KR20050079371A - Mixing bottle - Google Patents

Abstract

The present invention relates to a mixing container having an additive receiving space that can be opened and closed as needed, and coupled to another container containing contents such as a beverage, to mix and drink the contents and the additive, and the container 100 Connecting member 200 is detachably coupled to the inlet 110 of the), one side is detachably coupled to the connecting member 200, the other side receiving member 300 having an additive receiving space 302 is open And communication means for selectively receiving or blocking the receiving space 302 from the container 100 through the connecting member 200 by the rotation of the receiving member 300, and an open end of the receiving member 300. And selectively opening and closing the cover member 400 having at least one outlet 430 to allow the additives in the accommodation space 302 to be discharged to the outside, and an upper part of opening and closing the outlet 430 of the cover member 400. Mixed container consisting of a cap 500 By providing the mixture of the additive and the contents, it is possible to distribute and distribute a certain amount of the additive in the receiving space, thereby having the effect of accurately packaging the additive as well as maintaining the mixing ratio.

Description

Mixing bottle

The present invention relates to a mixed container, and more particularly, having an additive receiving space that can be opened and closed as needed, and is combined with another container containing contents such as beverages to mix the contents with the contents in the process of drinking the contents. And it relates to a mixing container to be drinking.

Typically, carbonated beverages, such as coffee or soda water, are stored in closed containers or sold using disposable containers in the shop. In recent years, these beverages are drunk with one or more additives depending on taste. For example, coffee is selected by drinking a variety of additives according to the taste, such as ice cream or fresh cream, and soda water and the like is also drink with ice cream.

However, in the past, many restrictions have been followed in drinking additives into the main ingredients such as coffee or soda water. That is, beverage products sold in convenience stores and the like are stored in a sealed container and sold, so it is not easy to put the additives. In addition, in the coffee sales shop, the seller injects any amount of the additive selected in the field according to the customer's order. Therefore, there is a problem that can not satisfy the taste of the consumer, such as a different taste or not drinkable every time due to the difference in the injection amount.

Accordingly, the present invention has been proposed to solve the above problems, the object of which has an accommodation space for accommodating a certain amount of the additive material to be mixed, coupled to the container containing the contents to open the accommodation space in a simple operation and the additive and By providing a communication between the contents to provide a mixing container that can effectively achieve the mixing.

Another object of the present invention is to provide a mixing container that allows a wide variety of additives to be embedded in a container, thereby widening the consumer's choice by diversifying the additives and at the same time maintaining the additive mixing ratio accurately.

The object of the present invention is a connecting member detachably coupled to the inlet of the container, one side is detachably coupled to the connecting member, the other side receiving member having an additive receiving space open, and by the rotation of the receiving member Communication means for allowing the receiving space to be selectively communicated with or blocked by the container through the connecting member, and a cover for selectively opening and closing the open end of the receiving member, and at least one outlet for discharging the additives in the receiving space to the outside. It can be achieved by a mixing vessel composed of a member and an upper cap for opening and closing the outlet of the cover member.

The connecting member has an outer cap having a female screw coupled to the male screw of the inlet, an inner cap extending in the longitudinal direction from the radially inner side of the outer cap and being pressed into the inlet and having a communication hole formed at the bottom thereof, and from the outer cap in the longitudinal direction. The connecting portion is formed integrally extending extending to the inside of the engaging groove, the receiving member is formed in the lower portion by the locking projection coupled to the connecting portion is formed a first projection is limited from the connecting portion, protruding from the first projection It is preferable that the second protrusion is inserted into the inner cap and has a discharge hole corresponding to the communication hole at the bottom thereof.

On the other hand, the connecting member has an outer cap having a female screw coupled to the male screw of the inlet, the inner cap extends in the longitudinal direction from the radially inner side of the outer cap is inserted into the container through the inlet, and the inner cap is formed in the bottom and side communication holes respectively And a connecting part extending in a longitudinal direction from the outer cap and having a locking groove formed therein, and the receiving member has a first protrusion part of which is restricted from the connecting part by a locking jaw coupled to the connecting part at a lower portion thereof. The second protrusion may be configured to protrude from the first protrusion and to be inserted into the inner cap, and the discharge hole corresponding to the communication hole may be formed at the bottom and the side, respectively.

The communication means, the second projection of the receiving member and the inner cap of the connecting member to the surface contact in the axial direction, the communication hole and the discharge hole disposed in each of the surface contact portion is in communication with each other or blocked according to the rotational position of the receiving member It is configured to be.

