JP2014073876A - Device of instantly generating hot beverage from soluble powder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device of instantly generating a hot beverage from soluble powder regardless of place and time.SOLUTION: A container 10 is partitioned into an upper space part 12 and a lower space part 14 by a partitioning plate 28. The lower space part stores a set amount of a liquid 32 suitable for drinking. The upper space part stores a set amount of soluble powder 30 which can generates a beverage. Elongated hollow members 16, 26 open at both ends and are set so as to communicate the lower space part and the upper space part. Sealing means 34, 35, 39 seal communication of the lower space part and the upper space part through the elongated hollow members. Sealing functions of the sealing means are lost by interference of a user or when a pressure or temperature in the liquid suitable for drinking reaches a set value.

Description

  The present invention relates to an apparatus capable of producing a pleasant warm beverage from soluble powder, regardless of location and time.

  Many soluble powders such as powdered milk, coffee powder, cacao powder, etc., which can be instantly produced by adding to a warm liquid, especially hot water, have been widely used in the market for decades. Such soluble powders are usually placed in cup-shaped containers by the user, who heats the desired amount of drinkable liquid, mostly water, and eventually the user can use the hot water that is produced. By pouring into a cup-shaped container, such a drinkable liquid is brought into contact with the soluble powder contained in the container, and the resulting mixture is agitated to produce a homogeneous beverage.

  To do this, a desired amount of soluble powder, a cup-shaped container into which such powder can be added and a warm drinkable liquid can be added, and a separate container suitable for placing in a heat source that heats the drinkable liquid; A desired amount of drinkable liquid, usually water, must be available. This is not a problem when the user is at home, but if the user is traveling or going on excursions, or if the user is playing sports, this is a liquid that the user can drink. Can be a problem if you are in a location that is not available. In these latter cases, the user actually has a pack of soluble powder, a cup-like container, a separate container suitable for placing in a heating source, and even a desired amount of a drinkable liquid, such as water. It is necessary to bring it.

  The purpose of the present invention is to provide all of the above listed: a cup-shaped container, a desired amount of soluble powder, a separate container suitable for placing in a heating source, and a desired amount of liquid suitable for drinking. What is needed to produce a warm beverage in an instant is to provide an apparatus that is packaged in a single manner that is easy to handle, transport, store and deliver in bulk.

  The aforementioned object includes a container having a side wall, a bottom, and a removable sealing lid, and the inner space of the container is divided into an upper space part and a lower space part by a partition plate, and the lower space part has a set amount. Contains a liquid suitable for drinking, the upper space contains a set amount of soluble powder capable of producing a warm beverage, is open at both ends, and is elongate for transferring the liquid suitable for drinking from the lower space to the upper space. A hollow member is provided, and the upper open end of the elongated hollow member is located at a position higher than the level of a warm beverage in the upper space portion, and sealing means for preventing communication between the upper space portion and the lower space portion through the elongated hollow member is provided. The provided and sealing means is achieved by a device according to the present invention, whose function is lost by user intervention or when the pressure or temperature in the liquid suitable for drinking reaches a set value. That.

  Preferably, the elongated hollow member is a tube inserted in a sleeve that passes through and is fixed to the partition plate, and the tube transfers a liquid suitable for drinking from the lower space portion to the upper space portion. Is movable in the axial direction within the sleeve. When the present invention is supplied to the user, the lower end of the sleeve projects downward from the lower end of the transport pipe. The sealing means may be a thin membrane made of a material suitable for food contact (eg, aluminum), which seals the lower end of the sleeve, but after opening or removing the container lid, the device Before being affected by the heat source, the user pushes down the transport tube and breaks it.

  According to a variant of the invention, the conveying tube is attached to the sleeve or directly to the partition, and the sealing means is a membrane formed of a material that melts upon heating of the device.

  In yet another variant of the invention, the conveying tube is fixed to the sleeve or directly to the partition, and the sealing means has a thickness that breaks when the set liquid pressure is reached by the heating action of the heating source. Brain.

  The sealing means needs to prevent the soluble powder and the drinkable liquid from coming into contact until the user decides to make a warm beverage.

  Depending on the amount of soluble powder, various hot beverages such as coffee, hot chocolate, cappuccino and tea can be prepared. After use, the container may be discarded along with its contents.

  It is easy to understand the convenience of having the above-described device in hand, especially when the above-described device is shaped and sized like a beverage can.

