CN211870188U

CN211870188U - Bottle cap capable of releasing different solid beverages in sequence

Info

Publication number: CN211870188U
Application number: CN202020154260.5U
Authority: CN
Inventors: 陈晓波; 张春晓
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-02-06
Filing date: 2020-02-06
Publication date: 2020-11-06
Anticipated expiration: 2030-02-06

Abstract

The utility model relates to a bottle cap capable of releasing different solid beverages in sequence, which belongs to the technical field of beverage packaging supplies. The beverage bottle comprises a bottle cap main body in threaded connection with a bottle opening of a beverage bottle, wherein a material cylinder accommodating cavity with two open ends is arranged in the bottle cap main body, and a plurality of material cylinders for filling different solid beverages can be placed in the material cylinder accommodating cavity in sequence; the side wall of the charging barrel is made of food-grade hard materials, and two ends of the charging barrel are sealed by dissolvable sealing films; the lower end of the side wall of the charging barrel accommodating cavity is integrally and fixedly provided with a charging barrel supporting ring, and the upper end of the charging barrel accommodating cavity is sealed by a protecting cover; the cylinder holds the chamber and outwards sets up the bottle connecting portion with the coaxial interval, the decurrent internal surface of bottle connecting portion is equipped with the screw thread section with beverage bottle bottleneck threaded connection. The utility model discloses in use need not press, obvious outside action such as rotatory bottle lid can realize that multiple solid beverage releases bottle drinking water according to certain order, can realize that the beverage colour has more disguised in the transient continuous variation in operation, and the product has more the interest.

Description

Bottle cap capable of releasing different solid beverages in sequence

Technical Field

The utility model relates to a bottle cap capable of releasing different solid beverages in sequence, which belongs to the technical field of beverage packaging supplies.

Background

The bottle cap is an important ring in beverage packaging, and has the main functions of sealing, anti-counterfeiting and opening for drinking. At present, a bottle cap for containing decoction pieces, drinkable preparation, solid drink, concentrated juice, etc. has been developed, and the contents can be released into the drinking water in the bottle body by a simple operation, so that a bright, refreshing and delicious drink can be instantly obtained, which is very popular with consumers, particularly teenagers.

Currently, in the bottle cap products for containing beverage products and the related patents published on the market, the ways of releasing beverage into the bottle drinking water are mainly two types, i.e. screwing type and pressing type:

one, screw type

Such patents include "multifunctional color-changing beverage cap" (utility model, patentee: bear gold jade, publication number: CN2411985Y, publication date 2000, 12 months and 27 days); a novel multifunctional combined bottle cap (utility model, patentee: Zhaoyi, No. CN 207524253U, No. 2018.06.22). Although the design of the bottle caps is different, the basic principle of the two patents is that when the bottle caps are screwed, a coaxial spiral rod-shaped puncturing device arranged in the bottle caps also rotates and moves downwards along with the bottle caps so as to puncture tin foil paper for sealing the charging barrels, and the purpose of releasing the contents in the charging barrels is achieved. This device is simple to operate, but still requires a significant external force action for turning the cap, and the cap is complex in structure and expensive to produce, and only releases one solid beverage at a time.

Two, push type

The pressing type can be divided into two forms, one is that the bottle cap device is provided with a puncture component, and the other is that the device is not provided with the puncture component.

(1) The bottle cap is provided with a puncture component, such as a multifunctional combined bottle cap (invention patent application, sound applicant: Zhao Yi, application publication No. CN 109941597A, application publication No. 2019.06.28); "a bottle cap" (utility model, applicant: Zhaoyi, authorized bulletin number: CN 206813649U, authorized bulletin date: 2017.12.29). The upper surface of the bottle cap with the puncture component is arched upwards, the puncture component is integrally connected with the inner side of the upper surface, the puncture component is arranged in the charging barrel, and the tail end of the puncture component is close to the sealing tinfoil paper of the charging barrel. The pushing (or impacting) causes the arch part on the upper surface of the bottle cap to collapse, and the puncturing device is displaced, so that the tinfoil paper for sealing the charging barrel is punctured, and the solid beverage in the charging barrel is released. Currently, the color-changing drink products of "net red" appearing on the market belong to this category. A utility model named "a push type container lid" was granted in 12 months and 3 days in 2019 (utility model, applicant: Zhang Teng, grant bulletin No. CN 209720402U, grant bulletin day: 2019.12.03). The patent improves the pressing device into a gland with a spring and capable of moving up and down, and a needle-shaped piercing component which is integrally connected with the gland penetrates through the interior of the spiral spring. By pressing, the needle-shaped body can pierce the sealing body for filling the powder from top to bottom, and the solution in the container can be mixed with the powder to form the required mixed solution. The bottle caps are easy to operate when used, but still need obvious operation actions such as pressing or collision and the like, are still complex to manufacture, have high production cost, and only release one solid beverage to the bottle body at one time.