A blocking wall is provided in the direction orthogonal to the axial direction inside the cover part, a through hole is formed in the center of the blocking wall, and a plurality of holes are formed on the surface.

A plurality of protrusions are evenly distributed on the inner circumferential surfaces of the receiving member and the cover part.

A guide tube extending in the axial direction from the first protrusion is integrally formed in the receiving member, and a plurality of injection holes are formed in the guide tube.

The guide tube may be configured separately and screwed to the inner side of the first protrusion of the accommodation member.

The upper cap is screwed into the outlet.

Preferably the upper cap is fitted to the outlet.

More preferably, the upper cap is integrally connected to the receiving member by a connecting piece.

The present invention provides a fastening part detachably coupled to the inlet of the container, a cylindrical support part extending radially outward from the fastening part and extending in the axial direction to form a locking jaw at the outer periphery, and blocking the inside of the support part in the axial direction. The lower blocking plate and the lower opening and closing plate formed with a communication hole formed in the center of the lower blocking plate is integrally coupled to the connection member by the locking groove formed so as to catch the locking jaw on one side inner circumference, The other side has an additive receiving space that is open, the upper blocking plate is formed to block the inside in the axial direction, the cylindrical receiving member consisting of an upper opening and closing plate formed with a discharge hole in the center of the upper blocking plate and the open end of the receiving member A cover member which is selectively opened and closed, and at least one outlet is formed to allow the additive in the accommodation space to be discharged to the outside; Of it is accomplished by the mixing container consisting of an upper cap for opening and closing the outlet.

The lower blocking plate of the connection member is configured to be inclined upward toward the center, and the upper blocking plate of the receiving member is configured to be inclined downward toward the center.

The lower blocking plate of the connecting member may be configured to be inclined upward toward the center portion, and the upper blocking plate of the receiving member may be configured to be inclined upward toward the center portion.

The lower opening and closing plate is formed in a cylindrical protruding downward from the lower blocking plate to form a communication hole on both ends and sides, the upper opening and closing plate is formed in a cylindrical protruding upward from the upper blocking plate on both ends and sides so as to correspond to the communication hole. A discharge hole is formed.

An upper portion of the lower opening and closing plate is formed with an extension part inserted into the discharge hole of the upper opening and closing plate.

In addition, the lower opening and closing plate is formed of a hemispherical projecting upward from the lower blocking plate is formed at least two or more communication holes with equal intervals around the axis center, the upper opening and closing plate protrudes upward from the upper blocking plate and the lower It is composed of a hemispherical shape to make a surface contact with the outer surface of the opening and closing plate is formed so that at least two discharge holes with equal intervals around the center of the shaft to correspond to the communication hole is formed so that the communication hole and the discharge hole is in communication with each other or blocked when the receiving member rotates. .

An object of the present invention is a fastening portion detachably coupled to the inlet of the container, a cylindrical support portion extending radially outwardly from the fastening portion and extending in the axial direction, and axially blocking the inside of the support portion and communicating holes in the center thereof. The cover member is formed integrally with the receiving member, the cover member to selectively open and close the open end of the receiving member, at least one outlet for allowing the additives in the receiving space to be discharged to the outside, and opening and closing the outlet of the cover member It is also achieved by a mixing vessel consisting of an upper cap.

An inner cap is pressed into the inlet of the container inside the fastening portion, and a plurality of communication holes are formed at the end of the inner cap.

In addition, an object of the present invention is a fastening portion detachably coupled to the inlet of the container, a cylindrical support portion extending radially outward from the fastening portion and extending in the axial direction to form a locking jaw on the outer periphery, and the inside of the support portion. It is coupled in such a way as to prevent separation from the connecting member by a connecting member which is integrally formed with a lower blocking plate which blocks at the axial direction and has at least two communication holes at equal intervals around the center of the shaft, and a locking groove formed to catch the locking jaw at one inner circumference. The other side has an additive receiving space that is open, the cylindrical receiving member and the receiving member is integrally formed with an upper blocking plate formed with at least two discharge holes of the back angle around the axis center to block the inside in the axial direction and to correspond to the communication hole, Selectively opening and closing the open end of the at least one outlet to allow the additives in the receiving space to be discharged to the outside And a cover member which is achieved by the mixing container consisting of an upper cap for opening and closing the outlet of the cover member.

The communication hole and the discharge hole is composed of at least two fan-shaped holes having an equiangular angle so as to communicate with each other or close when the receiving member rotates.

At least one of the communication hole and the engaging piece is inserted into the discharge hole is configured to protrude.

