Piston container closure device with outlet mismatching operated from outside the cover, packaging container and application thereof

Abstract

A container closing device includes a cover member, a material cavity, a piston member, and a control member, wherein the cover member has a cover surrounding structure and a cover tube structure, the cover surrounding structure is connected to the cover tube structure and is an annular sleeve structure, the rear end of the cover tube structure is open and is sleeved on the outer wall of the material cavity, the cover tube structure and the material cavity can rotate with each other, thereby achieving that the outlet of the cover tube structure and the outlet of the material cavity are mutually offset or overlapped, and the piston member is in the material cavity; the present invention realizes that before opening the packaging container, the material in the material cavity is released by pressing the control member to act on the piston, and negative pressure can be generated by pulling the control member to move the piston away from the head end of the material cavity, so that the liquid material in the container main chamber is sucked into the material cavity, and has the function of pre-mixing or pre-dissolving the material in the material cavity; the present invention also provides a packaging container containing the closing device, an assembly method, a packaging composition and its application, etc.

Description

Technical Field The present invention relates to the field of product packaging containers, and in particular to a sealing device and a packaging container comprising the sealing device, wherein the sealing device is used to release separately contained and independently sealed materials into independently sealed materials in a container through operation of the sealing device, so that various materials can be mixed together through operation outside the lid of the container before opening the packaging container, thereby achieving an automatic mixing effect.

[0001] The packaging container can be widely used for packaging of beverages, drinking wine, health food, special medical formula food, ordinary food, medicine, medical equipment, sanitary products, cosmetics, daily necessities and other products, and is particularly suitable for sealing and storing products containing liquid materials. The present invention also relates to a packaging composition of the packaging container, a method for assembling the sealing device and its application. Background Art In many applications such as the mixing of different materials, it is necessary to discharge and mix the materials into other materials shortly before using the material mixture. It is not possible or desirable to store products in a pre-mixed form because when the products are stored as a mixture for a period of time, they may react with each other undesirably or the quality of the mixture may deteriorate. A common example is, for example, two or more pharmaceutical components, which have a longer stability and shelf life when not mixed than when mixed.

[0002] Of course, it can also be applied to other liquids or mixtures of liquids, solids and liquids, such as water, alcoholic beverages, other beverages, other solvents or solutions, and oily liquids, etc. For products such as beverages, drinking wine, health foods, special medical formula foods, ordinary foods, medicines, medical devices, sanitary products, cosmetics or daily necessities, during the shelf life of the product, two or more different substances or materials in the product need to be stored separately to make it more conducive to the stability, freshness, function assurance or other quality improvements of the product. The existing technical solutions use two or more different packaging bottles / bags / boxes for independent packaging, and they are recombined for use when in use, which is easy to cause many disadvantages such as inconvenience in carrying, inconvenience in use, and easy to cause secondary pollution.

[0003] Chinese patent publications CN101479165A and CN103648923A disclose a closure device for introducing materials in a cover member into a container, wherein a fluid chamber is provided in the cover member, and a plug member is driven by lifting the shell to open the opening of the fluid chamber, thereby releasing the contents in the cover member; however, the above-mentioned known technical solutions have the following disadvantages: the structure is relatively complex and the degree of industrial assembly is low; the structural setting of the cover member can only be used to seal one liquid material, and cannot be achieved for sealing solid materials or multiple materials; the coordination with the packaging container in the operation of adding a cover and sealing is poor; there are serious deficiencies in the coordination with the packaging container in repeated use of rotating unsealing, and the sequential coordination of the twisting displacement of the cover member and the release of materials.

[0004] International publication WO2004 / 035418 and Chinese patent publication number CN1708438A disclose a two-compartment beverage bottle, which includes an outer bottle and a twist-type inner container, the inner container is filled with a first liquid, and the space between the outer container and the inner container is filled with a second liquid. When the contents are drunk directly from the beverage bottle, each sip contains the first and second liquids in substantially the same proportion; however, the two-compartment beverage bottle can only be used for packaging of liquid substances, and lacks the function of automatic mixing and blending.

[0005] Chinese patent publication number CN101433498A discloses a dual-chamber medicine dispensing bottle, in which a subsidiary bottle body isolated from the main bottle body is provided in the bottle cap on one of the outlets, a positioning device is provided between the subsidiary bottle body and the bottle cap, and a cutting and opening device is provided at the bottom of the bottle cap. When in use, the patient rotates the subsidiary bottle body, causing the serrated protrusions to break and cut the subsidiary bottle body, and opens the bottom of the bottle cap to make the medicine flow into the main bottle body, thereby achieving mixing of the medicine liquid; however, the dual-chamber medicine dispensing bottle mixes the medicine liquid after each independent seal is broken and opened, which is a passive type, and lacks the functions of automatic mixing and rapid preparation when the bottle body is opened or the bottle cap is twisted.

[0006] On the other hand, the prior art solutions cannot implement the intermediate operation step of pre-mixing before mixing and preparing the materials, which is disadvantageous for the mixing and preparation of drugs, especially the mixing and preparation of injectable drugs. Summary of the invention In order to overcome the shortcomings of the prior art, the present invention provides a new container closure device with a simple structure, easy operation, accurate control, and convenient carrying and storage, and a packaging container including the closure device. The container closure device or packaging container not only has the overall commodity sealing property, but also can independently seal two or more materials separately configured in the packaging container. The user operates before opening the packaging container, and the independently sealed contents in the packaging container can be accurately mixed and blended together, or pre-mixed or pre-dissolved before blending together; not only the stability, freshness, functional quality or other quality of the product is guaranteed, but also the user can intuitively feel the special properties of the product contents, and can also let the user get pleasure from the process of automatic product blending. The present invention also relates to the packaging composition, assembly method and application of the packaging container.

[0007] The packaging container of the present invention includes a packaging container with an open container neck, including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, a packaging cup, and the like.

[0008] The present invention provides a container closing device, which is used to release one or more materials in the closing device into the container through the operation of the closing device, and mix and formulate with the materials in the main chamber of the container, that is, the operation is performed on the outside of the cover member, and the outlet mechanism for releasing the materials is displaced and overlapped with each other, and under the action of the piston in the material cavity, a technical solution for sealing and storing or releasing and formulating the materials in the material cavity before opening the packaging container is realized. Moreover, after the container closing device mixes and formulates the materials in its material cavity with the materials in the main chamber of the container, the mixed materials in the packaging container can still be in a sealed state.

[0009] The present invention adopts the following technical solutions.

[0010] A container closing device, comprising a cover member, a material chamber, a piston member, and a control member, wherein the cover member has a cover surrounding structure and a cover tube structure, wherein the cover surrounding structure and the cover tube structure are connected to each other and are in an annular sleeve-shaped structure, and a thread or buckle that can be connected and sealed with the neck of the container is arranged on the inner wall of the side surrounding of the cover surrounding structure, or the side surrounding of the cover surrounding structure can be sealed with the neck of the container by bonding or welding, for example, preferably, the outer wall of the side surrounding of the cover surrounding structure is sealed with the neck of the packaging bag container by bonding or welding;

[0011] The rear end of the cover tube structure is connected to the cover surrounding structure, the rear end of the cover tube structure is open, the rear end of the material cavity is open, and the front end of the cover tube structure is provided with at least one outlet of the cover tube structure, and the front end of the material cavity is provided with at least one outlet of the material cavity;

[0012] The cover tube structure is sleeved on the outer wall of the material cavity tube, and the cover tube structure and the material cavity tube can rotate with each other. The mutual rotation of the cover tube structure and the material cavity tube can realize that the outlet of the cover tube structure and the outlet of the material cavity tube are mutually misaligned or overlapped. When their outlets are mutually misaligned, the outlet of the material cavity tube is sealed, and when their outlets overlap with each other, the outlet of the material cavity tube can be opened;

[0013] The cover tube structure and the material cavity tube are connected to each other through threads or buckles, and the head end of the cover tube structure is tightly fitted with the head end of the material cavity tube;

[0014] The material cavity or the chamber separated in the material cavity can contain one or more materials;

[0015] The piston component comprises a piston and a piston support, wherein the piston is connected to the piston support, and the piston is located in the material cavity;

[0016] The control member is connected to the piston support member, and the control member can act on the piston support member to enable the piston to slide in the cylinder in which it is located and seal the cylinder; preferably, the piston is made of a polymer material, preferably rubber, plastic, plastic and other materials, and most preferably made of a rubber material, for example, preferably made of silicone material or butyl rubber.

[0017] The piston and the piston support member may be made of the same plastic material, for example, the piston is made into a plastic member that fits tightly against the inner wall of the cylinder in which it is located, and is connected to the piston support member or assembled on the piston support member to form a piston member;

[0018] Alternatively, the piston may be made of a separate polymer material or rubber material and mounted on one end of the piston support; or the piston may be formed by encapsulating the rubber material on one end of the piston support using an injection molding method. The piston support is preferably a connecting rod, tubular or columnar structure.

[0019] The control member is connected to the piston support, and the control member can act on the piston support to make the piston slide in the material chamber; on the one hand, the control member and the cover cylinder structure can rotate with each other, and the control member has a setting that can drive the material chamber to rotate when it rotates; or, on the other hand, the control member and the cover cylinder structure can rotate with each other, and the control member has a setting that can drive the piston member to rotate when it rotates. Preferably, the control member is a cylindrical structure. More preferably, mutually matching driving buckles are provided on the outer wall of the control member and the inner wall of the material cavity, or mutually matching driving buckles are provided on the outer wall of the control member and the inner wall of the fixed inner cylinder of the material cavity, or mutually matching driving buckles are provided on the inner wall of the control member and the outer wall of the material cavity, or mutually matching driving buckles are provided on the inner wall of the control member and the outer wall of the fixed inner cylinder of the material cavity, or mutually matching driving buckles are provided on the piston support and the inner wall of the material cavity, or mutually matching driving buckles are provided on the piston support and the inner wall of the fixed inner cylinder of the material cavity; the driving buckles include a structural setting in the form of a protrusion or a groove, which includes but is not limited to a strip, columnar, sheet or groove-shaped setting.

[0020] The cover tube structure and the material cavity tube are connected to each other through threads or buckles, and the head end of the cover tube structure is tightly fitted with the head end of the material cavity tube;

[0021] The head end of the cover tube structure is tightly fitted with the head end of the material cavity tube, including the inner wall portion of the head end of the cover tube structure and the outer wall portion of the head end of the material cavity tube, or the inner wall portion of the cover tube structure at the cover tube outlet is tightly fitted with the outer wall of the head end of the material cavity tube, so as to ensure the airtightness of the outlets of the two when they are misaligned, and to ensure that the material cannot leak into the gap or interlayer between the cover tube structure and the material cavity tube when the outlets of the two overlap; if necessary, a sealing plug or a sealing gasket is provided at the contact portion between the head end of the cover tube structure and the head end of the material cavity tube to strengthen the airtightness between the two after the cover tube structure is sleeved on the outer wall of the material cavity tube. The sealing plug or sealing gasket is usually made of rubber material, preferably silicone or butyl rubber; the sealing plug or sealing gasket includes a method of using injection molding to coat the rubber material on the inner wall of the head end of the cover tube structure, or a method of using injection molding to coat the rubber material on the outer wall of the head end of the material cavity. The sealing plug or sealing gasket can also be made into a separate rubber accessory, and then the accessory is installed at the contact position between the head end of the cover tube structure and the head end of the material cavity. However, no matter which method is used, it is necessary not only to ensure the airtightness of the two outlets when they are misaligned, but also to ensure the smooth flow of the outlet of the cover tube structure and the outlet of the material cavity when the two outlets overlap.

[0022] It should be noted that regarding the concepts of the tail end and the head end of the material cavity tube, the cover tube structure or the control member, the head end refers to the end closest to the material in the container after they are installed on the container, and the other end is called the tail end.

[0023] When the material in the above-mentioned container closing device is in a storage state, the outlet of the cover tube structure and the outlet of the material cavity tube are misaligned with each other, and the cover tube structure is mounted on the material cavity tube by a snap and tightly closed together, so that the material in the material cavity tube or the chamber separated therein is in an independently sealed state; the container closing device is installed on the neck of the container to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the material cavity tube, or twist or rotate the control member to drive the material cavity tube to rotate, so that the outlet of the material cavity tube coincides with the outlet of the cover tube structure, and then press the control member to make the piston squeeze and discharge the material in the material cavity tube into the main chamber of the container, or pull the control member to make the piston away from the head end of the material cavity tube to generate negative pressure in the chamber, so that the liquid material in the main chamber of the container can be sucked into the material cavity tube or chamber, and pre-mixed or pre-dissolved with the material in the material cavity tube or chamber, and then press the control member to make the piston squeeze and discharge the pre-mixed material in the material cavity tube or chamber into the main chamber of the container, and mix it with the material in the container. Before opening the packaging container, only a simple operation of the material cavity and / or the control member is required to accurately and conveniently mix and prepare one or more materials in the material cavity or chamber with the material in the container, thereby achieving the purpose of mixing and preparing the materials before use; in addition, for special materials, such as materials that dissolve slowly or need to be dissolved step by step, they can be pre-mixed or pre-dissolved and then mixed and prepared with the materials in the main chamber of the container.

[0024] In addition, as described in the present invention, the material cavity and the cover cylinder structure rotate so that the outlet of the material cavity and the outlet of the cover cylinder structure overlap or misalign, which involves the structural connection between the material cavity and the cover cylinder structure and the operation of the control member, and also involves that when the piston member is pressed downward, the control member has a space channel that can be displaced and extended downward to ensure that the piston can slide to the head end of the material cavity and the material is completely discharged. The present invention preferably includes but is not limited to the following four schemes:

[0025] In the first embodiment of the present invention, the cover tube structure is sleeved on the outer wall of the material cavity tube and connected to each other, so that the head end of the cover tube structure is tightly fitted with the head end of the material cavity tube, and the tail end part of the material cavity tube protrudes from the top of the cover surrounding structure. The material cavity tube and the cover tube structure can be rotated by twisting the tail end of the material cavity tube, and the outlet of the material cavity tube and the outlet of the cover tube structure are further overlapped or misaligned. When their outlets are misaligned with each other, the outlet of the material cavity tube is sealed, and when their outlets overlap with each other, the outlet of the material cavity tube can be opened;

[0026] The material cavity tube and the cover tube structure are connected to each other, for example, including but not limited to connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure, or connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a concave buckle groove provided on the inner wall of the cover tube structure, or connecting by snapping a concave buckle groove provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure;

[0027] The control member and the piston member are in the material cavity. When the piston member is pressed downward, the control member and the piston member slide in the material cavity toward the head end of the material cavity, ensuring that the control member and the piston member can move smoothly and that the piston can slide to the position of the head end of the material cavity.

[0028] In a second embodiment of the present invention, a fixed inner cylinder is disposed inside the cover cylinder structure, the fixed inner cylinder is connected and fixed to the head end of the cover cylinder structure, and an annular space structure is formed between the outer wall of the fixed inner cylinder and the inner wall of the cover cylinder structure;

[0029] The fixed inner cylinder arranged inside the cover cylinder structure is sleeved on the outer wall of the material cavity cylinder, and the cover cylinder structure and the material cavity cylinder can rotate with each other. The mutual rotation of the cover cylinder structure and the material cavity cylinder can realize that the outlet of the cover cylinder structure and the outlet of the material cavity cylinder overlap or misalign with each other. When their outlets are misaligned with each other, the outlet of the material cavity cylinder is sealed, and when their outlets overlap with each other, the outlet of the material cavity cylinder can be opened;

[0030] The material cavity tube and the fixed inner tube arranged inside the cover tube structure are connected to each other, for example, including but not limited to connecting by snapping a convex buckle arranged on the outer wall of the material cavity tube with a convex buckle arranged on the inner wall of the fixed inner tube, or connecting by snapping a convex buckle arranged on the outer wall of the material cavity tube with a concave buckle groove arranged on the inner wall of the fixed inner tube, or connecting by snapping a concave buckle groove arranged on the outer wall of the material cavity tube with a convex buckle arranged on the inner wall of the fixed inner tube;

[0031] The piston component is in the material cavity. When the piston component is pressed downward, the piston component slides toward the head end of the material cavity in the material cavity, and the control component extends into the annular space formed between the outer wall of the fixed inner cylinder and the inner wall of the cover cylinder structure, ensuring that the control component and the piston component can move smoothly and ensuring that the piston can slide to the position of the head end of the material cavity.

[0032] A third embodiment of the present invention, wherein a fixed inner cylinder is disposed inside the material cavity cylinder, the fixed inner cylinder is connected and fixed to the head end of the material cavity cylinder, and an annular space structure is formed between the outer wall of the fixed inner cylinder and the inner wall of the material cavity cylinder;

[0033] The cover tube structure is sleeved on the outer wall of the material cavity tube, and the cover tube structure and the material cavity tube can rotate with each other. The mutual rotation of the cover tube structure and the material cavity tube can achieve the overlap or misalignment of the outlet of the cover tube structure and the outlet of the material cavity tube.

[0034] The cover tube structure and the material cavity tube can rotate with each other. The mutual rotation of the cover tube structure and the material cavity tube can realize that the outlet of the cover tube structure and the outlet of the material cavity tube overlap or misalign with each other. When their outlets are misaligned with each other, the outlet of the material cavity tube is sealed. When their outlets overlap with each other, the outlet of the material cavity tube can be opened.

[0035] The material cavity tube and the cover tube structure are connected to each other, for example, including but not limited to connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure, or connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a concave buckle groove provided on the inner wall of the cover tube structure, or connecting by snapping a concave buckle groove provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure;

[0036] The piston member is in the fixed inner cylinder of the material cavity cylinder. When the piston member is pressed downward, the piston member slides toward the head end of the fixed inner cylinder in the fixed inner cylinder, and the control member extends into the annular space formed between the outer wall of the fixed inner cylinder and the inner wall of the material cavity cylinder, ensuring that the control member and the piston member can move smoothly and ensuring that the piston can slide to the position of the head end of the material cavity cylinder.

[0037] A fourth embodiment of the present invention, wherein the diameter of the cylinder at the head end of the cover cylinder structure is smaller than the diameter of the cylinder at the tail end, the cover cylinder structure is sleeved on the outer wall of the material cavity, and an annular space structure is formed between the inner wall of the cylinder at the tail end of the cover cylinder structure and the outer wall of the material cavity;

[0038] The inner wall of the cylinder at the head end of the cover cylinder structure is connected to the outer wall of the material cavity, so that the head end of the cover cylinder structure is closely fitted with the head end of the material cavity, and the cover cylinder structure and the material cavity can rotate with each other. The mutual rotation of the cover cylinder structure and the material cavity can realize the overlap or misalignment of the outlet of the cover cylinder structure and the outlet of the material cavity. When their outlets are misaligned, the outlet of the material cavity is sealed, and when their outlets overlap, the outlet of the material cavity can be opened.

