CN208388070U

CN208388070U - Container containing

Info

Publication number: CN208388070U
Application number: CN201820455155.8U
Authority: CN
Inventors: 杨敬; 陈棋松; 杨奕轩
Original assignee: Ningbo Xiang Ting Daily Necessities Co Ltd
Current assignee: Ningbo Xiang Ting Daily Necessities Co Ltd
Priority date: 2017-12-27
Filing date: 2018-04-02
Publication date: 2019-01-18
Anticipated expiration: 2028-04-02
Also published as: CN109969550A; CN109965490A; CN208393838U; CN209809110U; CN208393837U; CN109965487A; CN208540865U; CN109965488A; CN208388071U; CN109965489A

Abstract

The utility model discloses a container containings, it includes at least two container units, each container unit is respectively provided with an accommodating chamber, for accommodating a volatile substance, wherein each container unit is respectively provided with a volatileness and a closed state, and each container unit can be converted individually between the volatileness and the closed state, wherein each of described container containing container unit can store a kind of volatile substance of property respectively, to meet the use needs of different users.

Description

Container containing

Technical field

The utility model relates to field of containers, in particular to a container containing.

Background technique

It is well known that being easy to cause the opposite envelope because the fluidity of air is bad in the space of relative closure The air quality in space closed is poor, especially increasingly sharpening recently as environmental pollution, leads to relative closure Air quality in space is worse, and people need to rest on for a long time daily in the space of the relative closure, if described Air quality in the space of relative closure is unable to get improvement, then negative shadow will certainly be generated to people's health state It rings.For example, places are the spaces of relative closure in room, vehicle chamber etc., and people need to rest on room for a long time daily Between and vehicle chamber in, therefore, how to improve in room and vehicle chamber the air quality in the space of equal relative closures be industry always The problem of being dedicated to research.Now, people commonly improve the air quality in the space of equal relative closures in room and vehicle chamber Mode be to contain readily volatilized perfume using a perfume container, when perfume is waved via the volatilization mouth of the perfume container Being sent to behind the external world can be full of the space of the entire relative closure, to play the work for the air quality for improving the relative closure With.Specifically, there is the perfume container container body, a confining bed, a deformation to scratch element and a volatile layer, institute Container body is stated with an accommodating chamber for containing perfume, the confining bed is arranged at the container body for closing institute The accent of accommodating chamber is stated, the deformation scratches element and the volatile layer and scratches element and institute with the confining bed, the deformation It states the mode that volatile layer is spaced apart from each other and is set to the container body, so that the deformation scratches element and is maintained at the closing Between layer and the volatile layer.When perfume is not used by, the accommodating chamber of the perfume container be maintained at closed state with Volatilizing perfume is prevented, is needed in perfume by use, being deformed described in the external drive of the volatile layer by a protrusion It is mobile towards the direction of the confining bed in a manner of deforming to scratch element, and scratches element in the deformation and contacts the envelope It closes layer and continues that the deformation is driven to scratch element towards when confining bed movement, the deformation scratches element and scratches the envelope It closes layer and forms the volatilization mouth of the perfume container, when being located at the perfume of the accommodating chamber via the volatilization mouth into the envelope After closing the space between layer and the volatile layer, the volatile layer can be penetrated further into and evaporate into the external world, to be full of the phase To closed space.The existing perfume container has many defects.Firstly, the perfume container is disposable container, After the perfume in the perfume container is used up, the perfume container because can not continue using due to scrap therewith.Its It is secondary, it scratches once the confining bed of the perfume container scratches element by the deformation and forms the volatilization mouth, then it is described Volatilization mouth do not allow to be closed, that is to say, that once the perfume container is used, then the use state of the perfume container without Method is terminated.This causes a problem in that in the space of a specific relative closure, the perfume of same taste is not able to satisfy Different Man's Demands.For example, in some cases, the people in the space in the specific relative closure likes this taste a little earlier The perfume in road, and the people in the slightly space in the specific relative closure does not like the perfume of this taste, at this point, because The volatilization mouth of the perfume container can not be closed, then in the space that certainly will will lead to the specific relative closure Smell is unsuitable for later into the people in the space of the specific relative closure.It is directed to one of the way of this problem at present It is to remove the perfume container out of the specific relative closure space, but in some specific cases, by institute It states after perfume container is removed out of the specific relative closure space and is discarded, it is clear that this mode will cause Waste.Way second is that, later in the specific relative closure space in people be merely able to endure this smell, still This way not only results in discomfort, and if later in the specific relative closure space in this smell mistake of people If quick, can also adverse effect be generated to its health status.In addition, the present perfume container only provides a cavity, with For storing the perfume of single smell, and for the space of the same specific relative closure, section in different times, The perfume of different smells is needed to improve the air quality in the space of the specific relative closure, especially in shifting For the space of the specific relative closure of dynamic state, such as vehicle, when vehicle movement is to different sections, due to this Air environment locating for section and change, it is also desirable to the perfume of different odor improves the space of the specific relative closure Air quality.The result is that user is merely able to buy multiple perfume by the canned perfume for having different odor caused by this Container, and this way not only results in waste, and multiple perfume containers are difficult by storage and management, especially for It is applied to for the perfume container of vehicle, it is bigger by the difficulty of storage and management.

Summary of the invention

One of the utility model is designed to provide a container containing, wherein the container containing can be stored to less Two kinds of volatile substances of different nature, to meet the use needs of different users.

One of the utility model is designed to provide a container containing, wherein the container containing can be stored to less Two kinds of volatile substances of different nature, to meet use needs of the same user in different situations.

One of the utility model is designed to provide a container containing, wherein the container containing can repeatedly be made With to avoid wasting and reducing use cost.

One of the utility model is designed to provide a container containing, wherein the container containing allows the volatilization Substance adds to the inside of the container containing, so that the container containing can be engaged repeatedly, to avoid wasting and dropping Low use cost.

One of the utility model is designed to provide a container containing, wherein the container containing provides at least two containers Unit, each container unit are stored a kind of volatile substance of property respectively.

One of the utility model is designed to provide a container containing, wherein each of described container containing container Unit can be supplemented the volatile substance respectively.In other words, when supplementing the volatile substance for a container unit, Other container units are not affected.

One of the utility model is designed to provide a container containing, wherein the state of each container unit allows It is individually adjusted as needed by user.In other words, when adjusting the state of a container unit, other institutes The state for stating container unit can not be changed.

One of the utility model is designed to provide a container containing, wherein each container unit is respectively provided with one Volatileness and a closed state, and each container unit can be separately operable in the volatileness It is adjusted between the closed state.Such as a container unit is being adjusted to the volatilization shape from the closed state During state, the container unit in addition can be maintained at the closed state always.

One of the utility model is designed to provide a container containing, and container unit described in wherein at least one allows quilt User's one-handed performance and switch to the volatileness from the closed state, consequently facilitating use.

One of the utility model is designed to provide a container containing, and container unit described in wherein at least one allows quilt User's one-handed performance and switch to the closed state from the volatileness, consequently facilitating use.

One of the utility model is designed to provide a container containing, wherein the evaporation rate of the volatile substance can It is controlled by the container containing by adjusting the mode of structure.

One of the utility model is designed to provide a container containing, wherein the container containing provides a container body At least two operating main bodies, the container body have at least two accommodating chambers and are respectively communicated at least the one of each accommodating chamber Opening, wherein each operating main body is operably disposed in the container body, and at least one described behaviour respectively The a part for making main body and the container body forms a container unit, wherein by adjusting the operating main body in institute The mode for stating the position of the opening of container body, can make the container unit in the volatileness and the closed It is converted between state, so that the state of the container containing can allow for being selected as needed by user.

One of the utility model is designed to provide a container containing, wherein the container unit has at least one first Fluid channel can be volatilized with allowing to be stored in the volatile substance of the accommodating chamber via the first fluid channel.

One of the utility model is designed to provide a container containing, wherein the size in the first fluid channel can It is adjusted so that the speed for controlling the volatile substance volatilization.