At least one of the discharge hole and the engaging piece inserted into the communication hole may be configured to protrude.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3 show a view of a first embodiment of a container closure according to the present invention, Figure 1 is a cross-sectional view of the separation state showing the overall configuration, Figure 2 is a cross-sectional view of the coupling state, Figure 3 is a communication means It is a cross-sectional view which shows the structure of.

According to this, the present invention is largely connected to the connection member 200 detachably coupled to the injection port 110 of the container 100, one side is detachably coupled to the connection member 200, the other side is open to accommodate additives Receiving member 300 having a space 302 and the communication so that the receiving space 302 is selectively communicated or blocked with the container 100 through the connecting member 200 by the rotation of the receiving member 300 The cover member 400 and the cover member 400, which selectively opens and closes the open end of the means and the receiving member 300, and has at least one outlet 430 for discharging the additive in the receiving space 302 to the outside. Consists of the upper cap 500 for opening and closing the outlet 430).

The connecting member 200 has an outer cap 210 having a female screw 212 coupled to the male screw 112 of the inlet 110, and an inner cap extending in the longitudinal direction from the radially inner side of the outer cap 210. 220. The inner cap 220 is press-fitted into the injection hole 110 has a communication hole 222 is formed on the bottom. In addition, the connection member 200 is integrally formed with a connection portion 230 which extends in the longitudinal direction from the outer cap 210 to form an annular locking groove 232 therein.

The accommodating member 300 is formed of a cylindrical accommodating portion 304 forming an accommodating space 302 therein, and one side (the upper portion in the drawing) of the accommodating portion 304 is opened and the opposite side, that is, the lower portion The first protrusion 310 coupled to the connecting portion 230 is configured, and an annular locking jaw 312 coupled to the locking groove 232 is formed at the periphery of the first protrusion 31. In addition, the second protrusion 320 which is further protruded axially from the first protrusion 310 and inserted into the inner cap 220 is integrally formed. The discharge hole 322 corresponding to the communication hole 222 is formed on the bottom of the second protrusion 320.

The communication means has a second contact portion 320 of the receiving member 300 and the inner cap 220 of the connecting member 200 to the surface contact in the axial direction, the communication hole 222 disposed in the surface contact portion, respectively; The discharge hole 322 is configured to be in communication with each other or blocked according to the rotational position of the receiving member (300). That is, as shown in FIG. 3, the communication hole 222 and the discharge hole 322 are allowed to mix the contents and additives by being shifted or matched with the rotational position of the receiving member.

In addition, the cover member 400 is composed of a hemispherical cover portion 410, the fitting groove 420 is coupled to the open end of the receiving member 300 on the lower periphery of the cover portion 410, On the opposite side, an outlet 430 extending from the center is formed in the central portion.

The outlet 430 is provided with an upper cap 500 for selectively opening and closing the receiving portion. Preferably, the upper cap 500 is configured to be fitted to the outlet 430 to provide the convenience of opening and closing. More preferably, the upper cap 500 is integrally formed on the cover member 400 by the connecting piece 520 as shown in FIG. 4A, so that the upper cap 500 may be easily managed without fear of loss. Since the connecting piece 520 can be used as a handle, the entire container can be easily carried. The upper cap 500 can also be screwed to the outlet 430 as shown in FIG. 4B. At this time, the connecting piece should have a structure in which the upper cap is rotatable with respect to the connecting piece when using.

On the other hand, as shown in Figure 4c shows a modification in which the blocking wall is provided on the inside of the cover 400. In the blocking wall 440, a through hole 444 is formed in the center portion to allow the insertion of a straw or the like in the adjacent portion of the outlet 430, and a plurality of holes 442 are formed on the surface thereof. This configuration limits the pouring of the additives such as ice cream at a time when the container body is inclined, and at the same time delays the contact between the contents and the additives to facilitate mixing.

In the drawings, reference numeral 224 denotes a seal for preventing leakage, and 314 denotes a seal ring.

Mixing container according to the present invention having such a configuration as shown in Figure 2 when the first projection 310 is pressed into the connecting portion 230, the locking jaw 312 is caught in the locking groove 312, the rotation is It is possible and the axial movement remains limited. In this state, the receiving space 302 is filled with additives such as ice cream, the cover member 400 is closed, the upper cap 500 is coupled to the outlet 430. The present invention is thus sold to the consumer while the additive is filled in the receiving space 302. The consumer maintains the state as shown in FIG. 2 when the outer cap 210 is screwed to the inlet 110 of the container after removing the cap of the beverage container containing the separately purchased contents. At this time, since the communication hole 222 and the discharge hole 322 are kept in a mutually displaced state, contents such as coffee or soda water stored in the container are not introduced into the receiving space 302 even when the container 100 is upside down. .