[0039] The inner wall of the barrel at the head end of the cover barrel structure and the outer wall of the material cavity barrel are connected to each other, for example, including but not limited to connecting by snapping a convex buckle provided on the outer wall of the material cavity barrel with a convex buckle provided on the inner wall of the barrel at the head end of the cover barrel structure, or connecting by snapping a convex buckle provided on the outer wall of the material cavity barrel with a concave buckle groove provided on the inner wall of the barrel at the head end of the cover barrel structure, or connecting by snapping a groove provided on the outer wall of the material cavity barrel with a convex buckle provided on the inner wall of the barrel at the head end of the cover barrel structure;

[0040] The piston component is in the material cavity. When the piston component is pressed downward, the piston component slides toward the head end of the material cavity in the material cavity, and the control component extends into the annular space formed between the inner wall of the cylinder at the tail end of the cover cylinder structure and the outer wall of the material cavity, ensuring that the control component and the piston component can move smoothly and ensuring that the piston can slide to the position of the head end of the material cavity.

[0041] The material contained in the material cavity or chamber of the present invention can be a liquid material, a solid material, a mixture of a solid and a liquid, or a slurry. The solid material is preferably a solid powder material, a solid granular material, or a tablet material. The solid granular material includes but is not limited to effervescent granules, rapidly disintegrating granules, and ordinary granules used in pharmacy, and the tablet material includes but is not limited to effervescent tablets, dispersible tablets, rapidly disintegrating tablets, and ordinary tablets used in pharmacy, and the like. Preferably, at least one of the materials is a liquid material, and the liquid material includes a water-soluble liquid material or a fat-soluble liquid material.

[0042] Preferably, the cover surrounding structure and the cover tube structure are interconnected and fixed. Preferably, the cover surrounding structure and the cover tube structure are an independent integral component, or the cover surrounding structure and the cover tube structure are independent components, and the cover tube structure and the cover surrounding structure are assembled and fixed together to form a cover component. The fixing method includes but is not limited to snap-on fixing, threaded fixing, welding fixing, adhesive bonding fixing, etc. It is most preferred that the cover surrounding structure and the cover tube structure are made into an independent plastic component by injection molding.

[0043] Furthermore, the internal space of the material cavity or the fixed inner cylinder of the material cavity can be divided into at least two chambers to achieve the independent sealing, storage and release of at least two materials or more materials, for example, it can accommodate two materials, three materials, four materials, five materials, six materials, etc. that are independent and sealed to each other, so as to meet the stability requirements or comprehensive deployment requirements of multiple materials. Preferably, a chamber baffle is set in the material cavity or the fixed inner cylinder of the material cavity, and the chamber baffle and the material cavity are an independent component fixed to each other, for example, a material cavity with a chamber baffle inside is made by injection molding to achieve the separation of the internal space of the material cavity into independent chambers, or the chamber baffle is assembled as a separate component inside the material cavity so that each chamber can be independent and easy to seal; the chamber baffle extends from the inner wall of the head end of the material cavity to the tail end of the material cavity, and the volume of the chamber can be freely divided inside the material cavity as needed.

[0044] It should be understood that when there is no separated chamber in the material cavity or the fixed inner cylinder of the material cavity, the spatial structure of the material cavity or the fixed inner cylinder of the material cavity can be regarded as having only one chamber and can only accommodate one type of material.

[0045] When the material cavity or the fixed inner cylinder of the material cavity is provided with separated chambers, each chamber has an outlet, and the outlet is located at the head end of the material cavity.

[0046] Preferably, the internal space of the material cavity or the internal space of the fixed inner cylinder of the material cavity is divided into two independent chambers to respectively accommodate two different materials, and the head end of the material cavity is provided with an outlet of each chamber, wherein each chamber of the material cavity is provided with at least one outlet as a release outlet for the material accommodated in the material chamber, and the head end of the cover cylinder structure is provided with at least one outlet of the cover cylinder structure; for example, the internal space of the material cavity or the internal space of the fixed inner cylinder of the material cavity is divided into an annular cylindrical chamber and a cylindrical chamber, or divided into two semicircular cylindrical chambers, or divided into two fan-shaped cylindrical chambers; and each chamber has a piston component matching the chamber.

[0047] Preferably, the internal space of the material cavity or the internal space of the fixed inner cylinder of the material cavity is divided into three independent chambers to respectively accommodate three different materials, and the front end of the material cavity is provided with an outlet of each chamber, wherein each chamber of the material cavity is provided with at least one outlet as a release outlet for the material accommodated in the material chamber, and the front end of the cover cylinder structure is provided with at least one outlet of the cover cylinder structure, and each chamber has a piston component matching the chamber.

[0048] When the material cylinder has two or more material chambers, each material chamber has a separate piston or piston component.

[0049] When the material cavity has two or more material chambers, preferably, each chamber of the material cavity may have the same control member, so that when the outlet of each material chamber coincides with the outlet of each cover tube structure at the same time, by pressing the independent control member, the materials in each chamber can be released and dispensed at the same time;

[0050] When the material cavity barrel has two or more material chambers, each material chamber may have its own independent control component as needed, so that when the outlets of different material chambers overlap with the outlets of the cover barrel structure, the materials in each chamber can be independently released and adjusted in sequence by pressing the independent control components, thereby achieving the effect of sequential and sequential release of different materials.

[0051] The number of outlets of each chamber of the material chamber is at least one, preferably each chamber has one outlet, the number of outlets of the cover tube structure is at least one, and the number of outlets of the cover tube structure can be the same as or different from the number of outlets of all chambers.

[0052] When the material cavity has two or more material chambers, the number of outlets of the cover tube structure is the same as the number of outlets of all chambers and the corresponding outlets can overlap at the same time, the materials in each chamber can be released simultaneously by pressing the control component.

[0053] When the material cavity has two or more material chambers, the number of outlets of the cover tube structure can be different from the number of outlets of all chambers. Such a setting can achieve the following effects: the outlets of each chamber can overlap and misalign with the outlets of the cover tube structure at different rotation angles and different positions, so that the material cavity can control the order of material release in each chamber by pressing each independent control component within its rotation angle or range, so as to achieve the diversification of material release and make the preparation of each material more accurate and scientific. For example, when the cover tube structure has only one outlet, when the cover tube structure and the material cavity rotate relative to each other, the outlets on each chamber of the material cavity can overlap with the outlets on the cover tube structure in turn, so that the materials in each chamber are released in turn;

[0054] For another example, when the material cavity barrel has two or more material chambers, when the number of outlets of the cover barrel structure is the same as the number of outlets of all chambers but the corresponding outlets cannot overlap at the same time, when the cover barrel structure and the material cavity barrel rotate relative to each other, the outlet on the material cavity barrel may overlap with the outlet on the cover barrel structure with a delay, so that the materials in the chambers are released sequentially or with a delay.

[0055] The size of the outlet of the cover tube structure and the outlet of the material cavity or chamber can be set according to the state of the released material. For liquid materials with good fluidity, the outlet of the cover tube and the outlet of the material cavity or chamber or their channels can be large or small. For materials with poor fluidity, such as high-viscosity liquid materials, slurries, solid powders, solid particles, solid flakes or blocks, the outlet of the cover tube and the outlet of the material cavity or chamber should be set larger to facilitate the smooth release of the material.

[0056] The outlet of the cover tube structure and the outlet of the material cavity or chamber can be of various shapes to facilitate the smooth release of the material. In particular, when the material contained therein is liquid, the outlet of the cover tube and the outlet of the material cavity or chamber are designed to be of various shapes so that the liquid material presents different shapes when released, including water column or liquid column, spray, etc.

[0057] Further, the container closure device of the present invention is provided with a stop mechanism or a locking mechanism between the cover member and other components, and the stop mechanism or the locking mechanism is engaged when the material cavity is rotated to a predetermined position relative to the cover structure to prevent or hinder the cover structure and the material cavity from further relative rotation, and the predetermined position includes and is preferably a position where the outlet of the cover structure and the outlet of the material cavity or chamber are mutually misaligned or overlapped, and the prevention or hindering of the further relative rotation of the cover structure and the material cavity is preferably that the cover structure and the material cavity block each other and cannot rotate further relative to each other, or there is an obstruction between the cover structure and the material cavity, and relative rotation can be achieved by increasing the force, but it cannot be easily rotated;

[0058] The stopping mechanism or locking mechanism includes a stopping mechanism or locking mechanism provided between the cover member and the material chamber, or a stopping mechanism or locking mechanism provided between the cover member and the control member, or a stopping mechanism or locking mechanism provided between the cover member and the piston member, and the stopping mechanism or locking mechanism is provided at any contactable position between the cover member and other components;

[0059] Preferably, the stop mechanism or locking mechanism is arranged at any contactable position between the cover tube structure and the material chamber tube;

[0060] Preferably, the stop mechanism or locking mechanism is arranged at any contactable position between the cover surrounding structure and the material cavity;

[0061] Preferably, the stop mechanism or locking mechanism is arranged at any contactable position between the cover tube structure and the control member;

[0062] Preferably, the stop mechanism or locking mechanism is arranged at any contactable position between the cover surrounding structure and the control member;

[0063] Preferably, the stop mechanism or locking mechanism is arranged at any contactable position between the cover cylinder structure and the piston member;

[0064] Preferably, the stopping mechanism or locking mechanism is arranged at any contactable position between the cover surrounding structure and the piston member.

[0065] For example, specifically, the stopping mechanism or locking mechanism can be arranged at any contactable position between the cover sleeve structure and the material cavity, for example, on the inner wall of the cover sleeve structure and the outer wall of the material cavity, or on the inner wall of the cover sleeve structure and the wall of the material cavity, or on the inner wall of the fixed inner sleeve of the cover sleeve structure and the outer wall of the material cavity, or on the inner wall of the fixed inner sleeve of the cover sleeve structure and the wall of the material cavity.

[0066] For the stopping mechanism or locking mechanism, preferably, on the inner wall of the cover barrel structure and the outer wall of the material cavity barrel, or on the inner wall of the fixed inner barrel of the cover barrel structure and the outer wall of the material cavity barrel, in the direction parallel to the central axis of the cover barrel structure or the material cavity barrel, at least one mutually matching rib or buckle is arranged, as a rotation positioning rib or rotation positioning buckle of the cover barrel structure and the material cavity barrel, for positioning the cover barrel outlet and the material cavity barrel or the chamber outlet at a specific position when they are misaligned or overlapped during the mutual rotation process, the rib or buckle includes a convex or groove-shaped arrangement arranged on the inner wall of the barrel of the cover barrel structure and the outer wall of the material cavity barrel, or the rib or buckle includes the inner wall of the barrel of the cover barrel structure and the wall of the material cavity barrel. The convex or concave arrangement is arranged on the cover, and the arrangement includes a strip, a column, a sheet or a concave arrangement. The ribs or buckles arranged on the inner wall of the barrel of the cover barrel structure and the outer wall of the material cavity barrel match each other, and the purpose is that when the cover barrel structure and the material cavity barrel are rotated to a specific position, especially when they are rotated to a position where their outlets overlap or are misaligned, the rotation positioning ribs or rotation positioning buckles prevent the cover barrel structure and the material cavity barrel from rotating relative to each other or being easily rotated, so as to provide accurate positioning and control of the release time for the full release of the material, and to ensure the safe storage of the material in a sealed state; the barrel of the cover barrel structure includes the barrel of the cover barrel structure itself, or the barrel of the fixed inner barrel of the cover barrel structure;

[0067] Preferably, the ribs or buckles are evenly or symmetrically distributed on the outer wall circumference of the material cavity, or preferably, the ribs or buckles are evenly or symmetrically distributed on the inner wall circumference of the cylinder of the cover cylinder structure; this arrangement avoids centrifugal rotation or eccentric rotation of the material cavity and the cover cylinder structure, thereby avoiding the error and uncontrollability when the cover cylinder outlet overlaps with the material chamber outlet due to centrifugal rotation, which plays a vital role in accurately controlling the release of the material in the chamber;

[0068] Preferably, when the cover barrel structure and the material cavity barrel rotate to the rib or buckle position, the cover barrel outlet and the material cavity barrel or chamber outlet are staggered at a preset position to facilitate the sealing and preservation of the material, or the cover barrel outlet and the material cavity barrel or chamber outlet are overlapped to facilitate the release of the material, or when the cover barrel structure and the material cavity barrel rotate to the rib or buckle position, the cover barrel structure and the material cavity barrel can no longer rotate relative to each other or cannot be easily rotated, and the cover barrel outlet and the material cavity barrel or chamber outlet are staggered to ensure that the product will not be accidentally released during storage, transportation, etc.; in addition, when it cannot be easily rotated, when sliding past the rib or buckle, a slight vibration or a subtle sound will be generated, and the user will feel this vibration or sound when rotating or twisting, which is convenient for the user to control the hand feel during operation;

[0069] For example, a rib is provided on the outer wall of the material cavity, and when the cover tube outlet is misaligned with the outlet of the material cavity or chamber, the rib is located in the middle position of two ribs provided on the inner wall of the cover tube structure, so that the cover tube structure and the material cavity cannot be easily rotated, so as to prevent the accidental release of the product in storage, transportation, etc.; or, for example, a rib is provided on the outer wall of the material cavity, and when the cover tube outlet is coincident with the outlet of the material cavity or chamber, the rib is located in the position of a rib provided on the inner wall of the cover tube structure, and the two groups of ribs engage with each other and hinder rotation, so that the cover tube structure and the material cavity can no longer rotate relative to each other or cannot be easily rotated, so as to prevent the disadvantage of the failure of smooth release of the material due to the position deviation of the coincidence of the outlets, which is conducive to the smooth and complete release of the material;

[0070] In addition, the setting of the above-mentioned ribs or baffles can accurately control the rotation distance or range of the cover barrel outlet and the material cavity or chamber outlet when they are misaligned or overlapped with each other. On the other hand, when the cover barrel structure and the material cavity rotate relative to each other, this device can avoid multiple, unnecessary misalignments or overlaps between the cover barrel outlet and the material cavity or chamber outlet. The ribs or baffles determine the movement range of the cover barrel outlet and the material cavity or chamber outlet when they are misaligned or overlapped with each other.

[0071] On the other hand, the stop mechanism or locking mechanism can be arranged at any contactable position between the cover tube structure and the control member, for example, on the inner wall of the cover tube structure and the control member, or on the outer wall of the fixed inner tube of the cover tube structure and the control member, or on the outer wall of the cover surrounding structure and the control member;

[0072] For example, preferably, at least one mutually matching rib or buckle is provided on the inner wall and the control member of the cover barrel structure, or on the outer wall and the control member of the fixed inner barrel of the cover barrel structure, or on the outer wall and the control member of the cover surrounding structure, in a direction parallel to the central axis of the cover barrel structure or the material chamber barrel, as a rotation positioning rib or rotation positioning buckle of the cover barrel structure and the material chamber barrel, for positioning the cover barrel outlet and the material chamber barrel or the chamber outlet at a specific position when they are misaligned or overlapped during the mutual rotation process, and the rib or buckle is provided on the position of the above-mentioned cover member and on the control member. The convex or concave arrangement includes a strip, column, sheet or concave arrangement, and the ribs or buckles arranged on the cover member and the control member match each other, and the purpose is that when the cover cylinder structure and the material cavity cylinder are rotated to a specific position, especially when they are rotated to a position where their outlets overlap or are misaligned, the rotation positioning ribs or rotation positioning buckles prevent the cover cylinder structure and the material cavity cylinder from rotating relative to each other or from being easily rotated, so as to provide accurate positioning and control of the release time for the full release of the material, and to ensure the safe storage of the material in a sealed state;

[0073] Preferably, the ribs or buckles are evenly or symmetrically distributed on the inner wall circumference of the cover cylinder structure, or preferably, the ribs or buckles are evenly or symmetrically distributed on the outer wall circumference of the outer wall of the fixed inner cylinder of the cover cylinder structure, or preferably, the ribs or buckles are evenly or symmetrically distributed on the outer wall of the cover surrounding structure; this arrangement avoids centrifugal rotation or eccentric rotation of the material cavity cylinder and the cover cylinder structure, thereby avoiding the error and uncontrollability of the overlap between the cover cylinder outlet and the material chamber outlet caused by centrifugal rotation, which plays a vital role in accurately controlling the release of the material in the chamber;

[0074] Preferably, when the cover barrel structure and the material cavity barrel rotate to the rib or buckle position, the cover barrel outlet and the material cavity barrel or chamber outlet are staggered at a preset position to facilitate the sealing and preservation of the material, or the cover barrel outlet and the material cavity barrel or chamber outlet are overlapped to facilitate the release of the material, or when the cover barrel structure and the material cavity barrel rotate to the rib or buckle position, the cover barrel structure and the material cavity barrel can no longer rotate relative to each other or cannot be easily rotated, and the cover barrel outlet and the material cavity barrel or chamber outlet are staggered to ensure that the product will not be accidentally released during storage, transportation, etc.; in addition, when it cannot be easily rotated, when sliding past the rib or buckle, a slight vibration or a subtle sound will be generated, and the user will feel this vibration or sound when rotating or twisting, which is convenient for the user to control the hand feel during operation;

[0075] For example, a rib is provided on the inner wall of the cover barrel structure. When the cover barrel outlet is misaligned with the outlet of the material cavity or chamber, the rib is located in the middle position of the two ribs provided on the control member, so that the cover barrel structure and the material cavity cannot be easily rotated, so as to prevent the accidental release of the product in storage, transportation, etc.; or, for example, a rib is provided on the inner wall of the cover barrel structure. When the cover barrel outlet is coincident with the outlet of the material cavity or chamber, the rib is located in the position of a rib provided on the control member, and the two ribs engage with each other and hinder the rotation, so that the cover barrel structure and the material cavity can no longer rotate relative to each other or cannot be easily rotated, so as to prevent the disadvantage of the failure of smooth release of the material due to positional deviation of the coincidence of the outlets, which is conducive to the smooth and complete release of the material.