(2) The bottle cap device without the puncture member is similar to the structure of an aluminum-plastic capsule plate in principle, solid beverage is plastically encapsulated into a protruded bubble cap of the aluminum-plastic capsule plate, and the solid beverage or beverage tablets in the bubble cap are released in a pressing mode, so that a plurality of bubble caps can be designed to contain a plurality of beverages or tablets, and therefore, the solid beverages can be released purposefully. The patent is 'a multifunctional beverage bottle cap' (utility model, inventor: Zhaoyi, grant publication No. CN 202072125U, grant publication No. 2011.12.14); "a novel bottle cap" (utility model, inventor: Zhao Yi, authorized bulletin number: CN 205266479U, authorized bulletin date: 2016.07.06); "a novel multifunctional beverage bottle cap" (utility model patent, inventor: Zhaoyi, granted bulletin No. CN 204979669U, granted bulletin day: 2016.01.20); a novel bottle cap (utility model, inventor: Zhaoyi, authorized bulletin number: CN 205266479U, authorized bulletin date: 2016.07.06). This type of device, although simple in design, still requires a distinct action of pressing the blister and is relatively suitable for the release of solid beverage tablets of a certain hardness, not for powdered or granular solid beverages. Processing of tablets from powder or granules requires a series of processing steps and the dissolution rate of the tablet beverage in drinking water is obviously inferior to that of the powder or granule beverage.

The design of the multifunctional beverage bottle cap endows the beverage bottle cap with new functions, such as storage function, entertainment function and the like. The effective components of the beverage are stored in the beverage cap in a solid form, the storage time is long, the nutritional components are not easy to lose, and meanwhile, preservatives or other beverage additives can be not added or added in a small amount, so that the beverage is more beneficial to health; the bottle cap containing the solid beverage is convenient to carry, is prepared when being drunk, can instantly obtain the beverage with bright color, refreshing and delicious taste, and has stronger entertainment. However, the above-mentioned bottle caps for releasing solid beverages also have some disadvantages, which are mainly expressed in that: firstly, the solid beverage in the bottle cap needs to be put in by obvious external force action (screwing or pressing the bottle cap), the concealment is lacked in operation, the visual impact and the novelty brought to consumers by the instant change of the color of the beverage are reduced, and the entertainment is greatly reduced. Secondly, it is not easy to continuously release a plurality of solid beverages and to continuously change color of the beverages in a short time. Thirdly, the bottle cap device is complex in design, and the production cost is increased; or the recycling degree is low, which does not meet the requirements of green environmental protection. Fourth, the storage barrel of the bottle cap is sealed with tinfoil paper, and after the tinfoil is broken to release solid beverage, the tin foil still adheres to the bottom of the sealing opening of the charging barrel, so that the tin foil may fall off from the beverage, and the solid beverage may be mistakenly drunk by consumers.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a novel beverage bottle lid, specific saying so one kind is according to the bottle lid of the different solid drink of order release, can release different solid drink to the bottle drinking water according to certain order. The bottle cap does not need to be screwed or pressed, the solid beverage can be released only by shaking the bottle body, and various solid beverages can be orderly released into the drinking water in the bottle body at one time. The device is more concealed in operation and stronger in interestingness; the bottle cap is simple in design, easy to operate and convenient to produce; after the product is used, the product can be continuously used only by replacing a new charging barrel combination, and the development concept of green, environmental protection and health of beverage products is met.