When the receiving member 300 rotates in this state to match the communication hole 222 and the discharge hole 322, the inside of the container is in communication with the additive receiving space 302 as a ratio. The user opens the upper cap 500 in such a state, and when the container is upside down, the contents are discharged to the outlet to enable drinking. In this case, the contents are melted and discharged in a mixed state in the process of passing through the accommodation space, so that the user can taste the taste.

On the other hand, the mixing container according to the present invention has been described a case in which the additives are sold in a mixed state in the receiving space 302 in the above operation description, but is not limited thereto. That is, the present invention can be used by inserting the additive in the receiving space according to the user's preference after being sold without the additive. This can be easily achieved by opening the cover member 400 from the receiving member 300 in a state in which the mixing vessel is coupled to the container 100 or in a separated state.

In Fig. 5, respectively, the configuration of the second embodiment of the mixing vessel according to the present invention is shown in a sectional view in a separated state. In all the embodiments described below, the same and equivalent configurations as those of the first embodiment of the present invention are denoted by the same reference numerals, and detailed description thereof will be omitted. In the second embodiment, the matters expected in the first embodiment of the present invention, that is, the contents move to the inner wall side of the receiving member immediately after the contents flow into the receiving member 300, so that the contact with the additive is not smooth. Therefore, an embodiment for solving the fear that additives such as ice cream and the like are not sufficiently dissolved in the contents is disclosed.

Accordingly, the plurality of protrusions 330 and 412 are evenly distributed on the inner circumferential surfaces of the receiving member 300 and the cover member 400, respectively. The protrusions 330 and 412 are not particularly limited, but are preferably semicircular to delay the flow of the contents, and are preferably arranged as irregularly as possible.

In this second embodiment, since the contents are introduced into the receiving member 300 and the cover member 400 and then subjected to flow resistance by the protrusions 330 and 412, a longer time may be delayed in the receiving space 302. As a result, the contact time with the additive becomes long. Therefore, the mixing of the contents and the additive is effected effectively.

Figure 6 is shown in cross-sectional view, respectively, of the configuration of the third embodiment of the mixing vessel according to the present invention. This embodiment has the same purpose as the second embodiment of the present invention.

In the receiving member 300, a guide tube 340 extending in the axial direction from the first protrusion 310 is integrally formed. The end of the guide tube is preferably configured in a hemispherical shape. In addition, the guide tube 340 is formed with a plurality of injection holes 342 evenly over the entire surface.

In this third embodiment, since the contents move along the guide tube 340 and are discharged at the center of the additive, the contents are more effectively mixed with the additives so that the additives are sufficiently dissolved in the contents.

In Fig. 7, the configuration of the fourth embodiment of the mixing vessel according to the present invention is shown in cross-sectional view, respectively. This embodiment proposes a method for solving the difficulty of the injection operation in forming the guide tube in the second embodiment of the present invention.

According to this, the guide tube 340 is independent and is screwed to the inner surface of the first protrusion 310. That is, the male member 344 is formed on the inner surface of the first protrusion 310 in the receiving member 300, and is screwed to the female screw 316 at the open end of the cylindrical guide tube 340. And a plurality of injection holes 342 are formed on the surface over the entire surface.

In this fourth embodiment, the guide tube 340 may be separately formed and coupled to the first protrusion 310, thereby increasing the number of parts. However, the molding may be easy and the workability may be improved.

The guide tube 340 may be coupled to the first protrusion 310 and other forms other than screwing, that is, interference fit.

Fig. 8 shows the configuration of the fifth embodiment of the mixing container according to the present invention, respectively, in a cross-sectional view of a separated state, and Fig. 9 shows a cross-sectional view of the combined state thereof. The present disclosure discloses an embodiment in which the inner cap is elongated to facilitate the ejection of the contents.

According to this, the inner cap 220 extends in the longitudinal direction from the inner side in the radial direction of the outer cap 210 and extends through the injection hole 110 to the inside of the container 100. At the ends of the inner cap 220, bottom communication holes 222 and side communication holes 223 are formed, respectively. In addition, the second protrusion 320 is inserted into the inner cap 220 and the bottom surface discharge hole 322 and the side discharge hole 323 corresponding to the bottom communication hole 222 and the side communication hole 223 at the end. Is formed.