  The present invention will be further understood by the following description of some embodiments, by way of example only, with reference to the accompanying drawings in which:

1 is an axial sectional view of a first embodiment of a device according to the invention in a state provided to a user. Figure 2 shows the final state of the device in a state where a warm beverage has been produced. FIG. 6 is an axial sectional view of another embodiment of the device according to the invention in a state provided to a user. FIG. 6 is an axial sectional view of another embodiment of the device according to the invention in a state provided to a user. FIG. 6 is an axial sectional view of another embodiment of the device according to the invention in a state provided to a user. FIG. 6 is an axial sectional view of another embodiment of the device according to the invention in a state provided to a user. FIG. 6 is an axial sectional view of another embodiment of the device according to the invention in a state provided to a user. FIG. 6 is an axial sectional view of another embodiment of the device according to the invention in a state provided to a user.

  In the accompanying drawings, the same reference numerals indicate the same or similar members, and in some drawings, the dimensional relationship is exaggerated for easy understanding.

  As is clear from FIG. 1, the container 10 constitutes a part of the apparatus 101 and includes a side wall 20, a bottom 22, and a lid 24. The container 10 contains a set amount of soluble powder 30 and has an upper space portion 12 for the purpose of collecting the finished beverage, a lower space portion 14 for containing a set amount of liquid 32 suitable for drinking, and a partition plate 28. And a transfer pipe 16 inserted into a sleeve 26 fixed through the sleeve, and the sleeve projects downward. The conveying pipe 16 and the sleeve 26 constitute the above-described elongated member that communicates with the lower and upper spaces 14 and 12, so that the pressure in the lower space 14 is increased by heating the liquid 32 suitable for drinking. Then, the liquid 32 suitable for drinking is forcibly moved from the lower space portion 14 to the upper space portion 12 through the transport pipe 16 and a plurality of holes 46 provided thereabove. As is clear from FIG. 1, a plurality of holes 46 are provided at the upper end of the transport pipe 16.

  A membrane 34 is attached to the lower end of the sleeve 26 to separate the drinkable liquid 32 from the internal space 18 of the transport tube 16.

  FIG. 2 shows that the membrane 34 is broken by the user by moving the transport pipe 16 downward, and the pressure in the lower space 14 is increased by heating, so that the liquid 32 suitable for drinking is in the lower space. It shows the final state where the liquid 32 suitable for drinking moves from the section 14 to the upper space section 12 through the internal space 18 of the transport pipe 16 and contacts the soluble powder 30 to produce a warm beverage 40. As shown, the height of the plurality of holes 46 needs to be above the level of the generated beverage 40. Preferably, the lower end of the transport pipe 16 is provided in the lower and upper spaces 14 and 12 even if the user depresses the transport pipe 16 until the lower end of the transport pipe 16 contacts the bottom 22 of the container 10. In order to ensure communication, the mouthpiece of the flute is shaped (as in FIGS. 1 and 2). In a variant, the female thread is formed on the leave 26, while the male thread is formed on the conveying tube 16 and screwed into the sleeve 26. In this case, by screwing the transport pipe 16 into the sleeve 26, the transport pipe moves downward.

  FIG. 3 shows another embodiment 201 of the device according to the invention, in which the membrane 36 in the lower space 14 is in close contact with the side wall 20 of the container 10 at its periphery, and the membrane 36 is for drinking. When the liquid 32 suitable for the above is sealed and the transport pipe 16 is pushed down, the liquid 32 is broken. In this embodiment, the sleeve 26 is shorter than the sleeve shown in FIGS. 1 and 2 and may be the same as the partition plate thickness or partition plate structure.

  FIG. 4 shows another embodiment 301 of the device according to the invention, in which the soluble powder 30 is covered by a pack 38 and each means 48, 50 for coupling the pack 38 with the sealing lid 24 and / or the communication tube 16. Therefore, the pack 38 can be opened by pulling the seal lid 24 and / or by manipulating the tube 16. As already mentioned, the tube 16 in the embodiments 101, 201 and 301 may be in a fixed position relative to the sleeve 26. In this case, the sealing membrane 34 or 36 is to be broken when the inside of the lower space 14 reaches a set pressure value, and the container lid 24 is opened or removed, and the apparatus is placed so as to be exposed to a heating source. It is better to avoid the hassle of the user. A microwave oven may be used if the device according to the invention is made of a suitable material (for example a suitable plastic material).