According to the one aspect of the utility model, the utility model provides a container containing comprising at least two container units, Each container unit is respectively provided with an accommodating chamber, for accommodating a volatile substance, wherein each container unit difference With a volatileness and a closed state, and each container unit can be individually in the volatileness and institute It states and is converted between closed state.

One embodiment according to the present utility model, the container containing further comprise that at least two operating main bodies and one hold Device main body, wherein the container body has at least two accommodating chambers and at least two openings, at least one described opening connects Lead to an accommodating chamber, wherein each operating main body is operably disposed in the container body respectively, so that extremely A part of a few operating main body and the container body forms a container unit, thus each container Unit is respectively provided with the accommodating chamber and at least one described opening, wherein in the operating main body and the container body Between be capable of forming a first fluid channel, for being connected to the accommodating chamber.

One embodiment according to the present utility model, the container body include the vessel shell and at least Single port of a tubulose Portion, the vessel shell have at least two compartments, and the port part has at least one described opening, wherein the port part It is arranged at the vessel shell, makes the compartment shape to close the space mouthful of the compartment by the port part At the accommodating chamber, wherein the operating main body is operably disposed in the port part.

One embodiment according to the present utility model, the vessel shell include a shell main body and an at least separating element, institute Shell main body is stated with an accommodation space, the separating element is arranged at the inside of the shell main body, by the fence cell Part separates the accommodation space and forms each mutually independent compartment.

One embodiment according to the present utility model, the extension side of the extending direction of the separating element and the shell main body To consistent.

One embodiment according to the present utility model, the extension side of the extending direction of the separating element and the shell main body To vertical.

One embodiment according to the present utility model, the port part has an at least card slot, wherein the separating element End be stuck in the card slot of the port part.

One embodiment according to the present utility model, the container body further have at least two second fluid channels and At least two allocation spaces, each second fluid channel are respectively communicated with each first fluid channel and each distribution Space, wherein the container body further comprises an at least volatile layer, wherein the volatile layer is arranged at the port part, And the volatile layer closes the allocation space.

One embodiment according to the present utility model, the container body further comprise two holding elements, wherein described Port part has at least Single port space, and the port space is connected to the opening, wherein the holding element is arranged at institute The port space of port part is stated, and forms the second fluid channel between the holding element and the port part With the allocation space.

One embodiment according to the present utility model, the holding element have one keep channel, the holding element with The mode that the holding channel of the holding element corresponds to the opening of the port part is arranged at the port part The port space, wherein the operating main body is operably disposed in the holding channel of the holding element.

One embodiment according to the present utility model, the operating main body is to be slidably mounted in the holding The holding channel of element.

One embodiment according to the present utility model, the operating main body is to be rotatably mounted in the holding The holding channel of element.

One embodiment according to the present utility model, the operating main body has an at least notch, wherein when the operation When the notch of main body corresponds to the opening of the port part, formed between the operating main body and the port part The first fluid channel.

One embodiment according to the present utility model, the operating main body include an operation portion, a channel forming portion and One closure, the operation portion and the closure are respectively formed in the both ends of the channel forming portion, wherein the notch shape Channel forming portion described in Cheng Yu, wherein one in the channel forming portion and the closure can be maintained at the port The opening in portion.

One embodiment according to the present utility model, the operating main body include an operation portion and are formed in the operation portion End a channel forming portion, wherein the notch is formed in the channel forming portion, wherein the operation portion and described logical One in road forming portion can be maintained at the opening of the port part.

One embodiment according to the present utility model, the notch are an annular notches；Or the notch is one Groove.

According to the other side of the utility model, the utility model further provides for the manufacturing method of a container containing, Described in manufacturing method include the following steps:

(A) container body is provided, wherein the container body has at least two mutually independent accommodating chambers and connects respectively Pass through at least one opening of each accommodating chamber；With

(B) operating main body is respectively operably installed in each of the container body opening, so that at least one A part of a operating main body and the container body forms a container unit, so that being made includes at least two appearances The container containing of device unit, wherein each container unit is respectively provided with a volatileness and a closed state, and Each container unit can be converted individually between the volatileness and the closed state.

One embodiment according to the present utility model further comprises step in the step (A):

(A.1) vessel shell at least two mutually independent compartments is provided；

(A.2) one end oral area at least one opening is provided；And

(A.3) institute is installed in such a way that the port part closes the space mouthful of each of described vessel shell compartment Port part is stated in the vessel shell, so that each compartment is respectively formed each accommodating chamber.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram according to a container containing of a preferred embodiment of the utility model.

Fig. 2 is the decomposition diagram according to the container containing of the above-mentioned preferred embodiment of the utility model.

Fig. 3 A is after being splitted according to the container containing of the above-mentioned preferred embodiment of the utility model along middle position Schematic diagram of internal structure, which illustrate a states of the container containing.

Fig. 3 B is after being splitted according to the container containing of the above-mentioned preferred embodiment of the utility model along middle position Schematic diagram of internal structure, which illustrate another states of the container containing.

Fig. 3 C is after being splitted according to the container containing of the above-mentioned preferred embodiment of the utility model along middle position Schematic diagram of internal structure, which illustrate another states of the container containing.

Fig. 4 A be according to the container containing of the above-mentioned preferred embodiment of the utility model a manufacturing process first The schematic diagram of a step.

Fig. 4 B be according to the container containing of the above-mentioned preferred embodiment of the utility model a manufacturing process first The schematic diagram of a step.

Fig. 4 C be according to the container containing of the above-mentioned preferred embodiment of the utility model above-mentioned manufacturing process second The schematic diagram of a step.

Fig. 4 D is the third according to the above-mentioned manufacturing process of the container containing of the above-mentioned preferred embodiment of the utility model The schematic diagram of a step.

Fig. 4 E be according to the container containing of the above-mentioned preferred embodiment of the utility model above-mentioned manufacturing process the 4th The schematic diagram of a step.

Fig. 5 is the signal according to another manufacturing process of the container containing of the above-mentioned preferred embodiment of the utility model Figure.

Fig. 6 A is a variant embodiment according to the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position, which illustrate a states of the container containing.

Fig. 6 B is the above-mentioned variant embodiment according to the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position, which illustrate another states of the container containing.

Fig. 6 C is the above-mentioned variant embodiment according to the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position, which illustrate another states of the container containing.

Fig. 7 is the quilt according to a variant embodiment of the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position.

Fig. 8 is point according to a variant embodiment of the container containing of the above-mentioned preferred embodiment of the utility model Solve schematic diagram.

Fig. 9 is the quilt according to a variant embodiment of the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position.

Figure 10 is a variant embodiment according to the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position.

Figure 11 A is a variant embodiment according to the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position, which illustrate a states of the container containing.

Figure 11 B is the above-mentioned variant embodiment according to the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position, which illustrate another states of the container containing.

Figure 11 C is the above-mentioned variant embodiment according to the container containing of the above-mentioned preferred embodiment of the utility model Schematic diagram of internal structure after being splitted along middle position, which illustrate another states of the container containing.

Specific embodiment

Claim according to the present utility model and specification disclosure of that, the technical solution of the utility model are specific As described below.

It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper", The orientation of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" or position are closed System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without It is that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore on Stating term should not be understood as limiting the present invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, term " one " It should not be understood as the limitation to quantity.

With reference to the utility model Figure of description attached drawing 1 to Fig. 3 C, according to a preferred embodiment of the utility model One container containing is disclosed for and is set forth in following description, wherein the container containing includes at least two container units 300, wherein each container unit 300 is respectively provided with a volatileness and a closed state, and each container list Member 300 can be converted individually between the volatileness and the closed state.For example, being shown in attached drawing 1 to Fig. 3 C The container containing this specific example in, come so that the container containing includes two container units 300 as an example The content and feature of the container containing of description and exposure the utility model, wherein one container unit 300 of definition is One the first container unit 300a, and defining another described container unit 300 is a second container unit 300b, wherein described The first container unit 300a and the second container unit 300b are respectively provided with the volatileness and the closed state, and The first container unit 300a and the second container unit 300b can be individually in the volatilenesses and the envelope It is converted between closed state.

