CONTAINER CAP

Abstract

 Device (1) for holding a content, wherein a content is insertable into a container (5), comprising at least a head portion (1.1) and at least a body portion (1.2), wherein the body portion (1.2) comprises at least two dividers (2), through which the first content is releasable into the container (5), wherein the dividers (2) comprise a closed position (I) and an open position (II), and wherein the body portion (1.2) comprises at least one core (3) being in connection to arrange the dividers (2) within the body portion (1.2).

Description

[0001] The invention relates to a device for holding a first content, wherein the device is insertable into a container according to the independent device claim, to a system for a container for holding a second content according to the independent system claim and a method for mixing at least one first content and at least one second content according to the independent method claim.

[0002] Several seal cap assemblies are known wherein a capsule assembly comprises an integrated capsule with a pre-filled content. Thereby, this content can be released into a container holding another content in order to achieve a mixture. Disadvantageously, known seal cap assemblies release an agent into a container whereby this content often agglomerates and does not provide a good solubility.

[0003] It is the object of the present invention to at least partially avoid the previously described disadvantages. Particularly, it is the object of the present invention to provide a device for an easy, cost efficient and smooth mixing of two contents.

[0004] The previous object is solved by a device for holding a first content with the features of claim 1, a system for a container with the features of claim 8 and a method for mixing at least one first content and at least one second content with the features of claim 13. Features and details of the present invention result from the dependent claims, the description and the drawings. Features and details discussed with respect to the device, therefore, are also correlated with the features and details of the system and/or the method and vice versa.

[0005] The special benefit of certain embodiments is that a device according to the invention is configured for holding a first content, wherein the device is insertable into a container. The device comprises at least a head portion and at least a body portion. The head portion is preferably assembled at the top of the device, preferably forming a collar. Thereby, the collar encloses the top portion of the device.

[0006] Moreover, the top portion of the device can serve for an assembly of the device to a container and/or to a lid of the container. Preferably, the device, particularly the head portion, can be assembled between the container and the lid. Further, the body portion of the device forms the bottom portion of the device, which can preferably extend into the container. Moreover, the body portion of the device can comprise a cavity for receiving a first content. The body portion of the container can preferably comprise at least the dividers and a core. Further, the body portion comprises at least two dividers through which the first content is releasable into the container. Thereby, the dividers comprise a closed position and an open position.

[0007] Moreover, the body portion comprises at least one core being in connection to arrange the dividers with the body portion. The device for holding a first content is thereby insertable into a container. Preferably, the container can be a bottle. Within the scope of the present invention it is possible that the container can contain approx. 100 ml to approx. 1200 ml, particularly approx. 250 ml to approx. 500 ml, preferably approx. 300 ml. Further, the device is insertable into a container.

[0008] Moreover, the container can be shaped in any form, particularly as a cylinder, preferably as a cone. It is further preferred that the container can comprise an opening at the top. Preferably, the collar comprises a diameter larger than the diameter of the opening of the container in order to be attachable at the opening of the container, preferably by being glued and/or clipped and/or assembled to the collar by a thread. Thereby, it is possible that the opening comprises a counter-part for the assembly, particularly for clipping and/or being assembled by a thread. Advantageously, the device can have a diameter size smaller than the normalized size of an opening of a container. Further, the dividers can be preferably leveled strips made of a flexible material. Thereby, the dividers can comprise a closed position. In the closed position the dividers can contact one another. Preferably, this contact can be a tight contact and can provide a sealing, such that the first content can be kept within the device. Further, the dividers can comprise an open position. In the open position, however, the dividers can split open. Thereby, the dividers can form a distance to one another, preferably by being pulled and split open, such that they form gaps or passages in between the single dividers. Through these passages or gaps, the first content can be released from the device into the surrounding region, preferably into the container. Advantageously, the splitting open from the closed position to the open position can be reversible.

[0009] Furthermore, the body portion comprises at least one core which is in connection to arrange the dividers within the body portion. Thereby, the core can be preferably assembled in the inside of the body portion, particularly in the center. Further, the core is preferably formed by the dividers. The dividers can proceed on the external side of the body portion starting at the head portion into a direction facing away from the head portion to the bottom portion of the body portion. At the bottom portion, the dividers can perform a turn to the inside of the body portion, particularly to the center of the body portion. Thereby, the dividers can merge and form the core which proceeds from the side facing away from the head portion, particularly the bottom portion of the body portion through the inside of the body portion towards the head portion. Preferably, the core is connected to the head portion, particularly indirectly by another component, preferably a plate cutter and/or a separator. By forming the core, the dividers can be connected to one another and/or can form one piece. Thereby, the first and second content can be mixed such that the dividers in the open position function as a mixing aid.