In this fifth embodiment, since the inner cap 220 and the second protrusion 320 are extended to be inserted deep enough into the container 100, the communication hole 222 and the discharge hole 322 are further formed on the side surface. It is possible to achieve a smooth discharge of the contents. The communication hole and the discharge hole formed on the side should also be configured such that the receiving member 300 is in communication with each other or rotated by rotation.

FIG. 10 is a sectional view of the sixth embodiment of the mixing container according to the present invention in a separated state, and FIG. This embodiment discloses that it is possible to insert a straw or the like for drinking and to easily mix the contents and the additives.

According to this, the connecting member 200 has a fastening part 240 detachably coupled to the inlet 110 of the container 100, and extends radially outward from the fastening part 240 and extends in the axial direction. It includes a cylindrical support portion 250 is formed on the outer circumferential projection 252. The lower blocking plate 260 blocking in the axial direction is integrally formed in the support part 250. At the center of the lower blocking plate 260 is formed a lower opening and closing plate 270 is formed integrally with the communication hole 272.

In addition, there is shown a receiving member 300 detachably coupled to the connection member 200. Receiving member 300 is limited in the axial movement to the connecting member 200 by the engaging groove 352 is formed so that the locking jaw 252 is caught on one side inner circumference and rotation is coupled in a possible form. The accommodating member 300 has an additive accommodating space 302 having one side open therein, and an upper blocking plate 360 for blocking the accommodating space in the axial direction is integrally formed therein. At the center of the upper blocking plate 360, the upper opening and closing plate 370 in which the discharge hole 372 is formed is integrally formed.

The lower blocking plate 260 of the connection member 200 is configured to be inclined upward toward the center portion, and the upper blocking plate 360 of the receiving member 300 is configured to be inclined downward toward the center portion.

The lower opening and closing plate 270 is configured as a cylindrical protruding downward from the lower blocking plate 260, the communication hole 272 is preferably formed to the side as well as the axial end. The upper opening and closing plate 270 is formed in a cylindrical protruding upward from the upper blocking plate 360, the discharge hole 372 is formed on both ends and sides so as to correspond to the communication hole 272.

An upper portion of the lower opening and closing plate 260 is configured with an extension 274 inserted into the upper opening and closing plate 360 to prevent the contents from flowing outward.

In the figure, reference numeral 244 denotes a seal for preventing leakage, and 254 denotes a seal ring.

In this sixth embodiment, since the communication hole 272 and the discharge hole 372 are formed coaxially with the inlet 110 and the outlet 430, the insertion of the straw S is possible as shown in FIG. 11. . In particular, depending on the depth (S) insertion depth, one of the contents or additives can be selected for drinking. That is, when the straw is deeply placed, the contents of the container 100, that is, the soda water or the coffee is to be drunk, while the lower the depth, it is possible to drink with the ice cream held in the receiving space. In addition, the sixth embodiment is suitable for the sale of only the mixing container in the configuration that the communication hole 272 and the discharge hole 372 is always open, the fastening portion 240 when the additive is accommodated in the receiving space for sale It requires additional components to provide a stopper or seal with a sticker or the like.

According to the present invention, the lower blocking plate 260 of the connecting member 200 is configured to be inclined upward toward the center portion, and the upper blocking plate 360 of the receiving member 300 is also configured to be inclined upward toward the central portion to lower the lower block. It is also contemplated that the plate 260 and the top blocking plate 360 are configured to be in surface contact.

12 shows the construction of a seventh embodiment of the mixing vessel according to the invention in a cross-sectional view of a separated state. In this embodiment, the lower opening plate and the upper opening plate to form a communication hole and the discharge hole, respectively, by the rotation of the receiving member they are connected to each other or shifted to selectively open and close, and to effectively mix the contents and additives It starts.

Accordingly, the lower opening and closing plate 270 has a hemispherical shape protruding upward from the lower blocking plate 260. On the lower opening and closing plate 270, at least two communication holes 272 having equal intervals around the axis center are formed. The upper opening plate 370 protrudes upward from the upper blocking plate 360, and has a hemispherical shape to make a surface contact with an outer surface of the lower opening plate 270. The upper opening plate 370 has at least two discharge holes 372 having equal intervals around the shaft center to correspond to the communication hole 272.

In this seventh embodiment, the communication hole 272 and the discharge hole 372 are in communication with each other or blocked according to the rotational position to the receiving member, and the communication portion is configured at the center of the additive, so that the contents can be easily mixed. .

Fig. 13 shows the construction of an eighth embodiment of the mixing vessel according to the present invention in a sectional view in a separated state. It discloses an embodiment in which the receiving member and the connecting member are integrally configured.