  As described above, the tube 16 remains in a fixed position with respect to the sleeve 26, and the membrane 34 or 36 is melted by the heating action applied by the heating source, so that the space between the lower and upper spaces 14 and 16 is lost. You may be comprised with the material (of course of the type suitable for contacting food).

  When a fixed conveyance pipe is used, the conveyance pipe can be directly fixed to the partition plate 28, so that the sleeve 26 is unnecessary (see the conveyance pipe 16B in FIG. 8).

  If a fixed conveying tube is used and the sealing membrane is of the type that melts after heating or breaks when the set pressure value is reached, such a membrane is not conveyed at the lower end of the sleeve 26 or the conveying tube 16 but is conveyed. It should be noted that a plurality of holes 46 may be closed at the top of the tube. FIG. 7 shows a modified embodiment 601 using a fixed-type transport pipe. The sealing means 35 for sealing the plurality of holes 46 at the upper end of the transport pipe 16 is provided by a user (for example, a plurality of holes). 46 is sealed (by using an impermeable membrane with a breaking flap not shown in FIG. 7).

  FIG. 5 shows another embodiment 401 in which an additional powder 42 that is different from the soluble powder 30 is contained within the interior space 18 of the tube 26 and is produced from the soluble powder 30. Is adjusted (for example, scented).

  In FIG. 6, a device 501 is shown having an elongated hollow member 16A with an open upper end 46A that is divergent so that warm liquid can be efficiently dispensed into the soluble powder 30, which device 101 of FIG. Is otherwise the same.

  The elongate hollow member 16A is in relation to the sleeve 26 when the sealing means for sealing the plurality of holes 46A at the upper end of the elongate hollow member 16A is of a type that melts after heating or breaks when a set pressure value is reached. It should be noted that it may be in a fixed position (i.e., even if it is fixed directly to the partition plate 28 and does not require the use of the sleeve 26).

  In particular, the opening upper end 46A that is widened toward the end of the elongated hollow member 16A is provided with a plurality of notches 50 at the opening edge so as to facilitate the distribution of warm liquid.

  Another embodiment 701 shown in FIG. 8 (already mentioned) seals a plurality of holes 46 at the upper end of the transfer pipe 16B and provides a covering 39 for packing the soluble powder 30 in the upper space 12. Prepare. The covering material is peeled off by the user before the device 701 is affected by the heat source (for example, a peeling flap (not shown) is attached to the covering material).

  The parts of the device according to the invention (not to mention drinkable liquids and soluble powders) may all be composed of the same material, a suitable metal etc. (eg aluminum or a suitable plastic material). However, it is not limited to this. For example, the container 10 and the lid 24 are made of aluminum, and the partition plate 28, the transfer tube 16 and the sleeve 26 are formed from a suitable plastic material such as polyethylene or polyethylene terephthalate, or from cellulose or starch, for example. It may be composed of a fully or partially biodegradable plastic, bioplastic material.

To do this, a desired amount of soluble powder, a cup-shaped container into which such powder can be added and a warm drinkable liquid can be added, and a separate container suitable for placing in a heat source that heats the drinkable liquid; A desired amount of drinkable liquid, usually water, must be available. This is not a problem when the user is at home, but if the user is traveling or going on excursions, or if the user is playing sports, this is a liquid that the user can drink. Can be a problem if you are in a location that is not available. In these latter cases, the user actually has a pack of soluble powder, a cup-like container, a separate container suitable for placing in a heating source, and even a desired amount of a drinkable liquid, such as water. It is necessary to bring it.
International Publication No. WO-A-2004 / 073468 comprises a container having a side wall, a bottom and a removable sealing lid, from a substance capable of preparing a desired beverage by extraction and / or brewing regardless of location and time. An apparatus for instantly producing a warm beverage is disclosed. The internal space of the container is divided into an upper space portion and a lower space portion by a partition plate. The lower space contains a set amount of liquid suitable for drinking, and the upper space is provided with a filtering means for containing the substance. Elongated hollow members are provided which are open at both ends and transport liquid suitable for drinking from the lower space portion to the upper space portion through the filtering means. Sealing means for preventing communication between the upper space and the lower space through the elongated hollow member is provided, and the sealing means is set by the user's intervention or the pressure or temperature in the liquid suitable for drinking. By reaching the value, the function is lost.