[0010] Further features and details of the invention result from the dependent claims, the description and the drawings. Thereby, the features and details that are described corresponding to the device according to the invention naturally also apply corresponding to the system according to the invention and corresponding to the method according to the invention and vice versa, so that according to the disclosure of the single aspects of the invention it can always be reciprocally related to.

[0011] Advantageously, the core is formed by the at least two dividers for transferring the dividers from the closed position into the open position. By the structure of the dividers merging to form the core a connection between the dividers and the core can be established. Particularly, the dividers and the core can be formed as one piece. Further, also the dividers can be connected to one another and even when they split open they stay connected to one another at the end facing the head portion of the device. If the core is moving further into the direction of the head portion the extension of the dividers can be decreased, particularly minimized, and thereby the dividers can split open and form the open position of the dividers. Preferably, this open position can be reversible, for example, by moving the core in the direction of the body portion such that the extension of the dividers is increased and, thereby, they can move towards one another until they can contact each other and are transitioned to the closed position. Such reversing movement can be useful after mixing the contents so that the device can be reduced in diameter and removed from the container.

[0012] An advantage of the present device can be that the core comprises a hollow form, particularly, the core comprises a cylindrical form. Preferably, the diameter of the core is smaller than the diameter of the head portion and preferably the core is assembled in the center of the head portion. Thereby, the core can be assembled in the center of the device. Preferably, the core can proceed from the body portion of the device to the end of the head portion of the device or even extends out of the head portion of the device. The core preferably can serve for the assembly of the lid, which closes the container. Thereby, this connection can be a direct or indirect connection. In case of a direct connection an assembly element is configured at the lid which is able to interact with the core. In case the connection is indirect a spin can be assembled to establish the connection between the core and the lid, preferably this connection can be indirect by forming a configuration of the spin and the core. Preferably, the assembly element and/or the spin can be assembled at the lid, particularly by clipping and/or welding and/or gluing and/or threading or in a similar manner. Further, the assembly element and/or the spin can be connected to the core by clipping and/or welding and/or gluing and/or threading. Preferably, the spin can comprise a spherical formation at the lower end whereby, preferably, the core can comprise a complementary spherical recess in order to be connected to the spin. Thereby, the core can be, particularly directly by an assembly element and/or indirectly by a spin, glued and/or clipped and/or assembled to the lid by a thread such that, when a user pulls the lid, the core is pulled together with the lid such that the extension of the dividers can be reduced. The configuration of the core and/or and/or the assembly element and/or the spin can be rather stiff such that its form, particularly its cylindrical form and its length, remain the same in the open and in the closed position. In contrast to that, preferably, the dividers can be elastic such that they can be bent. For example, by pulling the core in the direction away from the dividers, the dividers can be reduced in their extension but increased in their diameter and split open. In this position, the dividers can function as a mixing aid for the first and second content. Further, a plate cutter can be assembled at the lower bottom of the body portion in order to fit to the bottom portion of the body portion. Preferably, the plate cutter can comprise a circular bottom portion and a rod-like upper portion. Thereby, the circular bottom portion of the plate cutter can comprise a complementary configuration to the bottom portion of the body portion, particularly to the dividers. Therefore, the circular bottom portion of the plate cutter can configure recesses, particularly one recess per divider, complementary to the configuration of a divider in the closed position. Further, it is possible that the circular bottom portion of the plate cutter can fit to the bottom portion of the body portion. In order to split open the dividers the lid can be pulled in a direction away from the container. By pulling the lid preferably the plate cutter can be pulled along, preferably by a possible connection between the rod-like upper portion of the plate cutter and the lid, particularly via an assembly element and/or a spin. Thereby, the dividers can not only spit open by a movement of the core into the direction of the lid but additionally by a movement of the plate cutter into the direction of the lid. Thereby, the extension of the dividers can be reduced. Further, the circular bottom portion of the plate cutter can comprise projections and/or fins and/or protrusions engaging in between the dividers and being able to split the dividers open as the plate cutter is moved into the direction of the lid, preferably by transferring the lid into the intermediate position.