Specifically, with reference to attached drawing 3A, the first container unit 300a of the container containing and the second container Unit 300b is in the closed state.With reference to attached drawing 3B, the first container unit 300a of the container containing is in The volatileness, and the second container unit 300b is in the closed state, and in the first container unit When 300a is converted from the closed state to the volatileness, the second container unit 300b can be maintained at institute always State closed state.With reference to attached drawing 3C, the first container unit 300a of the container containing is in the closed state, and institute State second container unit 300b and be in the volatileness, and the second container unit 300b from the closed state to When the volatileness is converted, the first container unit 300a can be maintained at the closed state always.In other words, institute The state of the state and the second container unit 300b of stating the first container unit 300a of container containing is mutually indepedent , that is, the first container unit 300a and second container unit 300b can individually in the volatileness and It is converted between the closed state.

The first container unit 300a of the container containing and second container unit 300b can respectively by with It can be contained in institute respectively in a splendid attire volatile substance 100 of different nature, such as the volatile substance 100 of different odor The first container unit 300a and the second container unit 300b are stated, in this way, can satisfy different users Use need, and also can satisfy use needs of the same user in different situations.For example, by by different gas The volatile substance 100 of taste is contained in the side of the first container unit 300a and the second container unit 300b respectively Formula can satisfy the same user use needs of section or different environment in different times.

In addition, the container containing allows the volatile substance 100 to be added the first container unit 300a and institute Second container unit 300b is stated, in this way, can reduce the use cost of the container containing.That is, this The container containing of utility model allows to be engaged repeatedly.

It is noted that the type of the volatile substance 100 is unrestricted in the container containing of the utility model System, such as the volatile substance 100 can be but not limited to perfume.

It is noted that although with the container containing including institute in attached drawing 1 to Fig. 3 C and following description The container containing for disclosing the utility model is stated for the first container unit 300a and second container unit 300b Content and feature, it will be apparent to a skilled person that the other embodiments of the container containing in the utility model In, the quantity of the container unit 300 of the container containing is also possible to three or more.

With continued reference to attached drawing 1 to Fig. 3 C, the container containing includes a container body 10 and at least two operating main bodies 20, Described in container body 10 have at least two accommodating chambers 101 and at least two opening 102, at least one it is described opening 102 be connected to one A accommodating chamber 101, wherein each operating main body 20 is operably disposed in the every of the container body 10 respectively A opening 102.

Further, a part of at least one described operating main body 20 and the container body 10 forms an appearance Device unit 300.In other words, each container unit 300 has an accommodating chamber 101 and at least one described opening 102, wherein the volatile substance 100 can be added into the accommodating chamber 101 from the opening 102.By adjusting described Operating main body 20 can make the container unit 300 exist in the mode of the position of the opening 102 of the container body 10 It is converted between the volatileness and the closed state, to allow user to select the shape of the container containing as needed State.

For example, in this specific example of the container containing shown in attached drawing 1 to Fig. 3 C, the container body 10 Tool is there are two the accommodating chamber 101 and is respectively communicated with two openings 102 in each accommodating chamber 101, and described The quantity of operating main body 20 is four, certainly, it will be apparent to a skilled person that described in shown in attached drawing 1 to Fig. 3 C This specific example of container containing is only for example, with the content for disclosing and illustrating the container containing of the utility model And feature, and it is not construed as the limitation of the content and range to the container containing of the utility model.For the ease of taking off Reveal and understand the utility model the container containing content and feature, in following description, by a receiving Chamber 101 is defined as one first accommodating chamber 101a, another described accommodating chamber 101 is defined as one second accommodating chamber 101b, meanwhile, Two of the first accommodating chamber 101a openings 102 will be connected to and be defined as the first opening 102a, and described second will be connected to The opening 102 of two of accommodating chamber 101b is defined as the second opening 102b.Correspondingly, two operating main bodies 20 are defined For the first operating main body 20a, and other two described operating main body 20 is defined as the second operating main body 20b.In other words, exist In this specific example of the container containing shown in attached drawing 1 to Fig. 3 C, the container containing includes one described first 10, two container unit 300a, a second container unit 300b, a container body first operating main bodies 20a and two the second operating main body 20b, and the container body 10 further has first accommodating chamber 101a, the second accommodating chamber 101b, two the first opening 102a and two the second opening 102b, wherein Each first opening 102a is connected to the first accommodating chamber 101a and each institute at the both ends of the container body 10 respectively It states the second opening 102b and is connected to the second accommodating chamber 101b at the both ends of the container body 10 respectively, wherein each described the One operating main body 20a be operably disposed in respectively each of described container body 10 it is described first opening 102a, with by The container body 10 and each first operating main body 20a form a first container unit 300a, correspondingly, often A second operating main body 20b is operably disposed in each of described container body 10 second opening respectively 102b, to form a second container unit by the container body 10 and each second operating main body 20b 300b。

That is, the first container unit 300a includes a part of the container body 10 and is operationally set It is placed in the first operating main body 20a of two ends of the container body 10, and the first container unit 300a has There is the first accommodating chamber 101a and be respectively communicated at the both ends of the first container unit 300a and is accommodated in described first Each of chamber 101a the first opening 102a, by adjusting each first operating main body 20a in the container body 10 Each of the position of the first opening 102a mode, the first container unit 300a can be made in the volatileness and It is converted between the closed state, to allow user to select the state of the first container unit 300a as needed.Accordingly Ground, the second container unit 300b include another part of the container body 10 and are operably disposed in the container The second operating main body 20b of two ends of main body 10, and the second container unit 300b has one described the It two accommodating chamber 101b and is respectively communicated at the both ends of the second container unit 300b in each of described second accommodating chamber 101b The second opening 102b, by adjusting each second operating main body 20b in each of the container body 10 described the The mode of the position of two opening 102b, can make the second container unit 300b in the volatileness and the closed state Between convert, to allow user to select the state of the second container unit 300b as needed.

More specifically, it is opened when the first operating main body 20a closes described the first of the first container unit 300a When mouth 102a, the first container unit 300a is in the closed state, at this point, being housed inside the first container unit The volatile substance 100 of the first accommodating chamber 101a of 300a can not pass through described the of the first container unit 300a One opening 102a evaporates into the external world, described in the formation connection between the first operating main body 20a and the container body 10 When a first fluid channel 30 of the first accommodating chamber 101a, the first container unit 300a is in the volatileness, this When, the volatile substance 100 for being housed inside the first container unit 300a is allowed through the first fluid channel 30 The external world is evaporated into the first opening 102a of the first container unit 300a.Correspondingly, when second operating main body When 20b closes the second opening 102b of the second container unit 300b, the second container unit 300b is in institute Closed state is stated, at this point, being housed inside the volatile matter of the second accommodating chamber 102b of the second container unit 300b Matter 100 can not evaporate into the external world by the second opening 102b of the second container unit 300b, when in second behaviour Make to form the first fluid channel 30 for being connected to the second accommodating chamber 101b between main body 20b and the container body 10 When, the second container unit 300b is in the volatileness, at this point, being housed inside the institute of the second container unit 300b It states volatile substance 100 and is allowed through the first fluid channel 30 and second opening of the second container unit 300b 102b evaporates into the external world.

It is noted that this in the container containing of the utility model shown in attached drawing 1 to Fig. 3 C is specific In example, each first operating main body 20a is operably disposed in two ends of the container body 10 respectively, To which each operating main body 20a can be operated by way of vertically forcing in each first operating main body 20a Synchronously do the movement relative to the container body 10, thus make the first container unit 300a in the volatileness and It is converted between the closed state.Correspondingly, each second operating main body 20b is operably disposed in the appearance respectively Two ends of device main body 10, to can be operated by way of vertically forcing in each second operating main body 20b Each operating main body 20b synchronously does the movement relative to the container body 10, to make the second container unit 300b is converted between the volatileness and the closed state.

