CN207107347U

CN207107347U - The piston type container closing appliance and its packing container of the outlet misfit of the outer operation of lid

Info

Publication number: CN207107347U
Application number: CN201720858963.4U
Authority: CN
Inventors: 雷凡琦; 张碧婷
Original assignee: Fujian Austrian Investment Development Co Ltd
Current assignee: Fujian Austrian Investment Development Co Ltd
Priority date: 2017-07-16
Filing date: 2017-07-16
Publication date: 2018-03-16
Anticipated expiration: 2027-07-16

Abstract

A kind of container closing appliance that component is moved including The lid component, material cavity cylinder, piston component, control, wherein The lid component has lid closed structure and cup structure, lid closed structure is connected with cup structure and sleeve-like configuration in a ring, the tail end of cup structure is opening-like and is enclosed on the outer wall of material cavity cylinder, cup structure can be rotated mutually with material cavity cylinder, and then realize the outlet of cup structure and the outlet mutual dislocation of material cavity cylinder or overlap, piston component is in material cavity cylinder；The utility model is realized before packing container is opened, the material in material cavity cylinder is discharged by acting on piston by voltage-controlled dynamic component, but also can be by pulling the dynamic component of control head end of the piston away from material cavity cylinder is produced negative pressure, the liquid material in container body room is sucked in material cavity cylinder, there is the function of being pre-mixed to the material in material cavity cylinder or dissolved in advance；The utility model further provides the packing container containing the locking device.

Description

The piston type container closing appliance and its packing container of the outlet misfit of the outer operation of lid

Technical field

The packing container field of product is the utility model is related to, is specifically related to a kind of locking device and including this closing The packing container of device, the locking device are used for the operation by the locking device, will be wherein separately accommodating, independent sealed Material is discharged into material independent sealed in container, is reached before the packing container is opened, and is made by being operated outside the lid of container Various materials mix, and reach a kind of packing container of automatic governing effect.

The packing container can be widely used for drink, beverage wine, health food, special medicine purposes formula food, common food The packaging of the products such as product, medicine, medicine equipment, amenities, cosmetics, commodity, is particularly suitable for use in containing liquid material Product packing and storing.

Background technology

In many applications of the mixing of such as different material, shortly before spent material mixture by discharge of materials simultaneously It is mixed into other material and is necessary.The storage product in the form of being pre-mixed is impossible or is not intended to , because when the product has stored a period of time as mixture, it undesirably can react each other or mixture Quality decline.Common example is, such as two or more drug components, and the drug component is being mixed not mixing when ratio When the longer stability that has and pot-life.

Certainly, can also be applied to the mixture of other liquid or liquid, solid and liquid, for example, water, alcoholic beverage, other Beverage, other solvents or solution and oily liquids, etc..Match somebody with somebody for drink, beverage wine, health food, special medicine purposes The products such as square food, ordinary food, medicine, medicine equipment, amenities, cosmetics or commodity, in shelf life of products, need Two or more different materials in product or material are individually stored so that its be more beneficial for the stabilization of product, it is fresh, Raising in terms of function guarantee or other qualities, existing technical scheme are entered using two or more different packaging bottle/bag/boxes Row independent packaging, they are recombine in be used together when in use, easily cause it is inconvenient to carry, in-convenience in use, be easy to make Into many unfavorable factors such as secondary pollution.

China Patent Publication No. CN101479165A, CN103648923A discloses a kind of material by The lid component and imported The closure device of container, the device are provided with fluid chamber in The lid component, lift transmission stopper member by housing, make stream The opening of body room is opened, and then discharges the content in The lid component；But above-mentioned known technical scheme has the following disadvantages：Knot Structure is more complicated, industrialization assembling degree is low；The structure setting of The lid component is only used for a kind of sealing liquid material, for solids Material, the closing of various materials can not be realized；It is poor in the conformability of the operation of capping sealing with packing container；Revolved with packing container Turn on the Reusability of envelope, the order cooperation aspect for turning displacement and material release of The lid component has wretched insufficiency.

International publication WO2004/035418, China Patent Publication No. CN1708438A disclose a kind of beverage of two compartments Bottle, it includes an outer blank and a wring-type inner pressurd vessel, and inner pressurd vessel is equipped with the first liquid, the space dress between outer container and inner pressurd vessel There is second liquid, when directly drinking receiving material from the beverage bottle, every mouth all includes the first and second liquid of essentially identical ratio Body；But the beverage bottle of two compartment, which is only used for receiving material, is all the packaging of liquid substance, and lack and mix automatically, allocate Function.

China Patent Publication No. CN101433498A discloses a kind of double-chamber bottle for instantly dispensing medicines, wherein the bottle in one outlet An attached bottle isolated with main bottle body is provided with lid, positioner is provided between attached bottle and bottle cap, bottle cap bottom is set There are cutting and top opening, patient when in use, by rotating attached bottle, causes the raised fracture of zigzag and cuts attached bottle Body, and top corkage base portion, make decoction flow into main bottle body, realize the mixing of decoction；But the double-chamber bottle for instantly dispensing medicines is for medicine The mixing of liquid is by each independent sealed mixing destroy after getting through, is passive-type, lacks bottle when opening or turn Automatic mixing, the function of fast deployment during bottle cap.

On the other hand, prior art is before material mixing preparation, it is impossible to the intermediate operation step of premixing is realized, , for the mixing preparation of medicine, it is unfavorable that the mixing preparation of especially injectable drug is brought for this.

The content of the invention

For overcome the deficiencies in the prior art, a kind of simple in construction, easily operated, precise control of the utility model offer, Be easy to carry the novel container locking device and packing container including the locking device, the container closing appliance or packaging of storage Container not only has overall commodity sealing, and and can enters two or more materials being separately configured in packing container respectively Row is independent sealed, and user is operated before the packing container is opened, and the independent sealed content in packing container can be accurate Really mixing, allotment together, or after first passing through premixing or in advance dissolving are allocated together again；It not only ensure that the steady of product Raising in terms of fixed, fresh, function quality or other qualities, and user can direct feel to product content thing particularity Shape, user can be also allowed to obtain pleasant feeling during the product automatic governing.

Packing container described in the utility model includes the packing container of the container neck with opening, including but not limited to wraps Bottling, packaging bag, packing jar, packaging cup, packing box or pail pack, packaging cup, etc..

The utility model provides a kind of container closing appliance, and it is used for the operation by the locking device by locking device One or more materials be discharged into container, mix, allocate with the material in the body chamber of container, be i.e. the outside in The lid component Operated, the operation of mutual dislocation-coincidence occurs by the exit mechanism discharged to the material of setting, and in material cavity cylinder In piston effect under, realize before packing container is opened, in material cavity cylinder material carry out sealed storage or release adjust The technical scheme matched somebody with somebody, and container closing appliance mixes by the material in the material and the body chamber of container in its material cavity cylinder Close, after allotment, the mixed material in packing container still can be at the state of sealing.

The utility model uses following technical scheme.

A kind of container closing appliance, including The lid component, material cavity cylinder, piston component, the dynamic component of control, the The lid component have Lid closed structure and cup structure, its middle cover closed structure and the interconnection of cup structure and in a ring sleeve-like configuration, lid closed structure Gusset inwall on be provided with the screw thread or buckle that sealing can be connected with the neck of container, or the gusset of lid closed structure can be with appearance The neck of device passes through adhesive seal or welded seal, such as the neck of the gusset outer wall of preferred lid closed structure and packaging bag class container Pass through adhesive seal or welded seal；

The tail end of cup structure is connected with lid closed structure, and the tail end of cup structure is opening-like, the tail end of material cavity cylinder It is opening-like, and the head end of cup structure is at least set at least provided with the outlet of a cup structure, the head end of material cavity cylinder It is equipped with the outlet of a material cavity cylinder；

The cup structure is enclosed on the outer wall of material cavity cylinder, and cup structure can be rotated mutually with material cavity cylinder, It is mutually wrong that the mutual rotation of cup structure and material cavity cylinder can realize that the outlet of cup structure occurs with the outlet of material cavity cylinder Position is overlapped, and when mutual dislocation occurs for their outlet, the outlet of material cavity cylinder is sealed, when their outlet occurs mutually During coincidence, the outlet of material cavity cylinder can be opened；

The cup structure is connected with each other with material cavity cylinder by screw thread or buckle, and makes the head end and thing of cup structure The head end of material chamber cylinder is brought into close contact；

The chamber separated in the material cavity cylinder or material cavity cylinder can accommodate one or more materials；

The piston component includes piston and piston supports, and wherein piston is connected with piston supports, and piston is in In material cavity cylinder；

The dynamic component of control is connected with piston supports, and the dynamic component of control may act on piston supports and enable piston Slided in cylinder residing for it and cylinder is sealed；It is preferred that the piston refers to be made of high polymer material, preferably Rubber, plastic cement, plastic or other material are made, and are most preferably made of rubber-like material, for example, be preferably made of silica gel material or Butyl rubber is made.

The piston can be made of identical plastic material with piston supports, for example, by piston be made with its residing for The working of plastics that cylinder inboard wall is brought into close contact, formation piston structure in piston supports is linked together or is assemblied in piston supports Part；

Or the piston can also use single high polymer material or rubber type of material to be made, and piston is installed In one end of piston supports；It can also use injection encapsulated method that rubber type of material is encapsulated in one end of piston supports And formed, the piston supports are preferably connecting rod shape, tubular or column structure.

The dynamic component of control is connected with piston supports, and the dynamic component of control may act on piston supports and make piston in thing Slided in material chamber cylinder；On the one hand, control dynamic component can mutually to rotate with cup structure, and control dynamic component to have when it is rotated The setting that material cavity cylinder can be driven to rotate；Or on the other hand, control dynamic component and can mutually be rotated with cup structure, and The dynamic component of control has the setting that can be rotated when it is rotated with animal piston component, it is preferred that the dynamic component of control is cylindrical in shape Structure.It is furthermore preferred that set the drive shelves being mutually matched to buckle on the outer wall of the dynamic component of control and the inwall of material cavity cylinder, Huo Zhe The drive shelves being mutually matched are set to buckle on the inwall of the outer wall of the dynamic component of control and the fixation inner cylinder of material cavity cylinder, or in the dynamic structure of control The inwall of part is with setting the drive shelves button being mutually matched, or inwall and material cavity cylinder in the dynamic component of control on material cavity drum outer wall Fixation inner cylinder outer wall on the drive shelves button being mutually matched is set, or set on inwall of the piston supports with material cavity cylinder The drive shelves button being mutually matched is put, or sets and is mutually matched on inwall of the piston supports with the fixation inner cylinder of material cavity cylinder Drive shelves button；The drive shelves button includes convex or groove-like structure setting, and the setting includes but is not limited to strip The setting of thing, column, tablet or groove-like.

The head end of the head end and material cavity cylinder of wherein described cup structure is brought into close contact, including in the head end of cup structure It is brought into close contact between the outer wall position of the head end of wall site and material cavity cylinder, or the inner wall part of the cup structure in cup exit It is brought into close contact between the outer wall of the head end of position and material cavity cylinder, to ensure seal of both outlets in dislocation, Yi Jibao Both outlets of card material when overlapping can not be leaked in the gap between cup structure and material cavity cylinder or interlayer；Depending on needing Will, the head end of cup structure is provided with sealing-plug or sealing gasket with the position that the head end of material cavity cylinder contacts with each other, to strengthen Airtight performance between the two after cup structure is enclosed on the outer wall of material cavity cylinder, sealing-plug or sealing gasket the generally use rubber Glue class material is made, it is preferred to use silica gel is made or butyl rubber is made；The sealing-plug or sealing gasket are included using injection bag The method of glue is by the encapsulated inwall to cup structure head end of rubber type of material, or using being molded encapsulated method by rubber-like The encapsulated outer wall to material cavity cylinder head end of material, sealing-plug or sealing gasket can also be made to the accessory of single quality of rubber materials, Again by the accessory device at the position that the head end of cup structure contacts with the head end of material cavity cylinder, but no matter which kind of mode, not only Ensure that both export the seal in dislocation, also to ensure that both export outlet and the material of the cup structure when overlapping The outlet of chamber cylinder it is unobstructed.

It should be noted that the concept on material cavity cylinder, the tail end of cup structure or the dynamic component of control and head end, it is described its After head end refers to them on container, closest to one end of the material in container, their other end is then referred to as tail end.

When material in above-mentioned container closing appliance is in storing state, outlet and the material cavity cylinder of cup structure Mutual dislocation is exported, cup structure is enclosed on material cavity cylinder by buckle and closed together, makes material cavity cylinder or its inside points Every chamber in material be in independent sealed state；By container closing appliance be arranged on container neck formed it is knockdown Packing container, before packing container is opened, only it need to turn or rotate material cavity cylinder, or turn or rotate the dynamic component of control and then band Dynamic material cavity cylinder rotates, and the outlet of material cavity cylinder is overlapped with the outlet of cup structure, then by making by voltage-controlled dynamic component Material in material cavity cylinder is extruded, is emitted into the body chamber of container by piston, or by pulling the dynamic component of control to make piston remote From the head end of material cavity cylinder, make to produce negative pressure in chamber, you can by container body room liquid material suck material cavity cylinder or In chamber, it is pre-mixed with the material in material cavity cylinder or chamber or is dissolved in advance, then again by making by voltage-controlled dynamic component The material being pre-mixed in material cavity cylinder or chamber is extruded, is emitted into the body chamber of container by piston, with the thing in container Material mixes.Reach before packing container is opened, it is only necessary to carry out the simple behaviour of material cavity cylinder or/and the dynamic component of control Make, you can so that one or more materials in material cavity cylinder or chamber and the material in container are accurate, easily mixing preparation Together, material has been reached in the purpose using preceding mixing preparation；In addition, for special material, such as dissolving is slow or needs To amplify the material dissolved step by step, after being first pre-mixed or be dissolved in advance, then with the material in container body room Carry out the purpose of mixing preparation.

In addition, as described in the utility model, rotated for material cavity cylinder and cup structure and then make material cavity cylinder The mode for overlapping or misplacing with the outlet of cup structure is exported, the structure connection being related between material cavity cylinder and cup structure And the mode of operation of the dynamic component of control, also relate to when pressing down on piston component, the dynamic component of control has can be to bottom offset With the spatial channel stretched into, to ensure that piston can slide into material cavity cylinder head end position, be completely exhausted out material, this practicality is new Type preferably includes, but is not limited to following four scheme：

The first embodiment of the present utility model, the cup structure are enclosed on the outer wall of material cavity cylinder and mutually interconnected Connect, be brought into close contact the head end of the head end and material cavity cylinder of cup structure, the end pieces protrusion lid closed structure of material cavity cylinder Top, by turning the tail end of material cavity cylinder material cavity cylinder can be made to produce rotation with cup structure, further make material cavity cylinder Outlet is overlapped or misplaced with the outlet of cup structure, when mutual dislocation occurs for their outlet, the outlet of material cavity cylinder Sealed, when their outlet overlaps, the outlet of material cavity cylinder can be opened；

It is connected with each other between the material cavity cylinder and cup structure, it may for example comprise but be not limited to use and be arranged on material cavity The snap of cam of the cam with being arranged on the inwall of cup structure on the outer wall of cylinder is connected, or, using being arranged on Cam on the outer wall of material cavity cylinder is connected with the snap for the matrix catching groove being arranged on the inwall of cup structure, or, It is connected using the snap of cam of the groove being arranged on the outer wall of material cavity cylinder with being arranged on the inwall of cup structure；

The dynamic component of the control and piston component be in material cavity cylinder, when pressing down on piston component, control move component and Piston component is in material cavity cylinder and slided to the head end of material cavity cylinder, it is ensured that the dynamic component of control and piston component can be transported smoothly It is dynamic, it is ensured that piston can slide into the position of material cavity cylinder head end.