As described above, the tube 16 remains in a fixed position with respect to the sleeve 26, and the membrane 34 or 36 is melted by the heating action applied by the heating source, so that the space between the lower and upper spaces 14 and 12 is lost. You may be comprised with the material (of course of the type suitable for contacting food).

Claims (15)

  A container (10) having a side wall (20), a bottom (22) and a removable sealing lid (24) is provided, and the inner space of the container is divided into an upper space part (12) and a lower space part by a partition plate (28). (14), the lower space (14) contains a set amount of liquid (32) suitable for drinking, and the upper space (12) has a set amount that can produce a warm beverage (40). Elongated hollow members (16, 26) are provided, which accommodate the soluble power (30), open at both ends, and transport a drinkable liquid from the lower space (14) to the upper space (12). The upper open end (46, 46A) of the hollow member (16, 26) is higher than the level (41) of the warm beverage (40) in the upper space (12), and the elongated hollow member (16, 26). Through the upper space (12) and lower space (14) Sealing means (34, 35, 36) are provided to prevent communication with the sealing means (34, 35, 36), the pressure or temperature in the liquid suitable for drinking is set by user intervention or A device (101, 201, 301, 401) that instantly produces a warm beverage (40) from a soluble powder, regardless of location and time, by reaching a value, where the function is lost.   The apparatus according to claim 1, wherein the elongated hollow member is composed of a sleeve (26) fixedly passed through the partition plate (28) and a transfer pipe (16) inserted into the sleeve (26). (101, 201, 301).   The transport pipe (16) is movable within the sleeve (26), and the sealing means is fixed to the lower end of the sleeve (26), and when the transport pipe (16) is moved downward by a user. The device (101, 301) according to claim 2, wherein the device (101, 301) is composed of a tear-impermeable membrane (34).   The transport pipe (16) is movable in the sleeve (26), and the sealing means covers the liquid (32) suitable for drinking, and the peripheral part (38) of the side wall ( Device (201) according to claim 2, consisting of an impermeable membrane (34) fixed to 20) and torn when the transport tube (16) is moved down by the user.   Device (101, 201, 301, 401) according to claim 2, wherein the lower end of the transport tube (16) is in the shape of a flute mouthpiece.   The transport pipe (16) is in a fixed position with respect to the sleeve (26), and the sealing means is set at a set pressure in the liquid (32) suitable for drinking by the device being affected by a heating source. Device (101, 201) according to claim 2, consisting of an impervious membrane (34, 36) that breaks upon reaching.   The transport pipe (16) is in a fixed position with respect to the sleeve (26), and the sealing means is an impermeable member that melts when the temperature reaches a set value due to the influence of the heating source of the device. The device (101, 201) according to claim 2, comprising a brain (34, 36).   The transport pipe (16) is in a fixed position with respect to the sleeve (26), and the sealing means seals the plurality of holes (46) at the upper end of the transport pipe and is peeled off by the user. The device (601) of claim 2, wherein the device (601) is composed of one or more impermeable membranes (34, 36).   The container (10), the lid (24), the partition plate (28), the sleeve (16) and the sealing means (34, 35, 36) are formed of the same material. The described apparatus (101, 201, 301, 401, 501, 601).   The apparatus (1) according to claim 1, wherein when delivered to a user's hand, the set amount of soluble powder (30) placed in the upper space (12) is contained in a package (38). 101).   When the user pulls the lid (24), the package (38) containing the powder is connected to the sealing means (24) so that the package (38) containing the powder is opened. Device (301) according to claim 3, 4 or 10, wherein means (48) are provided.   When the transport pipe (16) is operated by a user, the package (38) containing the powder is placed in the transport pipe (16) so that the package (38) containing the powder is opened. Device (301) according to claim 3, 4 or 10, wherein means for coupling (50) are provided.   The covering material seals the plurality of holes (46) at the upper end of the transport pipe and packs the soluble powder (30) in the upper space (12), and the covering material is peeled off by the user. The device (701) of claim 1, wherein the device is possible.   When the device is handed over to the user, an additional powder (42) different from the soluble powder (30) is accommodated in the interior space (18) of the elongated hollow member (16, 26). The apparatus (401) of claim 1.   The apparatus of claim 2, wherein the sleeve fits within the thickness of the divider or is the same length as the divider structure.

Images