Preferably, in this specific example of the container containing shown in attached drawing 1 to Fig. 3 C, the container containing Each of the operating main body 20 be operably disposed in two ends of the container body 10 respectively, thus the splendid attire Container allows user is singlehanded to operate each of the first container unit 300a the first operating main body 20a simultaneously, with same When each first fluid channel 30 is formed between each first operating main body 20a and the container body 10, from And convert the first container unit 300a to the volatileness from the closed state, for example, user can pass through The mode that thumb and index finger contact each first operating main body 20a simultaneously presses each first operating main body 20a, with Make user by one hand while operating each operating main body 20a.Correspondingly, the container containing allows user singlehanded Each of the second container unit 300b the second operating main body 20b is operated simultaneously, simultaneously in each second behaviour Make to form each first fluid channel 30 between main body 20b and the container body 10, to make the second container list First 300b is converted from the closed state to the volatileness.

Pass through in this specific example of the container containing of the utility model with continued reference to attached drawing 1 to Fig. 3 C The mode for pressing inward against each first operating main body 20a vertically forces in each first operating main body 20a, so that The direction of each first operating main body 20a towards the first accommodating chamber 101a of the container body 10 move, at this point, The first fluid channel can be respectively formed between each first operating main body 20a and the container body 10 30, to be connected to the first accommodating chamber 101a and the outside of the first container unit 300a, to make the first container list First 300a is in the volatileness, with reference to attached drawing 3B.It is vertical by way of being pulled outwardly each first operating main body 20a Ground forces in each first operating main body 20a, so that each first operating main body 20a is directed away from the container master The direction of the first accommodating chamber 101a of body 10 moves, at this point, each first operating main body 20a can close the appearance Each of the device main body 10 first opening 102a joins so that the first container unit 300a be made to be in the closed state Examine attached drawing 3C.Correspondingly, it is vertically forced in by way of pressing inward against each second operating main body 20b each described Second operating main body 20b, so that second accommodating chamber of each second operating main body 20b towards the container body 10 The direction of 101b moves, at this point, can be respectively formed between each second operating main body 20b and the container body 10 One first fluid channel 30, to be connected to the second accommodating chamber 101b and the outside of the second container unit 300b, To make the second container unit 300b be in the volatileness, with reference to attached drawing 3C.By being pulled outwardly each described second The mode of operating main body 20b vertically forces in each second operating main body 20b, so that each second operation master Body 20b is directed away from the direction movement of the second accommodating chamber 102b of the container body 10, at this point, each second behaviour Each of described container body 10 second opening 102b can be closed by making main body 20b, to make the second container unit 300b is in the closed state, with reference to attached drawing 3B.

Unlike the container containing shown in from attached drawing 1 to Fig. 3 C, in the splendid attire shown in attached drawing 6A to Fig. 6 C In this variant embodiment of container, vertically forced in by way of being pulled outwardly each first operating main body 20a Each first operating main body 20a, so that each first operating main body 20a is directed away from the container body 10 The direction of the first accommodating chamber 101a moves, at this point, can be in each first operating main body 20a and the container body A first fluid channel 30 is formed between 10, to be connected to first accommodating chamber of the first container unit 300a 101a and outside, to make the first container unit 300a be in the volatileness, with reference to attached drawing 6B.By pressing inward against The mode of each first operating main body 20a vertically forces in each first operating main body 20a, so that each described The direction of first operating main body 20a towards the first accommodating chamber 101a of the container body 10 move, at this point, each described First operating main body 20a can close each of described container body 10 first opening 102a, to make described first to hold Device unit 300a is in the closed state, with reference to attached drawing 6C.

Correspondingly, each described the is vertically forced in by way of being pulled outwardly each second manipulation main body 20b Two operating main body 20b, so that each second operating main body 20b is directed away from second appearance of the container body 10 Receive chamber 101b direction movement, at this point, can between each second operating main body 20b and the container body 10 shape At a first fluid channel 30, to be connected to the second accommodating chamber 101b of the second container unit 300b and outer Portion, to make the second container unit 300b be in the volatileness, with reference to attached drawing 6C.It is each described by pressing inward against The mode of second operating main body 20b vertically forces in each second operating main body 20b, so that each second operation The direction of main body 20b towards the second accommodating chamber 101b of the container body 10 move, at this point, each second operation Main body 20b can close each of described container body 10 second opening 102b, to make the second container unit 300b is in the closed state, with reference to attached drawing 6B.

Preferably, at least one of each first operating main body 20a and each second operating main body 20b are grasped It is removably installed in the container body 10 as main body, so that the operating main body 20 can be by from the container body 10 On disassemble, to make the exposure of the opening 102 of the container body 10, at this point, passing through the institute of the container body 10 Stating opening 102 can be supplemented to the volatile substance 100 in the accommodating chamber 101, in this way, the utility model The container containing can repeatedly be utilized, to avoid wasting and reducing use cost.For example, showing in attached drawing 1 to Fig. 3 C In this specific example of the container containing out, each first operating main body 20a and each second operation Main body 20b can be removably installed in the container body 10, thus by each first operating main body 20a After being disassembled from the container body 10, the first opening 102a exposure of each of described container body 10, at this point, The volatile substance 100 can be added to described first by each of the container body 10 first opening 102a to hold It receives in chamber 101a.Correspondingly, after disassembling each second operating main body 20b from the container body 10, institute The second opening 102b exposure of each of container body 10 is stated, at this point, passing through each of described container body 10 described second The volatile substance 100 can be added in the second accommodating chamber 101b by opening 102b.

With continued reference to attached drawing 1 to Fig. 3 C, the container body 10 further comprises the vessel shell 11 of a tubulose, wherein described Vessel shell 11 further comprises a shell ontology 113 and an at least separating element 112, wherein the shell ontology 113 has one to accommodate Space 110, each separating element 112 are arranged at the inside of the shell ontology 113 respectively, by each separation Element 112 separates the accommodation space 110 of the shell ontology 113 and forms at least two mutually independent compartments 1110. Preferably, in this specific example of the container containing shown in attached drawing 1 to Fig. 3 C, the shell of the vessel shell 11 Ontology 113 and the separating element 112 are integrally formed.It is highly preferred that in the container containing shown in attached drawing 1 to Fig. 3 C In this specific example, the extension of the extending direction of the separating element 112 of the vessel shell 11 and the shell ontology 113 Direction is consistent.

With continued reference to attached drawing 1 to Fig. 3 C, the container body 10 further comprises at least both ends oral area 12, wherein each institute It states port part 12 and is respectively provided at least two openings 102, wherein each port part 12 is arranged at the appearance respectively Each end of device shell 11, to close the space mouthful of the compartment 1110 by the port part 12, thus at the end Form the accommodating chamber 101 between oral area 12, the shell ontology 113 and the separating element 112, and the port part 12 The 102 connection accommodating chamber 101 of opening.

With reference to attached drawing 3A to Fig. 3 C, each port part 12 is respectively to be installed in the inside of the vessel shell 11 Mode is arranged at each end of the vessel shell 11.Nevertheless, it will be apparent to a skilled person that in this reality With in other possible examples of the novel container containing, each port part 12 can also be to be set in the container The mode of the outside of shell 11 is arranged at each end of the vessel shell 11 or each port part 12 can also be with institute The mode for the inside that the end for stating vessel shell 11 is stuck in the port part 12 is arranged at each end of the vessel shell 11. The container containing of the utility model is unrestricted in terms of the mounting means of the port part 12 and the vessel shell 11.

Unlike the container containing shown in from attached drawing 1 to Fig. 3 C, in this of the container containing shown in attached drawing 7 In a variant embodiment, the quantity of the port part 12 is four, wherein each port part 12 is respectively provided with an institute Opening 102 is stated, wherein being equipped with two port parts 12, and each institute respectively in each end of the vessel shell 11 The space mouthful that port part 12 closes off the compartment 1110 is stated, in the port part 12, the shell ontology The accommodating chamber 101 is formed between 113 and the separating element 112, and the opening 102 of the port part 12 is connected to institute State accommodating chamber 101.