In order to realize the purpose, the utility model discloses a technical scheme is:

a bottle cap capable of releasing different solid beverages in sequence comprises a bottle cap main body in threaded connection with a bottle opening of a beverage bottle, wherein a charging barrel containing cavity with two open ends is arranged in the bottle cap main body, and a plurality of charging barrels for filling different solid beverages are placed in the charging barrel containing cavity in sequence; the side wall of the charging barrel is made of food-grade hard materials, and two ends of the charging barrel are sealed by dissolvable sealing films; the lower end of the side wall of the charging barrel accommodating cavity is integrally and fixedly provided with a charging barrel supporting ring, and the upper end of the charging barrel accommodating cavity is sealed by a protecting cover; the cylinder holds the chamber and outwards sets up the bottle connecting portion with the coaxial interval, the decurrent internal surface of bottle connecting portion is equipped with the screw thread section with beverage bottle bottleneck threaded connection.

The feed cylinder shape and size and storage bucket hold the chamber and match, and the feed cylinder is placed the feed cylinder and is held the intracavity, and the feed cylinder lateral wall holds the laminating closely between the chamber lateral wall with the feed cylinder, and is impervious.

The utility model discloses technical scheme's further improvement lies in: the charging barrel containing cavity is provided with one charging barrel, and the charging barrels are sequentially arranged in the charging barrel containing cavity from top to bottom.

The utility model discloses technical scheme's further improvement lies in: the feed cylinder holds the chamber and sets up a plurality of, and every feed cylinder holds the intracavity and sets up a feed cylinder. In this modification, the thickness of the dissolvable sealing film used for each cartridge is different; the dissolvable sealing film used for the cartridge of the solid beverage that is first released into the bottle is thinner and the dissolvable sealing film used for the cartridge of the solid beverage that is then released into the bottle is thicker.

The utility model discloses technical scheme's further improvement lies in: the dissolvable sealing film is a water soluble edible film that is adhesively sealed to the cartridge using an edible adhesive.

The utility model discloses technical scheme's further improvement lies in: the water soluble edible film is glutinous rice paper and the edible adhesive is maltodextrin.

The utility model discloses technical scheme's further improvement lies in: the feed cylinder shape and size and storage bucket hold the chamber and match, and the feed cylinder is placed the feed cylinder and is held the intracavity, and the feed cylinder lateral wall holds the laminating between the chamber lateral wall with the feed cylinder closely, and is waterproof, and the protecting cover can seal the feed cylinder and hold chamber upper portion.

The utility model discloses technical scheme's further improvement lies in: the solid beverage filled in each cartridge is dissolved in colorless drinking water separately, and the drinking water presents different colors.

Since the technical scheme is used, the utility model discloses the technological effect who gains has:

the utility model discloses in use need not press, obvious outside action such as rotatory bottle lid can realize that multiple solid beverage releases bottle drinking water according to the order of design in advance, can realize at least that the beverage colour is in the continuous variation in the twinkling of an eye. The operation is more concealed, and the product is more interesting.

The utility model provides a feed cylinder is the detachable structure, can change the feed cylinder of different combinations according to the consumer demand, even if the feed cylinder of same combination, because the order of placing is different, the beverage can produce different color change order.

The bottle cap of the utility model can be repeatedly used; the bottle cap can be matched with a mainstream beverage bottle in the market for use, so that resources are saved, and the bottle cap is green and environment-friendly; because the charging barrel has a simple structure, the solid beverage can be filled in the production more quickly and more time-saving, and the large-scale production is facilitated. When the bottle cap is reused, the bottle cap needs to be disinfected.

The utility model discloses a bottle lid simple structure, the low but green of raw materials cost. The water-soluble edible films such as the glutinous rice paper and the like and the edible adhesives such as the maltodextrin and the like are all raw materials of health food, are safe to eat, and do not have any hidden danger of drinking.

The utility model discloses a bottle lid mainly has two kinds of implementation structures, according to production and consumer's actual conditions, can use "a feed cylinder to hold chamber + a plurality of feed cylinder combinations" or "a plurality of feed cylinders hold chamber + a plurality of feed cylinder combinations" two kinds of design, and the stack formula of a plurality of feed cylinders is placed and the block form is placed two kinds of modes promptly. The mode of the cartridge is arranged in a superposition way, the sequence of releasing different solid beverages is determined by the upper position and the lower position of the cartridge, and the thickness of the soluble sealing film and the intensity of the shake flask influence the time interval of releasing the solid beverages by the cartridge. The different cartridges are arranged side by side, the releasing sequence of the different cartridges is determined by the thickness of the dissoluble sealing film of the sealing cartridge, and the thickness of the sealing film and the intensity of the shake flask are also determined by the time interval of the beverage released by the cartridges. The application of two kinds of feed cylinder placing methods, the time of each beverage barrel release of regulation that can be more nimble can guarantee to reach the release effect of predesign, fully provided different design requirements and consumer's demand.