[0076] Further, on the other hand, the stop mechanism or locking mechanism can be arranged at any contactable position between the cover cylinder structure and the piston support member, for example, arranged on the inner wall of the cover cylinder structure and the piston support member, or arranged on the inner wall of the fixed inner cylinder of the cover cylinder structure and the piston support member;

[0077] For example, preferably, on the inner wall of the cover barrel structure and the piston support, or on the inner wall of the fixed inner barrel of the cover barrel structure and the piston support, in the direction parallel to the central axis of the cover barrel structure or the material chamber, at least one mutually matching rib or stopper is arranged, which serves as a rotation positioning rib or rotation positioning stopper for the cover barrel structure and the material chamber, and is used to position the cover barrel outlet and the material chamber outlet at a specific position when they are misaligned or overlapped during the mutual rotation process. The rib or stopper includes a convex or concave setting arranged on the inner wall of the barrel of the cover barrel structure and the piston support, and the setting includes strips, columns, sheets, etc. The inner wall of the cylinder body of the cover cylinder structure and the ribs or buckles on the piston support match each other, and the purpose is that when the cover cylinder structure and the material cavity cylinder are rotated to a specific position, especially when they are rotated to a position where their outlets overlap or are misaligned, the rotation positioning ribs or rotation positioning buckles prevent the cover cylinder structure and the material cavity cylinder from rotating relative to each other or being easily rotated, thereby providing accurate positioning and release time control for the full release of the material, and ensuring the safe storage of the material in a sealed state; the cylinder body of the cover cylinder structure includes the cylinder body of the cover cylinder structure itself, or the cylinder body of the fixed inner cylinder of the cover cylinder structure;

[0078] Preferably, when the cover barrel structure and the material cavity barrel rotate to the rib or buckle position, the cover barrel outlet and the material cavity barrel or chamber outlet are staggered at a preset position to facilitate the sealing and preservation of the material, or the cover barrel outlet and the material cavity barrel or chamber outlet are overlapped to facilitate the release of the material, or when the cover barrel structure and the material cavity barrel rotate to the rib or buckle position, the cover barrel structure and the material cavity barrel can no longer rotate relative to each other or cannot be easily rotated, and the cover barrel outlet and the material cavity barrel or chamber outlet are staggered to ensure that the product will not be accidentally released during storage, transportation, etc.; in addition, when it cannot be easily rotated, when sliding past the rib or buckle, a slight vibration or a subtle sound will be generated, and the user will feel this vibration or sound when rotating or twisting, which is convenient for the user to control the hand feel during operation;

[0079] For example, a rib is provided on the piston support, and when the cover barrel outlet is misaligned with the outlet of the material cavity barrel or chamber, the rib is in the middle position of two ribs provided on the inner wall of the barrel body of the cover barrel structure, so that the cover barrel structure and the material cavity barrel cannot be easily rotated, so as to prevent the accidental release of the product in storage, transportation, etc., or for example, a rib is provided on the piston support, and when the cover barrel outlet is coincident with the outlet of the material cavity barrel or chamber, the rib is in the position of a rib provided on the inner wall of the barrel body of the cover barrel structure, and the two ribs are engaged with each other and hinder the rotation, so that the cover barrel structure and the material cavity barrel can no longer rotate with each other or cannot be easily rotated, so as to prevent the disadvantage of the material not being released smoothly due to the position deviation of the coincidence of the outlets, which is conducive to the smooth and complete release of the material. The barrel body of the cover barrel structure includes the barrel body of the cover barrel structure itself, or the barrel body of the fixed inner barrel of the cover barrel structure.

[0080] If necessary, the control member may be provided with a screwing mechanism to facilitate screwing or rotating the control member. Preferably, the screwing mechanism is provided in a shape that is convenient for the user to rotate or screw by hand, for example, the screwing mechanism is provided in a shape that is convenient for the user to grasp or press the rear end of the cover member, so as to activate the stop mechanism or locking mechanism by screwing or pressing. Preferably, the screwing mechanism is provided on the outer surface of the control member and has a convex-concave structure, such as a sheet, strip, or cylinder, or is provided on the outer surface of the control member to have a non-smooth outer surface, such as a frosted outer surface, engraved texture, concave-convex lines or concave-convex texture, etc.;

[0081] If necessary, the control member may be provided with a pressing surface interface to facilitate sliding the piston toward the head end of the material chamber by pressing the control member. The pressing surface interface is usually provided as a plane or arc surface at the top of the control member to facilitate the user to perform a pressing operation by hand.

[0082] If necessary, a pulling and pulling mechanism may be provided on the control member to facilitate sliding the piston toward the tail end of the material cavity by pulling or pulling the control member, thereby causing the piston to generate negative pressure in the material cavity or chamber, and sucking the liquid material in the main chamber of the container into the material cavity or chamber, and pre-mixing or pre-dissolving it with the material in the material cavity or chamber; preferably, the pulling and pulling mechanism is arranged at the tail end of the control member, for example, the tail end of the control member is arranged to be a concave or convex mechanism, or a pull ring structure or a pull sheet structure is arranged at the tail end of the control member, so as to facilitate the user to pull or pull it by hand.

[0083] If necessary, a screwing mechanism may be provided on the tail end of the material cavity to facilitate twisting or rotating the tail end of the material cavity. Preferably, the screwing mechanism is provided in a shape that is convenient for the user to rotate or twist by hand, for example, the screwing mechanism is provided in a shape that protrudes from the tail end of the material cavity to facilitate the user to grasp by hand, so as to activate the stop mechanism or locking mechanism by screwing operation. Preferably, the screwing mechanism is provided on the outer surface of the material cavity and has a convex-concave structure, such as a sheet, strip, or column, or a non-smooth outer surface is provided on the outer surface of the tail end of the material cavity, such as a frosted outer surface, engraved texture, concave-convex lines or concave-convex texture, etc.

[0084] If necessary, the portion where the tail end of the material chamber is close to or in contact with the cover member may be provided with a structure having an anti-theft opening, or the portion where the control member is close to or in contact with the cover member may be provided with a structure having an anti-theft opening, such as providing a circle of point-shaped connecting circles or point-shaped connecting points having anti-theft opening, or providing a section or a circle of tear strips that are easy to tear open and remove, etc. The anti-theft opening structure has the function of providing anti-theft protection for the container closure device described in the present invention when it is in the commodity circulation link and preventing the container closure device from being accidentally opened.

[0085] Furthermore, if necessary, a cover can be provided on the outside of the cover member, and the cover is used to protect the tail end of the material cavity tube or the control member to prevent the tail end of the material cavity tube or the control member from being accidentally rotated or pressed. The cover also provides the container closure device of the present invention with overall aesthetics. The cover can be provided above the tail end of the material cavity tube and cover the tail end of the material cavity tube or the control member, and the cover is preferably connected to the cover member;

[0086] Alternatively, the cover is a film material that adheres to the opening at the rear end of the cover tube structure. Preferably, the film material adheres to the cross-section of the wall at the rear end of the cover tube structure to wrap the control member in the cover tube structure. When in use, the film material needs to be torn off or broken to expose the control member, and the control member is twisted or pressed to release the contents in the material cavity. Most preferably, the height of the opening at the rear end of the cover tube structure is not lower than the height of the control member to facilitate the film material to adhere to the cross-section of the wall at the rear end of the cover tube structure, so as to achieve better wrapping effect and neat appearance. Preferably, the film material is polymer plastic, aluminum-plastic composite material, paper-plastic composite material, paper, aluminum foil, for example, a film material of polymer plastic, aluminum-plastic composite or paper-plastic composite is adhered to the cross-section of the wall at the rear end of the cover tube structure.

[0087] Preferably, the tail end component of the material cavity tube of the container closure device of the present invention protrudes from the top of the cover structure, and the overall structural shape is raised. Its advantages and importance are: it is convenient for the cover tube structure to be connected and stabilized with the material cavity tube; it is also beneficial to expand the volume of the material cavity tube outward, to accommodate more materials, and to separate more chambers in the material cavity tube to accommodate more different types of materials, and it is also beneficial to meet the mutual connection and sealing assembly operations between the cover component and the material cavity tube.

[0088] Furthermore, as needed, a circle of easy-to-tear connection ring or point-shaped connection contacts with anti-theft opening can be set at the bottom of the outer periphery of the cover surrounding structure. The easy-to-tear connection ring is connected to the cover surrounding structure by contact connection or micro-connection, and forms an integral component with the cover surrounding structure. When the container closure device is installed on the container neck and the container needs to be opened and the cover surrounding structure needs to be twisted or rotated, the easy-to-tear connection ring is broken due to the blocking effect of the point-shaped connection contacts or micro-connections provided on the outer wall of the container neck, and the easy-to-tear connection ring is separated from the cover surrounding structure, thereby playing a role in anti-theft opening.

[0089] If necessary, a layer of gasket can be provided on the inner surface of the cover surrounding structure in contact with the opening of the container to ensure the sealing between the opening of the container and the cover surrounding structure. The preferred gasket is a rubber gasket, and the most preferred gasket is a silicone gasket. For example, a layer of rubber gasket is applied on the inner surface of the top of the cover surrounding structure by a glue dripping method.

[0090] Another aspect of the present invention provides a packaging container, comprising the container closure device and a container according to the present invention, wherein the container comprises a container neck with an opening and a main body chamber, and the container closure device is installed on the neck of the container, wherein the container closure device is connected to the neck of the container through a thread or buckle provided on the inner wall of the side enclosure of its cover surrounding structure, or the container closure device is sealed with the neck of the container through the outer wall of the side enclosure of its cover surrounding structure by bonding or welding; the main body chamber of the container accommodates a first material, and the material cavity tube in the container closure device or the chamber separated in the material cavity tube accommodates a second material or more materials; the container, for example, comprises a packaging bottle, packaging bag, packaging can, packaging cup, packaging box or packaging barrel, etc., having an open container neck;

[0091] The container closure device is installed on the neck of the container, including installation, connection and sealing by means of threading, snapping, bonding or welding;

[0092] As described above, the container closing device is installed on the neck of the container to form a packaging container. Before opening the packaging container or using the mixed material, only the material in the material cavity or chamber can be released to the main chamber of the container under the squeezing action of the piston by twisting and pressing the control member, or only the material cavity and the control member can be twisted and pressed. The material is mixed with the material in the main chamber of the container, thereby achieving the purpose of mixing and formulating the material before use; in addition, the packaging container of the present invention has the function of premixing or predissolving the material in the container closing device. For example, by pulling the control member to make the piston away from the head end of the material cavity, a negative pressure is generated in the material cavity, and the liquid material in the main chamber of the container is sucked into the material cavity, and premixed or predissolved with the material in the material cavity, and then the piston is pressed by pressing the control member to squeeze the premixed material in the material cavity into the main chamber of the container, and mixed with the material in the main chamber of the container, thereby achieving the purpose of premixing or predissolving special materials first and then mixing and formulating with the material in the main chamber of the container.

[0093] The various parts, components, mechanisms, devices, settings, etc. of the container closure device or packaging container of the present invention can be obtained by assembling, connecting, fixing or welding individual parts, preferably an assembly or combination of the various parts as described in the present invention, or an assembly or combination that can be assembled. Of course, it can be understood by those skilled in the art that when some parts are produced, such as by injection molds, there are high difficulties, low production efficiency or high production costs, the various parts of the present invention can be obtained by assembling, connecting, fixing or welding individual parts. Undoubtedly, no matter how the container closure device or packaging container of the present invention is assembled, installed or assembled, it belongs to the protection scope of the present invention.

[0094] For example, the piston support member and the control member may be independent components; or, the piston support member and the control member may be an independent integral component, for example, preferably, they are made into an independent integral injection molded part by injection molding.

[0095] For example, in particular, the piston and the piston support member can be independent components, and the piston is installed on the piston support member to form a piston member; or, the piston and the piston support member can also be an independent integral component, for example, preferably a rubber material is encapsulated on one end of the piston support member by injection molding to form a piston member, or the piston and the piston support member are made into an independent plastic component by injection molding.

[0096] For example, the cover cylinder structure and the cover surrounding structure are an independent integral component, for example, preferably an injection molding method is used to make them into an independent integral injection-molded part, that is, the cover component; or, the cover cylinder structure and the cover surrounding structure are independent components respectively, and the cover cylinder structure and the cover surrounding structure are assembled together by snapping, threading, welding or connecting to form a cover component.

[0097] Preferably, the cover surrounding structure and the cover cylinder structure of the present invention are interconnected and are in an annular sleeve structure. Preferably, the cover surrounding structure is an overall cylindrical structure, and the side outer wall of the cover surrounding structure can be connected to the neck of the container by threads, buckles, adhesive seals or welding seals. For adhesive seals or welding seals, for example, the side of the cover surrounding structure is sealed with the neck or opening of the packaging bag container by adhesive seals or welding seals. Most preferably, the packaging bag container includes a soft packaging bag for injection; the adhesive seals or welding seals include sealing by hot melt bonding or welding bonding, such as by heating or high-frequency hot melt;

[0098] Alternatively, in particular, the cover surrounding structure and the cover tube structure are connected to each other, and the cover surrounding structure can be configured as an overall flat structure to facilitate the bonding and sealing or welding of the outer wall of the cover surrounding structure with the neck of the container. For example, the outer wall of the cover surrounding structure is preferably bonded or welded to the neck or opening of the packaging bag type container, and most preferably, the packaging bag type container includes a soft packaging bag for injection; the bonding and sealing or welding sealing includes sealing by hot melt bonding or welding bonding, for example, by heating or high-frequency hot melting.

[0099] Furthermore, the present invention also provides a packaging composition, which is composed of a packaging container and two or more materials, wherein the two or more materials are respectively inside the packaging container and are independently sealed from each other, and at least one of the two or more materials is a liquid material. The packaging container adopts the packaging container of the present invention, wherein the main chamber of the container contains one material, and the material cavity or the chambers separated in the material cavity respectively contain the remaining materials;

[0100] The material can be a liquid material, a solid material, a mixture of a solid and a liquid, or a slurry. The solid material is preferably a solid powder material, a solid granular material, or a tablet material. The solid granular material includes but is not limited to effervescent granules, rapidly disintegrating granules, and ordinary granules used in pharmacy, and the like. The tablet material includes but is not limited to effervescent tablets, dispersible tablets, rapidly disintegrating tablets, and ordinary tablets used in pharmacy, and the like. For example, the preferred packaging composition contains a first material A, a second material B, and more materials that are independently sealed from each other. Preferably, at least one of the first material A, the second material B, and more materials is a liquid material, for example, both the first material A and the second material B are liquid materials, or the first material A is a solid material and the second material B is a liquid material, or the first material A is a liquid material and the second material B is a solid material, and the liquid material includes a water-soluble liquid material or a fat-soluble liquid material.

[0101] Furthermore, the present invention provides a method for assembling a container closure device or a packaging composition thereof, wherein the closure device can be assembled before being installed in a container.

[0102] Method 1, the method comprises the following steps:

[0103] Providing the following components, including: a cover component, a material chamber, a piston, a piston support, a control component, a container with an open container neck, or providing an assembly of separate parts of the components, and a sealing component;

[0104] The cover member is sleeved on the outer wall of the material cavity and tightly closed together, and the outlet of the cover structure is misaligned with the outlet of the material cavity or chamber;

[0105] The material is poured into the material cavity or the chamber in the material cavity through the tail end of the material cavity, and when the material cavity or the chamber is in a low pressure state, the piston member formed by assembling the piston support and the piston is placed in the material cavity or the chamber in the material cavity to seal the material cavity or the chamber;

[0106] Assemble the control member at the rear end of the material cavity or the rear end of the cover structure, so that the buckle, stopper or locking mechanism provided on the control member is in a position matching the parts it contacts, and the material in the material cavity or chamber is in a sealed state;

[0107] Further, the main chamber of the container is filled with the first material, and the container closing device is installed on the neck of the container, so that the cover surrounding structure of the cover member of the container closing device is connected and sealed with the neck of the container.

[0108] Method 2, the method comprises the following steps:

[0109] Providing the following components, including: a cover component, a material chamber, a piston, a piston support, a control component, a container with an open container neck, or providing an assembly of separate parts of the components, and a sealing component;

[0110] The cover member is put on the outer wall of the material cavity and tightly closed together, and the outlet of the cover structure coincides with the outlet of the material cavity or chamber;

[0111] The piston is placed into the material cavity or chamber through the piston support member, and the piston is pushed to the head end of the material cavity or chamber;

[0112] The material is filled into the material cavity or chamber in a pressurized manner through the overlapping outlets, and the piston and the piston support are pushed toward the tail end of the material cavity to a predetermined position, or the piston support is pulled to move the piston toward the tail end of the material cavity, so that a negative pressure space is generated in the material cavity or chamber, so that the material enters the material cavity or chamber through the overlapping outlets;

[0113] Rotate the cover member and the material cavity to displace the outlet of the cover structure with the outlet of the material cavity or chamber, and seal the material in the material cavity or chamber;

[0114] Assemble the control member at the rear end of the material cavity or the rear end of the cover structure, so that the buckle, stopper or locking mechanism provided on the control member is in a position matching the parts it contacts, and the material in the material cavity or chamber is in a sealed state;

[0115] Further, the main chamber of the container is filled with the first material, and the container closing device is installed on the neck of the container, so that the cover surrounding structure of the cover member of the container closing device is connected and sealed with the neck of the container.

[0116] Furthermore, the container closure device and its packaging container and packaging composition provided by the present invention can be widely used in the packaging of food or beverages, drinking wine, health food, special medical purpose formula food, ordinary food, medicine, medical equipment, sanitary products, cosmetics, daily necessities and other products, and are particularly suitable for the sealed packaging and storage of products containing liquid ingredients.

[0117] The container closure device and the packaging container and packaging composition provided by the present invention are used in the preparation or packaging and storage of the following products: food or beverages containing liquids, drinking wine, health food, special medical formula food, ordinary food, medicine, medical equipment, sanitary products, cosmetics or daily necessities, especially in the packaging and storage of beverages containing liquid materials, drinking wine, health food, special medical formula food, ordinary food, medicine, medical equipment, sanitary products, cosmetics or daily necessities. Preferred implementation scopes, for example:

[0118] For the packaging and preparation of liquid drinks or solid drinks, where liquid drinks include but are not limited to drinking water, liquid milk, liquid drinks, etc.;

[0119] Regarding the packaging and preparation of drinking wine, the drinking wine includes but is not limited to liquor, rice wine, beer, grape wine, cider, hawthorn wine, kiwi wine, loquat wine, blended wine, brandy, whiskey, odek, rum, various fruit brandies, fruit distilled wine, sake, rice wine, and milk wine; the beer includes cooked beer, draft beer, fresh beer, special beer, etc.; the blended wine refers to a wine beverage made by a certain process using distilled wine, fermented wine or edible alcohol as a wine base, and edible animals and plants, and food additives as aroma, flavor, and color substances, and changing the style of its original wine base, such as: ginseng wine, cocktail, bamboo leaf green, liqueur, etc.;

[0120] For the packaging and preparation of health foods containing liquids, such as health drinks or oral liquids;

[0121] For the packaging and preparation of special medical purpose formula foods containing liquids, such as liquid nutrition, homogenized meals or oral liquids;

[0122] The packaging and preparation of liquid medicines, such as oral liquid, eye drops, ear drops, injections, injections including the packaging and preparation of liquid preparations containing water for injection, saline injection, glucose injection and specific drugs;

[0123] Packaging and preparation of medical devices containing liquids, such as the packaging and preparation of various detection reagents and reaction reagents;

[0124] For the packaging and preparation of sanitary products containing liquids, such as cleaning agents, laundry detergents, and mouthwashes;

[0125] For the packaging and preparation of cosmetics containing liquids, such as toners, skin or hair care lotions, skin care lotions, creams and gels; etc.