Second of embodiment of the utility model, wherein, cup structure is internally provided with fixed inner cylinder, in the fixation Cylinder is connected and fixed with the head end of cup structure, and makes to form ring cylinder between the inwall for the outer wall and cup structure for fixing inner cylinder The space structure of shape；

The fixation inner cylinder that the cup inside configuration is set is enclosed on the outer wall of material cavity cylinder, and cup structure and material Chamber cylinder can be rotated mutually, and the mutual rotation of cup structure and material cavity cylinder can realize outlet and the material cavity cylinder of cup structure Outlet overlap or misplace, when they outlet occur mutual dislocation when, the outlet of material cavity cylinder is sealed, when it Outlet when overlapping, the outlet of material cavity cylinder can be opened；

It is connected with each other between the fixation inner cylinder that the inside of material cavity cylinder and cup structure is set, it may for example comprise but be not limited to It is connected using the snap of cam of the cam being arranged on the outer wall of material cavity cylinder with being arranged on the inwall of fixed inner cylinder, Or using the cam being arranged on the outer wall of material cavity cylinder and the buckle for the matrix catching groove being arranged on the inwall of fixed inner cylinder Mode connects, or, using the groove being arranged on the outer wall of material cavity cylinder and the cam being arranged on the inwall of fixed inner cylinder Snap connection；

The piston component is in material cavity cylinder, and when pressing down on piston component, piston component is in material cavity cylinder The middle head end to material cavity cylinder slides, and controls dynamic component and stretches between the outer wall of fixed inner cylinder and the inwall of cup structure the ring formed In the space of tubular, it is ensured that the dynamic component of control and piston component can be moved smoothly, it is ensured that piston can slide into material cavity cylinder The position of head end.

The third embodiment of the present utility model, wherein, the material cavity cylinder is internally provided with fixed inner cylinder, described Fixed inner cylinder is connected and fixed with the head end of material cavity cylinder, and makes shape between the inwall for the outer wall and material cavity cylinder for fixing inner cylinder Into the space structure of cylinder shape；

The cup structure is enclosed on the outer wall of material cavity cylinder, and cup structure can be rotated mutually with material cavity cylinder, The mutual rotation of cup structure and material cavity cylinder can realize that with the outlet of material cavity cylinder phase mutual respect occurs for the outlet of cup structure Close or misplace；

The cup structure can be rotated mutually with material cavity cylinder, and the mutual rotation of cup structure and material cavity cylinder can be real The outlet of existing cup structure and the outlet of material cavity cylinder overlap or misplaced, when mutual dislocation occurs for their outlet When, the outlet of material cavity cylinder is sealed, and when their outlet overlaps, the outlet of material cavity cylinder can be opened；

It is connected with each other between material cavity cylinder and cup structure, it may for example comprise but be not limited to use and be arranged on material cavity cylinder The snap of cam of the cam with being arranged on the inwall of cup structure on outer wall is connected, or, using being arranged on material Cam on the outer wall of chamber cylinder is connected with the snap for the matrix catching groove being arranged on the inwall of cup structure, or, use The snap of cam of the groove being arranged on the outer wall of material cavity cylinder with being arranged on the inwall of cup structure is connected；

The piston component is in the fixation inner cylinder of material cavity cylinder, when pressing down on piston component, at piston component Slided in fixed inner cylinder to the head end of fixed inner cylinder, control dynamic component stretch into the outer wall of fixed inner cylinder and material cavity cylinder inwall it Between in the space of cylinder shape that is formed, it is ensured that the dynamic component of control and piston component can be moved smoothly, it is ensured that piston can slide To the position of material cavity cylinder head end.

4th kind of embodiment of the present utility model, wherein, the barrel diameter at the head end position of cup structure is less than tail end The barrel diameter at position, cup structure are enclosed on the outer wall of material cavity cylinder, the cylinder inboard wall and thing at the tail end position of cup structure The space structure of cylinder shape is formed between the outer wall of material chamber cylinder；

The cylinder inboard wall at the head end position of cup structure is connected with each other with the outer wall of material cavity cylinder, makes the head end of cup structure It is brought into close contact with the head end of material cavity cylinder, and cup structure can be rotated mutually with material cavity cylinder, cup structure and material cavity Cylinder mutual rotation can realize that the outlet of cup structure and the outlet of material cavity cylinder overlap or misplaced, when they When mutual dislocation occurs for outlet, the outlet of material cavity cylinder is sealed, when their outlet overlaps, material cavity cylinder Outlet can be opened；

It is connected with each other between the cylinder inboard wall at the head end position of the cup structure and the outer wall of material cavity cylinder, for example, bag Include but be not limited to using the cam being arranged on the outer wall of material cavity cylinder and be arranged in the cylinder at head end position of cup structure The snap connection of cam on wall, or, using the cam being arranged on the outer wall of material cavity cylinder and it is arranged on cup knot The snap connection of matrix catching groove on the cylinder inboard wall at the head end position of structure, or, using being arranged on the outer of material cavity cylinder The snap of cam on the cylinder inboard wall at head end position of the groove with being arranged on cup structure on wall is connected；

The piston component is in material cavity cylinder, and when pressing down on piston component, piston component is in material cavity cylinder The middle head end to material cavity cylinder slides, control dynamic component stretch into cup structure tail end position cylinder inboard wall and material cavity cylinder it is outer In the space of the cylinder shape formed between wall, it is ensured that the dynamic component of control and piston component can be moved smoothly, it is ensured that piston can Slide into the position of material cavity cylinder head end.

The material accommodated in material cavity cylinder or chamber described in the utility model can be liquid material, solid material, solid With the mixture or slurry of liquid, the preferred solid powder material of the solid material, solid particle material, tablet material, institute State effervescence granular, speed that solid particle material includes but is not limited to apply in pharmacy and collapse particle, plain particles, etc., it is described Effervescent tablet that tablet material includes but is not limited to apply in pharmacy, dispersible tablet, fast disintegrating tablet, ordinary tablet, etc.；It is preferred that the thing At least one kind is liquid material in material, and the liquid material includes water miscible liquid material or fat-soluble liquid material.

Preferably, the lid closed structure is connected with each other and fixed with cup structure, preferably lid closed structure and cup structure It is an independent integrated member, or lid closed structure and cup structure are independent part respectively, and by cup structure with covering Closed structure assembles and is fixed together and forms The lid component, the mode of the fixation, is including but not limited to linked using buckle solid Fixed, threaded connection fix, is welded and fixed, adhesive adhesion is fixed, etc., most preferably lid closed structure with cup structure using injection Method an independent plastic member is made.

Further, the inner space of the fixation inner cylinder of material cavity cylinder or material cavity cylinder can be divided at least two chambers Room, with realize at least two materials or more material separately it is closed, storage, release, such as can accommodate independently of each other, phase Two kinds of materials mutually sealing, three kinds of materials, four kinds of materials, five kinds of materials, six kinds of materials, etc., to meet each of various materials Autostability requirement or the requirement of comprehensive allotment.Preferably, set using in the fixation inner cylinder of material cavity cylinder or material cavity cylinder Chamber barrier, preferred chamber barrier and material cavity cylinder are the individual members to interfix, for example with the side of injection molding The internal material cavity cylinder with chamber barrier made of method, with realize the inner space of material cavity cylinder is divided into it is separate Chamber, or assemble in the inside of material cavity cylinder and can make mutually only between each chamber using chamber barrier as single component Stand and be easy to closed；The chamber barrier extends to the tail end of material cavity cylinder, the chamber at the inwall of material cavity cylinder head end Volume size optionally can carry out free separation in the inside of material cavity cylinder.

It should be appreciated that when there is no the chamber separated in the fixation inner cylinder of material cavity cylinder or material cavity cylinder, material cavity cylinder Or the space structure of of the fixation inner cylinder of material cavity cylinder itself can be seen as an only chamber, can only accommodate a kind of material.

When being provided with the chamber of separation in the fixation inner cylinder of material cavity cylinder or material cavity cylinder, each chamber has outlet, Head end of the outlet positioned at material cavity cylinder.

Preferably, the inner space of the inner space of material cavity cylinder or the fixation inner cylinder of material cavity cylinder is divided into two solely Vertical chamber, to accommodate two kinds of different materials respectively, the head end of the material cavity cylinder is provided with the outlet of each chamber, wherein thing Each chamber of chamber cylinder is expected at least provided with one outlet, and the release as the material accommodated in material chamber exports, and covers Outlet of the head end of barrel structure at least provided with a cup structure；For example, by the inner space of material cavity cylinder or material cavity cylinder The inner space of fixation inner cylinder be divided into the cylindrical chamber and a cylindrical cavity of an annular, or be divided into two Semicircular cylindrical chamber, or it is divided into two fan-shaped cylindrical chambers；And each chamber has and chamber institute The piston component matched somebody with somebody.

Preferably, the inner space of the inner space of material cavity cylinder or the fixation inner cylinder of material cavity cylinder is divided into three solely Vertical chamber, to accommodate three kinds of different materials respectively, the head end of the material cavity cylinder is provided with the outlet of each chamber, wherein thing Each chamber of chamber cylinder is expected at least provided with one outlet, and the release as the material accommodated in material chamber exports, and covers The head end of barrel structure is at least provided with the outlet of a cup structure, and each chamber is with the piston structure matched with chamber Part.

When having two or more material chambers in the material cavity cylinder, each material chamber has each independent work Plug or piston component.

When there are two or more material chambers in the material cavity cylinder, it is preferred that each chamber of material cavity cylinder can have There is the same dynamic component of control, to realize the outlet of the outlet of each material chamber and respective cup structure while when overlapping, pass through Each component is moved in independent control for pressing, the purpose that the material in each chamber can be realized while discharged, allocate；

When having two or more material chambers in the material cavity cylinder, optionally, each material chamber can have respective Component is moved in independent control, with realize the outlet of different material chambers with the outlet of cup structure when overlapping, by by Each component is moved in independent control to pressure, the material in each chamber can realize it is independent successively discharge, the purpose of allotment, reach different material Successively, successively release effect.

The quantity of the outlet of each chamber of the material cavity cylinder is at least one, and preferably each chamber has one outlet, The quantity of the outlet of cup structure is at least one, and the quantity of the quantity of the outlet of cup structure and the outlet of all chambers can be with It is identical, can also be different.

When there are two or more material chambers in the material cavity cylinder, the quantity of the outlet of cup structure and all chambers Outlet quantity it is identical and when each self-corresponding outlet can overlap simultaneously, by by voltage-controlled dynamic component, in each chamber Material can be released simultaneously.

When there are two or more material chambers in the material cavity cylinder, the quantity of the outlet of cup structure and all chambers The quantity of outlet can be different, so set can be achieved it is following act on, the outlet of each chamber and the outlet of cup structure can Coincidence and dislocation at different rotary angle, diverse location so that material cavity cylinder passes through in its angle or scope for rotating Component is moved in the respective independent control of pressing, can control the order that material discharges in each chamber, to realize the various of material release Change so that the allotment of each material is more accurate, more scientific.For example, when cup structure only has one outlet, cup structure and thing When material chamber cylinder mutually rotates, the outlet on each chamber of material cavity cylinder can overlap with the outlet in cup structure successively, Realize that the material in each chamber is released successively；

For another example when there are two or more material chambers in the material cavity cylinder, when the quantity of the outlet of cup structure Identical with the quantity of the outlet of all chambers but each self-corresponding outlet can not overlap simultaneously when, in cup structure and material cavity cylinder When mutually rotating, the outlet on material cavity cylinder can be delayed to be overlapped with the outlet in cup structure, realizes the material in chamber Successively or delay is released.

The size of the outlet of the cup structure and the outlet of material cavity cylinder or chamber, can be according to the material state discharged Set, for the liquid material of good fluidity, cup outlet is changeable with material cavity cylinder or the outlet of chamber or its passage, For the poor material of mobility, such as high viscosity liquid material, slurry, solid powder, solid particle, solid sheet or bulk Thing, cup outlet and material cavity cylinder or chamber outlet should set it is larger, in order to the smooth release of material；

The outlet of the cup structure can be variously-shaped with the outlet of material cavity cylinder or chamber, in order to which material is smooth Ground discharges, specifically, when the material wherein accommodated is liquid, by cup outlet and the outlet of material cavity cylinder or chamber It is designed to variously-shaped, different shapes, including water column shape or fluid column shape, spraying is presented during make it that liquid material discharges Shape, etc..

Further, container closing appliance described in the utility model, it is provided with only between The lid component and other parts Motivation structure or locking mechanism, the stop mechanism or locking mechanism turn to predetermined position relative to cup structure in material cavity cylinder When engage to prevent or hinder the further relative rotation of cup structure and material cavity cylinder, the predetermined position includes and preferred The outlet mutual dislocation of outlet and material cavity cylinder or chamber for cup structure or the position to overlap, the prevention or obstruction Cup structure and the further relative rotation of material cavity cylinder, preferably cup structure mutually stop with material cavity cylinder and can not enter one Step relatively rotates, or has inhibition between cup structure and material cavity cylinder, and increasing action power can relatively rotate, but not It can be rotated easily；

The stop mechanism or locking mechanism, are included between The lid component and material cavity cylinder and are provided with stop mechanism or locking Mechanism, either it is provided with stop mechanism or locking mechanism or in The lid component and piston structure between The lid component and the dynamic component of control Stop mechanism or locking mechanism are provided between part, the stop mechanism or locking mechanism are arranged on The lid component and other parts Any position that can be touched；

Preferably, the stop mechanism or locking mechanism are arranged on cup structure and any of material cavity cylinder and can touched Position；

Preferably, the stop mechanism or locking mechanism are arranged on lid closed structure and any of material cavity cylinder and can touched Position；

Preferably, the stop mechanism or locking mechanism are arranged on cup structure can touch with controlling dynamic any of component Position；

Preferably, the stop mechanism or locking mechanism are arranged on lid closed structure can touch with controlling dynamic any of component Position；

Preferably, the stop mechanism or locking mechanism are arranged on cup structure and any of piston component and can touched Position；

Preferably, the stop mechanism or locking mechanism are arranged on lid closed structure and any of piston component and can touched Position.

For example, specifically, the stop mechanism or locking mechanism can be arranged on any of cup structure and material cavity cylinder The position that can be touched, such as be arranged on the inwall of cup structure and the outer wall of material cavity cylinder, or it is arranged on cup knot On the inwall of structure and the wall body of material cavity cylinder, or it is arranged on the inwall of the fixation inner cylinder of cup structure and the outer wall of material cavity cylinder On, or be arranged on the inwall of the fixation inner cylinder of cup structure and the wall body of material cavity cylinder.