Drawings

FIG. 1 is a schematic view of a bottle cap with a cartridge receiving cavity according to the present invention;

FIG. 2 is a schematic view of a bottle cap body with a cartridge receiving chamber according to the present invention;

FIG. 3 is a schematic view of a cartridge of the present invention;

wherein, 1, protecting cover, 2, feed cylinder hold the chamber, 3, bottle connecting portion, 4, feed cylinder support ring, 5, screw thread section, 6, feed cylinder lateral wall, 7, soluble seal membrane, 8, feed cylinder hold the chamber lateral wall.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.

The utility model discloses a bottle cap capable of releasing different solid beverages in sequence. As shown in fig. 1 and 2, the bottle cap mainly comprises a bottle cap body and a plurality of cartridges, wherein a cartridge accommodating cavity 2 with two open ends is arranged in the center of the bottle cap body, and the cartridge accommodating cavity 2 is integrally arranged in the center of the bottle cap body. A cartridge is arranged inside the cartridge receiving chamber 2, said cartridge being used to receive a solid beverage.

As shown in fig. 3, the cartridge has a cartridge side wall 6 and dissolvable sealing films 7 affixed to the ends of the cartridge side wall 6. The side wall 6 of the charging barrel is made of food-grade hard materials and is of a cylindrical structure. The two ends of the charging barrel, namely the two ends of the side wall 6 of the charging barrel, are sealed by soluble sealing films 7, so that the charging barrel is of a closed structure. The cartridge is filled with a solid beverage inside.

The feed cylinder is directly placed in the feed cylinder accommodating cavity 2, so, hold the integrative fixed feed cylinder support ring 4 that sets up of 8 lower extremes in chamber lateral walls at the feed cylinder, support the feed cylinder by feed cylinder support ring 4, can play the effect that prevents the feed cylinder and drop.

The feed cylinder shape and size and storage bucket hold chamber 2 and match, and in the feed cylinder held chamber 2 was placed to the feed cylinder, the laminating was inseparable between feed cylinder lateral wall 6 and the feed cylinder held chamber lateral wall 8, and is waterproof. The upper end of the cartridge accommodating cavity 2 is closed by a protecting cover 1 to form a relatively sealed structure.

The protecting cover 1 is connected with the bottle cap main body in a sticking mode, and can be taken down to open the charging barrel containing cavity 2, so that the charging barrel is convenient to take and place. The protective cover 1 also serves for sealing and dust protection.

The bottle lid main part still is provided with bottle connecting portion 3 for with the bottleneck threaded connection of beverage bottle, thereby realize the closure to the beverage bottle, specifically, the feed cylinder holds 2 outside coaxial intervals in chamber and sets up bottle connecting portion 3. And a threaded section 5 is arranged on the downward inner surface of the bottle body connecting part 3, and the threaded section 5 can be in threaded connection with the bottle opening of a beverage bottle.

In the specific implementation, the soluble sealing film 7 of the utility model is a water-soluble edible film, and the soluble sealing film 7 is bonded with the charging barrel by using an edible adhesive, so that the soluble sealing film 7 and the adhesive are harmless to human bodies. For example, in a specific implementation, the water-soluble edible film is wafer and the edible binder is maltodextrin. The glutinous rice paper can be dissolved and broken quickly after being soaked in water.

In a particular implementation, two or three cartridges are typically placed in the cartridge receiving cavity 2. Different solid beverages are filled in each barrel, the solid beverages in the different barrels are separately dissolved in drinking water, and the drinking water presents different colors, so that the beverages with different colors can be prepared. When the beverage bottle is used, the bottle body is shaken up and down to enable drinking water to contact with water-soluble edible films such as the glutinous rice paper and the like at the bottom of the charging barrel, the glutinous rice paper is softened until the glutinous rice paper is broken, and the solid beverage in the charging barrel is released. Because the feed cylinder is vertically stacked, and two layers of glutinous rice paper separate between the solid beverage in the upper and lower feed cylinders, the solid beverage in the feed cylinder is released one by one from the bottom up of the feed cylinder, namely the upper and lower positions of the feed cylinder determine the order of the solid beverage released by the feed cylinder. In addition, the thickness of the wafer used in each cartridge also affects the time interval between cartridges between which the solid beverage is released.