[0126] The container closure device and its packaging container and packaging composition described in the present invention require that before a user or consumer opens the packaging container, they only need to twist or rotate the material cavity, or twist or rotate the control member to drive the material cavity to rotate, so that the outlet of the material cavity coincides with the outlet of the cover tube structure, and then press the control member to cause the piston to squeeze the material in the material cavity and discharge it into the main chamber of the container, or pull the control member to cause the piston to generate negative pressure in the material cavity, so that the liquid material in the main chamber of the container is sucked into the material cavity, pre-mixed or pre-dissolved with the material in the material cavity, and then press the control member to cause the piston to squeeze the pre-mixed material in the material cavity and discharge it into the main chamber of the container to mix it with the material in the container. Before opening the packaging container, only a simple operation of the material cavity or / and the control member is required to accurately and conveniently mix and prepare one or more materials in the material cavity or chamber with the material in the container, thereby achieving the purpose of mixing and preparing the materials before use. The materials can be automatically mixed without affecting the operation of the user to unscrew and tighten the container cover, which is convenient, simple and convenient to use.

[0127] In addition, special materials, such as materials that dissolve slowly or need to be amplified step by step to dissolve, can be pre-mixed or pre-dissolved first, and then mixed with the materials in the main chamber of the container for the purpose of formulation.

[0128] In addition, the present invention is of great significance for the packaging and storage of the above-mentioned products, and is of great significance for determining the material ratio applied to consumers, users or patients, especially for the packaging and storage of products that have poorer stability in a liquid environment, or for products, especially beverages, that have a serious impact on the freshness and quality. The technical solution of the present invention, on the one hand, enables different materials to be sealed independently, thereby avoiding the mutual influence or reaction of materials with different properties during the storage of the product, or avoiding the change of product quality due to the change of the storage environment, or improving the strict storage requirements required by the product for transportation, circulation, storage and other links, which is of great significance for improving the quality and ensuring the quality of products such as beverages, drinking wine, health foods, special medical purpose formula foods, ordinary foods, medicines, medical devices, sanitary products, cosmetics, and daily necessities; on the other hand, for the proportion and preparation of various materials (or substances or components), they are accurately assembled in a safe and clean space environment during production, and can be automatically prepared when used by consumers, users or patients, avoiding the drawbacks of cross contamination and poor preparation accuracy in the prior art when preparing products; thirdly, the packaging container and packaging composition of the present invention bring significant benefits to the use, carrying, storage and preparation of products under conditions such as field operations, rescue, first aid, and emergency situations.

[0129] It is particularly noted that the various parts, components, mechanisms, devices, settings, etc. of the container closure device or its packaging container of the present invention can be made of polymer materials, metals, glass, ceramics, aluminum-plastic composite materials, paper-plastic materials, etc., or composite functional materials of the above materials, or the container closure device and its packaging container are assemblies of different parts made of various materials. Preferably, they are made of polymer materials such as plastics, rubber, and plastic materials, or metal materials such as steel, aluminum, tin, copper, and other metals or composite metals, or glass and ceramic materials. For example, polymer materials include but are not limited to PET, HDPE, PP, PE, PVC, PS, as well as paper-plastic materials, aluminum-plastic composite materials, and the like. For example, the materials of the container closure device and the container are selected from polymer materials, metals, glass, ceramics, aluminum-plastic materials or paper-plastic materials, or composite functional materials of the above materials; the container can also be made into a packaging bag using film materials or sheets, and the film materials or sheets include but are not limited to polymer materials, aluminum-plastic materials, and paper-plastic materials; or the packaging container is an assembly of different parts made of various materials; the various parts, devices or settings of the packaging container are an assembly or combination of various parts; or the various parts are obtained by assembling, connecting, fixing or welding individual parts.

[0130] It is particularly noted that those skilled in the art can understand that the structure of the relevant parts of the container closure device or packaging container described in the present invention can be an assembly of various independent parts, or can be independent parts formed into one piece.

[0131] Those skilled in the art can understand that the various components, devices, settings, etc. of the container closure device or packaging container described in the present invention are preferably an assembly or combination of the various components described in the present invention; of course, those skilled in the art can understand that when some components are produced, such as by injection molding, there are high difficulties, low production efficiency or high production costs, the various components described in the present invention can be obtained by assembling, connecting, fixing or welding individual parts. Undoubtedly, the container closure device and the packaging container described in the present invention, no matter how they are assembled or assembled, belong to the protection scope of the present invention.

[0132] It should be noted that the material described in the present invention refers to a substance, a combination of substances or a mixture that exists independently in a container closure device or a packaging container. The present invention usually describes the form and existence state of the material in the form of liquid or solid. On the other hand, the present invention believes that materials that can flow at normal temperature and pressure and contain a large amount of liquid components can usually be classified as liquid materials, such as solutions, oils, emulsions, suspensions, liquid sols (liquid colloids), slurries, flowing gels, concentrated slurries, etc. Materials that cannot or are not easy to flow at normal temperature and pressure even if they contain a certain amount of liquid components can be regarded as solid materials.

[0133] Compared with the prior art, the packaging container of the present invention and the product composition packaged by the packaging container have the following characteristics and creativity:

[0134] 1. Simple structure, accurate control, easy to carry, store and transport, low cost;

[0135] 2. The packaging container of the present invention seals two or more separately configured materials separately, which not only ensures the stability, freshness, functional quality or other qualities of the product, but also avoids the change of product quality due to the change of storage environment, improves the strict storage requirements required by the product for transportation, circulation, storage and other links, and ensures the quality and safety of the product;

[0136] 3. The packaging container of the present invention enables the user or consumer to only twist and press the piston member before opening the packaging container, and the independently sealed contents therein can be automatically mixed together to achieve an automatic mixing effect;

[0137] 4. It does not affect the operation of tightening the container cover after filling the material, nor does it affect the user's operation of tightening the bottle cap after unscrewing it. It is easy, simple and convenient to use;

[0138] 5. Users or consumers can clearly feel the special properties of the product contents, and feel that the materials are released in different shapes, including water column, liquid column, spray, etc., so that users or consumers can get pleasure from the automatic mixing process of the product and optimize the user's or consumer's usage mood;

[0139] 6. It can not only realize the configuration and mixing of two or more liquid materials and liquid materials, but also realize the packaging and mixing of two or more liquid materials and solid materials;

[0140] 7. Having a premixing or predissolving preparation function: For the solid materials in the container closure device, when they are directly mixed and prepared with the liquid materials in the main chamber of the container, it is not conducive to the full dissolution and rapid dissolution of the solid materials. The container closure device of the present invention has a premixing or predissolving preparation function. For example, the piston can be pulled by the control member to generate negative pressure in the material cavity, so that the liquid material in the main chamber of the container is sucked into the material cavity, and premixed or predissolved with the material in the material cavity; especially when the outlet diameter of the material cavity is less than 2mm, the liquid material will be injected into the material cavity in the form of a liquid column at a faster speed, which has a good premixing or dissolution stirring effect for the solid materials in the container closure device;

[0141] 8. In addition, for special materials, such as materials that dissolve slowly or need to be amplified step by step to dissolve, the function of pre-mixing or pre-dissolving can be realized, and then mixing and blending with the materials in the main chamber of the container;

[0142] 9. The proportion and mixing of various materials, substances or components can be accurately assembled in a safe and clean space during production, and can be automatically mixed when used by consumers, users or patients, avoiding the drawbacks of cross contamination and poor mixing accuracy in product mixing in the existing technology;

[0143] 10. It brings great benefits to the carrying, use, storage and deployment of products under conditions such as field operations, rescue, first aid and emergency situations. BRIEF DESCRIPTION OF THE DRAWINGS

[0144] Figure 1 , Figure 2 The present invention is a structural schematic diagram of the component assembly process of an embodiment of a container closure device, wherein a fixed inner cylinder is arranged inside the cover cylinder structure;

[0145] Figure 3 yes Figure 1 , Figure 2 A schematic diagram of the assembly process of the cross-sectional structure of an embodiment of the container closure device shown;

[0146] Figure 4 yes Figure 1 , Figure 2 A schematic cross-sectional view of an embodiment of a container closure device and a container assembled together;

[0147] Figure 5 yes Figure 1 , Figure 2 A schematic diagram of an embodiment of an assembled container closure structure shown;

[0148] Figure 6 , Figure 7The present invention is a structural schematic diagram of the component assembly process of an embodiment of a container closure device, wherein a fixed inner cylinder is arranged inside the cover cylinder structure;

[0149] Figure 8 yes Figure 6 , Figure 7 A schematic diagram of the assembly process of the cross-sectional structure of an embodiment of the container closure device shown;

[0150] Fig. 9 yes Figure 6 , Figure 7 A schematic cross-sectional view of an embodiment of a container closure device and a container assembled together;

[0151] Fig.10 yes Figure 6 , Figure 7 A schematic diagram of an embodiment of an assembled container closure structure shown;

[0152] Fig.11 , Fig.12 The present invention is a structural schematic diagram of the component assembly process of an embodiment of a container closure device, wherein a fixed inner cylinder is arranged inside a material cavity cylinder;

[0153] Fig.13 yes Fig.11 , Fig.12 A schematic diagram of the assembly process of the cross-sectional structure of an embodiment of the container closure device shown;

[0154] Fig.14 yes Fig.11 , Fig.12 A schematic cross-sectional view of an embodiment of a container closure device and a container assembled together;

[0155] Fig.15 yes Fig.11 , Fig.12 A schematic diagram of an embodiment of an assembled container closure structure shown;

[0156] Fig.16 , Fig.17 is a structural schematic diagram of a component assembly process of an embodiment of a container closure device;

[0157] Fig.18 yes Fig.16 , Fig.17 A schematic diagram of the assembly process of the cross-sectional structure of an embodiment of the container closure device shown;

[0158] Fig.19 yes Fig.16 , Fig.17 A schematic cross-sectional view of an embodiment of a container closure device and a container assembled together;

[0159] Fig. 20 yes Fig.16 , Fig.17 A schematic diagram of an embodiment of an assembled container closure structure shown;

[0160] Fig.21 , Fig. 22 is a structural schematic diagram of a component assembly process of an embodiment of a container closure device;

[0161] Fig.23 yes Fig.21 , Fig. 22 A schematic diagram of the assembly process of the cross-sectional structure of an embodiment of the container closure device shown;

[0162] Fig.24 yes Fig.21 , Fig. 22 A schematic cross-sectional view of an embodiment of a container closure device and a container assembled together;

[0163] Fig.25 yes Fig.21 , Fig. 22 A schematic diagram of an embodiment of an assembled container closure structure shown;

[0164] Fig.26 , Fig. 27 The present invention is a schematic structural diagram of the component assembly process of an embodiment of a container closure device, wherein the material cavity has two chambers;

[0165] Fig.28 yes Fig.26 , Fig. 27 A schematic diagram of the assembly process of the cross-sectional structure of an embodiment of the container closure device shown;

[0166] Fig.29 yes Fig.26 , Fig. 27 A schematic cross-sectional view of an embodiment of a container closure device and a container assembled together;

[0167] Fig.30 yes Fig.26 , Fig. 27 A schematic diagram of an embodiment of an assembled container closure structure shown;

[0168] Fig.31 , Fig.32 is a structural schematic diagram of a component assembly process of an embodiment of a container closure device;

[0169] Fig.33 yes Fig.31 , Fig.32 A schematic diagram of the assembly process of the cross-sectional structure of an embodiment of the container closure device shown;

[0170] Fig.34 yes Fig.31 , Fig.32 A schematic cross-sectional view of an embodiment of a container closure device and a container assembled together;

[0171] Fig.35 yes Fig.31 , Fig.32 A schematic diagram of an embodiment of an assembled container closure structure is shown.

[0172] in, Figure 1-Figure 35 Description of the mark in:

[0173] 1 container; 101 thread on the neck of the container; 102 anti-theft opening stopper; 103 main body chamber of the container;

[0174] 2 cover member; 201 cover surrounding structure; 202 cover cylinder structure; 203 cover member thread; 204 fixed inner cylinder of cover cylinder structure; 205 inner cylinder buckle; 206 raised stop buckle of stop mechanism; 207 cover cylinder buckle; 208 anti-theft opening connection ring; 209 cover cylinder buckle; 210 cover cylinder outlet; 211 cover cylinder outlet;

[0175] 3 Material cavity; 301 Material cavity outlet or chamber outlet; 302 Material cavity buckle; 303 Material cavity drive buckle; 304 Material cavity drive buckle; 305 Fixed inner cylinder of material cavity; 306 Positioning buckle of stop mechanism; 307 Cavity buckle; 308 Screw mechanism pattern, located at the tail end of material cavity; 309 Sleeve structure, or chamber baffle; 311 Material cavity outlet or chamber outlet;

[0176] 4 piston member; 401 piston; 402 piston support member; 403 piston mounting sleeve hole; 404 annular piston; 405 annular piston mounting sleeve hole;

[0177] 5. Control member; 501. Rotationally driven buckle; 502. Screwing mechanism texture; 503. Positioning buckle of the stop mechanism; 504. Pressing surface of the control member; 505. Control member buckle; 506. Piston support member; connected to the control member; 507. Rotationally driven buckle; 508. Piston mounting support member; 509. Piston support member; 510. Rotationally driven buckle; 511. Annular piston mounting support member; 512. Pulling mechanism. DETAILED DESCRIPTION In the implementation process of the present invention, various embodiments and modifications produced by ordinary technicians in this field without departing from the scope and spirit of the present invention are obvious and easy to carry out. The present invention is further described below through the specific examples of the accompanying drawings, but it does not limit the present invention.

[0178] In addition, the technical solution (including the preferred technical solution) of the present invention is further described in detail by means of the accompanying drawings and by listing some optional embodiments of the present invention. It should be noted that any technical feature and any technical solution in the present embodiment are one or more of a variety of optional technical features or optional technical solutions. For the sake of brevity, this document cannot exhaustively list all the alternative technical features and alternative technical solutions of the present invention, nor is it convenient to emphasize that the implementation method of each technical feature is one of the multiple optional implementation methods. Therefore, those skilled in the art should know that any technical feature and any technical solution in the present embodiment do not limit the scope of protection of the present invention, and the scope of protection of the present invention should include any alternative technical solutions that can be involved by those skilled in the art without creative work.

[0179] Embodiment 1. A container closure device and a packaging container thereof.

[0180] refer to Figures 1 to 5 As shown, the container closing device provided in this embodiment includes a cover member 2, a material cavity 3, a piston member 4, and a control member 5. The cover member 2 has a cover surrounding structure 201 and a cover cylinder structure 202, wherein the cover surrounding structure 201 and the cover cylinder structure 202 are connected to each other and are in an annular sleeve structure. The inner wall of the side surrounding of the cover surrounding structure 201 is provided with a cover member thread 203 or a buckle, and the cover member thread 203 or the buckle is connected and sealed with the thread 101 of the neck of the container 1; the material cavity 3 is used to contain the material;

[0181] The tail end of the cover cylinder structure 202 is open, and the tail end of the material cavity cylinder 3 is open. A fixed inner cylinder 204 is arranged inside the cover cylinder structure 202. The fixed inner cylinder 204 and the head end of the cover cylinder structure 202 are connected and fixed to each other. An annular space is formed between the outer wall of the fixed inner cylinder 204 and the inner wall of the cover cylinder structure 202. Preferably, the cover cylinder structure 202 and the fixed inner cylinder 204 are an independent integral component; the head end of the cover cylinder structure 202 is provided with an outlet 210 of the cover cylinder structure, and the head end of the material cavity cylinder 3 is provided with an outlet 301 of the material cavity cylinder;

[0182] The piston member 4 includes a piston 401 and a piston support 402, wherein the piston 401 is mounted on the piston support 402, or the piston 401 is encapsulated on the piston support 402 by an encapsulation method, and the piston 401 is in the material cavity 3, and the piston 401 can slide in the material cavity 3 and seal the cylinder body, and the piston is preferably made of a polymer material or a rubber material, for example, preferably made of a silicone material or a butyl rubber material;

[0183] The control member 5 is connected to the piston support member 402, and the control member 5 acts on the piston support member 402 to make the piston 401 slide in the material chamber 3; the control member 5 and the cover cylinder structure 202 can rotate with each other, and the control member 5 has a setting that can drive the material chamber 3 to rotate when it rotates, that is, it is achieved by driving the gear buckle 501 through the convex and concave rotation;

[0184] The fixed inner cylinder 204 arranged inside the cover cylinder structure 202 is sleeved on the outer wall of the material cavity cylinder 3, the inner wall of the fixed inner cylinder 204 is provided with an inner cylinder buckle 205, and the outer wall of the material cavity cylinder 3 is provided with a material cavity cylinder buckle 302, the cover cylinder structure 202 and the material cavity cylinder 3 are connected to each other through the buckle 205 and the buckle 302, so that the head end of the cover cylinder structure 202 is tightly fitted with the head end of the material cavity cylinder 3, and the cover cylinder structure 202 and the material cavity cylinder 3 can rotate with each other; the mutual rotation of the cover cylinder structure 202 and the material cavity cylinder 3 can realize the mutual misalignment and overlap of the outlet 210 of the cover cylinder structure and the outlet 301 of the material cavity cylinder, when their outlets are misaligned with each other, the outlet 301 of the material cavity cylinder is sealed, and when their outlets overlap with each other, the outlet 301 of the material cavity cylinder can be opened;

[0185] The inner wall of the cover cylinder structure 202 is provided with a raised stopper 206 of the stop mechanism and a cover cylinder buckle 209, the material cavity cylinder 3 is provided with a driving stopper 303 of the material cavity cylinder, and the control member 5 is provided with a positioning stopper 503 of the stop mechanism, a control member buckle 505, and a rotation driving stopper 501, wherein the control member 5 is mutually blocked with the cover cylinder buckle 209 through the control member buckle 505, the control member 5 is installed at the rear end of the cover cylinder structure 202, and the driving stopper 303 of the material cavity cylinder is in the rotation driving stopper of the control member. In the buckle 501, the cylindrical wall of the control member 5 can extend into the annular cylindrical space formed between the outer wall of the fixed inner cylinder 204 and the inner wall of the cover cylinder structure 202, ensuring that the control member 5 and the piston member 4 can move smoothly, and also ensuring that the piston 401 can slide to the position of the first end of the material cavity. In addition, the control member buckle 505 and the cover cylinder buckle 209 are mutually blocked to prevent the control member 5 from detaching from the cover cylinder structure 202, so as to avoid accidental detachment of the piston member 4 and the material cavity 3, thereby ensuring the stability and safe use of the container closure device;

[0186] When the control member 5 rotates relative to the cover cylinder structure 202, the protruding stopper 206 of the stop mechanism engages with the positioning stopper 503 of the stop mechanism to position the outlet 210 of the cover cylinder structure and the outlet 301 of the material chamber cylinder so as to be misaligned or overlapped with each other.