For stop mechanism or locking mechanism, it is preferred that on the inwall of cup structure and the outer wall of material cavity cylinder, or On the inwall of the fixation inner cylinder of cup structure and the outer wall of material cavity cylinder, parallel to cup structure or the axis of material cavity cylinder Direction on, detained at least provided with a rib being mutually matched or gear, the rotational positioning muscle as cup structure and material cavity cylinder Bar or rotational positioning gear button, to position mistake of the cup outlet with the outlet of material cavity cylinder or chamber in mutual rotation process The positioning of ad-hoc location during position-coincidence, the rib or gear button are included in the inwall and material of the cylinder of the cup structure The setting of the convex or groove-like that are set on the outer wall of chamber cylinder, or, the rib or gear button are included in the cup structure The inwall of cylinder and the wall body of material cavity cylinder on the setting of convex or groove-like that sets, the setting includes bar, post The setting of shape thing, tablet or groove-like, on the inwall of the cylinder for being arranged on cup structure and the outer wall of material cavity cylinder Rib or gear button are mutually matched, the purpose is to when cup structure and material cavity cylinder mutually turn to ad-hoc location, especially phase Mutually turn to they outlet overlap or dislocation position when, the rotational positioning rib or rotational positioning gear button make cup structure with Material cavity cylinder can not mutually be rotated or can not be rotated easily, carried out the positioning of accurate location for the abundant release band of material and released Put the control of time, and ensure to the safe storage tape of material in sealed states；The cylinder of the cup structure includes The cylinder of cup structure in itself, or the cylinder of the fixation inner cylinder of cup structure；

It is preferred that the bar rib or gear are detained uniformly or are symmetrically distributed on the outer wall circumference of material cavity cylinder, or preferred institute Bar rib or gear button are stated uniformly or on the inwall circumference of the symmetrical cylinder for being distributed in cup structure；The setting avoids material cavity The centrifugal rotation or eccentric rotary of cylinder and cup structure, so as to avoid face cup outlet and material caused by centrifugal rotation Error and uncontrollability when being overlapped between chamber outlet, the release for being precisely controlled material in chamber has vital Effect；

Preferably, when cup structure and material cavity cylinder mutually turn to rib or gear button bit is put, just cup is gone out The outlet of mouth and material cavity cylinder or chamber is staggered in default position, in favor of the sealing and preservation of material, or is just caused Cup outlet overlaps with the outlet of material cavity cylinder or chamber, in favor of the release of material, or in cup structure and material cavity cylinder Rib or gear button bit are mutually turned to when putting, can prevent cup structure and material cavity cylinder from mutually rotate again or can not easily by Rotate, and cup outlet and the outlet of material cavity cylinder or chamber misplace, to ensure that product will not under the states such as storage, transport Unexpected release；In addition, when that can not be rotated easily, when mutually sliding past rib or gear button, slight shake can be produced The trickle sound is moved or sends, this vibrations or the sound can allow user to feel when being rotated or turning operation, be easy to User is in operation to the control of feel；

Such as a rib is set on the outer wall of material cavity cylinder, when cup outlet and the outlet of material cavity cylinder or chamber are wrong During position, the rib is in the centre position for two ribs being arranged on the inwall of cup structure, plays cup structure and material Chamber cylinder can not be rotated easily, to prevent unexpected release of the product under the states such as storage, transport, such as, in material One rib is set on the outer wall of chamber cylinder, and when cup outlet overlaps with the outlet of material cavity cylinder or chamber, the rib is in and set The position of a rib on the inwall of cup structure is put, two groups of ribs are bonded with each other and hinder to rotate, and play cup structure It can not mutually be rotated or can not be rotated easily again with material cavity cylinder, material occurs to prevent the position deviation of outlet coincidence The shortcomings that can not smoothly discharging, be advantageous to the smooth release and release completely of material；

In addition, the setting of above-mentioned rib or gear button, going out for cup outlet and material cavity cylinder or chamber can be accurately controlled The distance or scope of rotation of the mouth in mutual dislocation or coincidence, on the other hand, when cup structure and material cavity cylinder relatively rotate When, this device can avoid cup outlet and multiple, non-essential stagger or again occurs in the outlet of material cavity cylinder or chamber Close, the rib or gear button decide that cup exports the mobile model with the outlet of material cavity cylinder or chamber when mutually staggering or overlapping Enclose.

On the other hand, the stop mechanism or locking mechanism can be arranged on any of cup structure and the dynamic component of control can be with The position touched, such as be arranged on the inwall and the dynamic component of control of cup structure, or be arranged in the fixation of cup structure On the outer wall of cylinder and the dynamic component of control, or it is arranged on the outer wall and the dynamic component of control of lid closed structure；

For example, it is preferable to, on the inwall and the dynamic component of control of cup structure, or cup structure fixation inner cylinder it is outer On wall and the dynamic component of control, or on the outer wall of lid closed structure and the dynamic component of control, parallel to cup structure or material cavity cylinder On the direction of axis, detained at least provided with a rib being mutually matched or gear, the rotation as cup structure and material cavity cylinder Positioning rib or rotational positioning gear button, to position cup outlet and the outlet of material cavity cylinder or chamber in mutual rotation process Dislocation-coincidence when ad-hoc location positioning, the rib or gear button be included on the position of The lid component described above and control The setting of the convex or groove-like that are set on dynamic component, the setting include setting for bar, column, tablet or groove-like Put, the rib being arranged on the dynamic component of The lid component and control or gear button are mutually matched, and the purpose is to when cup structure and material When chamber cylinder mutually turns to ad-hoc location, when especially mutually turning to the position that their outlet overlaps or misplaced, the rotation Positioning rib or rotational positioning gear button prevent cup structure with material cavity cylinder, from mutually rotating or can not be rotated easily, to be thing The abundant release band of material comes the positioning of accurate location and the control of release time, and safety to material in sealed states is deposited Storage brings guarantee；

It is preferred that the bar rib or gear are detained uniformly or are symmetrically distributed on the inwall circumference of cup structure, or preferred institute Bar rib or gear button are stated uniformly or on the outer wall circumference of the outer wall of the symmetrical fixation inner cylinder for being distributed in cup structure, or preferably The bar rib or gear are detained uniformly or are symmetrically distributed on the outer wall of lid closed structure；The setting avoids material cavity cylinder and cup The centrifugal rotation or eccentric rotary of structure, so as to avoid face cup outlet and material chamber outlet caused by centrifugal rotation Between coincidence when error and uncontrollability, the release for being precisely controlled material in chamber has vital effect；

Such as a rib is set on the inwall of cup structure, when cup outlet and the outlet of material cavity cylinder or chamber are wrong During position, the rib is in the centre position for two ribs being arranged on the dynamic component of control, plays cup structure and material cavity cylinder not It can be rotated easily, to prevent unexpected release of the product under the states such as storage, transport, such as, in cup structure One rib is set on inwall, and when cup outlet overlaps with the outlet of material cavity cylinder or chamber, the rib is in and is arranged on control The position of a rib on dynamic component, two ribs are bonded with each other and hinder to rotate, and play cup structure and material cavity cylinder not It can mutually rotate or can not be rotated easily again, material, which occurs, smoothly to be discharged to prevent the position deviation of outlet coincidence The shortcomings that, be advantageous to the smooth release and release completely of material.

Further, on the other hand, the stop mechanism or locking mechanism can be arranged on cup structure and be supported with piston Any position that can be touched of part, such as be arranged on the inwall and piston supports of cup structure, or it is arranged on lid On the inwall and piston supports of the fixation inner cylinder of barrel structure；

For example, it is preferable to, on the inwall and piston supports of cup structure, or the fixation inner cylinder in cup structure On inwall and piston supports, parallel on the direction of cup structure or the axis of material cavity cylinder, at least provided with one mutually The rib or gear button of matching, rotational positioning rib or the rotational positioning gear as cup structure and material cavity cylinder are buckled, to position Cup exports the positioning with ad-hoc location during dislocation of the outlet of material cavity cylinder or chamber in mutual rotation process-overlap, The rib or gear button are included in the convex set on the inwall and piston supports of the cylinder of the cup structure or groove The setting of shape, the setting include the setting of bar, column, tablet or groove-like, the cylinder for being arranged on cup structure Rib or gear button on the inwall and piston supports of body are mutually matched, and the purpose is to mutually turn when cup structure and material cavity cylinder When moving to ad-hoc location, especially mutually turn to they outlet overlap or dislocation position when, the rotational positioning rib or Rotational positioning gear button prevents cup structure with material cavity cylinder from mutually rotating or can not be rotated easily, for fully releasing for material Put and bring the positioning of accurate location and the control of release time, and protect to the safe storage tape of material in sealed states Barrier；The cylinder of the cup structure includes cylinder cup structure in itself, or the cylinder of the fixation inner cylinder of cup structure；

For example, a rib is set in piston supports, when cup outlet and the outlet of material cavity cylinder or chamber misplace When, the rib be in be arranged on cup structure cylinder inwall on two ribs centre position, play cup structure with Material cavity cylinder can not be rotated easily, to prevent unexpected release of the product under the states such as storage, transport, such as, One rib is set in piston supports, and when cup outlet overlaps with the outlet of material cavity cylinder or chamber, the rib is in and set The position of a rib on the inwall of the cylinder of cup structure is put, two ribs are bonded with each other and hinder to rotate, and play lid Barrel structure can not mutually rotate or can not be rotated easily again with material cavity cylinder, be sent out with preventing the position deviation of outlet coincidence The shortcomings that biology material can not smoothly discharge, be advantageous to the smooth release and release completely of material.The cylinder bag of the cup structure Include the cylinder of cup structure in itself, or the cylinder of the fixation inner cylinder of cup structure.

Optionally, screw device is may be provided with the dynamic component of the control, in favor of the dynamic component of control is turned or rotated, It is preferred that screw device is arranged for ease of into the shape that user rotates by hand or turn, such as screw device is arranged to protrusion lid The tail end of component is easy to shape that user handles or the shape for being easy to pressing, in order to by screwing or pressing operation Start stop mechanism or locking mechanism.Preferably, screw device is arranged on the dynamic external surface of structural member of control and is in convex concave knot Structure, for example, it is sheet, strip, cylindrical, or it is arranged to the outer surface of Non-smooth surface on the outer surface of the dynamic component of control, such as set Into frosted outer surface, engraving texture, concavo-convex lines or concavo-convex texture, etc. are set；

Optionally, press surface interface is may be provided with the dynamic component of the control, in favor of by making piston by voltage-controlled dynamic component Slided to the head end of material cavity cylinder, the press surface interface is usually arranged as the plane or cambered surface in the top of the dynamic component of control Shape, pressing operation is carried out with hand to be advantageous to user；

Optionally, it may be provided with the dynamic component of the control and pull mechanism, in favor of by stirring or pulling the dynamic component of control, making Piston slides to the tail end of material cavity cylinder, and then piston is produced negative pressure in material cavity cylinder or chamber, by container body room Liquid material suction material cavity cylinder or chamber in, be pre-mixed with the material in material cavity cylinder or chamber or in advance dissolved Operation；It is preferred that the tail end for pulling mechanism and being arranged on the dynamic component of control, such as the tail end for controlling dynamic component is set into concavity or convex The mechanism of shape, or, ring tab shape structure is set in the tail end of the dynamic component of control or draws laminated structure, so that user is moved with hand-lifting Or pull.

Optionally, screw device is may be provided with the tail end of the material cavity cylinder, in favor of entering to the tail end of material cavity cylinder Row is turned or rotated, and screw device preferably is arranged for ease of into the shape that user rotates by hand or turn, such as by screw driver Structure is arranged to protrude the shape for being easy to user to handle of the tail end of material cavity cylinder, in order to make stop by torquing operations Mechanism or locking mechanism start.Preferably, screw device is arranged on material cavity tube outer surface and is in convex concave architecture, such as piece It is shape, strip, cylindrical, or it is arranged on the outer surface of material cavity cylinder tail end the outer surface of Non-smooth surface, such as be arranged to grind Sand outer surface, engraving texture, concavo-convex lines or concavo-convex texture, etc. are set.

Optionally, the tail end of the material cavity cylinder and The lid component near to or in contact with position it is settable with antitheft breakdown Structure, or, the dynamic component of control and The lid component near to or in contact with the settable structure with antitheft breakdown in position, such as set Putting a circle has the point-like clamping ring or point-like connecting terminal of antitheft breakdown, or one section of setting or a circle are easy to tear and removed Tear tape, etc., the structure of the antitheft breakdown has is in commodity circulation ring in container closing appliance described in the utility model Anti-theft protection is carried out in section to it and prevents container closing appliance to be accidentally opened.

Further, optionally, a cover lid can be set in the outside of The lid component, the cover lid is to the tail to material cavity cylinder End or the dynamic component of control are protected, should to prevent the tail end of material cavity cylinder or the dynamic component of control by unintentional rotation or be from being inadvertently depressed Cover lid returns container closing appliance described in the utility model and provides overall aesthetic property.The cover lid may be provided at material cavity The top of the tail end of cylinder simultaneously covers the tail end of material cavity cylinder or controls dynamic component, and the cover lid is preferably connected in The lid component；

Or the cover lid is a kind of thin-film material, the thin-film material is adhered in the opening of cup structure tail end, preferably The thin-film material is adhered on the section of the wall body of the tail end of cup structure, by the dynamic component enveloping of control in cup structure, is made Used time, the thin-film material need to be torn or be torn, expose the dynamic component of control, turn or by voltage-controlled dynamic component, discharge material cavity cylinder In content；Most preferably the height of the opening of cup structure tail end moves the height of component not less than control, to facilitate this Thin-film material is adhered on the section of the wall body of the tail end of cup structure, reaches preferably enveloping effect and outward appearance cleaning, excellent The thin-film material is selected as high molecule plastic, aluminium plastic composite material, composite paper-plastic material, paper, aluminium foil, such as by high molecule plastic Thin-film material, plastic-aluminum combined or paper-plastic stick thin-film material be adhered to cup structure tail end wall body section on.

It is preferred that the top of the end pieces protrusion lid closed structure of the material cavity cylinder of container closing appliance of the present utility model, whole Raised planform is presented in body, and its advantage and importance are：It is easy to the interconnection of cup structure and material cavity cylinder and steady It is fixed；The volume to outside extension material cavity cylinder is also beneficial to, beneficial to more accommodating material, and is advantageous in material cavity cylinder It is separated out more chambers and accommodates more inhomogeneous materials, also helps and meet The lid component and the mutually interconnection of material cavity cylinder The assembly manipulation connect, sealed.

Further, optionally, settable easy tear of the circle with antitheft breakdown in the peripheral bottom of lid closed structure connects Adapter ring or point-like connecting terminal, this easily tears clamping ring and is connected by way of contact portion or micro-force sensing with lid closed structure, and A global facility is formed with lid closed structure, is arranged on by container closing appliance on container neck, it is necessary to open container and twist During dynamic or swivelling cover closed structure, the effect for the block that clamping ring is set due to container neck outer wall is easily torn, the connection of its point-like Contact or micro-force sensing fracture, easily tear clamping ring and separated with lid closed structure, play a part of antitheft breakdown.

Optionally, at the inner surface of the lid closed structure contacted in the opening with container, one layer of pad can be provided with, to protect The sealing between the opening of container and lid closed structure is demonstrate,proved, preferable pad is rubber sheet gasket, most preferably silica gel pad, example One layer of rubber cushion is such as coated with the inner surface at the top of lid closed structure using the method for drop glue.