Further, with reference to figs. 2 to Fig. 3 C, the container body 10 includes two sealing elements 13, wherein each described Sealing element 13 is respectively held between each port part 12 and the vessel shell 11, by the sealing element 13 Prevention generates gap between the vessel shell 11 and the port part 12, in such manner, it is possible to avoid being stored in the container master The volatile substance 100 in the accommodating chamber 101 of body 10 volatilizees between the vessel shell 11 and the port part 12. Preferably, the sealing element 13 has elasticity, for example, the sealing element 13 may be implemented as but be not limited to silica gel sealing Element or rubber sealing element, wherein the sealing element 13 is produced with being squeezed by the vessel shell 11 and the port part 12 The mode of raw flexible deformation prevents to generate gap between the vessel shell 11 and the port part 12.It is highly preferred that described close It is annular in shape to seal element 13, wherein the sealing element 13 is sleeved on the port part 12, to install by the port part 12 When the vessel shell 11, the sealing element 13 can be maintained between the port part 12 and the vessel shell 11.

The port part 12 further has a retention groove 120, wherein being sleeved on the sealing member of the port part 12 Part 13 is maintained in the retention groove 120 of the port part 12, the port part 12 is being installed on the vessel shell During 11, the sealing element 13 can be securely held in the retention groove 120 of the port part 12, thus After the port part 12 is installed on the inside of the vessel shell 11, it is ensured that the sealing element 13 is maintained at the end Between oral area 12 and the vessel shell 11.It should be understood that in the sealing element 13 by be maintained at the port part 12 The retention groove 120 mode be sleeved on the port part 12 after, the sealing element 13 protrudes from the port part 12 Surface, thus after the port part 12 is installed on the vessel shell 11,12 energy of the vessel shell 11 and the port part Pressure is enough provided so that the sealing element 13 is deformed, and then is hindered by the mode that the sealing element 13 is deformed Only gap is generated between the vessel shell 11 and the port part 12.

Further, the port part 12 has an at least card slot 124, wherein the end of the separating element 112 is protected It holds in the card slot 124 of the port part 12, to prevent to be interconnected between the adjacent accommodating chamber 101.For example, attached In this specific example of the container containing shown in Fig. 1 to Fig. 3 C, by the way that the end of the separating element 112 is caught in The mode of the card slot 124 of the port part 12 can prevent the first accommodating chamber 101a and second accommodating chamber It is interconnected between 101b, to avoid the volatile substance 100 for being stored in the first accommodating chamber 101a and be stored Occur in the bad phenomenon that the volatile substance 100 of the second accommodating chamber 101b mutually pollutes.

With reference to attached drawing 2, the operating main body 20 has an at least notch 24, wherein described in the operating main body 20 The corresponding position of notch 24 can form the first fluid channel between the operating main body 20 and the container body 10 30。

Specifically, with continued reference to attached drawing 2, the operating main body 20 include an operation portion 21, a channel forming portion 22 with And a closure 23, the notch 24 correspond to the channel forming portion 22, the operation portion 21 and the closure 23 are distinguished It is formed in the both ends of the channel forming portion 22.Preferably, the operation portion 21 of the operating main body 20, the channel are formed Portion 22 and the closure 23 are an integral structure.

Specifically, in this specific example of the container containing shown in attached drawing 1 to Fig. 3 C, the channel shape It is less than the size of the operation portion 21 and the size of the closure 23 at the size in portion 22, thus in the channel forming portion 22 Corresponding position forms the notch 24.More specifically, the channel forming portion 22, the operation portion 21 and the closure 23 be cylindrical body, wherein the diameter dimension of the channel forming portion 22 is less than the operation portion 21 and the closure 23 Diameter dimension, to form the cricoid notch 24 in the corresponding position of the channel forming portion 22.Nevertheless, this field Technical staff it should be understood that in other possible examples of the container containing of the utility model, with reference to attached drawing 8, the notch 24 of the operating main body 20 can be the notch of a strip, that is to say, that the channel forming portion 22 is set There is a groove, for forming the notch 24, wherein the notch 24 to two that the groove of the channel forming portion 22 is formed End extends to the operation portion 21 and the closure 23.

It will be apparent to a skilled person that other possible examples of the container containing in the utility model In, the notch 24 of the operating main body 20 can also have other shapes and generation type, the Sheng of the utility model Packaging container is unrestricted in this regard.

With reference to attached drawing 3A, in the first container unit 300a and the second container unit 300b of the container containing When being in the closed state, the closure 23 of each operating main body 20 is respectively held in each port Each of portion 12 opening 102, to prevent each described open by the closure 23 of each operating main body 20 102 connection of the mouth accommodating chamber 101 and outside are maintained at the receiving of the container body 10 in this way The volatile substance 100 in chamber 101 can be prevented from outwardly volatilizing by the opening 102 of the port part 12.

With reference to attached drawing 3B, the volatileness and described is in the first container unit 300a of the container containing When second container unit 300b is in the closed state, the channel forming portion 22 of each first operating main body 20a It is respectively held in the first opening 102a of each port part 12, because the first operating main body 20a is in correspondence It is equipped with the notch 24 in the position of the channel forming portion 22, thus 24 shape of the notch of the first operating main body 20a At the first fluid channel between the first operating main body 20a and the port part 12 of the container body 10 30, in this way, the volatile substance being maintained in the first accommodating chamber 101a of the container body 10 100 can be allowed to outwardly volatilize through the first fluid channel 30.At the same time, each second operating main body 20b The closure 23 be respectively held in each port part 12 it is described second opening 102b, thus by each described The closure 23 of second operating main body 20b prevent each second opening 102b be connected to the second accommodating chamber 101b and Outside, in this way, the volatile matter being maintained in the second accommodating chamber 101b of the container body 10 Matter 100 can be prevented from outwardly volatilizing by the second opening 102b of the port part 12.

Correspondingly, with reference to attached drawing 3C, the closed is in the first container unit 300a of the container containing When state and the second container unit 300b are in the volatileness, the closing of each first operating main body 20a Portion 23 is respectively held in the first opening 102a of each port part 12, to lead by each first operation The closure 23 of body 20a prevents each first opening 102a from being connected to the first accommodating chamber 101a and outside, passes through Such mode, the volatile substance 100 being maintained in the first accommodating chamber 101a of the container body 10 can It is prevented from outwardly volatilizing by the first opening 102a of the port part 12.At the same time, each second operation The channel forming portion 22 of main body 20b is respectively held in the second opening 102b of each port part 12, because The second operating main body 20b is equipped with the notch 24 in the position for corresponding to the channel forming portion 22, thus described second The notch 24 of operating main body 20b forms the port for being located at the second operating main body 20b and the container body 10 The first fluid channel 30 between portion 12 is maintained at described the second of the container body 10 in this way The striking substance 100 of the Hu in accommodating chamber 101b can be allowed through the first fluid channel 30 and outwardly volatilize.

It is noted that by pressing institute to the direction of the first accommodating chamber 101a towards the container body 10 The mode for stating the operation portion 21 of the first operating main body 20a can make the closure 23 be detached from the described of the port part 12 First opening 102a, and the first opening 102a for making the channel forming portion 22 enter the port part 12, to make institute The first container unit 300a for stating container containing is transformed into shown in attached drawing 3B from the closed state shown in attached drawing 3C The volatileness.Correspondingly, by described in the drawing of the direction of the first accommodating chamber 101a far from the container body 10 The mode of the operation portion 21 of first operating main body 20a can make the channel forming portion 22 be detached from the institute of the port part 12 The first opening 102a is stated, and the first opening 102a for making the closure 23 enter the port part 12, to make described The first container unit 300a of container containing is transformed into the institute shown in attached drawing 3C from the volatileness shown in attached drawing 3B State closed state.