[0187] When the material in the above-mentioned container closure device is in a storage state, the outlet 210 of the cover tube structure and the outlet 301 of the material cavity tube are misaligned with each other, so that the material in the material cavity tube 3 is in an independently sealed state; the container closure device is installed on the neck of the container 1 to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the control member 5, and the rotation drives the stop buckle 501 to rotate the material cavity tube through the driving stop buckle 303 of the material cavity tube. Under the action of the engagement of the protruding stop buckle 206 of the stop mechanism and the positioning stop buckle 503 of the stop mechanism, the outlet 301 of the material cavity tube can accurately coincide with the outlet 210 of the cover tube structure, and the outlet 301 of the material cavity tube can be opened. 01 is opened, and then the pressing surface 504 of the control member is pressed to make the piston 401 slide toward the head end of the material cavity 3, so that the material in the material cavity 3 is squeezed and discharged into the main chamber 103 of the container 1, or the control member 5 is pulled to make the piston 401 away from the head end of the material cavity, so that negative pressure can be generated in the material cavity 3, and the liquid material in the main chamber 103 of the container is sucked into the material cavity 3, and pre-mixed or pre-dissolved with the material in the material cavity 3, and then the pressing surface 504 of the control member is pressed to make the piston 401 squeeze and discharge the pre-mixed material in the material cavity into the main chamber of the container, and mix it with the material in the container. Before opening the packaging container, only a simple operation of the control component is required to accurately and conveniently mix and prepare the material in the material cavity with the material in the container 1, thereby achieving the purpose of mixing and preparing the materials before use; in addition, for special materials, such as materials that dissolve slowly or need to be dissolved step by step, they can be pre-mixed or pre-dissolved and then mixed and prepared with the materials in the main chamber of the container.

[0188] In addition, as needed, concave and convex patterns may be provided on the outer wall of the control member 5 as patterns 502 of the screwing mechanism to facilitate the operation of rotating and screwing the control member 5 .

[0189] If necessary, a connection ring 208 with anti-theft opening function is set at the bottom of the outer periphery of the cover surrounding structure 201. The connection ring 208 is connected to the cover surrounding structure 201 by means of contacts. When the container closing device is installed on the neck of the container 1 and it is necessary to open the container and twist or rotate the cover surrounding structure 201, the point-shaped connection ring 208 is broken due to the anti-theft opening block 102 on the outside of the bottleneck, and the point-shaped connection ring 208 is separated from the cover surrounding structure 201, thereby playing the role of anti-theft opening.

[0190] Furthermore, the container closure device is installed on a container with an open neck to form a packaging container, the container including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, the neck of the container is provided with a thread 101 or a buckle, the thread or buckle can be connected with the thread or buckle provided on the inner wall of the side of the container closure device to form a seal;

[0191] Alternatively, the side enclosure of the cover enclosure structure of the container closure device is bonded or welded to the neck of the container, for example, the outer wall of the side enclosure of the cover enclosure structure is bonded or welded to the neck of the packaging bag container, preferably by heating or high-frequency hot melting.

[0192] The packaging container can be used to package two different materials that are independently sealed, wherein the main chamber 103 of the container 1 contains a first material, and the material cavity 3 contains a second material.

[0193] Embodiment 2. A container closure device and a packaging container thereof.

[0194] refer to Figures 6 to 10 As shown, the container closing device provided in this embodiment includes a cover member 2, a material cavity 3, a piston 401, a piston support 506, and a control member 5. The cover member 2 has a cover surrounding structure 201 and a cover cylinder structure 202, wherein the cover surrounding structure 201 and the cover cylinder structure 202 are connected to each other and are in an annular sleeve structure, and a cover member thread 203 or a buckle is provided on the inner wall of the side surrounding of the cover surrounding structure 201, and the cover member thread 203 or the buckle is connected and sealed with the thread 101 of the neck of the container 1; the material cavity 3 is used to contain the material;

[0195] The tail end of the cover cylinder structure 202 is open, and the tail end of the material cavity cylinder 3 is open. A fixed inner cylinder 204 is arranged inside the cover cylinder structure 202. The fixed inner cylinder 204 and the head end of the cover cylinder structure 202 are connected and fixed to each other. An annular space is formed between the outer wall of the fixed inner cylinder 204 and the inner wall of the cover cylinder structure 202. Preferably, the cover cylinder structure 202 and the fixed inner cylinder 204 are an independent integral component; the head end of the cover cylinder structure 202 is provided with an outlet 210 of the cover cylinder structure, and the head end of the material cavity cylinder 3 is provided with an outlet 301 of the material cavity cylinder;

[0196] The control member 5 is provided with a piston support 506, which is connected and fixed to the control member 5. Preferably, the piston support 506 and the control member 5 are an independent integral member, wherein the piston 401 is installed on the piston support 506 to form a piston member, and the piston member is in the material cavity 3. The piston 401 can slide in the material cavity 3 and seal the cylinder. Preferably, the piston is made of a polymer material or a rubber material, for example, preferably made of a silicone material or a butyl rubber material;

[0197] The control member 5 and the cover cylinder structure 202 can rotate with each other, and the control member 5 has a setting that can drive the material chamber cylinder 3 to rotate when it rotates, that is, it is realized by a convex and concave rotating driving buckle 507 set on the piston support member 506, preferably, a convex rotating driving buckle set on the piston support member 506 is used to realize the driving effect of rotating the material chamber cylinder 3;

[0198] The fixed inner cylinder 204 arranged inside the cover cylinder structure 202 is sleeved on the outer wall of the material cavity cylinder 3, the inner wall of the fixed inner cylinder 204 is provided with an inner cylinder buckle 205, and the outer wall of the material cavity cylinder 3 is provided with a material cavity cylinder buckle 302, the cover cylinder structure 202 and the material cavity cylinder 3 are connected to each other through the buckle 205 and the buckle 302, so that the head end of the cover cylinder structure 202 is tightly fitted with the head end of the material cavity cylinder 3, and the cover cylinder structure 202 and the material cavity cylinder 3 can rotate with each other; the mutual rotation of the cover cylinder structure 202 and the material cavity cylinder 3 can realize the mutual misalignment and overlap of the outlet 210 of the cover cylinder structure and the outlet 301 of the material cavity cylinder, when their outlets are misaligned with each other, the outlet 301 of the material cavity cylinder is sealed, and when their outlets overlap with each other, the outlet 301 of the material cavity cylinder can be opened;

[0199] The inner wall of the cover cylinder structure 202 is provided with a raised stopper 206 of the stop mechanism and a cover cylinder buckle 209, the inner wall of the material cavity 3 is provided with a convex and concave material cavity drive stopper 304, the control member 5 is provided with a positioning stopper 503 of the stop mechanism and a control member buckle 505, and the piston support 506 is provided with a rotation drive stopper 507, wherein the control member 5 is mutually blocked with the cover cylinder buckle 209 through the control member buckle 505, the control member 5 is installed at the rear end of the cover cylinder structure 202, and the rotation drive stopper 507 is in In the driving buckle 304 of the material cavity, the cylindrical wall of the control member 5 can extend into the annular cylindrical space formed between the outer wall of the fixed inner cylinder 204 and the inner wall of the cover cylinder structure 202, ensuring that the control member 5 and the piston member can move smoothly, and also ensuring that the piston 401 can slide to the position of the head end of the material cavity. In addition, the control member buckle 505 and the cover cylinder buckle 209 are mutually blocked to prevent the control member 5 from detaching from the cover cylinder structure 202, so as to avoid accidental detachment of the piston 401 from the material cavity 3, thereby ensuring the stability and safe use of the container closure device;

[0200] When the control member 5 rotates relative to the cover cylinder structure 202, the protruding stopper 206 of the stop mechanism engages with the positioning stopper 503 of the stop mechanism to position the outlet 210 of the cover cylinder structure and the outlet 301 of the material chamber cylinder so as to be misaligned or overlapped with each other.

[0201] When the material in the above-mentioned container closure device is in a storage state, the outlet 210 of the cover tube structure and the outlet 301 of the material cavity tube are misaligned with each other, so that the material in the material cavity tube 3 is in an independently sealed state; the container closure device is installed on the neck of the container 1 to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the control member 5, and the rotation drives the stop buckle 507 to rotate the material cavity tube 3 through the driving stop buckle 304 of the material cavity tube. Under the action of the mutual engagement of the protruding stop buckle 206 of the stop mechanism and the positioning stop buckle 503 of the stop mechanism, the outlet 301 of the material cavity tube can accurately coincide with the outlet 210 of the cover tube structure, and the outlet 301 of the material cavity tube can be opened. 01 is opened, and then the pressing surface 504 of the control member is pressed to make the piston 401 slide toward the head end of the material cavity 3, so that the material in the material cavity 3 is squeezed and discharged into the main chamber 103 of the container 1, or the control member 5 is pulled to make the piston 401 away from the head end of the material cavity, so that negative pressure can be generated in the material cavity 3, and the liquid material in the main chamber 103 of the container is sucked into the material cavity 3, and pre-mixed or pre-dissolved with the material in the material cavity 3, and then the pressing surface 504 of the control member is pressed to make the piston 401 squeeze and discharge the pre-mixed material in the material cavity into the main chamber of the container, and mix it with the material in the container. Before opening the packaging container, only a simple operation of the control component is required to accurately and conveniently mix and prepare the material in the material cavity with the material in the container 1, thereby achieving the purpose of mixing and preparing the materials before use; in addition, for special materials, such as materials that dissolve slowly or need to be dissolved step by step, they can be pre-mixed or pre-dissolved and then mixed and prepared with the materials in the main chamber of the container.

[0202] In addition, as needed, concave and convex patterns may be provided on the outer wall of the control member 5 as patterns 502 of the screwing mechanism to facilitate the operation of rotating and screwing the control member 5 .

[0203] If necessary, a connection ring 208 with anti-theft opening function is set at the bottom of the outer periphery of the cover surrounding structure 201. The connection ring 208 is connected to the cover surrounding structure 201 by means of contacts. When the container closing device is installed on the neck of the container 1 and it is necessary to open the container and twist or rotate the cover surrounding structure 201, the point-shaped connection ring 208 is broken due to the anti-theft opening block 102 on the outside of the bottleneck, and the point-shaped connection ring 208 is separated from the cover surrounding structure 201, thereby playing the role of anti-theft opening.

[0204] Furthermore, the container closure device is installed on a container with an open neck to form a packaging container, the container including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, the neck of the container is provided with a thread 101 or a buckle, the thread or buckle can be connected with the thread or buckle provided on the inner wall of the side of the container closure device to form a seal;

[0205] Alternatively, the side enclosure of the cover enclosure structure of the container closure device is bonded or welded to the neck of the container, for example, the outer wall of the side enclosure of the cover enclosure structure is bonded or welded to the neck of the packaging bag container, preferably by heating or high-frequency hot melting.

[0206] The packaging container can be used to package two different materials that are independently sealed, wherein the main chamber 103 of the container 1 contains a first material, and the material cavity 3 contains a second material.

[0207] Embodiment 3. A container closure device and a packaging container thereof.

[0208] refer to Figures 11 to 15 As shown, the container closing device provided in this embodiment includes a cover member 2, a material cavity 3, a piston 401, a piston support 506, and a control member 5. The cover member 2 has a cover surrounding structure 201 and a cover cylinder structure 202, wherein the cover surrounding structure 201 and the cover cylinder structure 202 are connected to each other and are in an annular sleeve structure, and a cover member thread 203 or a buckle is provided on the inner wall of the side surrounding of the cover surrounding structure 201, and the cover member thread 203 or the buckle is connected and sealed with the thread 101 of the neck of the container 1; the material cavity 3 is used to contain materials;

[0209] The tail end of the cover cylinder structure 202 is open, and the tail end of the material cavity cylinder 3 is open. A fixed inner cylinder 305 is arranged inside the material cavity cylinder 3. The fixed inner cylinder 305 and the head end of the material cavity cylinder 3 are connected and fixed to each other. An annular space is formed between the outer wall of the fixed inner cylinder 305 and the inner wall of the material cavity cylinder 3. Preferably, the material cavity cylinder 3 and the fixed inner cylinder 305 are an independent integral component.

[0210] The head end of the cover cylinder structure 202 is provided with an outlet 210 of the cover cylinder structure, and the head end of the material cavity cylinder 3 is provided with an outlet 301 of the material cavity cylinder;

[0211] The control member 5 is provided with a piston support 506, and the piston support 506 has a piston mounting support 508, and the piston support 506 is connected and fixed to the control member 5. Preferably, the piston support 506 and the control member 5 are an independent integral component, wherein the piston 401 is installed on the piston mounting support 508 through the piston mounting sleeve hole 403 to form a piston member, and the piston member is in the material cavity 3. The piston 401 can slide in the material cavity 3 and seal the cylinder body. Preferably, the piston is made of a polymer material or a rubber material, for example, preferably made of a silicone material or a butyl rubber material;

[0212] The control member 5 and the cover cylinder structure 202 can rotate with each other, and the control member 5 has a setting that can drive the material chamber cylinder 3 to rotate when it rotates, that is, it is realized by a convex and concave rotating drive buckle 507 set on the piston support member 506, preferably a convex rotating drive buckle set on the piston support member 506 to realize the driving effect of rotating the material chamber cylinder 3;

[0213] The inner wall of the fixed inner cylinder 305 arranged inside the material cavity cylinder 3 is provided with a driving buckle 304 of the material cavity cylinder, the outer wall of the material cavity cylinder 3 is provided with a material cavity cylinder buckle 302, and the inner wall of the cover cylinder structure 202 is provided with a cover cylinder buckle 207, the cover cylinder structure 202 is sleeved on the outer wall of the material cavity cylinder 3, the cover cylinder structure 202 and the material cavity cylinder 3 are connected to each other through the cover cylinder buckle 207 and the material cavity cylinder buckle 302, so that the head end of the cover cylinder structure 202 is tightly fitted with the head end of the material cavity cylinder 3, and the cover cylinder structure 202 and the material cavity cylinder 3 can rotate with each other; the mutual rotation of the cover cylinder structure 202 and the material cavity cylinder 3 can realize the mutual misalignment and overlap of the outlet 210 of the cover cylinder structure and the outlet 301 of the material cavity cylinder, when their outlets are misaligned with each other, the outlet 301 of the material cavity cylinder is sealed, and when their outlets overlap with each other, the outlet 301 of the material cavity cylinder can be opened;

[0214] The inner wall of the cover cylinder structure 202 is provided with a raised stopper 206 of a stop mechanism, the outer wall of the material cavity cylinder 3 is provided with a positioning stopper 306 of a stop mechanism, the inner wall of the material cavity cylinder 3 is provided with a cavity cylinder buckle 307, the inner wall of the fixed inner cylinder 305 is provided with a convex and concave material cavity cylinder driving buckle 304, the control member 5 is provided with a control member buckle 505, and the piston support 506 is provided with a rotation driving buckle 507, wherein the control member 5 is mutually blocked by the control member buckle 505 and the cavity cylinder buckle 307, and the control member 5 is installed in the material cavity. The rear end of the cavity 3 is rotated to drive the buckle 507 in the driving buckle 304 of the material cavity, and the cylindrical wall of the control member 5 can extend into the annular cylindrical space formed between the outer wall of the fixed inner cylinder 305 and the inner wall of the material cavity 3, ensuring that the control member 5 and the piston member can move smoothly, and also ensuring that the piston 401 can slide to the position of the head end of the material cavity. In addition, the control member buckle 505 and the cavity buckle 307 are mutually blocked, which can prevent the control member 5 and the piston 401 from accidentally detaching from the material cavity 3, thereby ensuring the stability and safe use of the container closure device;

[0215] When the control member 5 rotates relative to the cover cylinder structure 202, the protruding stopper 206 of the stop mechanism engages with the positioning stopper 306 of the stop mechanism to position the outlet 210 of the cover cylinder structure and the outlet 301 of the material chamber cylinder so as to be misaligned or overlapped with each other.

[0216] When the material in the above-mentioned container closure device is in a storage state, the outlet 210 of the cover tube structure and the outlet 301 of the material cavity tube are misaligned with each other, so that the material in the material cavity tube 3 is in an independently sealed state; the container closure device is installed on the neck of the container 1 to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the control member 5, and the rotation drives the stop buckle 507 to rotate the material cavity tube 3 through the driving stop buckle 304 of the material cavity tube. Under the action of the mutual engagement of the protruding stop buckle 206 of the stop mechanism and the positioning stop buckle 306 of the stop mechanism, the outlet 301 of the material cavity tube and the outlet 210 of the cover tube structure can be accurately overlapped, and the outlet 301 of the material cavity tube can be opened. 01 is opened, and then the pressing surface 504 of the control member is pressed to make the piston 401 slide toward the head end of the material cavity 3, so that the material in the material cavity 3 is squeezed and discharged into the main chamber 103 of the container 1, or the control member 5 is pulled to make the piston 401 away from the head end of the material cavity, so that negative pressure can be generated in the material cavity 3, and the liquid material in the main chamber 103 of the container is sucked into the material cavity 3, and pre-mixed or pre-dissolved with the material in the material cavity 3, and then the pressing surface 504 of the control member is pressed to make the piston 401 squeeze and discharge the pre-mixed material in the material cavity into the main chamber of the container, and mix it with the material in the container. Before opening the packaging container, only a simple operation of the control component is required to accurately and conveniently mix and prepare the material in the material cavity with the material in the container 1, thereby achieving the purpose of mixing and preparing the materials before use; in addition, for special materials, such as materials that dissolve slowly or need to be dissolved step by step, they can be pre-mixed or pre-dissolved and then mixed and prepared with the materials in the main chamber of the container.