Another aspect of the present utility model, there is provided a kind of packing container, including container described in the utility model closing dress Put and container, the container include container neck and body chamber with opening, container closing appliance is arranged on to the neck of container Portion, wherein the screw thread or buckle that are set on the gusset inwall that the container closing appliance passes through its lid closed structure and the container Neck connects, or, the container closing appliance is passed through viscous by the gusset outer wall of its lid closed structure and the neck of the container Close sealing or welded seal；The body chamber of the container accommodates first material, material cavity cylinder in the container closing appliance or The chamber housing second material separated in material cavity cylinder or more material；The container is for example including the container neck with opening Packaging Bottle, packaging bag, packing jar, packaging cup, packing box or pail pack, etc.；

The neck that container closing appliance is arranged on to container, including by way of screw thread, buckle, bonding or welding Installed, connected and sealed；

As described above, the neck that container closing appliance is arranged on to container forms packing container, before packing container is opened Or using before mixed material, need to only turn and by voltage-controlled dynamic component, or need to only turn material cavity cylinder and by voltage-controlled dynamic component, i.e., Material in material cavity cylinder or chamber can be discharged to the body chamber of container under the squeezing action of piston, the body chamber with container In material mix, reached material using preceding mixing preparation purpose；In addition, packing container of the present utility model There is premixing or the function of dissolving in advance for the material in container closing appliance, for example, by pulling the dynamic component of control to make work Head end of the plug away from material cavity cylinder, makes to produce negative pressure in material cavity cylinder, and the liquid material in container body room is sucked into material cavity In cylinder, it is pre-mixed with the material in material cavity cylinder or is dissolved in advance, then again by making piston by thing by voltage-controlled dynamic component The material being pre-mixed in material chamber cylinder is extruded to the body chamber of container, is mixed with the material in the body chamber of container, Reach after being first pre-mixed for special material or being dissolved in advance, then mixing preparation is carried out with the material in container body room Purpose.

The all parts of container closing appliance or packing container described in the utility model, component, mechanism, device, setting Deng can use the assembling of independent part, link fixed or welding method and obtain, preferably as described in the utility model each The assembly or composition of individual part, or the assembly or composition that use can be assembled.Certainly, people in the art Member is it is understood that when some parts are in production, such as when being produced by injection mold, more highly difficult, production effect be present Rate is low or in the case that production cost is high, can use the group that all parts described in the utility model are used to independent part Dress, link is fixed or the method for welding obtains.It is unquestionable, no matter assemble in which way, install or assemble obtained sheet Container closing appliance or packing container described in utility model, belong to protection domain described in the utility model.

For example, special, the piston supports can be each independent component with the dynamic component of control；Or piston branch Support member can also be an independent integrated member with the dynamic component of control, such as preferably be made into one solely using the method for injection Vertical overall moulding.

For example, special, the piston can be each independent component with piston supports, and piston is arranged on into piston Piston component is formed on support member；Or piston and piston supports can also be an independent integrated members, such as preferably Piston component is formed in one end of piston supports by rubber type of material is encapsulated using encapsulated method is molded, or using note An independent plastic member is made in piston and piston supports by the method for modeling.

For example, special, the cup structure and lid closed structure are an independent integrated members, such as preferably using note The method of modeling is made into an independent overall moulding, as The lid component；Or cup structure is distinguished with lid closed structure It is each independent component, cup structure and lid closed structure is assembled in one by way of buckle, screw thread, welding or link Rise, you can form The lid component.

Preferably, lid closed structure described in the utility model and the interconnection of cup structure and in a ring sleeve-like configuration, it is excellent Lid closed structure is selected as overall cylindrical structure, the gusset outer wall of lid closed structure can with the neck of container by screw thread, buckle, Adhesive seal or welded seal link together.For adhesive seal or welded seal, for example, including, the gusset of lid closed structure with The neck or opening of packaging bag class container include note by adhesive seal or welded seal, most preferably described packaging bag class container Penetrate liquid soft packaging bag；The adhesive seal or welded seal include being sealed by hot melt adhesive or weld bonds, such as logical Cross the mode of heating or HF hot melt；

Or particularly, the lid closed structure is connected with each other with cup structure, lid closed structure may be configured as overall in flat The structure of shape, in favor of the outer wall of lid closed structure and the neck adhesive seal or welded seal of container, such as preferred lid closed structure Outer wall and packaging bag class container neck or opening pass through adhesive seal or welded seal, most preferably described packaging bag class is held Device includes injection flexible packaging bag；The adhesive seal or welded seal include close by hot melt adhesive or weld bonds progress Envelope, such as by way of heating or HF hot melt.

Further, the utility model additionally provides a kind of packaging compositions, by packing container, two or more Material forms, and described two or two or more materials are respectively inside packing container and sealed independently of each other, described two Or at least a kind of material of two or more materials is liquid material, the packing container is held using packaging described in the utility model The body chamber of device, wherein container accommodates a kind of material, and the chamber separated in material cavity cylinder or material cavity cylinder accommodates its excess respectively Material；

The material can be the mixture or slurry of liquid material, solid material, solid and liquid, the solids Expect preferred solid powder material, solid particle material, tablet material, the solid particle material includes but is not limited in pharmacy The effervescence granular of application, speed collapse particle, plain particles, etc., and the tablet material includes but is not limited to what is applied in pharmacy Effervescent tablet, dispersible tablet, fast disintegrating tablet, ordinary tablet, etc.；Such as contain the first thing sealed independently of each other in preferred packaging composition Expect A, second material B and more materials, at least one kind is liquid in preferably described first material A, second material B and more materials Body material, such as first material A and second material B are liquid materials, or first material A is solid material, second material B It is liquid material, or first material A is liquid material, second material B is solid material, and the liquid material includes water solubility Liquid material or fat-soluble liquid material.

Further, container closing appliance and its packing container provided by the utility model, packaging compositions, can be used extensively In food or drink, beverage wine, health food, special medicine purposes formula food, ordinary food, medicine, medicine equipment, health The packaging of the products such as articles for use, cosmetics, commodity, the product containing liquid component that is particularly suitable for use in packing and storing.

Container closing appliance and its packing container described in the utility model, user or consumer open the packing container Before, only it need to turn or rotate material cavity cylinder, or turn or rotate the dynamic component of control and then drive material cavity cylinder to rotate, make material cavity The outlet of cylinder overlaps with the outlet of cup structure, then by making piston squeeze the material in material cavity cylinder by voltage-controlled dynamic component Press, be emitted into the body chamber of container, or by pulling the dynamic component of control piston is produced negative pressure in material cavity cylinder, by container In liquid material suction material cavity cylinder in body chamber, it is pre-mixed with the material in material cavity cylinder or is dissolved in advance, then Again by making piston by the material being pre-mixed in material cavity cylinder extruding by voltage-controlled dynamic component, being emitted into the body chamber of container In, mixed with the material in container.Reached before packing container is opened, it is only necessary to carry out material cavity cylinder or/and The simple operations of the dynamic component of control, you can so that one or more materials in material cavity cylinder or chamber and the material in container are accurate Really, easily mixing preparation together, has reached material in the purpose using preceding mixing preparation, material therein can be realized certainly Dynamic mixing and do not influence user and turn on the operation that and can after container cover tightens container cover, it is easy to use, simple, convenient；

In addition, for special material, such as dissolving is slow or needs to amplify the material dissolved step by step, can be with advanced After row premixing or in advance dissolving, then the purpose with the material progress mixing preparation in container body room.

In addition, the utility model is very great for the packing and storing meaning of the said goods, disappear for being applied to for determination Fei Zhe, user or the material proportion of patient, the especially stability under liquid environment are worse, or for product especially The packaging that the freshness of drink, quality influence serious product is significant with storing.Technology of the present utility model Scheme, on the one hand make different materials independent sealed, it is mutual between product shelf life to avoid the material of various different performances Influence or react to each other, either avoid due to the conversion of storage condition and cause the change of product quality or improve production Product to transporting, circulating, the strict storage request required by link such as storing, particularly with drink, beverage wine, health food, The matter of the products such as special medicine purposes formula food, ordinary food, medicine, medicine equipment, amenities, cosmetics, commodity Amount improves, quality guarantee, significant；On the other hand, for various materials（Or material or composition）Between proportioning, adjust Match somebody with somebody, accurately assembled in safety, clean space environment in production, can be certainly when consumer, user or patient use Dynamic allotment, avoid prior art when carrying out product preparing existing cross pollution, allocate the drawbacks of poor accuracy；Third party Face, the utility model packing container and packaging compositions for field work, speedily carry out rescue work, give first aid to, under the conditions of emergency etc., to production Use, carrying, storage and the allotment of product, bring major benefit.

Special instruction, all parts of container closing appliance or its packing container described in the utility model, component, Mechanism, device, setting etc., the system such as high polymer material, metal, glass, ceramics, aluminium plastic composite material, paper material can be used Into either the compound functional material of above-mentioned material or the container closing appliance and its packing container are with various differences The assembly of different parts made of material.It is preferred that being made of high polymer material such as plastics, rubber, plastic material, or adopt It is made of the metal material such as metal such as steel, aluminium, tin, copper or composition metal, or is made of glass, ceramic material.For example, High polymer material includes but is not limited to PET, HDPE, PP, PE, PVC, PS, and paper material, aluminium plastic composite material, etc..Example Such as, material selection high polymer material, metal, glass, ceramics, aluminium plastic material or the paper of the container closing appliance, container Material etc. is made, or the compound functional material of above-mentioned material；The container can also use thin-film material or sheet material that bag is made Pack, the thin-film material or sheet material include but is not limited to using high polymer material, aluminium plastic material, paper material；It is or described Packing container is the assembly of the different parts made of various different materials；All parts, the device of described packing container Or setting is the assembly or composition of all parts；Or described all parts are solid using assembling, the link of independent part Fixed or welding method obtains.

Special instruction, it will be understood by those skilled in the art that container closing appliance described in the utility model or bag Packaging container, its structure about position can be the independence for assembling or being molded as one of each individual components Part.

It will be understood by those skilled in the art that each portion of container closing appliance described in the utility model or packing container Part, device, setting etc., the preferably assembly or composition such as all parts described in the utility model；Certainly, this area skill Art personnel exist more highly difficult, raw it is understood that when some parts are in production, such as are produced by injection mold It is low or in the case that production cost is high to produce efficiency, can use and all parts described in the utility model are used into independent part Assembling, link fixed or welding method and obtain.It is unquestionable, no matter assemble or assemble in which way this obtained reality With new described container closing appliance and its packing container, protection domain described in the utility model is belonged to.

It should be noted that material described in the utility model refers to independently deposit in container closing appliance or packing container Material, material assembly or mixture, the utility model illustrates the form of material generally in the form of liquid, solid-state And existence, on the other hand, the utility model is thought, can will can generally flow at normal temperatures and pressures and contain more amount The material of liquid component belong to liquid material, such as solution, grease, emulsion, suspension, lyosol（Liquid state colloid）、 Slurry, flow-gel, underflow thing etc., even if containing a certain amount of liquid component but can not or be not easy to flow at normal temperatures and pressures Dynamic material can be considered solid material.

The utility model packing container and the product composition packed by the packing container, relative to prior art, tool There are following characteristics and creativeness：

1st, simple in construction, precise control, it is easy to carry, stores and transports, cost is low；

2nd, the utility model packing container is carried out two or more materials being separately configured independent sealed respectively, not only Ensure that the stabilization, fresh, function quality or otherwise quality of product, and avoid conversion due to storage condition and Cause the change of product quality, improve product to transporting, circulating, the strict storage request required by link such as storing, protect The quality safety of product is demonstrate,proved；

3rd, the utility model packing container realizes user or consumer before packing container is opened, it is only necessary to turn and by Piston component is pressed, independent sealed content therein can mix automatically, reach automatic governing effect；

4th, the operation that packing container tightens container cover after filling material is not influenceed, after nor affecting on user's twist-off closure And can tightens the operation of bottle cap, easy to use, simple, convenient；

5th, user or consumer can clearly experience the specialized character of product content thing, and experience material and discharging Different shapes, including water column shape or fluid column shape, spray form etc. are presented when out, allows user or consumer to be adjusted automatically from product Pleasant feeling is obtained during matching somebody with somebody, optimizes the use mood of user or consumer；

6th, the configuration and allotment of two or more liquid materials and liquid material can be not only realized, two kinds can also be realized Or the packaging and allotment of plurality of liquid material and solid material；

7th, there is premixing or the allotment function of dissolving in advance：For the solid material in container closing appliance, with appearance During the direct mixing preparation of liquid material in the body chamber of device, it is unfavorable for the abundant dissolving of solid material and quick dissolving, and this Utility model container closing appliance has premixing or the allotment function of dissolving in advance, such as can be by pulling the dynamic component of control to make work Plug produces negative pressure in material cavity cylinder, by the liquid material suction material cavity cylinder in container body room, and in material cavity cylinder Material is pre-mixed or dissolved in advance；Especially when the outlet diameter of material cavity cylinder is less than 2mm, liquid material can be with very fast Speed with fluid column shape inject material cavity cylinder in, this for the solid material in container closing appliance have good premixing or Promote the mixing effect of dissolving；

8th, in addition, for special material, such as dissolving is slow or needs to amplify the material dissolved, Ke Yishi step by step After being now first pre-mixed or dissolved in advance, then the function with the material progress mixing preparation in container body room；

9th, for the proportioning between various materials or material or composition, allotment, in production in safety, clean spatial loop Accurately assembled in border, when consumer, user or patient use can automatic governing, avoid prior art carry out product During allotment the drawbacks of existing cross pollution, allotment poor accuracy；

10th, for field work, speedily carry out rescue work, give first aid to, under the conditions of emergency etc., carrying, use, storage to product and Allotment, brings major benefit.