[0013] A further advantage of the present invention is that the device comprises approx. 2 to approx. 32 dividers. Thereby, the device consists of a top portion that can be assembled or preferably formed as one piece with the dividers. Thereby, the top portion can particularly be configured as a ring, assembled at the head portion of the device. Starting from there, the dividers can be split into separate parts until they form the core where they can become connected to one piece again. In between the core and the ring, the dividers are able to split open. Preferably, these slits are configured between the approx. 2 to approx. 32 dividers, depending on the size of the device. Preferably, approx. 16 dividers can be established.

[0014] Further, it is possible within the scope of the present invention that the head portion comprises a cavity for receiving the first content. The first content can thereby be a fluid or a rigid substance like, for example, a powder. The first content can be separated from the environment by filling the first content into the cavity of the head portion. Further, the container comprises at least a second content. This second content can preferably be a fluid, more preferably a liquid, for example, water. Due to the device, the first content and the second content can be separated from one another. Thus, they cannot be mixed as long as the dividers are in their closed position and not in their open position. Further, the cavity comprises a separator for mixing the first and the second content. Once the dividers are in their open position, the first content can be released into the container and therewith into the second content. The structure of the dividers, as well as a further separator that is preferably assembled in the head portion of the device, particularly, forming a connection between the core and the head portion, and optionally a spin preferably establishing the connection between the core and the lid, facilitates the mixing process. Particularly, due to forces of gravity along the splits between the dividers and along the separator, the mixing process establishes a homogeneous solution without forming lumps.

[0015] Further, it is possible within the scope of the invention that in the open position the dividers are deformed to establish a slit between the dividers. Particularly, the dividers split open to release the first content into the container. To establish at least one slit between the dividers the deformation can preferably be performed by moving the core further into the direction of the head portion of the device, preferably via the assembly element and/or the spin. Thereby, the device can split open to release the first content from the cavity of the device into the container. Moreover, it is possible within the scope of the present invention that a second content is within the container, which is preferably a fluid, such that the first content can be released into the second content to establish a mixture.

[0016] Advantageously, the head portion comprises a locking mechanism for the assembly of the device to the container, particularly, to a locking mechanism at the container. Thereby, the head portion can be fixed at the container such that the head portion of the device can interact with the container, preferably on the top of the container. In order to facilitate this interaction, the head portion of the device is preferably formed as a collar. A locking mechanism can, for example, be a clip and/or a thread and/or can be glued and/or welded to the container. Preferably, the device is assembled to the container by a thread and/or by a clip such that the connection is reversible. Thereby, the locking mechanism can be particularly located at the inner edge of the head portion. Thereby, the inner edge of the head portion can interact with the top portion of the container such that the outer edge of the head portion overlaps the outer edge of the container, particularly, by forming a collar. Thereby, a better grip for the user and a tight connection can be achieved. Further, it is possible that the head portion can be assembled at the container by a sealing element. The sealing element can preferably comprise a ring-like shape enclosing the top portion of the container. Thereby, the sealing element can comprise a smaller diameter than the diameter of the top portion of the container such that the sealing element remains at the container. The sealing element can be further connected to the head portion of the device. Thereby, the head portion of the device can be assembled at the container, preferably at the top portion of the container. The connection of the sealing element to the container can preferably comprise predetermined breaking points and/or be established by a perforation. However, a connection by clipping and/or welding and/or gluing is further possible. Thereby, the advantage occurs that the sealing element ensures that an opening of the container is indicated. Further, the sealing element can seal the container such that a content within the container remains in place.

[0017] Another aspect of the present invention relates to a system for a container, particularly, a bottle, for holding a second content, comprising at least one device for holding a first content and at least one lid for closing the container, wherein the lid is attachable to the device. A sealing within the container is further possible such that a content within the container and/or a content within the device remain within the container. Further, the device comprises at least two dividers through which the first content is releasable into the container and by which the first and the second content are mixable. Thereby, the container, particularly a bottle, can comprise any shape, preferably a cone-like shape, such that the bottom portion of the container has a greater diameter than the top portion of the container. The second content within the container can be a fluid, particularly a liquid, preferably water.

[0018] Further, the device can hold a first content which is preferably a liquid or a solid substance, particularly a powder, which is preferably kept within the cavity of the device formed by the core and the dividers. Moreover, the system comprises a lid for closing the container. Since the container can preferably hold a second content, the lid can close the container such that the content can be reliably kept within the container. Further, the lid can seal the container. Thereby, the lid is not only attachable to the container, but also to the device, such that the device is preferably assembled at the top portion of the container and the lid is assembled at the top portion of the container and at the device, particularly at the core of the device, preferably by an assembly element and/or a spin connecting the core and the lid.