[0217] In addition, as needed, concave and convex patterns may be provided on the outer wall of the control member 5 as patterns 502 of the screwing mechanism to facilitate the operation of rotating and screwing the control member 5 .

[0218] If necessary, a connection ring 208 with anti-theft opening function is set at the bottom of the outer periphery of the cover surrounding structure 201. The connection ring 208 is connected to the cover surrounding structure 201 by means of contacts. When the container closing device is installed on the neck of the container 1 and it is necessary to open the container and twist or rotate the cover surrounding structure 201, the point-shaped connection ring 208 is broken due to the anti-theft opening block 102 on the outside of the bottleneck, and the point-shaped connection ring 208 is separated from the cover surrounding structure 201, thereby playing the role of anti-theft opening.

[0219] Furthermore, the container closure device is installed on a container with an open neck to form a packaging container, the container including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, the neck of the container is provided with a thread 101 or a buckle, the thread or buckle can be connected with the thread or buckle provided on the inner wall of the side of the container closure device to form a seal;

[0220] Alternatively, the side enclosure of the cover enclosure structure of the container closure device is bonded or welded to the neck of the container, for example, the outer wall of the side enclosure of the cover enclosure structure is bonded or welded to the neck of the packaging bag container, preferably by heating or high-frequency hot melting.

[0221] The packaging container can be used to package two different materials that are independently sealed, wherein the main chamber 103 of the container 1 contains a first material, and the material cavity 3 contains a second material.

[0222] Embodiment 4. A container closure device and a packaging container thereof.

[0223] refer to Figures 16 to 20 As shown, the container closing device provided in this embodiment includes a cover member 2, a material cavity 3, a piston 401, a piston support 506, and a control member 5. The cover member 2 has a cover surrounding structure 201 and a cover cylinder structure 202, wherein the cover surrounding structure 201 and the cover cylinder structure 202 are connected to each other and are in an annular sleeve structure, and a cover member thread 203 or a buckle is provided on the inner wall of the side surrounding of the cover surrounding structure 201, and the cover member thread 203 or the buckle is connected and sealed with the thread 101 of the neck of the container 1; the material cavity 3 is used to contain materials;

[0224] The head end of the cover cylinder structure 202 is provided with an outlet 210 of the cover cylinder structure, and the head end of the material cavity cylinder 3 is provided with an outlet 301 of the material cavity cylinder;

[0225] The tail end of the cover cylinder structure 202 is open, and the tail end of the material cavity cylinder 3 is open. The cover cylinder structure 202 is sleeved on the outer wall of the material cavity cylinder 3, and the tail end part of the material cavity cylinder 3 protrudes from the top of the cover structure 201. The cover cylinder structure 202 and the material cavity cylinder 3 can rotate with each other, and the material cavity cylinder 3 and the cover cylinder structure 202 can be rotated by twisting the tail end of the material cavity cylinder 3. The mutual rotation of the cover cylinder structure 202 and the material cavity cylinder 3 can realize the mutual misalignment and overlap of the outlet 210 of the cover cylinder structure and the outlet 301 of the material cavity cylinder. When their outlets are misaligned with each other, the outlet 301 of the material cavity cylinder is sealed, and when their outlets overlap with each other, the outlet 301 of the material cavity cylinder can be opened;

[0226] The control member 5 is provided with a piston support 506, and the piston support 506 has a piston mounting support 508, and the piston support 506 is connected and fixed to the control member 5. Preferably, the piston support 506 and the control member 5 are an independent integral component, wherein the piston 401 is installed on the piston mounting support 508 through the piston mounting sleeve hole 403 to form a piston member, and the piston member is in the material cavity 3. The piston 401 can slide in the material cavity 3 and seal the cylinder body. Preferably, the piston is made of a polymer material or a rubber material, for example, preferably made of a silicone material or a butyl rubber material;

[0227] A material cavity buckle 302 is provided on the outer wall of the material cavity 3, and a cover barrel buckle 207 is provided on the inner wall of the cover barrel structure 202. The cover barrel structure 202 is sleeved on the outer wall of the material cavity 3. The cover barrel structure 202 and the material cavity 3 are connected to each other through the cover barrel buckle 207 and the material cavity buckle 302, so that the head end of the cover barrel structure 202 is tightly fitted with the head end of the material cavity 3, and the cover barrel structure 202 and the material cavity 3 can rotate with each other;

[0228] The inner wall of the cover cylinder structure 202 is provided with a raised stopper 206 of a stop mechanism, the outer wall of the material cavity cylinder 3 is provided with a positioning stopper 306 of a stop mechanism, the inner wall of the material cavity cylinder 3 is provided with a cavity cylinder buckle 307, and the control member 5 is provided with a control member buckle 505, wherein the control member 5 is mutually blocked with the cavity cylinder buckle 307 through the control member buckle 505, and the control member 5 is installed at the tail end of the material cavity cylinder 3, and the control member 5 and the piston member can slide or move in the material cavity cylinder to ensure that the piston 401 can slide to the position of the head end of the material cavity cylinder. In addition, the control member buckle 505 and the cavity cylinder buckle 307 are mutually blocked to prevent the control member 5 and the piston 401 from being separated from the material cavity cylinder 3, thereby ensuring the stability and safe use of the container closure device;

[0229] When the material chamber 3 rotates relative to the cover structure 202, the protruding stopper 206 of the stop mechanism engages with the positioning stopper 306 of the stop mechanism to position the outlet 210 of the cover structure and the outlet 301 of the material chamber so that they are misaligned or overlapped.

[0230] When the material in the above-mentioned container closure device is in a storage state, the outlet 210 of the cover tube structure and the outlet 301 of the material cavity tube are misaligned with each other, so that the material in the material cavity tube 3 is in an independently sealed state; the container closure device is installed on the neck of the container 1 to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the material cavity tube 3. Under the action of the engagement between the raised stop buckle 206 of the stop mechanism and the positioning stop buckle 306 of the stop mechanism, the outlet 301 of the material cavity tube and the outlet 210 of the cover tube structure can be accurately overlapped, the outlet 301 of the material cavity tube is opened, and then by pressing the button of the control member The pressing surface 504 causes the piston 401 to slide toward the head end of the material cavity 3, so that the material in the material cavity 3 is squeezed and discharged into the main chamber 103 of the container 1, or by pulling the control member 5 to make the piston 401 away from the head end of the material cavity, a negative pressure can be generated in the material cavity 3, and the liquid material in the main chamber 103 of the container is sucked into the material cavity 3, and pre-mixed or pre-dissolved with the material in the material cavity 3, and then the pressing surface 504 of the control member is pressed to make the piston 401 squeeze and discharge the pre-mixed material in the material cavity into the main chamber of the container, and mix it with the material in the container. Before opening the packaging container, it is only necessary to twist the material cavity 3 and press the control member 5, so that the material in the material cavity and the material in the container 1 can be accurately and conveniently mixed and formulated together, thereby achieving the purpose of mixing and formulating the materials before use; in addition, for special materials, such as materials that dissolve slowly or need to be gradually amplified for dissolution, they can be pre-mixed or pre-dissolved and then mixed and formulated with the materials in the main chamber of the container.

[0231] In addition, as needed, concave and convex patterns can be provided on the outer wall of the rear end of the material cavity 3 as the screwing mechanism patterns 308 to facilitate the operation of rotating and screwing the material cavity 3 .

[0232] If necessary, a connection ring 208 with anti-theft opening function is set at the bottom of the outer periphery of the cover surrounding structure 201. The connection ring 208 is connected to the cover surrounding structure 201 by means of contacts. When the container closing device is installed on the neck of the container 1 and it is necessary to open the container and twist or rotate the cover surrounding structure 201, the point-shaped connection ring 208 is broken due to the anti-theft opening block 102 on the outside of the bottleneck, and the point-shaped connection ring 208 is separated from the cover surrounding structure 201, thereby playing the role of anti-theft opening.

[0233] Furthermore, the container closure device is installed on a container with an open neck to form a packaging container, the container including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, the neck of the container is provided with a thread 101 or a buckle, the thread or buckle can be connected with the thread or buckle provided on the inner wall of the side of the container closure device to form a seal;

[0234] Alternatively, the side enclosure of the cover enclosure structure of the container closure device is bonded or welded to the neck of the container, for example, the outer wall of the side enclosure of the cover enclosure structure is bonded or welded to the neck of the packaging bag container, preferably by heating or high-frequency hot melting.

[0235] The packaging container can be used to package two different materials that are independently sealed, wherein the main chamber 103 of the container 1 contains a first material, and the material cavity 3 contains a second material.

[0236] Embodiment 5. A container closure device and a packaging container thereof.

[0237] refer to Figure 21 to Figure 25 As shown, the container closing device provided in this embodiment includes a cover member 2, a material cavity 3, a piston 401, a piston support 506, and a control member 5. The cover member 2 has a cover surrounding structure 201 and a cover cylinder structure 202, wherein the cover surrounding structure 201 and the cover cylinder structure 202 are connected to each other and are in an annular sleeve structure, and a cover member thread 203 or a buckle is provided on the inner wall of the side surrounding of the cover surrounding structure 201, and the cover member thread 203 or the buckle is connected and sealed with the thread 101 of the neck of the container 1; the material cavity 3 is used to contain materials;

[0238] The tail end of the cover cylinder structure 202 is open, and the tail end of the material cavity 3 is open. The cylinder diameter at the head end of the cover cylinder structure 202 is smaller than the cylinder diameter at the tail end. The cover cylinder structure 202 is sleeved on the outer wall of the material cavity 3. The inner wall of the cylinder at the head end of the cover cylinder structure 202 contacts the outer wall of the material cavity 3 and is connected to each other through buckles, so that the head end of the cover cylinder structure 202 fits tightly with the head end of the material cavity 3, and the cover cylinder structure 202 and the material cavity 3 can rotate with each other, and a ring-shaped space structure is formed between the inner wall of the cylinder at the tail end of the cover cylinder structure 202 and the outer wall of the material cavity 3.

[0239] The head end of the cover cylinder structure 202 is provided with an outlet 210 of the cover cylinder structure, and the head end of the material cavity cylinder 3 is provided with an outlet 301 of the material cavity cylinder;

[0240] The control member 5 is provided with a piston support 506, and the piston support 506 has a piston mounting support 508, and the piston support 506 is connected and fixed to the control member 5. Preferably, the piston support 506 and the control member 5 are an independent integral component, wherein the piston 401 is installed on the piston mounting support 508 through the piston mounting sleeve hole 403 to form a piston member, and the piston member is in the material cavity 3. The piston 401 can slide in the material cavity 3 and seal the cylinder body. Preferably, the piston is made of a polymer material or a rubber material, for example, preferably made of a silicone material or a butyl rubber material;

[0241] The inner wall of the material cavity 3 is provided with a driving buckle 304 of the material cavity, the outer wall of the material cavity 3 is provided with a material cavity buckle 302, the inner wall of the cover cylinder structure 202 is provided with a cover cylinder buckle 207 and a cover cylinder buckle 209, the cover cylinder structure 202 is sleeved on the outer wall of the material cavity 3, the cover cylinder structure 202 and the material cavity 3 are connected to each other through the cover cylinder buckle 207 and the material cavity buckle 302, so that the head end of the cover cylinder structure 202 is tightly fitted with the head end of the material cavity 3, and the cover cylinder structure 202 and the material cavity 3 can rotate with each other; the mutual rotation of the cover cylinder structure 202 and the material cavity 3 can realize the mutual misalignment and overlap of the outlet 210 of the cover cylinder structure and the outlet 301 of the material cavity, when their outlets are misaligned, the outlet 301 of the material cavity is sealed, and when their outlets overlap, the outlet 301 of the material cavity can be opened;

[0242] The inner wall of the cover cylinder structure 202 is provided with a protruding stopper 206 of the stop mechanism, the outer wall of the control member 5 is provided with a positioning stopper 503 of the stop mechanism, the control member 5 is provided with a control member buckle 505, and the piston support 506 is provided with a rotation drive buckle 507, wherein the control member 5 is mutually blocked with the cover cylinder buckle 209 through the control member buckle 505, the control member 5 is installed at the tail end of the material cavity 3, and the rotation drive buckle 507 is located at the drive buckle 3 of the material cavity 04, the cylindrical wall of the control member 5 can extend into the annular space formed between the inner wall of the cylinder at the rear end of the cover cylinder structure 202 and the outer wall of the material chamber 3, ensuring that the control member 5 and the piston member can move smoothly, and also ensuring that the piston 401 can slide to the position of the head end of the material chamber. In addition, the control member buckle 505 and the cover cylinder buckle 209 are mutually blocked to prevent the control member 5 and the piston 401 from detaching from the material chamber 3, thereby ensuring the stability and safe use of the container closure device;

[0243] When the control member 5 rotates relative to the cover cylinder structure 202, the protruding stopper 206 of the stop mechanism engages with the positioning stopper 503 of the stop mechanism to position the outlet 210 of the cover cylinder structure and the outlet 301 of the material chamber cylinder so as to be misaligned or overlapped with each other.

[0244] When the material in the above-mentioned container closure device is in a storage state, the outlet 210 of the cover tube structure and the outlet 301 of the material cavity tube are misaligned with each other, so that the material in the material cavity tube 3 is in an independently sealed state; the container closure device is installed on the neck of the container 1 to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the control member 5, and the rotation drives the stop buckle 507 to rotate the material cavity tube 3 through the driving stop buckle 304 of the material cavity tube. Under the action of the mutual engagement of the protruding stop buckle 206 of the stop mechanism and the positioning stop buckle 503 of the stop mechanism, the outlet 301 of the material cavity tube can accurately coincide with the outlet 210 of the cover tube structure, and the outlet 301 of the material cavity tube can be opened. 01 is opened, and then the pressing surface 504 of the control member is pressed to make the piston 401 slide toward the head end of the material cavity 3, so that the material in the material cavity 3 is squeezed and discharged into the main chamber 103 of the container 1, or the control member 5 is pulled to make the piston 401 away from the head end of the material cavity, so that a negative pressure can be generated in the material cavity 3, and the liquid material in the main chamber 103 of the container can be sucked into the material cavity 3, and pre-mixed or pre-dissolved with the material in the material cavity 3, and then the pressing surface 504 of the control member is pressed to make the piston 401 squeeze and discharge the pre-mixed material in the material cavity into the main chamber of the container, and mix it with the material in the container. Before opening the packaging container, only a simple operation of the control component is required to accurately and conveniently mix and prepare the material in the material cavity with the material in the container 1, thereby achieving the purpose of mixing and preparing the materials before use; in addition, for special materials, such as materials that dissolve slowly or need to be dissolved step by step, they can be pre-mixed or pre-dissolved and then mixed and prepared with the materials in the main chamber of the container.

[0245] In addition, as needed, concave and convex patterns may be provided on the outer wall of the control member 5 as patterns 502 of the screwing mechanism to facilitate the operation of rotating and screwing the control member 5 .

[0246] If necessary, a connection ring 208 with anti-theft opening function is set at the bottom of the outer periphery of the cover surrounding structure 201. The connection ring 208 is connected to the cover surrounding structure 201 by means of contacts. When the container closing device is installed on the neck of the container 1 and it is necessary to open the container and twist or rotate the cover surrounding structure 201, the point-shaped connection ring 208 is broken due to the anti-theft opening block 102 on the outside of the bottleneck, and the point-shaped connection ring 208 is separated from the cover surrounding structure 201, thereby playing the role of anti-theft opening.

[0247] Furthermore, the container closure device is installed on a container with an open neck to form a packaging container, the container including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, the neck of the container is provided with a thread 101 or a buckle, the thread or buckle can be connected with the thread or buckle provided on the inner wall of the side of the container closure device to form a seal;

[0248] Alternatively, the side enclosure of the cover enclosure structure of the container closure device is bonded or welded to the neck of the container, for example, the outer wall of the side enclosure of the cover enclosure structure is bonded or welded to the neck of the packaging bag container, preferably by heating or high-frequency hot melting.

[0249] The packaging container can be used to package two different materials that are independently sealed, wherein the main chamber 103 of the container 1 contains a first material, and the material cavity 3 contains a second material.

[0250] Embodiment 6. A container closure device and a packaging container thereof, wherein the container closure device comprises two material chambers.

[0251] refer to Figures 26 to 30 As shown, the container closing device provided in this embodiment includes a cover member 2, a material chamber 3, a piston 401, a ring-shaped piston 404, a piston support 506, a piston support 509, and a control member 5. The cover member 2 has a cover surrounding structure 201 and a cover cylinder structure 202, wherein the cover surrounding structure 201 and the cover cylinder structure 202 are connected to each other and are in an annular sleeve structure, and a cover member thread 203 or a buckle is provided on the inner wall of the side surrounding of the cover surrounding structure 201, and the cover member thread 203 or the buckle is connected and sealed with the thread 101 of the neck of the container 1;

[0252] The tail end of the cover cylinder structure 202 is open, and the tail end of the material cavity 3 is open. The cylinder diameter at the head end of the cover cylinder structure 202 is smaller than the cylinder diameter at the tail end. The cover cylinder structure 202 is sleeved on the outer wall of the material cavity 3. The inner wall of the cylinder at the head end of the cover cylinder structure 202 contacts the outer wall of the material cavity 3 and is connected to each other through buckles, so that the head end of the cover cylinder structure 202 fits tightly with the head end of the material cavity 3, and the cover cylinder structure 202 and the material cavity 3 can rotate with each other, and a ring-shaped space structure is formed between the inner wall of the cylinder at the tail end of the cover cylinder structure 202 and the outer wall of the material cavity 3.