Brief description of the drawings

Fig. 1, Fig. 2 are a kind of structural representation of the component assembling process of the embodiment of container closing appliance, wherein cup Structure is internally provided with fixed inner cylinder；

Fig. 3 is the assembling process schematic diagram of the cross-section structure of the embodiment of the container closing appliance shown in Fig. 1, Fig. 2；

Fig. 4 is that the cross-section structure for the embodiment that the container closing appliance shown in Fig. 1, Fig. 2 fits together with container is illustrated Figure；

Fig. 5 is the schematic diagram of the embodiment of the assembled formation of the container closing appliance structure shown in Fig. 1, Fig. 2；

Fig. 6, Fig. 7 are a kind of structural representation of the component assembling process of the embodiment of container closing appliance, wherein cup Structure is internally provided with fixed inner cylinder；

Fig. 8 is the assembling process schematic diagram of the cross-section structure of the embodiment of the container closing appliance shown in Fig. 6, Fig. 7；

Fig. 9 is that the cross-section structure for the embodiment that the container closing appliance shown in Fig. 6, Fig. 7 fits together with container is illustrated Figure；

Figure 10 is the schematic diagram of the embodiment of the assembled formation of the container closing appliance structure shown in Fig. 6, Fig. 7；

Figure 11, Figure 12 are a kind of structural representation of the component assembling process of the embodiment of container closing appliance, wherein thing Material chamber cylinder is internally provided with fixed inner cylinder；

Figure 13 is the assembling process schematic diagram of the cross-section structure of the embodiment of the container closing appliance shown in Figure 11, Figure 12；

Figure 14 is that the cross-section structure for the embodiment that the container closing appliance shown in Figure 11, Figure 12 fits together with container shows It is intended to；

Figure 15 is the schematic diagram of the embodiment of the assembled formation of the container closing appliance structure shown in Figure 11, Figure 12；

Figure 16, Figure 17 are a kind of structural representations of the component assembling process of the embodiment of container closing appliance；

Figure 18 is the assembling process schematic diagram of the cross-section structure of the embodiment of the container closing appliance shown in Figure 16, Figure 17；

Figure 19 is that the cross-section structure for the embodiment that the container closing appliance shown in Figure 16, Figure 17 fits together with container shows It is intended to；

Figure 20 is the schematic diagram of the embodiment of the assembled formation of the container closing appliance structure shown in Figure 16, Figure 17；

Figure 21, Figure 22 are a kind of structural representations of the component assembling process of the embodiment of container closing appliance；

Figure 23 is the assembling process schematic diagram of the cross-section structure of the embodiment of the container closing appliance shown in Figure 21, Figure 22；

Figure 24 is that the cross-section structure for the embodiment that the container closing appliance shown in Figure 21, Figure 22 fits together with container shows It is intended to；

Figure 25 is the schematic diagram of the embodiment of the assembled formation of the container closing appliance structure shown in Figure 21, Figure 22；

Figure 26, Figure 27 are a kind of structural representation of the component assembling process of the embodiment of container closing appliance, wherein thing There are two chambers in material chamber cylinder；

Figure 28 is the assembling process schematic diagram of the cross-section structure of the embodiment of the container closing appliance shown in Figure 26, Figure 27；

Figure 29 is that the cross-section structure for the embodiment that the container closing appliance shown in Figure 26, Figure 27 fits together with container shows It is intended to；

Figure 30 is the schematic diagram of the embodiment of the assembled formation of the container closing appliance structure shown in Figure 26, Figure 27；

Figure 31, Figure 32 are a kind of structural representations of the component assembling process of the embodiment of container closing appliance；

Figure 33 is the assembling process schematic diagram of the cross-section structure of the embodiment of the container closing appliance shown in Figure 31, Figure 32；

Figure 34 is that the cross-section structure for the embodiment that the container closing appliance shown in Figure 31, Figure 32 fits together with container shows It is intended to；

Figure 35 is the schematic diagram of the embodiment of the assembled formation of the container closing appliance structure shown in Figure 31, Figure 32.

Wherein, the description of symbols in Fig. 1-Figure 35：

1 container；Screw thread on 101 container necks；The block of 102 antitheft breakdowns；The body chamber of 103 containers；

2 The lid components；201 lid closed structures；202 cup structures；203 The lid component screw threads；The fixation inner cylinder of 204 cup structures； 205 inner cylinder buckles；The raised gear button of 206 stop mechanisms；207 cup buckles；The clamping ring of 208 antitheft breakdowns；209 cup cards Button；210 cups export；211 cups export；

3 material cavity cylinders；The outlet of 301 material cavity cylinders or chamber outlet；302 material cavity cylinder buckles；303 material cavity cylinders Drive shelves button；The drive shelves of 304 material cavity cylinders are buckled；The fixation inner cylinder of 305 material cavity cylinders；The positioning gear button of 306 stop mechanisms； 307 chamber cylinder buckles；308 screw device textures, positioned at material cavity cylinder tail end；309 tube-in-tube structures, or chamber barrier；311 material cavities The outlet of cylinder or chamber outlet；

4 piston components；401 pistons；402 piston supports；403 piston mounting cover holes；404 annular pistons；405 annulars are living Plug installation sets of holes；

The dynamic component of 5 controls；501 rotations drive shelves button；502 screw device textures；The positioning gear button of 503 stop mechanisms；504 controls The press surface of dynamic component；The dynamic member clasp of 505 controls；506 piston supports；It is linked on the dynamic component of control；507 rotations drive shelves Button；508 pistons install support；509 piston supports；510 rotations drive shelves button；511 annular pistons install support；512 pull Mechanism.

Embodiment

In implementation process of the present utility model, those of ordinary skill in the art do not depart from the scope of the utility model and Caused various embodiments and modification are obvious and are easy to perform on the basis of Spirit Essence.Below by way of The specific embodiment of accompanying drawing, the utility model is further illustrated, but do not indicated that to limitation of the present utility model.

In addition, accompanying drawing and by way of enumerating some alternative embodiments of the present utility model, to of the present utility model Technical scheme（Including optimal technical scheme）It is described in further detail.It should be noted that any skill in the present embodiment Art feature, any technical scheme be plurality of optional technical characteristic or optional technical scheme in one or more, in order to Description it is succinct need all alternative technical characteristics of the present utility model impossible to exhaust and alternative skills in this document Art scheme, the embodiment for being also not easy to each technical characteristic emphasize it as one of optional numerous embodiments, so this Art personnel are not it should also be understood that any technical characteristic and any technical scheme in the present embodiment limit this reality With new protection domain, the scope of protection of the utility model should not pay creative work institute including those skilled in the art Any alternate embodiments that can relate to.

A kind of 1. container closing appliance of embodiment and its packing container.

Referring to figs. 1 to the container closing appliance that shown in Fig. 5, the present embodiment is provided, including The lid component 2, material cavity cylinder 3, Piston component 4, the dynamic component 5 of control, the The lid component 2 have lid closed structure 201 and a cup structure 202, its middle cover closed structure 201 and Cup structure 202 is connected with each other and sleeve-like configuration in a ring, and The lid component screw thread is provided with the gusset inwall of lid closed structure 201 203 or buckle, The lid component screw thread 203 or buckle be connected and seal with the screw thread 101 of the neck of container 1；It is used in material cavity cylinder 3 Accommodate material；

The tail end of the cup structure 202 is opening-like, and the tail end of material cavity cylinder 3 is opening-like, cup structure 202 it is interior Portion is provided with fixed inner cylinder 204, and fixed inner cylinder 204 and the head end of cup structure 202 are interconnected and fixed, fixed inner cylinder 204 Outer wall and cup structure 202 inwall between formed cylinder shape space, preferably cup structure 202 with fixation inner cylinder 204 be One independent integrated member；The head end of cup structure 202 is provided with the outlet 210 of cup structure, and the head end of material cavity cylinder 3 is set It is equipped with the outlet 301 of material cavity cylinder；

The piston component 4 includes piston 401 and piston supports 402, and wherein piston 401 is arranged on piston supports On 402, or it is using encapsulated method that piston 401 is encapsulated in piston supports 402, and piston 401 is in material cavity cylinder 3 In, piston 401 can slide in material cavity cylinder 3 and cylinder is sealed, and preferably described piston refers to use macromolecule material Material or rubber-like material are made, such as are preferably made of silica gel material or butyl material is made；

The dynamic component 5 of control is connected with piston supports 402, and the dynamic component 5 of control acts on piston supports 402 and makes work Plug 401 slides in material cavity cylinder 3；The dynamic component 5 of control can be rotated mutually with cup structure 202, and the dynamic component 5 of control has It can drive the setting that material cavity cylinder 3 rotates when rotating, i.e., by driving shelves button 501 to realize in convex concave rotation；

The fixation inner cylinder 204 that the inside of cup structure 202 is set is enclosed on the outer wall of material cavity cylinder 3, fixed inner cylinder 204 Inwall on be provided with inner cylinder buckle 205, material cavity cylinder buckle 302, cup structure 202 are provided with the outer wall of material cavity cylinder 3 It is connected with each other with material cavity cylinder 3 by buckle 205 and buckle 302, makes the head end of cup structure 202 and the head end of material cavity cylinder 3 It is brought into close contact, and cup structure 202 can be rotated mutually with material cavity cylinder 3；Cup structure 202 is mutual with material cavity cylinder 3 The generation of outlet 301 mutual dislocation of the outlet 210 of cup structure and material cavity cylinder-overlap can be realized by rotating, when going out for they When mutual dislocation occurs for mouth, the outlet 301 of material cavity cylinder is sealed, when their outlet overlaps, material cavity cylinder Outlet 301 can be opened；

The raised gear that stop mechanism is provided with the inwall of the cup structure 202 buckles 206 and cup buckle 209, material The drive shelves that material cavity cylinder is provided with chamber cylinder 3 buckle 303, control the positioning gear button 503 that stop mechanism is provided with dynamic component 5, control Dynamic member clasp 505, rotation drive shelves button 501, wherein, dynamic component 5 is controlled by controlling dynamic member clasp 505 and cup buckle 209 Mutual block, the dynamic component 5 of control is arranged on the tail end of cup structure 202, and the drive shelves of material cavity cylinder is buckled 303 and moved in control The rotation of component is driven in shelves button 501, and the outer wall and cup knot of fixed inner cylinder 204 can be stretched into by controlling the tubular wall body of dynamic component 5 In the cylinder shape space formed between the inwall of structure 202, it is ensured that the dynamic component 5 of control and piston component 4 can be moved smoothly, also really Keep-alive plug 401 can slide into the position of material cavity cylinder head end, in addition, the dynamic member clasp 505 of control mutually blocks with cup buckle 209 Gear, can prevent that control component 5 departs from from cup structure 202, to avoid piston component 4 from being undesirably fallen off with material cavity cylinder 3, ensure The stability of container closing appliance and safe handling；

The dynamic component 5 of control relative to cup structure 202 when rotating, raised gear button 206 and the stop mechanism of stop mechanism Positioning gear button 503 is bonded with each other, outlet 210 and the mutual dislocation of outlet 301 or phase of material cavity cylinder for locating cover barrel structure The position mutually overlapped.

When material in above-mentioned container closing appliance is in storing state, the outlet 210 of cup structure and material cavity The mutual dislocation of outlet 301 of cylinder, makes the material in material cavity cylinder 3 be in independent sealed state；Container closing appliance is installed Knockdown packing container is formed in the neck of container 1, before packing container is opened, need to only turn or rotate the dynamic component 5 of control, rotation Turning to drive shelves button 501 to buckle 303 by the drive shelves of material cavity cylinder makes material cavity cylinder 3 rotate, in the projection gear of stop mechanism In the presence of the positioning gear button 503 of button 206 and stop mechanism is bonded with each other, the outlet 301 of material cavity cylinder and going out for cup structure Mouth 210 can be overlapped accurately, and the outlet 301 of material cavity cylinder is got through, then by the press surface 504 by voltage-controlled dynamic component, makes work Plug 401 is slided to the head end of material cavity cylinder 3, and the material in material cavity cylinder 3 is extruded to, is emitted into the body chamber 103 of container 1 In, or by pulling the dynamic component 5 of control to make head end of the piston 401 away from material cavity cylinder, you can produced in material cavity cylinder 3 negative Pressure, in the suction of the liquid material in container body room 103 material cavity cylinder 3, will be pre-mixed with the material in material cavity cylinder 3 or Dissolving in advance, then again by the press surface 504 by voltage-controlled dynamic component, piston 401 is set to be pre-mixed in material cavity cylinder Material extruding, it is emitted into the body chamber of container, is mixed with the material in container.Reach and opened packing container Before, it is only necessary to once controlled the simple operations of component, you can so that the material in material cavity cylinder and the material in container 1 are accurate Really, easily mixing preparation together, has reached material in the purpose using preceding mixing preparation；In addition, for special material, example Such as dissolve slowly or need to amplify the material dissolved step by step, after being first pre-mixed or be dissolved in advance, then with appearance Material in device body chamber carries out mixing preparation.

In addition, optionally, control and concavo-convex texture can be set on the outer wall of dynamic component 5, as the texture 502 of screw device, with It is easy to rotation, the operation turned to controlling dynamic component 5.

Optionally, a clamping ring 208 of the circle with antitheft breakdown, the company are set in the peripheral bottom of lid closed structure 201 Adapter ring 208 is connected by way of contact with lid closed structure 201, and container closing appliance is being arranged on the neck of container 1, needed Open container and turn or during swivelling cover closed structure 201, point-like clamping ring 208 is due to the block of the antitheft breakdown outside bottleneck 102 effect, the contact fracture for connecting its point-like, point-like clamping ring 208 separate with lid closed structure 201, play antitheft breakdown Effect.

Further, the container closing appliance is arranged on the container of the neck with opening and forms packing container, institute State container and include but is not limited to Packaging Bottle, packaging bag, packing jar, packaging cup, packing box or pail pack, the neck of the container is set Screw thread 101 or buckle are equipped with, the screw thread or buckle can be with the screw threads or buckle that are set on the gusset inwall of the container closing appliance It is attached and seals；

Or neck adhesive seal or welded seal by the gusset of the lid closed structure of the container closing appliance and container, Such as the neck of the gusset outer wall of lid closed structure and packaging bag class container preferably passes through heating by adhesive seal or welded seal Or the mode of HF hot melt carries out adhesive seal or welded seal.

The packing container can be used to two kinds of independent sealed different materials of packaging, and wherein the body chamber 103 of container 1 accommodates the One material, material cavity cylinder 3 accommodate second material.

A kind of 2. container closing appliance of embodiment and its packing container.

With reference to shown in figure 6 to Figure 10, container closing appliance that the present embodiment is provided, including The lid component 2, material cavity cylinder 3, Piston 401, piston supports 506, the dynamic component 5 of control, the The lid component 2 have lid closed structure 201 and cup structure 202, wherein Lid closed structure 201 and cup structure 202 are connected with each other and sleeve-like configuration in a ring, is set on the gusset inwall of lid closed structure 201 The lid component screw thread 203 or buckle are equipped with, The lid component screw thread 203 or buckle are connected and sealed with the screw thread 101 of the neck of container 1； It is used to accommodate material in material cavity cylinder 3；

The dynamic component 5 of control is provided with piston supports 506, and piston supports 506 link and are fixed on the dynamic component 5 of control On, preferably piston supports 506 and the dynamic component 5 of control are an independent integrated members, and wherein piston 401 supports installed in piston Piston component is formed on part 506, piston component is in material cavity cylinder 3, and piston 401 can slide and right in material cavity cylinder 3 Cylinder is sealed, and preferably described piston refers to be made of high polymer material or rubber-like material, such as preferably uses silica gel Material is made or butyl material is made；

The dynamic component 5 of control can be rotated mutually with cup structure 202, and control dynamic component 5 with the energy when it is rotated The setting for enough driving material cavity cylinder 3 to rotate, i.e., drive shelves button in convex concave rotation in piston supports 506 by being arranged on 507 realize, preferably drive shelves buttons realizing to material cavity by the rotation in convex shape being arranged in piston supports 506 Induced effect when cylinder 3 is rotated；

The raised gear that stop mechanism is provided with the inwall of the cup structure 202 buckles 206 and cup buckle 209, material It is provided with the inwall of chamber cylinder 3 and buckles 304 in the drive shelves of convex concave material cavity cylinder, is controlled and be provided with stop mechanism on dynamic component 5 Positioning gear button 503, the dynamic member clasp 505 of control, be provided with rotation in piston supports 506 and drive shelves button 507, wherein, control is dynamic Component 5 will control dynamic component 5 and be arranged on cup structure 202 by controlling dynamic member clasp 505 and 209 mutual block of cup buckle Tail end, and rotation is driven during drive shelves of the shelves button 507 in material cavity cylinder buckle 304, controlling the tubular wall body of dynamic component 5 can stretch Enter in the cylinder shape space formed between the outer wall of fixed inner cylinder 204 and the inwall of cup structure 202, it is ensured that the dynamic component 5 of control It can smoothly be moved with piston component, also ensure that piston 401 can slide into the position of material cavity cylinder head end, in addition, the dynamic structure of control Part buckle 505 and 209 mutual block of cup buckle, can prevent that control component 5 departs from from cup structure 202, to avoid piston 401 undesirably fall off with material cavity cylinder 3, ensure that stability and the safe handling of container closing appliance；