By pressing second operating main body to the direction of the second accommodating chamber 101b towards the container body The mode of the operation portion 21 of 20b can make the closure 23 be detached from the port part 12 it is described second opening 102b, With the second opening 102b for making the channel forming portion 22 enter the port part 12, to make the container containing The second container unit 300b is transformed into the volatileness shown in attached drawing 3C from the closed state shown in attached drawing 3B. Correspondingly, by drawing second operating main body to the direction of the second accommodating chamber 101b far from the container body 10 The mode of the operation portion 21 of 20b can make the channel forming portion 22 be detached from the port part 12 it is described second opening 102b, and the second opening 102b for making the closure 23 enter the port part 12, to make the container containing The second housing unit 300b is transformed into the closed state shown in attached drawing 3B from the volatileness shown in attached drawing 3C.

And in this variant embodiment of the container containing shown in attached drawing 6A to Fig. 6 C, the operating main body 20 The container body can also be closed by the operation portion 21 of the operating main body 20 without the closure 23 10 opening 102.Specifically, the operating main body 20 includes the operation portion 21 and is integrally formed in described The channel forming portion 22 of one of the end of operation portion 21, wherein the notch 24 is formed in the channel forming portion 22.

With reference to attached drawing 6A, in the first container unit 300a and the second container unit 300b of the container containing When being in the closed state, the operation portion 21 of each operating main body 20 is respectively held in each port Each of portion 12 opening 102, to prevent each described open by the operation portion 21 of each operating main body 20 102 connection of the mouth accommodating chamber 101 and outside are maintained at the receiving of the container body 10 in this way The volatile substance 100 in chamber 101 can be prevented from outwardly volatilizing by the opening 102 of the port part 12.

With reference to attached drawing 6B, the volatileness and described is in the first container unit 300a of the container containing When second container unit 300b is in the closed state, the channel forming portion 22 of each first operating main body 20a It is respectively held in the first opening 102a of each port part 12, because the first operating main body 20a is in correspondence It is equipped with the notch 24 in the position of the channel forming portion 22, thus 24 shape of the notch of the first operating main body 20a At the first fluid channel between the first operating main body 20a and the port part 12 of the container body 10 30, in this way, the volatile substance being maintained in the first accommodating chamber 101a of the container body 10 100, which can be allowed through the first fluid channel 30, outwardly volatilizees.At the same time, each second operating main body The operation portion 21 of 20b is respectively held in the second opening 102b of each port part 12, thus by each The operating side 21 of the second operating main body 20b prevents each second opening 102b from being connected to second accommodating chamber 101b and outside are maintained at described in the second accommodating chamber 101b of the container body 10 in this way Volatile substance 100 can be prevented from outwardly volatilizing by the second opening 102b of the port part 12.

Correspondingly, with reference to attached drawing 3C, the closed is in the first container unit 300a of the container containing When state and the second container unit 300b are in the volatileness, the operation of each first operating main body 20a Portion 21 can be respectively held in the first opening 102a of each port part 12, thus by each described first The operating side 21 of operating main body 20a prevents each first opening 102a from being connected to the first accommodating chamber 101a and outer Portion, in this way, the volatile substance being maintained in the first accommodating chamber 101a of the container body 10 100 can be prevented from outwardly volatilizing by the first opening 102a of the port part 12.At the same time, each described The channel forming portion 22 of two operating main body 20b is respectively held in second opening of each port part 12 102b, because the second operating main body 20b is equipped with the notch 24 in the position for corresponding to the channel forming portion 22, thus The notch 24 of the second operating main body 20b, which is formed, is located at the second operating main body 20b and the container body 10 The first fluid channel 30 between the port part 12 is maintained at the container body 10 in this way The volatile substance 100 in the second accommodating chamber 101b can be allowed through the first fluid channel 30 outwardly Volatilization.

It is noted that by described in the drawing of the direction of the first accommodating chamber 101a far from the container body 10 The mode of the operation portion 21 of first operating main body 20a can make the operation portion 21 be detached from described the of the port part 12 One opening 102a, and the first opening 102a for making the channel forming portion 22 enter the port part 12, to make described The first container unit 300a of container containing is converted from the closed state shown in attached drawing 6C to the institute shown in attached drawing 6B State volatileness.Correspondingly, by described in the pressing of the direction of the first accommodating chamber 101a towards the container body 10 The mode of the operation portion 21 of first operation operating main body 20a can make the channel forming portion 22 be detached from the port part 12 the first opening 102a, and the first opening 102a for making the operation portion 21 enter the port part 12, thus The first container unit 300a of the container containing is converted to attached drawing 6C from the volatileness shown in attached drawing 6B to show The closed state out.

By drawing second operating main body to the direction of the second accommodating chamber 101b far from the container body 10 The mode of the operation portion 21 of 20b can make the operation portion 21 be detached from the port part 12 it is described second opening 102b, With the second opening 102b for making the channel forming portion 22 enter the port part 12, to make the container containing The second container unit 300b is converted from the closed state shown in attached drawing 6B to the volatileness shown in attached drawing 6C. Correspondingly, it is led by pressing second operation to the direction of the second accommodating chamber 101b towards the container body 10 The mode of the operation portion 21 of body 20b can make the channel forming portion 22 be detached from described the second of the port part 12 to open Mouth 102b, and the second opening 102b for making the operation portion 21 enter the port part 12, to make the container containing The second container unit 300a convert from the volatileness shown in attached drawing 6C to the closed shown in attached drawing 6B State.

Further, with continued reference to attached drawing 1 to Fig. 3 C, the container body 10 includes multiple holding elements 14, wherein often A holding element 14 is respectively provided with a holding channel 141, wherein each holding element 14 is respectively with the holding member The mode that the holding channel 141 of part 14 corresponds to the opening 102 of the port part 12 is arranged at each end Oral area 12, an and at least second fluid channel 15 is formed between the holding element 14 and the port part 12, wherein institute The first fluid channel 30 can be connected to by stating second fluid channel 15, to allow to be stored in described in the container body 10 The volatile substance 100 in accommodating chamber 101 successively via the first fluid channel 30 and the second fluid channel 15 to External world's volatilization.

Preferably, the port part 12 has Single port space 121, and the port space 121 is connected to the opening 102, Wherein the holding element 14 is arranged at the port space 121 of the port part 12.The operating main body 20 it is described Operation portion 21 is operably disposed in the holding channel 141 of the holding element 14, wherein 14 energy of the holding element Enough guarantee and limit the activity direction of the operating main body 20, and the holding element 14 can make the operating main body 20 The closure 23 is securely held on the opening 102 of the port part 12, so that described the of the container containing One container unit 300a and the second container unit 300 reliably and can be stably maintained at the closed state. In addition, the holding element 14 also can the operation portion 21 based on the holding element 14 and the operating main body 20 it Between the frictional force that the generates opening 102 that makes the channel forming portion 22 be securely held on the port part 12, thus Protect the first container unit 300a and the second container unit 300b of the container containing reliably and steadily It holds in the volatileness.It will be apparent to a skilled person that passing through the operation portion 21 of the operating main body 20 Frictional force between the holding element 14 can make the operating main body 20 be securely held on the state after being adjusted, To enable the first container unit 300a of the container containing and the second container unit 300b steadily to be protected It holds in the volatileness or the closed state.

Preferably, the port part 12 has an at least groove 122, wherein the groove 122 is connected to the port space 121, thus after the port space 121 that the holding element 14 is arranged at the port part 12, because of the end Oral area 12 has been equipped with the groove 122, to be formed between the port part 12 and the holding element 14 corresponding to described The second fluid channel 15 of groove 122.It is highly preferred that passing through offer in the port space 121 of the port part 12 The mode of step forms the groove 122, wherein being formed in the outer wall of the holding element 14 and being used for for the port part 12 Forming the second fluid channel 15 between the inner wall of the groove 122 is gap-shaped volatilization channel, side in this way Formula can control the stream flowed out via the first fluid channel 30 and the second fluid channel 15 from the accommodating chamber 101 The flow velocity of the volatile substance 100 of body shape, so that the evaporation rate of the volatile substance 100 is controlled.