[0253] The material cavity 3 is provided with a sleeve structure 309, which is connected and fixed to the head end of the material cavity 3. The sleeve structure 309 serves as a chamber barrier to separate the internal space of the material cavity into a cylindrical chamber and an annular cylindrical chamber; the head end of the material cavity 3 is respectively provided with an outlet 301 and an outlet 311 of the two chambers, and the head end of the cover cylinder structure 202 is respectively provided with an outlet 210 and an outlet 211 of the cover cylinder structure; the two chambers in the material cavity 3 can be used to accommodate two kinds of materials;

[0254] The control member 5 is provided with a piston support 506 and a piston support 509, the piston support 506 is provided with a piston mounting support 508, the piston support 509 is provided with a piston mounting support 511, the piston support 506 and the piston support 509 are respectively connected and fixed to the control member 5, preferably the piston support 506, the piston support 509 and the control member 5 are an independent integral member, wherein the piston 401 is installed on the piston mounting support 508 through the piston mounting sleeve hole 403 to form a piston member, and the piston 404 is installed on the piston mounting support 511 through the piston mounting sleeve hole 405 to form another piston member, the two piston members are respectively in the cylindrical chamber and the annular cylindrical chamber in the material chamber 3, the piston 401 and the piston 404 can slide in their respective material chambers and seal the chambers, preferably the piston is made of polymer material or rubber material, for example, preferably made of silicone material or butyl rubber material;

[0255] The inner wall of the material cavity 3 is provided with a driving buckle 304 of the material cavity, the outer wall of the material cavity 3 is provided with a material cavity buckle 302, the inner wall of the cover cylinder structure 202 is provided with a cover cylinder buckle 207 and a cover cylinder buckle 209, the cover cylinder structure 202 is sleeved on the outer wall of the material cavity 3, the cover cylinder structure 202 and the material cavity 3 are connected to each other through the cover cylinder buckle 207 and the material cavity buckle 302, so that the head end of the cover cylinder structure 202 is tightly fitted with the head end of the material cavity 3, and And the cover cylinder structure 202 and the material cavity cylinder 3 can rotate with each other; the mutual rotation of the cover cylinder structure 202 and the material cavity cylinder 3 can realize that the outlet 210 and the outlet 211 of the cover cylinder structure are respectively misaligned and overlapped with the outlet 301 and the outlet 311 of the material cavity cylinder. When their outlets are misaligned with each other, the outlet 301 and the outlet 311 of the material cavity cylinder are respectively sealed, and when their outlets overlap with each other, the outlet 301 and the outlet 311 of the material cavity cylinder can be opened at the same time;

[0256] The inner wall of the cover cylinder structure 202 is provided with a protruding stopper 206 of the stop mechanism, the outer wall of the control member 5 is provided with a positioning stopper 503 of the stop mechanism, the control member 5 is provided with a control member buckle 505, and the piston support 509 is provided with a rotation drive buckle 510, wherein the control member 5 is mutually blocked by the control member buckle 505 and the cover cylinder buckle 209, the control member 5 is installed at the tail end of the material cavity 3, and the rotation drive buckle 510 is in the drive buckle 304 of the material cavity The cylindrical wall of the control member 5 can extend into the annular space formed between the inner wall of the cylinder at the rear end of the cover cylinder structure 202 and the outer wall of the material cavity 3, ensuring that the control member 5 and the two piston members can move smoothly, and also ensuring that the piston 401 and the piston 404 can slide to the position of the head end of the material cavity. In addition, the control member buckle 505 and the cover cylinder buckle 209 are mutually blocked to prevent the control member 5 and the two pistons from being separated from the material cavity 3, thereby ensuring the stability and safe use of the container closure device;

[0257] When the control member 5 rotates relative to the cover cylinder structure 202, the raised stop buckle 206 of the stopping mechanism engages with the positioning stop buckle 503 of the stopping mechanism, which is used to position the outlet 210 of the cover cylinder structure and the outlet 301 of the material chamber cylinder so as to be misaligned or overlapped with each other, and to position the outlet 211 of the cover cylinder structure and the outlet 311 of the material chamber cylinder so as to be misaligned or overlapped with each other.

[0258] When the material in the above-mentioned container closure device is in a storage state, the outlet 210 of the cover tube structure and the outlet 301 of the material cavity tube are mutually offset, and the outlet 211 of the cover tube structure and the outlet 311 of the material cavity tube are mutually offset, so that the materials in the two chambers of the material cavity tube 3 are respectively in an independently sealed state; the container closure device is installed on the neck of the container 1 to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the control member 5, and the rotation drives the stop buckle 510 to rotate the material cavity tube 3 through the driving stop buckle 304 of the material cavity tube. Under the action of the mutual engagement of the protruding stop buckle 206 of the stop mechanism and the positioning stop buckle 503 of the stop mechanism, the outlet 301 of the material cavity tube and the outlet 210 of the cover tube structure can be accurately overlapped. At the same time, the outlet 311 of the material cavity tube and the cover tube structure The outlet 211 can be accurately overlapped, the outlet 301 and the outlet 311 of the material chamber are opened at the same time, and then the pressing surface 504 of the control member is pressed to make the piston 401 and the piston 404 slide toward the head end of the material chamber 3 at the same time, so that the materials in the two chambers in the material chamber 3 are squeezed and discharged into the main chamber 103 of the container 1, or the control member 5 is pulled to make the piston 401 and the piston 404 away from the head end of the material chamber, so that negative pressure can be generated in the two chambers respectively, and the liquid material in the main chamber 103 of the container is sucked into the two chambers respectively, and pre-mixed or pre-dissolved with the materials in the two chambers respectively, and then the pressing surface 504 of the control member is pressed to squeeze and discharge the pre-mixed materials in the two chambers into the main chamber of the container and mix with the materials in the container. Before opening the packaging container, only a simple operation of the control member is required to accurately and conveniently mix the two materials in the chamber with the material in the container 1, thereby achieving the purpose of mixing and preparing the materials before use; in addition, for special materials, such as materials that dissolve slowly or need to be gradually amplified for dissolution, they can be pre-mixed or pre-dissolved and then mixed and prepared with the materials in the main chamber of the container.

[0259] In addition, as needed, concave and convex patterns may be provided on the outer wall of the control member 5 as patterns 502 of the screwing mechanism to facilitate the operation of rotating and screwing the control member 5 .

[0260] If necessary, a connection ring 208 with anti-theft opening function is set at the bottom of the outer periphery of the cover surrounding structure 201. The connection ring 208 is connected to the cover surrounding structure 201 by means of contacts. When the container closing device is installed on the neck of the container 1 and it is necessary to open the container and twist or rotate the cover surrounding structure 201, the point-shaped connection ring 208 is broken due to the anti-theft opening block 102 on the outside of the bottleneck, and the point-shaped connection ring 208 is separated from the cover surrounding structure 201, thereby playing the role of anti-theft opening.

[0261] Furthermore, the container closure device is installed on a container with an open neck to form a packaging container, the container including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, the neck of the container is provided with a thread 101 or a buckle, the thread or buckle can be connected with the thread or buckle provided on the inner wall of the side of the container closure device to form a seal;

[0262] Alternatively, the side enclosure of the cover enclosure structure of the container closure device is bonded or welded to the neck of the container, for example, the outer wall of the side enclosure of the cover enclosure structure is bonded or welded to the neck of the packaging bag container, preferably by heating or high-frequency hot melting.

[0263] The packaging container can be used to package three different materials that are independently sealed, wherein the main chamber 103 of the container 1 contains a first material, and the two chambers in the material chamber 3 contain a second material and a third material respectively.

[0264] Example 7. A container closure device and a packaging container thereof.

[0265] refer to Figure 31 to Figure 35 As shown, the container closing device provided in this embodiment includes a cover member 2, a material cavity 3, a piston 401, a piston support 506, and a control member 5. The cover member 2 has a cover surrounding structure 201 and a cover cylinder structure 202, wherein the cover surrounding structure 201 and the cover cylinder structure 202 are connected to each other and are in an annular sleeve structure, and a cover member thread 203 or a buckle is provided on the inner wall of the side surrounding of the cover surrounding structure 201, and the cover member thread 203 or the buckle is connected and sealed with the thread 101 of the neck of the container 1; the material cavity 3 is used to contain materials;

[0266] The head end of the cover cylinder structure 202 is provided with an outlet 210 of the cover cylinder structure, and the head end of the material cavity cylinder 3 is provided with an outlet 301 of the material cavity cylinder;

[0267] The tail end of the cover cylinder structure 202 is open, and the tail end of the material cavity cylinder 3 is open. The cover cylinder structure 202 is sleeved on the outer wall of the material cavity cylinder 3, and the tail end part of the material cavity cylinder 3 protrudes from the top of the cover structure 201. The cover cylinder structure 202 and the material cavity cylinder 3 can rotate with each other, and the material cavity cylinder 3 and the cover cylinder structure 202 can be rotated by twisting the tail end of the material cavity cylinder 3. The mutual rotation of the cover cylinder structure 202 and the material cavity cylinder 3 can realize the mutual misalignment and overlap of the outlet 210 of the cover cylinder structure and the outlet 301 of the material cavity cylinder. When their outlets are misaligned with each other, the outlet 301 of the material cavity cylinder is sealed, and when their outlets overlap with each other, the outlet 301 of the material cavity cylinder can be opened;

[0268] The control member 5 is provided with a piston support 506, and the piston support 506 has a piston mounting support 508, and the piston support 506 is connected and fixed to the control member 5. Preferably, the piston support 506 and the control member 5 are an independent integral component, wherein the piston 401 is installed on the piston mounting support 508 through the piston mounting sleeve hole 403 to form a piston member, and the piston member is in the material cavity 3. The piston 401 can slide in the material cavity 3 and seal the cylinder body. Preferably, the piston is made of a polymer material or a rubber material, for example, preferably made of a silicone material or a butyl rubber material;

[0269] A material cavity buckle 302 is provided on the outer wall of the material cavity 3, and a cover barrel buckle 207 is provided on the inner wall of the cover barrel structure 202. The cover barrel structure 202 is sleeved on the outer wall of the material cavity 3. The cover barrel structure 202 and the material cavity 3 are connected to each other through the cover barrel buckle 207 and the material cavity buckle 302, so that the head end of the cover barrel structure 202 is tightly fitted with the head end of the material cavity 3, and the cover barrel structure 202 and the material cavity 3 can rotate with each other;

[0270] The inner wall of the cover cylinder structure 202 is provided with a raised stopper 206 of a stop mechanism, the outer wall of the material cavity cylinder 3 is provided with a positioning stopper 306 of a stop mechanism, the inner wall of the material cavity cylinder 3 is provided with a cavity cylinder buckle 307, and the control member 5 is provided with a control member buckle 505 and a pulling mechanism 512, wherein the control member 5 is mutually blocked with the cavity cylinder buckle 307 through the control member buckle 505, and the control member 5 is installed at the tail end of the material cavity cylinder 3, the control member 5 and the piston member can slide or move in the material cavity cylinder, ensuring that the piston 401 can slide to the position of the head end of the material cavity cylinder, in addition, the control member buckle 505 and the cavity cylinder buckle 307 are mutually blocked, which can prevent the control member 5 and the piston 401 from accidentally detaching from the material cavity cylinder 3, thereby ensuring the stability and safe use of the container closure device;

[0271] When the material chamber 3 rotates relative to the cover structure 202, the protruding stopper 206 of the stop mechanism engages with the positioning stopper 306 of the stop mechanism to position the outlet 210 of the cover structure and the outlet 301 of the material chamber so that they are misaligned or overlapped.

[0272] When the material in the above-mentioned container closing device is in a storage state, the outlet 210 of the cover tube structure and the outlet 301 of the material cavity tube are offset from each other, so that the material in the material cavity tube 3 is in an independently sealed state; the container closing device is installed on the neck of the container 1 to form a combined packaging container. Before opening the packaging container, it is only necessary to twist or rotate the material cavity tube 3. Under the action of the engagement between the raised stop buckle 206 of the stop mechanism and the positioning stop buckle 306 of the stop mechanism, the outlet 301 of the material cavity tube and the outlet 210 of the cover tube structure can be accurately overlapped, and the material cavity tube The outlet 301 is opened, and then the pulling mechanism 512 provided at the tail end of the control member 5 is pulled outward to pull the control member 5 away from the head end of the material cavity, so that negative pressure can be generated in the material cavity 3, and the liquid material in the main chamber 103 of the container is sucked into the material cavity 3, and pre-mixed or pre-dissolved with the material in the material cavity 3, and then the pressing surface 504 of the control member is pressed to make the piston 401 squeeze and discharge the pre-mixed material in the material cavity into the main chamber of the container, and mix it with the material in the container. Before opening the packaging container, only the material cavity 3 needs to be twisted and the control member 5 needs to be pulled and pressed, so that the special material in the material cavity 3, such as the material that dissolves slowly or needs to be amplified step by step to dissolve, can be pre-mixed or pre-dissolved first, and then mixed and prepared with the material in the main chamber of the container, so that it can be accurately and conveniently mixed and prepared with the material in the container 1, and the purpose of mixing and preparing the material before use is achieved;

[0273] In addition, as needed, concave and convex patterns can be provided on the outer wall of the rear end of the material cavity 3 as the screwing mechanism patterns 308 to facilitate the operation of rotating and screwing the material cavity 3 .

[0274] If necessary, a connection ring 208 with anti-theft opening function is set at the bottom of the outer periphery of the cover surrounding structure 201. The connection ring 208 is connected to the cover surrounding structure 201 by means of contacts. When the container closing device is installed on the neck of the container 1 and it is necessary to open the container and twist or rotate the cover surrounding structure 201, the point-shaped connection ring 208 is broken due to the anti-theft opening block 102 on the outside of the bottleneck, and the point-shaped connection ring 208 is separated from the cover surrounding structure 201, thereby playing the role of anti-theft opening.

[0275] Furthermore, the container closure device is installed on a container with an open neck to form a packaging container, the container including but not limited to a packaging bottle, a packaging bag, a packaging can, a packaging cup, a packaging box or a packaging barrel, the neck of the container is provided with a thread 101 or a buckle, the thread or buckle can be connected with the thread or buckle provided on the inner wall of the side of the container closure device to form a seal;

[0276] Alternatively, the side enclosure of the cover enclosure structure of the container closure device is bonded or welded to the neck of the container, for example, the outer wall of the side enclosure of the cover enclosure structure is bonded or welded to the neck of the packaging bag container, preferably by heating or high-frequency hot melting.

[0277] The packaging container can be used to package two different materials that are independently sealed, wherein the main chamber 103 of the container 1 contains a first material, and the material cavity 3 contains a second material.

[0278] Example 8. A packaged composition comprising two independently sealed materials.

[0279] A packaging composition, the packaging composition is composed of a packaging container, a first material A, and a second material B. The packaging container is any one of Embodiment 1, Embodiment 2, Embodiment 3, Embodiment 4, Embodiment 5, or Embodiment 7. The first material A and the second material B are respectively placed in the main body chamber of the container and the material chamber of the container closure device and are sealed independently of each other. At least one of the first material A and the second material B is liquid, preferably both the first material A and the second material B are liquid, or the first material A is liquid and the second material B is solid, or the first material A is solid and the second material B is liquid. The solid material is preferably a solid powder material, a solid granular material, or a tablet material.

[0280] The packaging composition independently seals the first material A and the second material B separately configured in the packaging container, which not only ensures the stability, freshness, functional quality or other qualities of the product; but also the user or consumer only needs to twist and press the packaging container before opening the packaging container, and the independently sealed contents in the packaging container can be automatically mixed together to achieve an automatic mixing effect.

[0281] Example 9. A packaged composition comprising three independently sealed materials.

[0282] A packaging composition, which consists of a packaging container, a first material A, a second material B and a third material C, wherein the packaging container is the packaging container of Example 6, the first material A is placed in the main chamber of the container, the second material B and the third material C are respectively placed in the two chambers of the material chamber of the container closure device, and the first material A, the second material B and the third material C are independently sealed with each other, at least one of the first material A, the second material B and the third material C is liquid, preferably the first material A, the second material B and the third material C are all liquid, or the first material A and the second material B are liquid and the third material C is solid, or the first material A and the third material C are liquid and the second material B is solid, or the first material A is solid and the second material B and the third material C are liquid, and the solid material is preferably a solid powder material, a solid granular material, or a tablet material.

[0283] The packaging composition independently seals the first material A, the second material B and the second material C separately configured in the packaging container, which not only ensures the stability, freshness, functional quality or other qualities of the product; but also the user or consumer only needs to twist and press the packaging container before opening the packaging container, and the independently sealed contents in the packaging container can be automatically mixed together to achieve an automatic mixing effect.

[0284] Embodiment 10. Any one of the container closure devices or packaging containers described in Embodiment 1 or Embodiment 7, wherein the container closure device or packaging container is made of polymer materials, metals, glass, ceramics, aluminum-plastic composite materials, or paper-plastic materials, or composite functional materials of the above materials;

[0285] Alternatively, the main body of the container may be made of a film material or a sheet material to form a packaging bag, wherein the film material or the sheet material is made of a polymer material, an aluminum-plastic composite material, a paper-plastic material, etc.;

[0286] The cover member, material cavity and other components are made of polymer materials, metals, glass, ceramics, aluminum-plastic composite materials, paper-plastic materials, etc., or composite functional materials of the above materials, or the packaging container is an assembly of different components made of various materials;

[0287] Preferably, the polymer material is made of plastic, rubber, or plastic material, or the metal material is made of metal or composite metal such as steel, aluminum, tin, copper, or glass or ceramic material;

[0288] Or the packaging container is an assembly of different parts made of various materials;

[0289] Alternatively, the various components, devices, settings, etc. of the packaging container are assemblies or combinations of various components;

[0290] Alternatively, the various components are obtained by assembling, connecting, fixing or welding individual parts.

[0291] Embodiment 11 Use of any one of the container closure devices, packaging containers or packaging compositions described in Embodiments 1 to 9 in the preparation or packaging and storage of products containing liquid ingredients.

[0292] Example 12. Use of any one of the container closure devices, packaging containers or packaging compositions described in Examples 1 to 9 in the preparation or packaging and storage of the following products: food or beverages containing liquid ingredients, drinking wine, health foods, special medical purpose formula foods, ordinary foods, medicines, medical devices, sanitary products, cosmetics or daily necessities.

[0293] Example 13. Use of any one of the container closure devices, packaging containers or packaging compositions described in Examples 1 to 9 in the following products:

[0294] Packaging and preparation of liquid or solid beverages;

[0295] Packaging and mixing of drinking alcohol, such as cocktails, mixed drinks with animal and plant extracts;

[0296] Packaging and preparation of health foods containing liquids, such as health drinks or oral liquids;

[0297] Packaging and preparation of special medical formula foods containing liquids, such as liquid nutrition products, homogenized meals or oral solutions;

[0298] The packaging and preparation of liquid medicines, such as oral solutions, eye drops, and injections. Injections include the packaging and preparation of liquid preparations containing water for injection, saline injection, glucose injection, etc. and specific drugs;

[0299] Packaging and preparation of medical devices containing liquids, such as the packaging and preparation of various detection reagents and reaction reagents;

[0300] Packaging and preparation of sanitary products containing liquids, such as cleaning agents, laundry detergents, and mouthwashes;

[0301] The packaging and preparation of cosmetics containing liquids, such as toners, skin or hair care lotions, skin care lotions, creams and gels; etc.