When material in above-mentioned container closing appliance is in storing state, the outlet 210 of cup structure and material cavity The mutual dislocation of outlet 301 of cylinder, makes the material in material cavity cylinder 3 be in independent sealed state；Container closing appliance is installed Knockdown packing container is formed in the neck of container 1, before packing container is opened, need to only turn or rotate the dynamic component 5 of control, rotation Turning to drive shelves button 507 to buckle 304 by the drive shelves of material cavity cylinder makes material cavity cylinder 3 rotate, in the projection gear of stop mechanism In the presence of the positioning gear button 503 of button 206 and stop mechanism is bonded with each other, the outlet 301 of material cavity cylinder and going out for cup structure Mouth 210 can be overlapped accurately, and the outlet 301 of material cavity cylinder is got through, then by the press surface 504 by voltage-controlled dynamic component, makes work Plug 401 is slided to the head end of material cavity cylinder 3, and the material in material cavity cylinder 3 is extruded to, is emitted into the body chamber 103 of container 1 In, or by pulling the dynamic component 5 of control to make head end of the piston 401 away from material cavity cylinder, you can produced in material cavity cylinder 3 negative Pressure, in the suction of the liquid material in container body room 103 material cavity cylinder 3, will be pre-mixed with the material in material cavity cylinder 3 or Dissolving in advance, then again by the press surface 504 by voltage-controlled dynamic component, piston 401 is set to be pre-mixed in material cavity cylinder Material extruding, it is emitted into the body chamber of container, is mixed with the material in container.Reach and opened packing container Before, it is only necessary to once controlled the simple operations of component, you can so that the material in material cavity cylinder and the material in container 1 are accurate Really, easily mixing preparation together, has reached material in the purpose using preceding mixing preparation；In addition, for special material, example Such as dissolve slowly or need to amplify the material dissolved step by step, after being first pre-mixed or be dissolved in advance, then with appearance Material in device body chamber carries out mixing preparation.

A kind of 3. container closing appliance of embodiment and its packing container.

With reference to figures 11 to the container closing appliance that shown in Figure 15, the present embodiment is provided, including The lid component 2, material cavity cylinder 3rd, piston 401, piston supports 506, the dynamic component 5 of control, the The lid component 2 have lid closed structure 201 and cup structure 202, its Middle cover closed structure 201 and cup structure 202 are connected with each other and sleeve-like configuration in a ring, on the gusset inwall of lid closed structure 201 It is provided with The lid component screw thread 203 or buckle, The lid component screw thread 203 or buckle are connected and close with the screw thread 101 of the neck of container 1 Envelope；It is used to accommodate material in the material cavity cylinder 3；

The tail end of the cup structure 202 is opening-like, and the tail end of material cavity cylinder 3 is opening-like, the inside of material cavity cylinder 3 Fixed inner cylinder 305 is provided with, the head end of fixed inner cylinder 305 and material cavity cylinder 3 is interconnected and fixed, outside fixed inner cylinder 305 The space of cylinder shape is formed between the inwall of wall and material cavity cylinder 3, preferred feed chamber cylinder 3 is an independence with fixed inner cylinder 305 Integrated member；

The head end of cup structure 202 is provided with the outlet 210 of cup structure, and the head end of material cavity cylinder 3 is provided with material cavity The outlet 301 of cylinder；

The dynamic component 5 of control is provided with piston supports 506, has piston installation support 508 in piston supports 506, Piston supports 506 link and are fixed on the dynamic component 5 of control, and preferably piston supports 506 and the dynamic component 5 of control are one independent Integrated member, wherein piston 401 are arranged on piston by piston mounting cover hole 403 and installed in support 508 to form piston component, Piston component is in material cavity cylinder 3, and piston 401 can slide in material cavity cylinder 3 and cylinder is sealed, preferably described Piston refers to be made of high polymer material or rubber-like material, such as is preferably made of silica gel material or butyl material It is made；

The dynamic component 5 of control can be rotated mutually with cup structure 202, and control dynamic component 5 with the energy when it is rotated The setting for enough driving material cavity cylinder 3 to rotate, i.e., drive shelves button in convex concave rotation in piston supports 506 by being arranged on 507 realize, preferably drive shelves buttons realizing to material cavity by the rotation in convex shape being arranged in piston supports 506 Induced effect when rotate of cylinder 3；

The drive shelves that material cavity cylinder is provided with the inwall for the fixation inner cylinder 305 that the inside of the material cavity cylinder 3 is set are buckled 304, material cavity cylinder buckle 302 is provided with the outer wall of material cavity cylinder 3, and cup buckle is provided with the inwall of cup structure 202 207, cup structure 202 is enclosed on the outer wall of material cavity cylinder 3, cup structure 202 and material cavity cylinder 3 by cup buckle 207 and Material cavity cylinder buckle 302 is connected with each other, and is brought into close contact the head end of the head end and material cavity cylinder 3 of cup structure 202, and cup Structure 202 can be rotated mutually with material cavity cylinder 3；Cup structure 202 and the mutual rotation of material cavity cylinder 3 can realize cup knot Mutual dislocation-overlap occurs for the outlet 301 of the outlet 210 of structure and material cavity cylinder, when mutual dislocation occurs for their outlet, thing The outlet 301 of material chamber cylinder is sealed, and when their outlet overlaps, the outlet 301 of material cavity cylinder can be opened；

The raised gear that stop mechanism is provided with the inwall of the cup structure 202 buckles 206, on the outer wall of material cavity cylinder 3 The positioning gear button 306 of stop mechanism is provided with, chamber cylinder buckle 307 is provided with the inwall of material cavity cylinder 3, fixed inner cylinder 305 It is provided with inwall and buckles 304 in the drive shelves of convex concave material cavity cylinder, is controlled and the dynamic member clasp 505 of control is provided with dynamic component 5, Rotation is provided with piston supports 506 and drives shelves button 507, wherein, dynamic component 5 is controlled by controlling dynamic member clasp 505 and chamber cylinder 307 mutual block of buckle, dynamic component 5 will be controlled and be arranged on the tail end of material cavity cylinder 3, and make rotation drive shelves button 507 to be in material During the drive shelves of chamber cylinder buckle 304, the outer wall and material cavity cylinder 3 of fixed inner cylinder 305 can be stretched into by controlling the tubular wall body of dynamic component 5 In the cylinder shape space formed between inwall, it is ensured that the dynamic component 5 of control and piston component can be moved smoothly, also ensure that piston 401 can slide into the position of material cavity cylinder head end, in addition, the dynamic member clasp 505 of control and 307 mutual block of chamber cylinder buckle, can Prevent that control component 5 and piston 401 undesirably falls off with material cavity cylinder 3, the stability and safety that ensure that container closing appliance make With；

The dynamic component 5 of control relative to cup structure 202 when rotating, raised gear button 206 and the stop mechanism of stop mechanism Positioning gear button 306 is bonded with each other, outlet 210 and the mutual dislocation of outlet 301 or phase of material cavity cylinder for locating cover barrel structure The position mutually overlapped.

When material in above-mentioned container closing appliance is in storing state, the outlet 210 of cup structure and material cavity The mutual dislocation of outlet 301 of cylinder, makes the material in material cavity cylinder 3 be in independent sealed state；Container closing appliance is installed Knockdown packing container is formed in the neck of container 1, before packing container is opened, need to only turn or rotate the dynamic component 5 of control, rotation Turning to drive shelves button 507 to buckle 304 by the drive shelves of material cavity cylinder makes material cavity cylinder 3 rotate, in the projection gear of stop mechanism In the presence of the positioning gear button 306 of button 206 and stop mechanism is bonded with each other, the outlet 301 of material cavity cylinder and going out for cup structure Mouth 210 can be overlapped accurately, and the outlet 301 of material cavity cylinder is got through, then by the press surface 504 by voltage-controlled dynamic component, makes work Plug 401 is slided to the head end of material cavity cylinder 3, and the material in material cavity cylinder 3 is extruded to, is emitted into the body chamber 103 of container 1 In, or by pulling the dynamic component 5 of control to make head end of the piston 401 away from material cavity cylinder, you can produced in material cavity cylinder 3 negative Pressure, in the suction of the liquid material in container body room 103 material cavity cylinder 3, will be pre-mixed with the material in material cavity cylinder 3 or Dissolving in advance, then again by the press surface 504 by voltage-controlled dynamic component, piston 401 is set to be pre-mixed in material cavity cylinder Material extruding, it is emitted into the body chamber of container, is mixed with the material in container.Reach and opened packing container Before, it is only necessary to once controlled the simple operations of component, you can so that the material in material cavity cylinder and the material in container 1 are accurate Really, easily mixing preparation together, has reached material in the purpose using preceding mixing preparation；In addition, for special material, example Such as dissolve slowly or need to amplify the material dissolved step by step, after being first pre-mixed or be dissolved in advance, then with appearance Material in device body chamber carries out mixing preparation.

A kind of 4. container closing appliance of embodiment and its packing container.

Referring to figures 16 to the container closing appliance that shown in Figure 20, the present embodiment is provided, including The lid component 2, material cavity cylinder 3rd, piston 401, piston supports 506, the dynamic component 5 of control, the The lid component 2 have lid closed structure 201 and cup structure 202, its Middle cover closed structure 201 and cup structure 202 are connected with each other and sleeve-like configuration in a ring, on the gusset inwall of lid closed structure 201 It is provided with The lid component screw thread 203 or buckle, The lid component screw thread 203 or buckle are connected and close with the screw thread 101 of the neck of container 1 Envelope；It is used to accommodate material in the material cavity cylinder 3；

The tail end of the cup structure 202 is opening-like, and the tail end of material cavity cylinder 3 is opening-like, and cup structure 202 is enclosed on On the outer wall of material cavity cylinder 3, the end pieces of material cavity cylinder 3 protrude the top of lid closed structure 201, cup structure 202 and material Chamber cylinder 3 can be rotated mutually, by turning the tail end of material cavity cylinder 3 material cavity cylinder 3 can be made to produce rotation with cup structure 202, Cup structure 202 and the mutual rotation of material cavity cylinder 3 can realize the outlet 210 of cup structure and the outlet 301 of material cavity cylinder Generation mutual dislocation-coincidence, when they outlet occur mutual dislocation when, the outlet 301 of material cavity cylinder is sealed, when they When outlet overlaps, the outlet 301 of material cavity cylinder can be opened；

Material cavity cylinder buckle 302 is provided with the outer wall of the material cavity cylinder 3, is provided with the inwall of cup structure 202 Cup buckle 207, cup structure 202 are enclosed on the outer wall of material cavity cylinder 3, and cup structure 202 passes through cup card with material cavity cylinder 3 Button 207 and material cavity cylinder buckle 302 are connected with each other, and are brought into close contact the head end of the head end and material cavity cylinder 3 of cup structure 202, And cup structure 202 can be rotated mutually with material cavity cylinder 3；

The raised gear that stop mechanism is provided with the inwall of the cup structure 202 buckles 206, on the outer wall of material cavity cylinder 3 The positioning gear button 306 of stop mechanism is provided with, chamber cylinder buckle 307 is provided with the inwall of material cavity cylinder 3, controls and set on dynamic component 5 The dynamic member clasp 505 of control is equipped with, wherein, dynamic component 5 is controlled by controlling dynamic member clasp 505 and 307 mutual block of chamber cylinder buckle, will The tail end that dynamic component 5 is arranged on material cavity cylinder 3 is controlled, component 5 is moved in control and piston component can be slided in material cavity cylinder or movement, really Keep-alive plug 401 can slide into the position of material cavity cylinder head end, in addition, the dynamic member clasp 505 of control mutually blocks with chamber cylinder buckle 307 Gear, can prevent that control component 5 and piston 401 departs from material cavity cylinder 3, and the stability and safety that ensure that container closing appliance make With；

Material cavity cylinder 3 relative to cup structure 202 when rotating, raised gear button 206 and the stop mechanism of stop mechanism Positioning gear button 306 is bonded with each other, outlet 210 and the mutual dislocation of outlet 301 or phase of material cavity cylinder for locating cover barrel structure The position mutually overlapped.

When material in above-mentioned container closing appliance is in storing state, the outlet 210 of cup structure and material cavity The mutual dislocation of outlet 301 of cylinder, makes the material in material cavity cylinder 3 be in independent sealed state；Container closing appliance is installed Knockdown packing container is formed in the neck of container 1, before packing container is opened, only need to turn or rotate material cavity cylinder 3, In the presence of the raised gear button 206 of stop mechanism is bonded with each other with the positioning gear button 306 of stop mechanism, the outlet of material cavity cylinder 301 can accurately be overlapped with the outlet 210 of cup structure, and the outlet 301 of material cavity cylinder is got through, then by by voltage-controlled dynamic component Press surface 504, make head end from piston 401 to material cavity cylinder 3 slide, the material in material cavity cylinder 3 is extruded, is emitted into appearance In the body chamber 103 of device 1, or by pulling the dynamic component 5 of control to make head end of the piston 401 away from material cavity cylinder, you can in material Negative pressure is produced in chamber cylinder 3, the liquid material in container body room 103 is sucked in material cavity cylinder 3, with the thing in material cavity cylinder 3 Material is pre-mixed or dissolved in advance, then makes piston 401 by material cavity cylinder by the press surface 504 by voltage-controlled dynamic component again In be pre-mixed material extruding, be emitted into the body chamber of container, mixed with the material in container.Reach Before opening packing container, it is only necessary to carry out the pressing operation that material cavity cylinder 3 turned and controlled component 5, you can so that material cavity Material in cylinder is accurate with the material in container 1, easily together with mixing preparation, has reached material in the preceding mixing preparation of use Purpose；In addition, for special material, such as dissolving is slow or needs to amplify the material dissolved step by step, can be with advanced Go after being pre-mixed or dissolving in advance, then mixing preparation is carried out with the material in container body room.

In addition, optionally, concavo-convex texture can be set on the outer wall of the tail end of material cavity cylinder 3, as screw device texture 308, in order to the rotation to material cavity cylinder 3, the operation turned.

A kind of 5. container closing appliance of embodiment and its packing container.

