cold|
    CN107848687B|2015-10-22|2020-04-14|Emd密理博公司|Device for storing, transporting and/or processing biological liquids and method for processing sterilized or sterile liquids|
    US11266215B2|2015-11-02|2022-03-08|Yeti Coolers, Llc|Closure systems and insulating devices having closure systems|
    USD798670S1|2016-02-05|2017-10-03|Yeti Coolers, Llc|Insulating device|
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    FR3077871A1|2018-02-12|2019-08-16|Mbda France|COOLING DEVICE WITH ENDOTHERMIC CHEMICAL REACTION|
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    WO2021123890A1|2019-12-19|2021-06-24|Romano Elvezio|Thermal container|
    CN112629100B|2020-12-11|2021-09-14|中国科学院西安光学精密机械研究所|Cryogenic slow-release portable cold source device with supercooling protection and using method thereof|
    法律状态:
    2020-11-24| B08F| Application dismissed because of non-payment of annual fees [chapter 8.6 patent gazette]|Free format text: REFERENTE AS 8A E 9A ANUIDADES. |
    2021-03-16| B08K| Patent lapsed as no evidence of payment of the annual fee has been furnished to inpi [chapter 8.11 patent gazette]|Free format text: EM VIRTUDE DO ARQUIVAMENTO PUBLICADO NA RPI 2603 DE 24-11-2020 E CONSIDERANDO AUSENCIA DE MANIFESTACAO DENTRO DOS PRAZOS LEGAIS, INFORMO QUE CABE SER MANTIDO O ARQUIVAMENTO DO PEDIDO DE PATENTE, CONFORME O DISPOSTO NO ARTIGO 12, DA RESOLUCAO 113/2013. |
    2021-12-07| B350| Update of information on the portal [chapter 15.35 patent gazette]|
    优先权:
    申请号 | 申请日 | 专利标题
    CH01560/10A|CH703828B1|2010-09-24|2010-09-24|Flexible thermal container to the envelope or bag with multi-chamber or multicell incorporated.|
    CH01560/10|2010-09-24|
    PCT/IB2011/002223|WO2012038819A1|2010-09-24|2011-09-26|Flexible container having a built-in auto -heating or auto - refrigerating element.|
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