According to this, the receiving member 600 has a fastening portion 610 is formed with a female screw 612 is detachably screwed to the inlet 110 of the container 100. And a cylindrical support 620 extending radially outward from the fastening portion 610 and extending axially. In the support part 620, a blocking plate 630 which blocks in the axial direction and has a communication hole 642 formed at the center thereof is integrally formed. The communication hole 642 is preferably formed in a plurality at the periphery of the hemispherical protrusion 640 in the central portion of the blocking plate 630.

This eighth embodiment is similar to the sixth embodiment of the present invention. The communication hole 642 is always open, and is suitable for the sale of the mixing container only. An additional component is required to provide a stopper to 610 or to seal with a sticker or the like.

14 shows the construction of a ninth embodiment of the mixing vessel according to the present invention in a cross-sectional view of a separated state. It discloses an embodiment in which the receiving member and the connecting member are integrally formed and at the same time further include an inner cap to increase the sealing effect.

According to this, the inner cap 650 is pressed into the inlet 110 of the container 100 inside the fastening portion 640, a plurality of communication holes 652 is formed at the end of the inner cap 650 It is.

In this ninth embodiment, since the inner cap 650 is press-fitted into the injection hole 110, a good sealing performance is ensured, and it is possible to distribute with a sticker stopper attached to the end of the inner cap 650 by an adhesive or the like, if necessary. It is possible to remove the sticker and use it.

Fig. 15 is a sectional view of the tenth embodiment of the mixing container according to the present invention in a separated state, Fig. 16 is a perspective view of the separated state, and Fig. 17 is a sectional view in the engaged state. The same configuration as in the prior art is given the same reference numerals, and detailed description thereof will be omitted. The present disclosure discloses an embodiment in which a faster discharge of the contents is possible and the opening and closing operation according to the rotation of the receiving member is effectively achieved.

According to this, the connecting member 200 has a fastening part 240 detachably coupled to the inlet 110 of the container 100. A cylindrical support part 250 is formed extending from the fastening part 240 in the radial direction to the outer side and extending in the axial direction to form a locking jaw 252 on the outer circumference thereof. The lower part of the support part 250 includes a lower blocking plate 260. ) Is integrally formed. The lower blocking plate 260 is formed with at least two communication holes 262 at equal intervals around the center of the axial direction.

Receiving member 300 is composed of a cylindrical receiving portion 350 to form a receiving space 302 which is open at both sides therein, so that the locking step 252 is caught on one side inner circumference of the receiving portion 350 The formed locking groove 352 is formed. In addition, the upper blocking plate 360 for blocking the receiving space 302 in the axial direction is formed inside the receiving portion 340 integrally. The upper blocking plate 360 has at least two discharge holes 362 having a back angle around the shaft center to correspond to the communication hole 262.

The communication hole 262 and the discharge hole 362 is composed of at least two fan-shaped holes having an equal angle is configured to communicate with each other or close when the receiving member 300 rotates.

At least one of the communication holes 262 and the engaging piece 262a inserted into the discharge hole 362 is formed to protrude. In addition, at least one of the discharge holes 362 and the engaging piece 362a inserted into the communication hole 262 is configured to protrude. The locking piece can obtain the same effect even if it is configured only on at least one side of the communication hole (262) or the discharge hole (362).

In this tenth embodiment, since the communication hole 262 and the discharge hole 362 are sufficiently large, the movement between the additive and the contents can be easily performed.

The scope of the technical spirit of the present invention is not limited to the embodiments described above. That is, what is constituted by a suitable combination of compatible components between the above embodiments should be included in the scope of the technical idea of the present invention, and also by the addition, change and substitution of simple components.

As described above, the present invention provides a receiving member for forming a receiving space opened and closed by a cover member having an upper cap, and connecting the receiving member to the container and communicating the receiving space with the receiving space of the container as necessary. The connection member is provided to enable the mixing of the additives and the contents, and to hold a certain amount of the additives in the receiving space so as to be circulated so that the additives can be packaged and the mixing ratio can be accurately maintained.