With reference to figures 21 to the container closing appliance that shown in Figure 25, the present embodiment is provided, including The lid component 2, material cavity cylinder 3rd, piston 401, piston supports 506, the dynamic component 5 of control, the The lid component 2 have lid closed structure 201 and cup structure 202, its Middle cover closed structure 201 and cup structure 202 are connected with each other and sleeve-like configuration in a ring, on the gusset inwall of lid closed structure 201 It is provided with The lid component screw thread 203 or buckle, The lid component screw thread 203 or buckle are connected and close with the screw thread 101 of the neck of container 1 Envelope；It is used to accommodate material in the material cavity cylinder 3；

The tail end of the cup structure 202 is opening-like, and the tail end of material cavity cylinder 3 is opening-like, the head of cup structure 202 The barrel diameter of end position is less than the barrel diameter at tail end position, and cup structure 202 is enclosed on the outer wall of material cavity cylinder 3, cup The cylinder inboard wall at the head end position of structure 202 and the wall contacts of material cavity cylinder 3 are simultaneously connected with each other by buckle, make cup structure The head end of 202 head end and material cavity cylinder 3 is brought into close contact, and cup structure 202 can be rotated mutually with material cavity cylinder 3, lid The space structure of cylinder shape is formed between the cylinder inboard wall at the tail end position of barrel structure 202 and the outer wall of material cavity cylinder 3；

The drive shelves that material cavity cylinder is provided with the inwall of the material cavity cylinder 3 buckle 304, are set on the outer wall of material cavity cylinder 3 Material cavity cylinder buckle 302 is equipped with, cup buckle 207 and cup buckle 209, cup knot are provided with the inwall of cup structure 202 Structure 202 is enclosed on the outer wall of material cavity cylinder 3, and cup structure 202 passes through cup buckle 207 and material cavity cylinder card with material cavity cylinder 3 Button 302 be connected with each other, be brought into close contact the head end of the head end and material cavity cylinder 3 of cup structure 202, and cup structure 202 and Material cavity cylinder 3 can be rotated mutually；The mutual rotation of cup structure 202 and material cavity cylinder 3 can realize the outlet of cup structure 210 occur mutual dislocation-overlap with the outlet 301 of material cavity cylinder, when mutual dislocation occurs for their outlet, material cavity cylinder Outlet 301 is sealed, and when their outlet overlaps, the outlet 301 of material cavity cylinder can be opened；

The raised gear that stop mechanism is provided with the inwall of the cup structure 202 buckles 206, on the outer wall for controlling dynamic component 5 The positioning gear button 503 of stop mechanism is provided with, controls and the dynamic member clasp 505 of control is provided with dynamic component 5, in piston supports 506 It is provided with rotation and drives shelves button 507, wherein, dynamic component 5 is controlled by controlling dynamic member clasp 505 and 209 mutual block of cup buckle, Dynamic component 5 will be controlled and be arranged on the tail end of material cavity cylinder 3, and make rotation drive drive shelves of the shelves button 507 in material cavity cylinder to buckle 304 In, control the tubular wall body of dynamic component 5 can stretch into cup structure 202 tail end position cylinder inboard wall and material cavity cylinder 3 it is outer In the space of the cylinder shape formed between wall, it is ensured that the dynamic component 5 of control and piston component can be moved smoothly, also ensure that piston 401 can slide into the position of material cavity cylinder head end, in addition, the dynamic member clasp 505 of control and 209 mutual block of cup buckle, can Prevent that control component 5 and piston 401 departs from from material cavity cylinder 3, ensure that stability and the safe handling of container closing appliance；

When material in above-mentioned container closing appliance is in storing state, the outlet 210 of cup structure and material cavity The mutual dislocation of outlet 301 of cylinder, makes the material in material cavity cylinder 3 be in independent sealed state；Container closing appliance is installed Knockdown packing container is formed in the neck of container 1, before packing container is opened, need to only turn or rotate the dynamic component 5 of control, rotation Turning to drive shelves button 507 to buckle 304 by the drive shelves of material cavity cylinder makes material cavity cylinder 3 rotate, in the projection gear of stop mechanism In the presence of the positioning gear button 503 of button 206 and stop mechanism is bonded with each other, the outlet 301 of material cavity cylinder and going out for cup structure Mouth 210 can be overlapped accurately, and the outlet 301 of material cavity cylinder is got through, then by the press surface 504 by voltage-controlled dynamic component, makes work Plug 401 is slided to the head end of material cavity cylinder 3, and the material in material cavity cylinder 3 is extruded to, is emitted into the body chamber 103 of container 1 In, or by pulling the dynamic component 5 of control to make head end of the piston 401 away from material cavity cylinder, you can produced in material cavity cylinder 3 negative Pressure, the liquid material in container body room 103 can be sucked in material cavity cylinder 3, be pre-mixed with the material in material cavity cylinder 3 Or dissolving in advance, then piston 401 has been pre-mixed in material cavity cylinder by the press surface 504 by voltage-controlled dynamic component again Material extruding, be emitted into the body chamber of container, mixed with the material in container.Reach and opened packing container Before, it is only necessary to once controlled the simple operations of component, you can so that the material in material cavity cylinder and the material in container 1 are accurate Really, easily mixing preparation together, has reached material in the purpose using preceding mixing preparation；In addition, for special material, example Such as dissolve slowly or need to amplify the material dissolved step by step, after being first pre-mixed or be dissolved in advance, then with appearance Material in device body chamber carries out mixing preparation.

A kind of 6. container closing appliance of embodiment and its packing container, the container closing appliance contain two material chambers.

With reference to shown in figure 26 to Figure 30, container closing appliance that the present embodiment is provided, including The lid component 2, material cavity cylinder 3rd, piston 401, circular piston 404, piston supports 506, piston supports 509, the dynamic component 5 of control, the The lid component 2 have There are lid closed structure 201 and cup structure 202, its middle cover closed structure 201 and cup structure 202 are connected with each other and sleeve-shaped in a ring Structure, The lid component screw thread 203 or buckle, The lid component screw thread 203 or buckle and appearance are provided with the gusset inwall of lid closed structure 201 The screw thread 101 of the neck of device 1 is connected and sealed；

A tube-in-tube structure 309 is provided with the material cavity cylinder 3, the tube-in-tube structure 309 and the head end phase of material cavity cylinder 3 Mutually link and fixed, the inner space of material cavity cylinder is divided into a cylindrical cavity by tube-in-tube structure 309 as chamber barrier With the cylindrical chamber of an annular；The head end of material cavity cylinder 3 is respectively arranged with the outlet 301 and outlet 311 of two chambers, lid The head end of barrel structure 202 is respectively arranged with the outlet 210 and outlet 211 of cup structure；Two chambers in the material cavity cylinder 3 Available for two kinds of materials of receiving；

The dynamic component 5 of control is provided with piston supports 506 and piston supports 509, has in piston supports 506 and lives Plug installs support 508, has piston installation support 511, piston supports 506 and piston supports 509 in piston supports 509 Link respectively and be fixed on the dynamic component 5 of control, preferably piston supports 506, piston supports 509 and the dynamic component 5 of control are one Independent integrated member, wherein piston 401 are arranged on piston by piston mounting cover hole 403 and installed in support 508 to form work Plug member, piston 404 are arranged on piston by piston mounting cover hole 405 and installed in support 511 to form another piston component, Two piston components are respectively in the cylindrical chamber of the cylindrical cavity in material cavity cylinder 3 and annular, and piston 401 is with living Plug 404 is able to slide in respective material chamber and seal chamber, and preferably described piston refers to use high score Sub- material or rubber-like material are made, such as are preferably made of silica gel material or butyl material is made；

The drive shelves that material cavity cylinder is provided with the inwall of the material cavity cylinder 3 buckle 304, are set on the outer wall of material cavity cylinder 3 Material cavity cylinder buckle 302 is equipped with, cup buckle 207 and cup buckle 209, cup knot are provided with the inwall of cup structure 202 Structure 202 is enclosed on the outer wall of material cavity cylinder 3, and cup structure 202 passes through cup buckle 207 and material cavity cylinder card with material cavity cylinder 3 Button 302 be connected with each other, be brought into close contact the head end of the head end and material cavity cylinder 3 of cup structure 202, and cup structure 202 and Material cavity cylinder 3 can be rotated mutually；The mutual rotation of cup structure 202 and material cavity cylinder 3 can realize the outlet of cup structure 210 and outlet 211 respectively with the outlet 301 of material cavity cylinder and the generation of outlet 311 mutual dislocations-overlap, when their outlet hair During raw mutual dislocation, the outlet 301 and outlet 311 of material cavity cylinder are sealed respectively, when their outlet overlaps, The outlet 301 and outlet 311 of material cavity cylinder can be opened simultaneously；

The raised gear that stop mechanism is provided with the inwall of the cup structure 202 buckles 206, on the outer wall for controlling dynamic component 5 The positioning gear button 503 of stop mechanism is provided with, controls and the dynamic member clasp 505 of control is provided with dynamic component 5, in piston supports 509 It is provided with rotation and drives shelves button 510, wherein, dynamic component 5 is controlled by controlling dynamic member clasp 505 and 209 mutual block of cup buckle, Dynamic component 5 will be controlled and be arranged on the tail end of material cavity cylinder 3, and make rotation drive drive shelves of the shelves button 510 in material cavity cylinder to buckle 304 In, control the tubular wall body of dynamic component 5 can stretch into cup structure 202 tail end position cylinder inboard wall and material cavity cylinder 3 it is outer In the space of the cylinder shape formed between wall, it is ensured that the dynamic component 5 of control and two piston components can be moved smoothly, also ensure that work Plug 401 can slide into the position of material cavity cylinder head end with piston 404, in addition, the dynamic member clasp 505 of control and cup buckle 209 Mutual block, it can prevent that control component 5 departs from two pistons from material cavity cylinder 3, ensure that the stabilization of container closing appliance Property and safe handling；

The dynamic component 5 of control relative to cup structure 202 when rotating, raised gear button 206 and the stop mechanism of stop mechanism Positioning gear button 503 is bonded with each other, outlet 210 and the mutual dislocation of outlet 301 or phase of material cavity cylinder for locating cover barrel structure The position mutually overlapped, and outlet 311 mutual dislocation or phase mutual respect of the outlet 211 with material cavity cylinder for locating cover barrel structure The position of conjunction.

When material in above-mentioned container closing appliance is in storing state, the outlet 210 of cup structure and material cavity The mutual dislocation of outlet 301 of cylinder, and outlet 211 and the mutual dislocation of outlet 311 of material cavity cylinder of cup structure, make material cavity The material in two chambers in cylinder 3 is respectively at independent sealed state；Container closing appliance is arranged on to the neck of container 1 Knockdown packing container is formed, before packing container is opened, need to only turn or rotate the dynamic component 5 of control, rotation drives shelves button 510 Buckleing 304 by the drive shelves of material cavity cylinder makes material cavity cylinder 3 rotate, in raised gear button 206 and the stop machine of stop mechanism In the presence of the positioning gear button 503 of structure is bonded with each other, the outlet 301 of material cavity cylinder can be accurate with the outlet 210 of cup structure Overlap, meanwhile, the outlet 311 of material cavity cylinder can be overlapped accurately with the outlet 211 of cup structure, the outlet 301 of material cavity cylinder Got through simultaneously with outlet 311, then by the press surface 504 by voltage-controlled dynamic component, make piston 401 with piston 404 simultaneously to thing Expect that the head end of chamber cylinder 3 slides, the material in the two chambers in material cavity cylinder 3 is extruded to, is emitted into the body chamber of container 1 In 103, or by pulling the dynamic component 5 of control to make the head end of piston 401 and piston 404 away from material cavity cylinder, you can respectively two Individual middle generation negative pressure, the liquid material in container body room 103 is sucked in two chambers respectively, respectively with two chambers Material is pre-mixed or dissolved in advance, is then made respectively in two chambers by the press surface 504 by voltage-controlled dynamic component again Material extruding through premixing, it is emitted into the body chamber of container, is mixed with the material in container.Reach and opened Before packing container, it is only necessary to once controlled the simple operations of component, you can so that two kinds of materials in chamber with container 1 Material is accurate, easily mixing preparation together, has reached material in the purpose using preceding mixing preparation；In addition, for special Material, such as dissolving is slow or needs to amplify the material dissolved step by step, after being first pre-mixed or be dissolved in advance, Again mixing preparation is carried out with the material in container body room.

The packing container can be used to three kinds of independent sealed different materials of packaging, and wherein the body chamber 103 of container 1 accommodates the One material, the two chambers in material cavity cylinder 3 accommodate second material and 3 material respectively.

A kind of 7. container closing appliance of embodiment and its packing container.

With reference to shown in figure 31 to Figure 35, container closing appliance that the present embodiment is provided, including The lid component 2, material cavity cylinder 3rd, piston 401, piston supports 506, the dynamic component 5 of control, the The lid component 2 have lid closed structure 201 and cup structure 202, its Middle cover closed structure 201 and cup structure 202 are connected with each other and sleeve-like configuration in a ring, on the gusset inwall of lid closed structure 201 It is provided with The lid component screw thread 203 or buckle, The lid component screw thread 203 or buckle are connected and close with the screw thread 101 of the neck of container 1 Envelope；It is used to accommodate material in the material cavity cylinder 3；

The raised gear that stop mechanism is provided with the inwall of the cup structure 202 buckles 206, on the outer wall of material cavity cylinder 3 The positioning gear button 306 of stop mechanism is provided with, chamber cylinder buckle 307 is provided with the inwall of material cavity cylinder 3, controls and set on dynamic component 5 It is equipped with the dynamic member clasp 505 of control and pulls mechanism 512, wherein, dynamic component 5 is controlled by controlling dynamic member clasp 505 and chamber cylinder buckle 307 mutual blocks, dynamic component 5 will be controlled installed in the tail end position of material cavity cylinder 3, controlling dynamic component 5 and piston component can be in material Slided in chamber cylinder or mobile, it is ensured that piston 401 can slide into the position of material cavity cylinder head end, in addition, the dynamic member clasp 505 of control With 307 mutual block of chamber cylinder buckle, it can prevent that control component 5 and piston 401 undesirably falls off with material cavity cylinder 3, ensure that container The stability of locking device and safe handling；

When material in above-mentioned container closing appliance is in storing state, the outlet 210 of cup structure and material cavity The mutual dislocation of outlet 301 of cylinder, makes the material in material cavity cylinder 3 be in independent sealed state；Container closing appliance is installed Knockdown packing container is formed in the neck of container 1, before packing container is opened, only need to turn or rotate material cavity cylinder 3, In the presence of the raised gear button 206 of stop mechanism is bonded with each other with the positioning gear button 306 of stop mechanism, the outlet of material cavity cylinder 301 can accurately be overlapped with the outlet 210 of cup structure, and the outlet 301 of material cavity cylinder is got through, then control dynamic component by pulling What 5 tail ends were set pulls mechanism 512, pulls out the dynamic component 5 of control, makes head end of the piston 401 away from material cavity cylinder, you can in thing Negative pressure is produced in material chamber cylinder 3, the liquid material in container body room 103 is sucked in material cavity cylinder 3, and in material cavity cylinder 3 Material is pre-mixed or dissolved in advance, then makes piston 401 by material cavity by the press surface 504 by voltage-controlled dynamic component again The material being pre-mixed in cylinder is extruded, is emitted into the body chamber of container, is mixed with the material in container.Reach Before packing container is opened, it is only necessary to carry out material cavity cylinder 3 and turn and control the pulling of component 5, pressing operation, you can so that Special material in material cavity cylinder 3, such as dissolving is slow or needs to amplify the material dissolved step by step, is first pre-mixed Or in advance dissolving after, then with container body room material carry out mixing preparation, make it accurate, convenient with the material in container 1 Ground mixing preparation together, has reached material in the purpose using preceding mixing preparation；

Claims

1. a kind of container closing appliance, including The lid component, material cavity cylinder, piston component, the dynamic component of control, it is characterised in that the lid Component has lid closed structure and cup structure, and its middle cover closed structure and cup structure are connected with each other and sleeve-like configuration in a ring, The screw thread or buckle of the neck connection sealing for being capable of container, or the side of lid closed structure are provided with the gusset inwall of lid closed structure Adhesive seal or welded seal can be passed through with the neck of container by enclosing；

The tail end of cup structure is connected with lid closed structure, and the tail end of cup structure is opening-like, and the tail end of material cavity cylinder is in open Mouthful shape, and the head end of cup structure is at least provided with the outlet of a cup structure, the head end of material cavity cylinder at least provided with The outlet of one material cavity cylinder；

The cup structure is enclosed on the outer wall of material cavity cylinder, and cup structure can be rotated mutually with material cavity cylinder, cup The mutual rotation of structure and material cavity cylinder can realize the outlet of cup structure and the outlet of material cavity cylinder occur mutual dislocation or Overlap, when mutual dislocation occurs for their outlet, the outlet of material cavity cylinder is sealed, when their outlet overlaps When, the outlet of material cavity cylinder can be opened；

The cup structure is connected with each other with material cavity cylinder by screw thread or buckle, and makes the head end and material cavity of cup structure The head end of cylinder is brought into close contact；

The piston component includes piston and piston supports, and wherein piston is connected with piston supports, and piston is in material In chamber cylinder；

The dynamic component of control is connected with piston supports, and the dynamic component of control acts on piston supports and enables piston in its institute Slided in the cylinder at place and cylinder is sealed.