Further, the inner wall of the port part 12 is equipped with an at least adjutage 123, wherein the holding element 14 is with quilt The mode being set between each of described port part 12 adjutage 123 is maintained at the port of the port part 12 Space 121.And after the port space 121 that the holding element 14 is arranged at the port part 12, described An at least allocation space 16 is formed between port part 12 and the holding element 14, wherein the allocation space 16 is connected to described Two fluid channels 15.The volatile substance 100 being stored in the accommodating chamber 101 of the container body 10 can be successively Enter the allocation space 16 via the first fluid channel 30 and the second fluid channel 15.

Preferably, with further reference to attached drawing 1 to Fig. 3 C, the container body 10 further comprises two volatile layers 17, wherein The volatile layer 17 has two inside edges 171 and the outer ledge 172 corresponding to the inside edge 171, wherein described The inside edge 171 of volatile layer 17 is arranged at the outer ledge of the holding element 14 and the volatile layer 17 172 are arranged at the port part 12, to close each allocation space 16 by the volatile layer 17.For example, at this In this specific example of the container containing of utility model, the inside edge 171 of the volatile layer 17 is to mount Mode be arranged at the holding element 14 and the outer ledge 172 of the volatile layer 17 is set in a manner of attachment It is placed in the port part 12, to close each allocation space 16 by the volatile layer 17.

The volatile layer 17 allows gas to evaporate into the external world, and 17 energy of the volatile layer from each allocation space 16 Enough liquid is prevented to flow to the external world from each allocation space 16.

With reference to attached drawing 3B, when the first container unit 300a of the container containing is in the volatileness, stream The volatile substance 100 of body shape can be successively via the first fluid channel 30 and the second fluid channel 15 described in First accommodating chamber 101a enters the allocation space 16, because the volatile layer 17 prevents liquid from each allocation space 16 flow to the external world, and gas is allowed to evaporate into the external world from each allocation space 16, thus the volatile substance of flow-like 100 are merely able to by way of gasification evaporate into the external world by the volatile layer 17.

Correspondingly, with reference to attached drawing 3C, the volatilization shape is in the second container unit 300b of the container containing When state, the volatile substance 100 of flow-like can be successively via the first fluid channel 30 and the second fluid channel 15 enter the allocation space 16 from the second accommodating chamber 101b, because the volatile layer 17 prevents liquid from each described point It is flow to the external world with space 16, and gas is allowed to evaporate into the external world from each allocation space 16, so that the described of flow-like is waved Hair substance 100 is merely able to by way of gasification evaporate into the external world by the volatile layer 17.

Attached drawing 4A to Fig. 4 E shows a manufacturing process of the container containing.

In the stage shown in attached drawing 4A, the vessel shell 11 an of tubulose is provided.It is noted that the vessel shell 11 material is unrestricted in the container containing of the utility model, such as the vessel shell 11 can be a glass Shell is also possible to a plastic housing.

In the stage shown in attached drawing 4B, by each port part 12 respectively to be installed in the vessel shell 11 The mode in portion is set to two port parts 12 of the vessel shell 11, with each port part 12 and the vessel shell 11 it Between form multiple mutually independent accommodating chambers 101.The opening 102 of each port part 12 is respectively communicated with described Accommodating chamber 101.The volatile substance 100 can be added into and be stored to the accommodating chamber 101 from the opening 102.It can It is each described after each port part 12 is respectively arranged in two ends of the vessel shell 11 with understanding Port part 12 and the vessel shell 11 form the container body 10.It is noted that the material of the port part 12 is at this It is unrestricted in the container containing of utility model, such as the material of the port part 12 can be but not limited to polytetrafluoroethyl-ne Alkene.As long as that is, the port part 12 can anticorrosion, so as to avoid the volatile substance 100 because it is long when Between contact and corrode the bad phenomenon of the port part 12 and the vessel shell 11 with the port part 12 and the vessel shell 11 Occur.

In the stage shown in attached drawing 4C, by each holding element 14 respectively with the holding of the holding element 14 The mode that channel 141 corresponds to the opening 102 of the port part 12 is installed on the port of each port part 12 Space 121, and the second fluid channel 15 is formed between the holding element 14 and the port part 12.

In the stage shown in attached drawing 4D, an evaporation membranes 200 are mounted on the port part 12 and the holding element 14, and The evaporation membranes 200 are cut along the outer wall of the port part 12 or the outer wall of the vessel shell 11, to avoid the volatilization The outer wall of the prominent port part 12 of film 200 or the outer wall of the vessel shell 11.It is noted that in the utility model In the container containing, the mode that the evaporation membranes 200 are mounted on the port part 12 and the holding element 14 is unrestricted System, such as the evaporation membranes 200 can be mounted on by the port part 12 and the holding by glue or similar substance Element 14, or the evaporation membranes 200 are mounted on by the port part 12 and the holding element 14 by hot melting process.Institute It states evaporation membranes 200 to be mounted between the port part 12 and the holding element 14, in the port part 12, holding member The allocation space 16 is formed between part 14 and the evaporation membranes 200, wherein the allocation space 16 is connected to the second fluid Channel 15.

In the stage shown in attached drawing 4E, the holding element 14 is inserted into the closure 23 of the operating main body 20 The operating main body 20 is installed on the port part 12 by the mode for keeping channel 141, and in this process, described Operating main body 20 can puncture the evaporation membranes 200, so that the evaporation membranes 2000 form the volatile layer 17, so that institute be made Container containing is stated, wherein the container containing includes more than two container units 300.

Attached drawing 5 shows another manufacturing process of the container containing.Specifically, firstly, providing the described of tubulose Vessel shell 11.Secondly, the port part 12 for being equipped with the holding element 14 is installed on to the end of the vessel shell 11, To form multiple mutually independent accommodating chambers 101 between each port part 12 and the vessel shell 11, and The opening 102 of each port part 12 is respectively communicated with the accommodating chamber 101 and outside.Then, at least two will lead to The evaporation membranes 200 in hole 201 correspond to the guarantor of the holding element 14 with the through-hole 201 of the evaporation membranes 200 The mode for holding channel 141 is mounted on the port part 12 and the holding element 14, and along the outer wall of the port part 12 or The outer wall of vessel shell 11 described in person cuts the evaporation membranes 200, so that the evaporation membranes 200 form the volatile layer 17.Then, The operating main body 20 is first inserted into the normal form installation in the holding channel 141 of the holding element 14 with the closure 23 In the port part 12, so that the container containing is made, wherein the container containing includes more than two container lists Member 300.

Attached drawing 9 shows a variant embodiment of the container containing, the splendid attire shown in attached drawing 1 to Fig. 3 B Unlike container, in this specific example of the container containing shown in attached drawing 9, the appearance of the container containing Device main body 10 includes the vessel shell 11 and a port part 12 for being arranged at the vessel shell 11, and in the appearance The other end of device shell 11 has at least two ventholes 111, is formed in the port part 12 and the vessel shell for being respectively communicated with The accommodating chamber 101 each of between 11.For example, being waved when the first container unit 300a of the container containing is in described When hair-like state, the venthole 111 of the vessel shell 11 allows external gas to enter in the first accommodating chamber 101a, this When, the volatile substance 100 being stored in the first accommodating chamber 101a can be successively via the first fluid channel 30 and the second fluid channel 15 enter the allocation space 15, then waved by way of gasification by the volatile layer 17 It is sent to the external world.Correspondingly, described when the second container unit 300b of the container containing is in the volatileness The venthole 111 of vessel shell 11 allows external gas to enter in the second accommodating chamber 101b, at this point, being stored in institute The volatile substance 100 stated in the second accommodating chamber 101b can be successively via the first fluid channel 30 and the second Body channel 15 enters the allocation space 15, then evaporates into the external world by the volatile layer 17 by way of gasification.Ability The technical staff in domain it should be understood that the container containing the first container unit 300a and the second container list When first 300b is in the closed state, the closure 23 of the operating main body 20 is to be maintained at the port part 12 The mode of the opening 102 closes the opening 102 of the port part 12, at this point, being stored in institute because atmospheric pressure is poor The receiving can't be flowed out from the venthole 111 of the vessel shell 11 by stating the volatile substance 100 in accommodating chamber 101 Chamber 101.