1 is a cross-sectional view of a separated state showing the configuration of the first embodiment of the mixing vessel according to the present invention;

Figure 2 is a cross-sectional view of the combined state of the first embodiment of the mixing vessel according to the present invention

Figure 3 is a plan view showing the configuration of the communication means of the first embodiment of the mixing vessel according to the present invention

Figures 4a to 4c is a cross-sectional view showing another example of the upper cap and the cover member of the mixing container according to the present invention

Figure 5 is a cross-sectional view of the separation state showing the configuration of the second embodiment of the mixing vessel according to the present invention

Figure 6 is a cross-sectional view of the separation state showing the configuration of the third embodiment of the mixing vessel according to the present invention;

Figure 7 is a cross-sectional view of the separation state showing the configuration of the fourth embodiment of the mixing vessel according to the present invention;

Figure 8 is a cross-sectional view of the separation state showing the configuration for the fifth embodiment of the mixing container according to the present invention

Figure 9 is a cross-sectional view of the combined state of the fifth embodiment of the mixing container according to the present invention

Figure 10 is a cross-sectional view of the separation state showing the configuration for the sixth embodiment of the mixing vessel according to the present invention

11 is a cross-sectional view of the coupling state of the sixth embodiment of the mixing vessel according to the present invention;

12 is a cross-sectional view of a separated state showing the configuration of a seventh embodiment of a mixing vessel according to the present invention;

Figure 13 is a cross-sectional view of the separation state showing the configuration of the eighth embodiment of the mixing vessel according to the present invention

Figure 14 is a cross-sectional view of the separation state showing the configuration for the ninth embodiment of the mixing vessel according to the present invention;

15 is a cross-sectional view of a separated state showing a configuration of a tenth embodiment of a mixing container according to the present invention;

Figure 16 is a perspective view of the separated state showing the configuration for the tenth embodiment of the mixing container according to the present invention

17 is a cross-sectional view of the coupling state of the tenth embodiment of the mixing vessel according to the present invention;

* Description of the symbols for the main parts of the drawings *

100: container 110: inlet

200: connecting member 210: outer cap

220: inner cap 222: communication hole

230: connection portion 232: locking groove

300: accommodating member 310: first projection

312: engaging jaw 320: second projection

322: discharge hole 400: cover member

410: cover portion 420: fitting groove

430: outlet 500: upper cap

520: connecting piece

Claims (23)