[0019] Further, the device comprises at least two dividers that can comprise an open and a closed position. In the closed position, the dividers are contacting one another such that they form a cavity without any gaps or slits, wherein, in the open position, the dividers can split open such that slits are established between the single dividers through which the first content can be released into the container. When the first content is released into the container, it can be preferably released into the second content of the container. Both contents can further configure a mixture by mixing, particularly shaking the container.

[0020] Further, it is conceivable within the scope of the present invention that the lid is assembled to the device, particularly to establish one piece. The lid is particularly clipped and/or screwed and/or welded and/or glued to the device. Preferably, the spin can comprise a spherical formation at the lower end whereby preferably, the core can comprise a complementary spherical recess in order be connected to the spin. Further, it may be possible that the lid can be pulled to a certain extent, still being attached to the container. Thereby, it is possible that the lid comprises a closed position, an intermediate position and an open position. In the closed position, the lid can be attached to the container and preferably seals the container and the device. Moreover, in the intermediate position the lid can be pulled upwards to a certain extent, preferably within a clearance section such that it can still be assembled to the container in order to seal the container. The clearance section thereby, provides a tolerance in which the lid can be moved but at the same time remains assembled to the container and the device. Thereby, a stop element or a thread at the container interacting with a counter thread or a recess at the lid can limit the possible movement of the lid upwards in a direction away from the container. Further, it is possible that the head portion can comprise at least a guidance at its outer surface and the lid can comprise at least a nose within its inner surface in order to establish an interaction such that the nose of the lid is guidable within the guidance. Thus, the configuration of the nose can be complementary to the configuration of the guidance such that the nose can be limited in its movement. Further, the guidance can comprise at least a projection element at the upper end of the guidance in order to stop the upwards movement of the lid and limit the clearance section. However, in the intermediate position, the lid can be moved upwards along with the core of the device such that, in the intermediate position, the dividers can split open in order to release the first content into the container. Further, in the open position, the dividers split open and slits are established in between the dividers such that the first content can be released into the container. Further, in the open position, the lid can be removed from the container, preferably together with the device, such that the opening of the container is accessible in order to remove the second content, preferably the mixture of first and second content from the container.

[0021] Advantageously, the first content is a powder, particularly a tea, preferably a green tea. The powder of the green tea can be particularly a matcha powder. Additionally or alternatively, the second content is a liquid, particularly water. Thereby, both contents are edible or drinkable, such that when the mixture of the first and second content is established, a beverage can be created.

[0022] Further, it is conceivable within the scope of the present invention, that the device comprises at least partly a diameter of approx. 10 mm to approx. 30 mm, particularly of approx. 15 mm to approx. 25 mm, preferably of approx. 21 mm. Particularly, the body portion of the device comprises a diameter of preferably approx. 21 mm, wherein the head portion comprises a greater diameter, particularly of approx. 24 mm to approx. 25 mm. Additionally or alternatively, the lid comprises at least partially a diameter of approx. 11 mm to approx. 60 mm, particularly of approx. 25 mm to approx. 50 mm, preferably of approx. 35 mm. Further, the height of the lid comprises particularly approx. 20 mm to approx. 40 mm, preferably approx. 37 mm. The height of the lid depends on the form of the fastening mechanism, particularly of the thread or the stop element at the top portion of the container. Preferably, this can be a screw wherein the screw can comprise a height of approx. 35 mm, such that the lid is preferably slightly larger in height. Alternatively or additionally, the height of the lid can depend on the form and size of the head portion, particularly the guidance of the head portion along with the localization of the nose at the inner surface of the lid.

[0023] Further, the opening of the container at the top portion of the container has a diameter of approx. 28 mm, wherein the screw has a diameter of approx. 35 mm, such that the diameter of the width of the lid is approx. 40 mm. Additionally or alternatively, the container comprises at least partly a diameter of approx. 40 mm to at least 120 mm, particularly of approx. 50 mm to approx. 100 mm, preferably of approx. 70 mm. Preferably, the container is configured in a cone-like manner such that the bottom portion of the container has a greater diameter, preferably of approx. 72 mm, in contrast to the top portion of the container with approx. 49 mm. Further, the container comprises a height of approx. 155 mm, such that it can contain a volume of approx. 300 mm of the second content.