Attached drawing 10 shows a variant embodiment of the container containing, the container containing shown in attached drawing 9 Unlike, in this specific example of the container containing shown in attached drawing 10, the separation of the vessel shell 11 Element 112 is formed in the middle part of the shell ontology 113, is respectively formed the separation with the both ends in the vessel shell 11 Space 1110, wherein the port part 12 is arranged at the shell ontology 113 of the vessel shell 11 with the port part 12 The mode of end closes the space mouthful of the compartment 1110, thus in the port part 12, the shell ontology 113 and institute It states and forms the accommodating chamber 101 between separating element 112.Preferably, the venthole 111 is formed in the shell ontology 113 Middle part, so that the venthole 111 is close to the separating element 112.That is, in the container containing shown in attached drawing 10 This specific example in, the extension of the extending direction of the separating element 112 of the vessel shell 11 and institute's shell ontology 113 Direction is mutually perpendicular to, to be respectively formed the compartment 1110 at the both ends of the vessel shell 11.

Attached drawing 11A to Figure 11 C shows another variant embodiment of the container containing, shows with attached drawing 1 to Fig. 3 C Unlike the container containing out, in this specific example of the container containing shown in attached drawing 11A to Figure 11 C In, the holding element 14 has internal thread structure, and the operation portion 21 of the operating main body 20 has external thread structure, Described in operating main body 20 the operation portion 21 external thread structure and the internal thread structure of the holding element 14 being capable of phase Mutually cooperation, so that the operation portion 21 of the operating main body 20 can be bolted in the holding element 14.For example, with reference to attached drawing 11B and Figure 11 C can make the institute of the operating main body 20 by way of rotating the operating main body 20 to different directions Closure 23 is stated to be detached from the opening 102 of the port part 12 and the channel forming portion 22 is made to enter the port part 12 The opening 102, so that the first container unit 300a of the container containing and the second container unit 300b can It is converted between the closed state and the volatileness respectively.It is noted that with passing through shown in attached drawing 1 to Fig. 3 C It vertically forces in the mode of the operation ontology 20 and turns the container containing in the volatileness and the closed state Unlike the mode changed, in this specific example of the container containing shown in attached drawing 11A to Figure 11 C, Ke Yitong It crosses the mode for rotating the operation ontology 20 and turns the container containing between the volatileness and the closed state It changes, is formed between the port part 12 and the channel forming portion 22 of the operation ontology 20 in this way, being conducive to control The size in the first fluid channel 30, to control the gas flow of the container containing volatilization.

(C) container body 10 is provided, wherein the container body 10 has at least two mutually independent 101 Hes of accommodating chamber It is respectively communicated at least one opening 102 in each accommodating chamber 101；With

(D) operating main body 20 is respectively operably installed in each of the container body 10 opening 102, so that A part of at least one described operating main body 20 and the container body 10 forms a container unit 300, so that obtained include The container containing of at least two container units 300, wherein each container unit 300 is respectively provided with and waves hair-like State and a closed state, and each container unit 300 can be individually in the volatileness and the closed It is converted between state.

Further, further comprise step in the step (A):

(A.1) vessel shell 11 at least two mutually independent compartments 1110 is provided；

(A.2) one end oral area 12 at least one opening 102 is provided；And

(A.3) side in the space mouthful of each of described vessel shell 11 compartment 1110 is closed with the port part 12 Formula installs the port part 12 in the vessel shell 11, so that each compartment 1110 is respectively formed each appearance Receive chamber 101.

It will be appreciated by those skilled in the art that above embodiments are only for example, wherein the feature of different embodiments It can be combined with each other, do not explicitly pointed out in the accompanying drawings with obtaining being readily conceivable that according to the content that the utility model discloses Embodiment.

It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only used as It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The function of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiments of the present invention Can there are any deformation or modification.

Claims

1. a container containing, which is characterized in that including at least two container units, each container unit is respectively provided with a receiving Chamber, for accommodating a volatile substance, wherein each container unit is respectively provided with a volatileness and a closed state, and Each container unit can be converted individually between the volatileness and the closed state.

It further comprise at least two operating main bodies and a container body 2. container containing according to claim 1, wherein institute Container body is stated at least two accommodating chambers and at least two openings, at least one one described receiving of the open communication Chamber, wherein each operating main body is operably disposed in the container body respectively, so that at least one described operation Main body and a part of the container body form a container unit, so that each container unit is respectively provided with one A accommodating chamber and at least one described opening, wherein being capable of forming one between the operating main body and the container body First fluid channel, for being connected to the accommodating chamber.

3. container containing according to claim 2, wherein the container body includes the vessel shell and at least one of a tubulose Port part, the vessel shell have at least two compartments, and the port part has at least one described opening, wherein the end Oral area is arranged at the vessel shell, keeps the separation empty to close the space mouthful of the compartment by the port part Between form the accommodating chamber, wherein the operating main body is operably disposed in the port part.

4. container containing according to claim 3, wherein the vessel shell includes a shell main body and an at least separating element, The shell main body has an accommodation space, and the separating element is arranged at the inside of the shell main body, by the separation Element separates the accommodation space and forms each mutually independent compartment.

5. container containing according to claim 4, wherein the extending direction of the separating element and the shell main body are prolonged It is consistent to stretch direction.

6. container containing according to claim 4, wherein the extending direction of the separating element and the shell main body are prolonged It is vertical to stretch direction.

7. container containing according to claim 5, wherein the port part has an at least card slot, wherein the fence cell The end of part is stuck in the card slot of the port part.

8. container containing according to claim 3, wherein the container body further has at least two second fluids logical Road and at least two allocation spaces, each second fluid channel are respectively communicated with each first fluid channel and each described Allocation space, wherein the container body further comprises an at least volatile layer, wherein the volatile layer is arranged at the end Oral area, and the volatile layer closes the allocation space.

9. container containing according to claim 8, wherein the container body further comprises two holding elements, wherein institute Stating port part has at least Single port space, and the port space is connected to the opening, wherein the holding element is arranged at The port space of the port part, and form the second fluid between the holding element and the port part and lead to Road and the allocation space.

10. container containing according to claim 9, wherein the holding element has one to keep channel, the holding member Part is arranged at the end in such a way that the holding channel of the holding element corresponds to the opening of the port part The port space of oral area, wherein the holding that the operating main body is operably disposed in the holding element is led to Road.

11. container containing according to claim 10, wherein the operating main body is by being slidably mounted in State the holding channel of holding element.

12. container containing according to claim 10, wherein the operating main body is to be rotatably mounted in institute State the holding channel of holding element.

13. container containing according to claim 11, wherein the operating main body has an at least notch, wherein when described When the notch of operating main body corresponds to the opening of the port part, between the operating main body and the port part Form the first fluid channel.

14. container containing according to claim 12, wherein the operating main body has an at least notch, wherein when described When the notch of operating main body corresponds to the opening of the port part, between the operating main body and the port part Form the first fluid channel.

15. container containing according to claim 13, wherein the operating main body includes an operation portion, a channel forming portion And a closure, the operation portion and the closure are respectively formed in the both ends of the channel forming portion, wherein described lack Mouthful be formed in the channel forming portion, wherein one in the channel forming portion and the closure can be maintained at it is described The opening of port part.

16. container containing according to claim 14, wherein the operating main body includes an operation portion and is formed in described One channel forming portion of the end of operation portion, wherein the notch is formed in the channel forming portion, wherein the operation portion and One in the channel forming portion can be maintained at the opening of the port part.

17. container containing according to claim 15 or 16, wherein the notch is an annular notch；Or it is described scarce Mouth is a groove.