2. container closing appliance according to claim 1, it is characterised in that the cup structure is enclosed on the outer of material cavity cylinder On wall and it is connected with each other, is brought into close contact the head end of the head end and material cavity cylinder of cup structure, the end pieces of material cavity cylinder are convex Go out the top of lid closed structure, by turning the tail end of material cavity cylinder material cavity cylinder can be made to produce rotation with cup structure, enter one Step makes the outlet of material cavity cylinder overlap or misplace with the outlet of cup structure；

Be connected with each other between the material cavity cylinder and cup structure, including using be arranged on cam on the outer wall of material cavity cylinder with The snap connection for the cam being arranged on the inwall of cup structure, or, using being arranged on the outer wall of material cavity cylinder Cam is connected with the snap for the matrix catching groove being arranged on the inwall of cup structure, or, using being arranged on material cavity cylinder Outer wall on the snap of cam of the groove with being arranged on the inwall of cup structure be connected；

Component is moved in the control and piston component is in material cavity cylinder, when pressing down on piston component, controls dynamic component and piston Component is in material cavity cylinder and slided to the head end of material cavity cylinder.

3. container closing appliance according to claim 1, it is characterised in that the cup structure is internally provided with fixation Inner cylinder, the fixed inner cylinder are connected and fixed with the head end of cup structure, and make outer wall and the cup structure for fixing inner cylinder The space structure of cylinder shape is formed between inwall；

The fixation inner cylinder that the cup inside configuration is set is enclosed on the outer wall of material cavity cylinder, and cup structure and material cavity cylinder Can mutually it rotate, the mutual rotation of cup structure and material cavity cylinder can realize the outlet of cup structure and going out for material cavity cylinder Mouth overlaps or misplaced；

It is connected with each other between the fixation inner cylinder that the inside of the material cavity cylinder and cup structure is set, including uses and be arranged on material The snap of cam of the cam with being arranged on the inwall of fixed inner cylinder on the outer wall of chamber cylinder is connected, or, using setting Cam on the outer wall of material cavity cylinder is connected with the snap for the matrix catching groove being arranged on the inwall of fixed inner cylinder, or Person, connected using the groove being arranged on the outer wall of material cavity cylinder and the snap for the cam being arranged on the inwall of fixed inner cylinder Connect；

The piston component is in material cavity cylinder, when pressing down on piston component, piston component be in material cavity cylinder to The head end of material cavity cylinder slides, and controls dynamic component and stretches between the outer wall of fixed inner cylinder and the inwall of cup structure the cylinder shape formed Space in.

4. container closing appliance according to claim 1, it is characterised in that the material cavity cylinder is internally provided with fixation Inner cylinder, the fixed inner cylinder are connected and fixed with the head end of material cavity cylinder, and make the outer wall and material cavity cylinder for fixing inner cylinder The space structure of cylinder shape is formed between inwall；

The cup structure is enclosed on the outer wall of material cavity cylinder, and cup structure can be rotated mutually with material cavity cylinder, cup The mutual rotation of structure and material cavity cylinder can realize the outlet of cup structure overlapped with the outlet of material cavity cylinder or Dislocation；

The piston component is in the fixation inner cylinder of material cavity cylinder, and when pressing down on piston component, piston component is in solid Determine to slide to the head end of fixed inner cylinder in inner cylinder, control dynamic component and stretch into shape between the outer wall of fixed inner cylinder and the inwall of material cavity cylinder Into cylinder shape space in.

5. container closing appliance according to claim 1, it is characterised in that the cylinder at the head end position of the cup structure Diameter is less than the barrel diameter at tail end position, and cup structure is enclosed on the outer wall of material cavity cylinder, the tail end position of cup structure The space structure of cylinder shape is formed between the outer wall of cylinder inboard wall and material cavity cylinder；

The cylinder inboard wall at the head end position of the cup structure is connected with each other with the outer wall of material cavity cylinder, and cup structure and thing Material chamber cylinder can be rotated mutually, and the mutual rotation of cup structure and material cavity cylinder can realize outlet and the material cavity of cup structure The outlet of cylinder overlaps or misplaced；

It is connected with each other between the cylinder inboard wall at the head end position of the cup structure and the outer wall of material cavity cylinder, including using use The card of cam on the cylinder inboard wall at the cam being arranged on the outer wall of material cavity cylinder and the head end position for being arranged on cup structure Button mode connects, or, using the cam being arranged on the outer wall of material cavity cylinder and the head end position for being arranged on cup structure The snap connection of matrix catching groove on cylinder inboard wall, or, using the groove being arranged on the outer wall of material cavity cylinder with setting Put the snap connection of the cam on the cylinder inboard wall at the head end position of cup structure；

The piston component is in material cavity cylinder, when pressing down on piston component, piston component be in material cavity cylinder to The head end of material cavity cylinder slides, control dynamic component stretch into cup structure tail end position cylinder inboard wall and material cavity cylinder outer wall it Between in the space of cylinder shape that is formed.

6. container closing appliance according to claim 1, it is characterised in that the piston and piston supports are identicals Plastic material is made, including the working of plastics that is brought into close contact of cylinder inboard wall residing for piston is made with it, connects with piston supports Tie together or be assemblied in piston supports and form piston component；

Or the piston is made of single high polymer material or rubber type of material, and piston is supported installed in piston One end of part；

Or formed rubber type of material is encapsulated using encapsulated method is molded in one end of piston supports；

Wherein, the piston supports include connecting rod shape, tubular or column structure.

7. container closing appliance according to claim 1, it is characterised in that the dynamic component of control being capable of phase with cup structure Mutually rotate, and control dynamic component there is the setting that material cavity cylinder can be driven to rotate when it is rotated；

Or the dynamic component of control can be rotated mutually with cup structure, and dynamic component is controlled with can be with animal when it is rotated The setting that piston component rotates.

8. container closing appliance according to claim 7, it is characterised in that the dynamic component of control is cylindrical in shape structure, wherein The outer wall of the dynamic component of control on the inwall of material cavity cylinder with setting the drive shelves being mutually matched to buckle；

Or moved in control and set the drive shelves being mutually matched to buckle on the inwall of the outer wall of component and the fixation inner cylinder of material cavity cylinder；

Or the drive shelves button being mutually matched is set on the inwall and material cavity drum outer wall of the dynamic component of control；

Or moved in control and set the drive shelves being mutually matched to buckle on the outer wall of the inwall of component and the fixation inner cylinder of material cavity cylinder；

Or the drive shelves being mutually matched are set to buckle on the inwall of piston supports and material cavity cylinder；

Or the drive shelves being mutually matched are set to buckle on the inwall of piston supports and the fixation inner cylinder of material cavity cylinder；

Wherein, the drive shelves button includes convex or groove-like structure setting.

9. container closing appliance according to claim 1, it is characterised in that the lid closed structure mutually interconnects with cup structure Connect and fixed, including lid closed structure and cup structure are an independent integrated members, or lid closed structure and cup structure It is independent part respectively, and cup structure and lid closed structure is assembled and is fixed together and forms The lid component, the fixation Mode, including link using buckle that fixed, threaded connection is fixed, be welded and fixed or adhesive adhesion is fixed.

10. container closing appliance according to claim 1, it is characterised in that the fixation of the material cavity cylinder or material cavity cylinder Chamber barrier is provided with inner cylinder, the inner space of the fixation inner cylinder in material cavity cylinder or material cavity cylinder is divided at least two Chamber, two kinds of materials are at least accommodated to realize,

Each chamber has outlet, and outlet is positioned at the head end of material cavity cylinder, and the head end of cup structure is at least provided with one The outlet of individual cup structure；

Each chamber has the piston component matched with chamber；

The quantity of the outlet of the cup structure is identical with the quantity of the outlet of all chambers, or, the outlet of cup structure Quantity is different from the quantity of the outlet of all chambers；

Each chamber of the material cavity cylinder has the dynamic component of same control, to realize the outlet of each material chamber and each lid The outlet of barrel structure overlaps simultaneously when, by the dynamic component of the respective independent control of pressing, the material in each chamber can be realized simultaneously The purpose of release, or, there is each material chamber each independent control to move component, to realize the outlet of different material chambers Outlet with cup structure is when overlapping, and by the dynamic component of the respective independent control of pressing, the material in each chamber can be real The purpose now independently discharged successively.

11. container closing appliance according to claim 1, it is characterised in that set between the The lid component and other parts There are stop mechanism or locking mechanism, the stop mechanism or locking mechanism turn to relative to cup structure predetermined in material cavity cylinder Engaged during position to prevent or hinder the further relative rotation of cup structure and material cavity cylinder；

The outlet mutual dislocation of the outlet of the predetermined position including cup structure and material cavity cylinder or chamber overlaps Position；

The prevention or obstruction cup structure and the further relative rotation of material cavity cylinder, including cup structure and material cavity cylinder phase Mutually stop without can further relatively rotate, or there is inhibition, increasing action power between cup structure and material cavity cylinder It can relatively rotate, but can not be rotated easily；

The stop mechanism or locking mechanism, it is included between The lid component and material cavity cylinder and is provided with stop mechanism or locking machine Structure, either it is provided with stop mechanism or locking mechanism or in The lid component and piston component between The lid component and the dynamic component of control Between be provided with stop mechanism or locking mechanism.

12. container closing appliance according to claim 11, it is characterised in that the stop mechanism or locking mechanism are set In The lid component and any position that can be touched of other parts, including：

The stop mechanism or locking mechanism are arranged on any position that can be touched of cup structure and material cavity cylinder；

The stop mechanism or locking mechanism are arranged on any position that can be touched of lid closed structure and material cavity cylinder；

The stop mechanism or locking mechanism are arranged on cup structure and any position that can be touched of the dynamic component of control；

The stop mechanism or locking mechanism are arranged on any position that can be touched of lid closed structure and the dynamic component of control；

The stop mechanism or locking mechanism are arranged on any position that can be touched of cup structure and piston component；

Or the stop mechanism or locking mechanism are arranged on any portion that can be touched of lid closed structure and piston component Position.

13. container closing appliance according to claim 11, it is characterised in that the stop mechanism or locking mechanism are set On the inwall of cup structure and the outer wall of material cavity cylinder, or it is arranged on the inwall of cup structure and the wall body of material cavity cylinder On, either it is arranged on the inwall of the fixation inner cylinder of cup structure and the outer wall of material cavity cylinder or is arranged on cup structure On the inwall of fixed inner cylinder and the wall body of material cavity cylinder.

14. container closing appliance according to claim 11, it is characterised in that the stop mechanism or locking mechanism are set In cup structure and any position that can be touched of the dynamic component of control, including it is arranged on the inwall and the dynamic component of control of cup structure On, be either arranged on the outer wall and the dynamic component of control of the fixation inner cylinder of cup structure or be arranged on lid closed structure outer wall and On the dynamic component of control；

Or the stop mechanism or locking mechanism are arranged on any portion that can be touched of cup structure and piston supports Position, including be arranged on the inwall and piston supports of cup structure, or it is arranged on the inwall of the fixation inner cylinder of cup structure In piston supports.

15. container closing appliance according to claim 1, it is characterised in that be provided with screw driver on the dynamic component of control Structure；

Press surface interface is provided with the dynamic component of control, the press surface interface includes the plane in the top of the dynamic component of control Shape or arc surfaced；

It is provided with the dynamic component of control and pulls mechanism, by the mechanism that pulls piston can be made to be slided to the tail end of material cavity cylinder It is dynamic, and then piston is produced negative pressure in material cavity cylinder or chamber；

Screw device is provided with the tail end of the material cavity cylinder；

The tail end of the material cavity cylinder and The lid component near to or in contact with position the structure with antitheft breakdown is set；

Or the dynamic component of control and The lid component near to or in contact with position the structure with antitheft breakdown is set.

16. container closing appliance according to claim 1, it is characterised in that the material cavity cylinder of the container closing appliance End pieces protrude the top of lid closed structure, overall that raised planform is presented.

17. container closing appliance according to claim 1, it is characterised in that the piston supports are each with controlling dynamic component From independent component, or, piston supports are an independent integrated members with the dynamic component of control；

The piston is each independent component with piston supports, and piston is arranged in piston supports and forms piston structure Part, or, piston and piston supports are an independent integrated members, including use and be molded encapsulated method by rubber-like material Expect it is encapsulated form piston component in one end of piston supports, or using injection method by piston and piston supports system The plastic member independent into one.

18. container closing appliance according to claim 1, it is characterised in that the lid closed structure mutually interconnects with cup structure Connect and sleeve-like configuration in a ring, including lid closed structure are overall cylindrical structure, the gusset outer wall of lid closed structure is with holding The neck of device is linked together by screw thread, buckle, adhesive seal or welded seal；

Or the lid closed structure is arranged to the overall structure in flat, and it is further close by bonding with the neck of container Envelope or welded seal link together, and the adhesive seal or welded seal are close including being carried out by hot melt adhesive or weld bonds Envelope.

19. a kind of packing container, including container closing appliance and container described in claim 1, the container, which includes having, to be opened The container neck and body chamber of mouth, container closing appliance is arranged on to the neck of container, wherein the container closing appliance passes through The screw thread or buckle set on the gusset inwall of its lid closed structure is connected with the neck of the container, or, the container closing Device passes through adhesive seal or welded seal by the gusset outer wall of its lid closed structure and the neck of the container；

The body chamber of the container accommodates first material, separates in the material cavity cylinder or material cavity cylinder in the container closing appliance Chamber housing second material or more material；

The container includes Packaging Bottle, packaging bag, packing jar, packaging cup, packing box or the packaging of the container neck with opening Bucket；

It is described that container closing appliance is arranged on to the neck of container, including carried out by way of screw thread, buckle, bonding or welding Install, connect and seal.

20. packing container according to claim 19, it is characterised in that all parts, component, the machine of the packing container Structure, device or setting, using the assembling of independent part, link is fixed or the method for welding obtains；

All parts, component, mechanism, device or the setting of the packing container, using high polymer material, metal, glass, pottery Porcelain, aluminium plastic composite material or paper material are made.