A connecting member detachably coupled to the inlet of the container; One side is detachably coupled to the connecting member, the other side and the receiving member having an additive receiving space is opened, Communicating means for selectively communicating with or blocking the receiving space through the connecting member by rotation of the receiving member; A cover member which selectively opens and closes an open end of the accommodation member and has at least one outlet for discharging the additive in the accommodation space to the outside; Mixing vessel, characterized in that consisting of an upper cap for opening and closing the outlet of the cover member. According to claim 1, The connecting member has an outer cap having a female screw coupled to the male screw of the inlet, the inner cap extending in the longitudinal direction from the inner radial direction of the outer cap is pressed into the inlet and the communication hole formed on the bottom, and The connecting portion extending in the longitudinal direction from the outer cap is formed integrally, the receiving member is formed with a first protrusion having a locking projection protruding downward and coupled to the connecting portion on the periphery, the first And a second protrusion configured to protrude from the protrusion to be inserted into the inner cap and to have a discharge hole corresponding to the communication hole at a bottom thereof. According to claim 1, wherein the connecting member is an outer cap having a female screw coupled to the male screw of the inlet, and extending in the longitudinal direction from the inner radial direction of the outer cap is inserted into the container through the inlet and communicating with the bottom and side, respectively A first portion having an inner cap having a ball formed therein, and a connecting portion extending in a longitudinal direction from the outer cap and having a locking groove formed therein, the receiving member protruding downward and engaging the connecting portion at the periphery; And a second protrusion configured to protrude from the first protrusion and inserted into the inner cap, and having a discharge hole corresponding to the communication hole on the bottom and the side thereof, respectively. 4. The communication member according to claim 2 or 3, wherein the communication means has a second contact portion of the accommodation member and an inner cap of the connection member in surface contact in the axial direction, and communication and discharge holes disposed in the surface contact portion respectively. Mixing container, characterized in that configured to be in communication with each other or blocked according to the rotational position of the. According to claim 2 or 3, wherein the blocking wall is provided in the direction orthogonal to the axial direction inside the cover member, a through hole is formed in the central portion of the blocking wall, characterized in that a plurality of holes are formed on the surface. Mixing container. The mixing container according to claim 2 or 3, wherein a plurality of protrusions are evenly distributed on the inner circumferential surfaces of the receiving member and the cover part. 4. The mixing container according to claim 2 or 3, wherein a guide tube extending in the axial direction from the first protrusion is integrally formed in the receiving member, and the guide tube is formed with a plurality of injection holes. The method of claim 7, wherein the receiving member is formed with a female screw on the inner surface of the first protrusion, a male screw is screwed to the female screw on one side, the other side is sealed, a plurality of injection holes are formed on the surface over the entire surface Mixing vessel characterized in that it further comprises a guide tube. 5. The mixing container of claim 4, wherein the upper cap is screwed to the outlet of the cover member. 5. The mixing container of claim 4, wherein the upper cap is fitted to the outlet of the cover member. 11. The mixing container of claim 10, wherein the upper cap is integrally connected to the cover member by a connecting piece. A fastening portion detachably coupled to the inlet of the container, a cylindrical support portion extending radially outwardly from the fastening portion and extending in the axial direction to form a locking jaw on the outer periphery, and a lower block for axially blocking the inside of the support portion. A connecting member composed of a plate and a lower opening and closing plate having a communication hole formed at the center of the lower blocking plate; One side inner circumference is coupled to be prevented to be separated from the connecting member by the locking groove formed to take the locking step, the other side has an additive receiving space that is open, the upper blocking plate is formed in the axial direction blocking the upper blocking plate Cylindrical receiving member and the upper opening and closing plate is formed integrally with the discharge hole, A cover member which selectively opens and closes an open end of the accommodation member and has at least one outlet for discharging the additive in the accommodation space to the outside; Mixing vessel, characterized in that consisting of an upper cap for opening and closing the outlet of the cover member. The mixing container according to claim 12, wherein the lower blocking plate of the connection member is inclined upward toward the center portion, and the upper blocking plate of the receiving member is inclined downward toward the center portion. The mixing vessel according to claim 12, wherein the lower blocking plate of the connection member is inclined upward toward the center portion, and the upper blocking plate of the receiving member is inclined upward toward the center portion. 15. The method according to any one of claims 12 to 14, wherein the lower opening and closing plate is formed in a cylindrical protruding downward from the lower blocking plate to form a communication hole on both ends and sides, the upper opening and closing plate from the upper blocking plate to the top Mixing container, characterized in that formed in the protruding cylindrical discharge holes formed on both ends and sides to correspond to the communication hole. The mixing container according to claim 15, wherein an upper portion of the lower opening and closing plate is extended to be inserted into a discharge hole of the upper opening and closing plate. 15. The method according to any one of claims 12 to 14, wherein the lower opening and closing plate is formed in a hemispherical projecting upward from the lower blocking plate to form at least two or more communication holes with an equal interval around the axis center, The plate protrudes upward from the upper blocking plate and has a hemispherical shape which makes surface contact with the outer surface of the lower opening and closing plate so that at least two discharge holes are formed at equal intervals around the center of the shaft to correspond to the communication hole. Mixed container characterized in that the communication hole and the discharge hole is configured to communicate with each other or blocked. A fastening portion detachably coupled to the inlet of the container, a cylindrical support portion extending radially outwardly from the fastening portion and extending in the axial direction, and a blocking plate axially blocking the support portion and having a communication hole formed in the center thereof. Receiving member consisting of, A cover member which selectively opens and closes an open end of the accommodation member and has at least one outlet for discharging the additive in the accommodation space to the outside; Mixing vessel, characterized in that consisting of an upper cap for opening and closing the outlet of the cover member. 19. The mixing container of claim 18, wherein an inner cap is pressed into the inlet of the container inside the fastening portion, and a plurality of communication holes are formed at an end of the inner cap. A fastening part detachably coupled to the inlet of the container, a cylindrical support part extending radially outward from the fastening part and extending in the axial direction to form a locking jaw on the outer periphery, and axially blocking the support part in the axial direction A connecting member integrally formed with a lower blocking plate having at least two communication holes at equal intervals around the periphery; It is coupled to one side inner circumference so as to prevent separation to the connecting member by a locking groove formed to take the locking jaw, the other side has an additive receiving space that is open, the inside is blocked in the axial direction and around the shaft center to correspond to the communication hole, etc. A cylindrical receiving member integrally formed with an upper blocking plate on which at least two discharge holes of each dog are formed; A cover member which selectively opens and closes an open end of the accommodation member and has at least one outlet for discharging the additive in the accommodation space to the outside; Mixing vessel, characterized in that consisting of an upper cap for opening and closing the outlet of the cover member. The mixing container according to claim 20, wherein the communicating hole and the discharge hole are formed in at least two fan-shaped shapes having an equiangular angle so as to communicate with each other or close when the receiving member is rotated. 22. The mixing container of claim 21, wherein at least one of the communicating holes has a locking piece protruding from and inserted into the discharge hole. 22. The mixing container of claim 21, wherein at least one of the discharge holes protrudes from a locking piece inserted into the communication hole.