The utility model discloses in transportation or storage process, the feed cylinder can be packed alone and stored, also can put into the feed cylinder and hold the intracavity, makes up into complete bottle lid, then the packing is stored. If the cartridge is packaged separately for dedusting, the cartridge and the beverage are sold together to a consumer during sale, and the consumer puts the cartridge into the cartridge accommodating cavity during use and then prepares the beverage according to operation. Alternatively, the assembled cap containing the cartridge may be stored in a complete beverage package with the body of the drinking water, but requires that the mouth of the bottle be pre-sealed, i.e. an insoluble sealing membrane is affixed to the lowermost end of the receiving chamber of the cartridge to isolate the drinking water from the soluble sealing membrane of the cartridge. When the solid beverage needs to be released, the bottle cap is firstly screwed off, then the insoluble sealing membrane is torn off, and finally the bottle cap is screwed on the bottle body again. The solid beverage release operation can then be performed. In any case, attention is paid to drying and moisture proofing, and squeezing is prevented, so that a sealing film of the cartridge is prevented from being damaged.

The following are specific examples:

the following three solid beverages were made, which were identical in basic ingredients and all were: polydextrose, inulin, citric acid, sucralose and edible essence. The above components are powder or granule.

The first solid beverage: adding appropriate amount of edible lemon yellow powder into the above basic components to obtain solid beverage I, which is dissolved in 400 ml of purified water to obtain yellow beverage;

and (2) solid beverage II: adding a proper amount of edible brilliant blue powder on the basis of the basic components to prepare a solid beverage II, and independently dissolving the solid beverage II in 400 ml of purified water to obtain a blue beverage;

and (3) solid beverage III: adding appropriate amount of edible radix Raphani red powder into the above basic components, making into solid beverage III, and dissolving in 400 ml of purified water to obtain red beverage.

Taking glutinous rice paper with the thickness of 0.4 mm, sealing the lower ends of 3 charging barrels by using maltodextrin adhesive, then respectively filling proper amounts of solid beverage I (which is yellow when singly dissolved, solid beverage II (which is blue when singly dissolved) and solid beverage III (which is red when singly dissolved), using maltodextrin as the adhesive, and sealing the upper end of the charging barrel by using the glutinous rice paper with the thickness of 0.4 mm. Three cartridges were thus made. The three cartridges are sequentially placed in the cartridge accommodating chamber, and due to the matching in shape and size, the side wall of the cartridge and the inner wall of the cartridge accommodating chamber are in close contact. The charging barrel comprises a first charging barrel, a second charging barrel and a third charging barrel from bottom to top. The protecting cover is covered to seal the upper part of the material cylinder containing cavity. And the bottle cap main body is assembled with the three material cylinders, and the complete bottle cap is manufactured.

The manufactured bottle cap and a bottle body filled with a proper amount of drinking water are screwed together through a threaded section of a bottle body connecting part, and the drinking water of the bottle body is slightly lower than the lower end surface of the containing cavity of the charging barrel by about 1 cm. Shaking the bottle body up and down with proper force, and about 5 times of shaking, releasing the solid beverage in the first charging barrel, dissolving the solid beverage in the drinking water rapidly, wherein the solution is yellow instantly, and then shaking again, the solid beverage in the first charging barrel is basically dissolved completely; standing for 10-20 seconds, continuously shaking the bottle body for about 5-6 minutes, releasing the solid beverage in the second charging barrel, rapidly dissolving the solid beverage in the solution, instantly changing the solution into green, and shaking again to dissolve the solid beverage in the second charging barrel basically; standing for 10 seconds, continuously shaking the beverage bottle up and down for about 5-6 times, releasing the solid beverage in the third material cylinder, rapidly dissolving, and instantly changing the beverage into wine red.

Similarly, if the stacking sequence of the three barrels is changed, for example, the sequence of the barrels from bottom to top is changed to be the second barrel, the third barrel and the first barrel. Then the sequence of beverage color changes is blue, purple and wine-red in the same operation.

Similarly, if the stacking sequence of the three barrels is changed, for example, the sequence of the barrels from bottom to top is changed into the sequence of the barrel three, the barrel two and the barrel one. Then the beverage colors would change in the order red, purple and wine-red in the same operation.