Claims

1. A container closure device, comprising a cover member, a material chamber, a piston member, and a control member, wherein the cover member has a cover surrounding structure and a cover cylinder structure, wherein the cover surrounding structure and the cover cylinder structure are connected to each other and are in an annular sleeve structure, and the inner wall of the side surrounding of the cover surrounding structure is provided with a thread or buckle that can be connected and sealed with the neck of the container, or the side surrounding of the cover surrounding structure can be sealed with the neck of the container by bonding or welding; The rear end of the cover tube structure is connected to the cover surrounding structure, the rear end of the cover tube structure is open, the rear end of the material cavity is open, and the front end of the cover tube structure is provided with at least one outlet of the cover tube structure, and the front end of the material cavity is provided with at least one outlet of the material cavity; The cover tube structure is sleeved on the outer wall of the material cavity tube, and the cover tube structure and the material cavity tube can rotate with each other. The mutual rotation of the cover tube structure and the material cavity tube can realize that the outlet of the cover tube structure and the outlet of the material cavity tube are mutually misaligned or overlapped. When their outlets are mutually misaligned, the outlet of the material cavity tube is sealed, and when their outlets overlap with each other, the outlet of the material cavity tube can be opened; The cover tube structure and the material cavity tube are connected to each other through threads or buckles, and the head end of the cover tube structure is tightly fitted with the head end of the material cavity tube; The material cavity or the chamber separated in the material cavity can contain one or more materials; The piston component comprises a piston and a piston support, wherein the piston is connected to the piston support, and the piston is located in the material cavity; The control member is connected to the piston support member, and the control member acts on the piston support member to enable the piston to slide in the cylinder where the piston is located and seal the cylinder.

2. The container closure device according to claim 1, wherein the cover tube structure is sleeved on the outer wall of the material cavity tube and connected to each other, so that the head end of the cover tube structure is tightly fitted with the head end of the material cavity tube, and the tail end part of the material cavity tube protrudes from the top of the cover surrounding structure, and the material cavity tube and the cover tube structure are rotated by twisting the tail end of the material cavity tube, and the outlet of the material cavity tube and the outlet of the cover tube structure are further overlapped or misaligned; The material cavity tube and the cover tube structure are connected to each other, including connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure, or connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a concave buckle groove provided on the inner wall of the cover tube structure, or connecting by snapping a concave buckle groove provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure; The control member and the piston member are located in the material cavity. When the piston member is pressed downward, the control member and the piston member are located in the material cavity and slide toward the head end of the material cavity.

3. The container closure device according to claim 1, wherein a fixed inner cylinder is disposed inside the cover cylinder structure, the fixed inner cylinder is connected and fixed to the head end of the cover cylinder structure, and an annular space structure is formed between the outer wall of the fixed inner cylinder and the inner wall of the cover cylinder structure; The fixed inner cylinder arranged inside the cover cylinder structure is sleeved on the outer wall of the material cavity cylinder, and the cover cylinder structure and the material cavity cylinder can rotate with each other. The mutual rotation of the cover cylinder structure and the material cavity cylinder can realize the overlap or misalignment of the outlet of the cover cylinder structure and the outlet of the material cavity cylinder. The material cavity tube and the fixed inner tube arranged inside the cover tube structure are connected to each other, including connecting by snapping a convex buckle arranged on the outer wall of the material cavity tube with a convex buckle arranged on the inner wall of the fixed inner tube, or connecting by snapping a convex buckle arranged on the outer wall of the material cavity tube with a concave buckle groove arranged on the inner wall of the fixed inner tube, or connecting by snapping a concave buckle groove arranged on the outer wall of the material cavity tube with a convex buckle arranged on the inner wall of the fixed inner tube; The piston member is in the material cavity. When the piston member is pressed downward, the piston member slides toward the head end of the material cavity, and the control member extends into the annular space formed between the outer wall of the fixed inner cylinder and the inner wall of the cover cylinder structure.

4. The container closure device according to claim 1, wherein a fixed inner cylinder is disposed inside the material cavity cylinder, the fixed inner cylinder is connected and fixed to the head end of the material cavity cylinder, and an annular space structure is formed between the outer wall of the fixed inner cylinder and the inner wall of the material cavity cylinder; The cover tube structure is sleeved on the outer wall of the material cavity tube, and the cover tube structure and the material cavity tube can rotate with each other. The mutual rotation of the cover tube structure and the material cavity tube can achieve the overlap or misalignment of the outlet of the cover tube structure and the outlet of the material cavity tube. The material cavity tube and the cover tube structure are connected to each other, including connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure, or connecting by snapping a convex buckle provided on the outer wall of the material cavity tube with a concave buckle groove provided on the inner wall of the cover tube structure, or connecting by snapping a concave buckle groove provided on the outer wall of the material cavity tube with a convex buckle provided on the inner wall of the cover tube structure; The piston member is in the fixed inner cylinder of the material cavity cylinder. When the piston member is pressed downward, the piston member slides toward the head end of the fixed inner cylinder in the fixed inner cylinder, and the control member extends into the annular space formed between the outer wall of the fixed inner cylinder and the inner wall of the material cavity cylinder.

5. The container closure device according to claim 1, wherein the cylinder diameter at the head end of the cover cylinder structure is smaller than the cylinder diameter at the tail end, the cover cylinder structure is sleeved on the outer wall of the material cavity, and an annular space structure is formed between the inner wall of the cylinder at the tail end of the cover cylinder structure and the outer wall of the material cavity; The inner wall of the cylinder at the head end of the cover cylinder structure is connected to the outer wall of the material cavity, and the cover cylinder structure and the material cavity can rotate with each other. The mutual rotation of the cover cylinder structure and the material cavity can achieve the overlap or misalignment of the outlet of the cover cylinder structure and the outlet of the material cavity; The inner wall of the cylinder at the head end of the cover cylinder structure and the outer wall of the material cavity cylinder are connected to each other, including using a snap-fit ​​connection between a convex buckle provided on the outer wall of the material cavity cylinder and a convex buckle provided on the inner wall of the cylinder at the head end of the cover cylinder structure, or using a snap-fit ​​connection between a convex buckle provided on the outer wall of the material cavity cylinder and a concave buckle groove provided on the inner wall of the cylinder at the head end of the cover cylinder structure, or using a snap-fit ​​connection between a concave groove provided on the outer wall of the material cavity cylinder and a convex buckle provided on the inner wall of the cylinder at the head end of the cover cylinder structure; The piston member is in the material cavity. When the piston member is pressed downward, the piston member slides toward the head end of the material cavity, and the control member extends into the annular space formed between the inner wall of the cylinder at the tail end of the cover cylinder structure and the outer wall of the material cavity.

6. The container closure device according to claim 1, wherein the piston and the piston support are made of the same plastic material, including the piston being made into a plastic part that fits tightly with the inner wall of the cylinder in which it is located, and connected with the piston support or assembled on the piston support to form a piston member; Alternatively, the piston is made of a single polymer material or rubber material, and is mounted on one end of the piston support; Alternatively, the rubber material is encapsulated on one end of the piston support member by injection molding; in, The piston support member includes a connecting rod-shaped, cylindrical or columnar structure.

7. The container closure device according to claim 1, wherein the control member and the cover tube structure can rotate relative to each other, and the control member has a configuration that can drive the material chamber tube to rotate when the control member rotates; Alternatively, the control member and the cover cylinder structure can rotate relative to each other, and the control member has a configuration that can drive the piston member to rotate when the control member rotates.

8. The container closing device according to claim 7, wherein the control member is a cylindrical structure, wherein the outer wall of the control member and the inner wall of the material cavity are provided with mutually matching driving buckles; Alternatively, a driving buckle that matches each other is provided on the outer wall of the control member and the inner wall of the fixed inner cylinder of the material cavity cylinder; Alternatively, a driving buckle that matches each other is provided on the inner wall of the control member and the outer wall of the material chamber; Alternatively, a driving buckle that matches each other is provided on the inner wall of the control member and the outer wall of the fixed inner cylinder of the material cavity cylinder; Alternatively, mutually matching driving buckles are arranged on the piston support and the inner wall of the material chamber; Alternatively, mutually matching driving buckles are provided on the inner wall of the piston support and the fixed inner cylinder of the material chamber cylinder; in, The driving buckle includes a structure arrangement in a convex shape or a concave shape.

9. The container closing device according to claim 1, wherein the cover surrounding structure and the cover tube structure are interconnected and fixed, including that the cover surrounding structure and the cover tube structure are an independent integral component, or the cover surrounding structure and the cover tube structure are independent components, and the cover tube structure and the cover surrounding structure are assembled and fixed together to form a cover component, and the fixing method includes fixing by snap connection, threaded connection, welding or adhesive bonding.

10. The container closure device according to claim 1, wherein the material cavity or the fixed inner cylinder of the material cavity is provided with a chamber baffle, which divides the internal space of the material cavity or the fixed inner cylinder in the material cavity into at least two chambers, so as to accommodate at least two materials. Each chamber has an outlet, and the outlet is located at the head end of the material cavity, and the head end of the cover structure is provided with at least one outlet of the cover structure; Each chamber has a piston component matched with the chamber; The number of outlets of the cover cylinder structure is the same as the number of outlets of all chambers, or the number of outlets of the cover cylinder structure is different from the number of outlets of all chambers; Each chamber of the material chamber cylinder has the same control component, so that when the outlet of each material chamber coincides with the outlet of each cover tube structure, the materials in each chamber can be released simultaneously by pressing each independent control component. Alternatively, each material chamber has its own independent control component, so that when the outlets of different material chambers coincide with the outlets of the cover tube structure, the materials in each chamber can be released independently and sequentially by pressing each independent control component.

11. The container closure device according to claim 1, wherein a stop mechanism or a locking mechanism is provided between the cover member and other components, and the stop mechanism or the locking mechanism is engaged when the material chamber tube rotates to a predetermined position relative to the cover tube structure to prevent or hinder further relative rotation of the cover tube structure and the material chamber tube; The predetermined position includes a position where the outlet of the cover tube structure and the outlet of the material cavity tube or chamber are mutually offset or overlapped; The said preventing or hindering further relative rotation of the cover tube structure and the material cavity tube includes that the cover tube structure and the material cavity tube block each other and cannot further rotate relative to each other, or there is an obstruction between the cover tube structure and the material cavity tube, and the relative rotation is increased by the force, but it cannot be easily rotated; The stopping mechanism or locking mechanism includes a stopping mechanism or locking mechanism arranged between the cover member and the material chamber, or a stopping mechanism or locking mechanism arranged between the cover member and the control member, or a stopping mechanism or locking mechanism arranged between the cover member and the piston member.

12. The container closure device according to claim 11, wherein the stop mechanism or locking mechanism is arranged at any contactable position between the cover member and other components, comprising: The stop mechanism or locking mechanism is arranged at any contacting position between the cover tube structure and the material chamber tube; The stop mechanism or locking mechanism is arranged at any contacting position between the cover surrounding structure and the material cavity; The stop mechanism or locking mechanism is arranged at any contacting position between the cover tube structure and the control member; The stop mechanism or locking mechanism is arranged at any contacting position between the cover surrounding structure and the control member; The stop mechanism or locking mechanism is arranged at any contacting position between the cover cylinder structure and the piston member; Alternatively, the stopping mechanism or locking mechanism is arranged at any contacting position between the cover surrounding structure and the piston member.

13. According to the container closing device according to claim 11, the stopping mechanism or the locking mechanism is arranged on the inner wall of the cover tube structure and the outer wall of the material cavity tube, or on the inner wall of the cover tube structure and the wall of the material cavity tube, or on the inner wall of the fixed inner tube of the cover tube structure and the outer wall of the material cavity tube, or on the inner wall of the fixed inner tube of the cover tube structure and the wall of the material cavity tube.

14. The container closure device according to claim 11, wherein the stop mechanism or locking mechanism is arranged at any contactable position between the cover tube structure and the control member, including being arranged on the inner wall of the cover tube structure and the control member, or being arranged on the outer wall of the fixed inner tube of the cover tube structure and the control member, or being arranged on the outer wall of the cover surrounding structure and the control member; Alternatively, the stop mechanism or locking mechanism is arranged at any contactable position between the cover cylinder structure and the piston support member, including being arranged on the inner wall of the cover cylinder structure and the piston support member, or being arranged on the inner wall of the fixed inner cylinder of the cover cylinder structure and the piston support member.

15. The container closure device according to claim 1, wherein the control member is provided with a screwing mechanism; The control member is provided with a pressing surface interface, and the pressing surface interface includes a plane or a curved surface at the top of the control member; The control member is provided with a pulling mechanism, through which the piston can slide toward the rear end of the material cavity, thereby causing the piston to generate negative pressure in the material cavity or chamber; A screwing mechanism is provided on the tail end of the material cavity; The tail end of the material cavity tube is close to or in contact with the cover member and is provided with a structure for preventing theft and opening; Alternatively, a portion where the control member is close to or in contact with the cover member is provided with a structure for preventing theft and opening.

16. The container closure device according to claim 1, wherein the tail end part of the material cavity tube of the container closure device protrudes from the top of the cover surrounding structure and presents a convex structural shape as a whole.

17. The container closure device according to claim 1, wherein the piston support and the control member are independent components, or the piston support and the control member are an independent integral component; The piston and the piston support member are independent components, and the piston is installed on the piston support member to form a piston member, or the piston and the piston support member are also an independent integral component, including using an injection molding method to encapsulate a rubber material on one end of the piston support member to form a piston member, or using an injection molding method to make the piston and the piston support member into an independent plastic component.

18. The container closure device according to claim 1, wherein the cover surrounding structure and the cover cylinder structure are connected to each other and are in an annular sleeve-shaped structure, wherein the cover surrounding structure is an overall cylindrical structure, and the side outer wall of the cover surrounding structure can be connected to the neck of the container by thread, buckle, adhesive seal or welding seal; Alternatively, the cover surrounding structure is configured as an overall flat structure, and is further connected to the neck of the container by adhesive sealing or welding sealing, wherein the adhesive sealing or welding sealing includes sealing by hot melt bonding or welding bonding.

19. A packaging container, comprising the container closure device according to claim 1 and a container, wherein the container comprises a container neck with an opening and a main body chamber, and the container closure device is installed on the neck of the container, wherein the container closure device is connected to the neck of the container through a thread or buckle provided on the inner wall of the side enclosure of its cover surrounding structure, or the container closure device is sealed to the neck of the container through the outer wall of the side enclosure of its cover surrounding structure by bonding or welding; The main chamber of the container contains a first material, and the material cavity in the container closure device or the chamber separated in the material cavity contains a second material or more materials; The container includes a packaging bottle, packaging bag, packaging can, packaging cup, packaging box or packaging barrel having an open container neck; The container closing device is installed on the neck of the container, including installation, connection and sealing by means of thread, snap, bonding or welding.

20. A packaging composition, comprising the packaging container of claim 19 and two or more materials, wherein the two or more materials are respectively inside the packaging container and are independently sealed from each other, wherein the main chamber of the container contains one material, and the material cavity or the chambers separated in the material cavity contain the remaining materials respectively; At least one of the two or more materials is a liquid material; The material is a liquid material, a solid material, a mixture of a solid and a liquid, or a slurry; The solid materials include solid powder materials, solid granular materials, and tablet materials; The solid particulate materials include effervescent granules, fast-disintegrating granules and ordinary granules used in pharmacy; The tablet materials include effervescent tablets, dispersible tablets, rapidly disintegrating tablets and ordinary tablets used in pharmacy; The liquid material includes a water-soluble liquid material or a fat-soluble liquid material.

21. The method for assembling the packaging container according to claim 19, the method comprising the following steps: Providing the following components, including: a cover component, a material chamber, a piston, a piston support, a control component, a container with an open container neck, or providing an assembly of separate parts of the components, and a sealing component; The cover member is sleeved on the outer wall of the material cavity and tightly closed together, and the outlet of the cover structure is misaligned with the outlet of the material cavity or chamber; The material is poured into the material cavity or the chamber in the material cavity through the tail end of the material cavity, and when the material cavity or the chamber is in a low pressure state, the piston member formed by assembling the piston support and the piston is placed in the material cavity or the chamber in the material cavity to seal the material cavity or the chamber; Assemble the control member at the rear end of the material cavity or the rear end of the cover structure, so that the buckle, stopper or locking mechanism provided on the control member is in a position matching the parts it contacts, and the material in the material cavity or chamber is in a sealed state; Further, the main chamber of the container is filled with a first material, and the container closure device is installed on the neck of the container, so that the cover surrounding structure of the cover member of the container closure device is connected and sealed with the neck of the container; Alternatively, the method comprises the following steps: Providing the following components, including: a cover component, a material chamber, a piston, a piston support, a control component, a container with an open container neck, or providing an assembly of separate parts of the components, and a sealing component; The cover member is put on the outer wall of the material cavity and tightly closed together, and the outlet of the cover structure coincides with the outlet of the material cavity or chamber; The piston is placed into the material cavity or chamber through the piston support member, and the piston is pushed to the head end of the material cavity or chamber; The material is filled into the material cavity or chamber in a pressurized manner through the overlapping outlets, and the piston and the piston support are pushed toward the tail end of the material cavity to a predetermined position, or the piston support is pulled to move the piston toward the tail end of the material cavity, so that a negative pressure space is generated in the material cavity or chamber, so that the material enters the material cavity or chamber through the overlapping outlets; Rotate the cover member and the material cavity to displace the outlet of the cover structure with the outlet of the material cavity or chamber, and seal the material in the material cavity or chamber; Assemble the control member at the rear end of the material cavity or the rear end of the cover structure, so that the buckle, stopper or locking mechanism provided on the control member is in a position matching the parts it contacts, and the material in the material cavity or chamber is in a sealed state; Further, the main chamber of the container is filled with the first material, and the container closing device is installed on the neck of the container, so that the cover surrounding structure of the cover member of the container closing device is connected and sealed with the neck of the container.

22. Use of the container closure device according to claim 1 or the packaging container according to claim 19 in the preparation or packaging and storage of the following products: Food or drink containing liquid; Drinking alcohol; Health food; Formulated foods for special medical purposes; Ordinary food; drug; Medical devices; Hygiene products; Cosmetics or daily necessities.

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