In a word, the three charging barrels can generate 6 color change sequences through different arrangement sequences, and the color change is rich and interesting. As shown in the following table: (Note: the first, second and third generation meters, the charging barrel I, the charging barrel II and the charging barrel III are shown, the sequence in the meter is the sequence of the charging barrel from bottom to top in the bottle cap)

According to actual conditions, a bottle lid also can set up a plurality of feed cylinders and hold the chamber, and in bottle connecting portion inboard promptly, coaxial interval sets up a plurality of feed cylinders and holds the chamber, and a feed cylinder is placed in every chamber design that holds. The cartridge is barrel-shaped, but the thickness of the dissolvable sealing film such as the wafer for sealing the cartridges in different accommodating cavities is different, i.e. the dissolvable sealing film used for the cartridge which releases the solid beverage first is thinner, and the dissolvable sealing film used for the cartridge which releases the solid beverage later is thicker. The speeds of the soluble sealing films with different thicknesses which are contacted with water and are softened to crack are different, so that different solid beverages can be orderly released into the drinking water in the bottle body according to the prior design.

The utility model provides a feed cylinder directly places the feed cylinder and holds the intracavity, can conveniently get and put, and the user can change the feed cylinder of different combinations according to the demand, perhaps changes the order of placing of feed cylinder, and it is different to place the order through the feed cylinder, and the beverage can produce different color change order.

The bottle cap of the utility model can be repeatedly used, so that the resource is saved, and the bottle cap needs to be disinfected when being repeatedly used.

Claims

1. The utility model provides a in order release different solid beverage's bottle lid, includes the bottle lid main part with beverage bottle bottleneck threaded connection, its characterized in that: a charging barrel containing cavity (2) with openings at two ends is arranged in the bottle cap main body, and a plurality of charging barrels filled with different solid beverages are sequentially placed in the charging barrel containing cavity (2); the side wall (6) of the charging barrel is made of food-grade hard materials, solid beverages are filled in the charging barrel, and two ends of the charging barrel are sealed by dissolvable sealing films (7); the lower end of the side wall (8) of the containing cavity of the charging barrel is integrally and fixedly provided with a supporting ring (4) of the charging barrel, and the upper end of the supporting ring is sealed by a protecting cover (1); the cylinder holds chamber (2) and outwards sets up bottle connecting portion (3) with the coaxial interval, the decurrent internal surface of bottle connecting portion (3) is equipped with and beverage bottle bottleneck threaded connection's screw thread section (5).

2. A bottle cap for sequential release of different solid beverages as claimed in claim 1, wherein: the charging barrel accommodating cavity (2) is provided with one charging barrel, and the charging barrels are arranged in the charging barrel accommodating cavity (2) up and down and are sequentially arranged.

3. A bottle cap for sequential release of different solid beverages as claimed in claim 1, wherein: the charging barrel accommodating cavity (2) is provided with a plurality of charging barrels, and one charging barrel is arranged in each charging barrel accommodating cavity (2).

4. A cap for sequentially releasing different solid beverages as claimed in claim 3, wherein: the thickness of the dissoluble sealing film (7) used by each charging barrel is different; the dissolvable sealing film used for the cartridge of the solid beverage that is first released into the bottle is thinner and the dissolvable sealing film used for the cartridge of the solid beverage that is then released into the bottle is thicker.

5. A closure for sequential release of different solid beverages as claimed in any one of claims 1 to 4, wherein: the dissolvable sealing film (7) is a water soluble edible film, and the dissolvable sealing film (7) is bonded to the cartridge using an edible adhesive.

6. The bottle cap for sequentially releasing different solid beverages as claimed in claim 5, wherein: the water soluble edible film is glutinous rice paper and the edible adhesive is maltodextrin.

7. A closure for sequential release of different solid beverages according to any of claims 1 to 3, wherein: the feed cylinder shape and size hold the chamber with the storage bucket and match, and the feed cylinder is placed the feed cylinder and is held the intracavity, and feed cylinder lateral wall (6) and feed cylinder hold and laminate closely between the chamber lateral wall (8), and is waterproof, and protecting cover (1) can seal the feed cylinder and hold chamber upper portion.

8. A closure for sequential release of different solid beverages according to any of claims 1 to 3, wherein: the solid beverage in each cartridge is dissolved in colorless drinking water, which exhibits different colors.