[0024] Further, it is possible within the scope of the present invention that the device and/or the lid and/or the container consist of polyethylene (PE), particularly a low-density polyethylene (LDPE) and/or of polypropylene (PP). Advantageously, the PE and LDPE material is a low-density material that can have a color ranging from translucent to any solid colors, particularly white and/or green, such that it can be dyed in any color according to the desired design. Preferably, the device and/or the lid and/or the container can comprise a UV resistant coating and/or coloration in order to protect the contents from UV-radiation. On the other hand, the PE and/or the LDPE can have a sufficient thickness that will not easily tear apart the dividers which are connected in the closing position to one another, but on the other hand is flexible enough such that if the user pulls at the core and therewith at the same time pulls at the dividers, the dividers can be deformed and split open easily. Further, PP is a thermoplastic polymer and it is rugged and unusually resistant to many chemical solvents, bases and acids. Therefore, it is highly suitable for the use with particularly beverages. In a preferred embodiment the lid, particularly with the assembly element and/or the spin can be made of PE while the head portion and the dividers can be made from PP. It is further an advantage when the container consist of silicone, particularly of silicone with a hardness grade of 90 degree. Preferably, silicone is a solid and UV-resistant compound.

[0025] Another aspect of the present invention is a method for mixing at least one first content, particularly a powder, and at least one second content, particularly a liquid, using a system for a container for holding the second content comprising at least a device for holding the first content and at least a lid for closing the container, wherein the lid is attachable to the device. Thereby, the method comprises at least the following steps:

a) pulling the lid from the container,

b) opening the device by separating the dividers, and

c) releasing the first content from the device into the container.

[0026] By pulling the lid from the container, particularly from the closed position into the open position, the lid can comprise a clearance section, wherein the lid is transferred to an intermediate position. In the intermediate position, the lid can be pulled from the container without opening the container by removing the lid. Thereby, a seal and/or a projection element are preferred, such that the lid is not pulled within a clearance section unintentionally. By pulling the lid, the core that is connected to the lid, preferably by an assembly element and/or a spin, is pulled along with the lid. By pulling the core and thereby moving the core upwards in the direction of the lid and beyond, the dividers that are connected to the core can be deformed such that they can decrease their extension and at the same time increase their width, such that the single dividers split open and comprise slits between one another, such that the device is opened as in step b). Further, in step c), the first content is released from the device into the container. Through the separated dividers, the first content can be released into the container. Preferably, the container comprises a second content, wherein the first content from the device can be released into the second content of the container.

[0027] Further, it is conceivable within the scope of the present invention that, in a step b1), a core that is particularly assembled in the center of the device is pulled together with the lid away from the container. Thereby, the at least two dividers of the device break open and form slits through which the second content can be released into the first content of the container. By the connection between the lid and the core, preferably by an assembly element and/or a spin, the core is pulled upwards together with the lid such that the dividers that form one piece with the core are pulled along towards the lid. By reducing the length of the dividers and increasing the diameter of the dividers, the dividers split open into the open position whereby the second content can be released.

[0028] Advantageously, in a step c), the first and the second content are mixed within the container, particularly by shaking the container. Since the lid is moved within a clearance section and is still assembled on the container such that the container remains sealed and not opened, the container can be shaken such that the first content and the second content are mixed. Further, the slits in between the dividers and also the separator assembled within the head portion of the device produce sheer forces, whereby the mixing is facilitated. Alternatively or additionally, in a step d), the lid is removed from the container for consuming the mixture of the first and second content. Particularly, the lid can be removed by twisting the lid about a longitudinal axis away from the container. Preferably, the lid can be screwed to the container such that a clockwise turning of the lid can result in a releasing of the lid from the container, such that the opening of the container is accessible. Since the first content is preferably a powder, more preferably a matcha power, and the second content is preferably a liquid, more preferably water, the mixture can result in a green tea flavored beverage. Advantageously, by mixing both substances, the beverage can be always freshly produced, such that the consumer can experience the most beneficial use and the best taste of the beverage.

[0029] The steps of the method can be preferably executed in any order, however, preferably in an alphabetic order from a) to b), a) to c) or b) to c).

[0030] Further, the invention relates to a container, particularly a bottle, for the connection with a device according to the invention. Preferably, the device is connectable to the top portion of the container in a form fitting and/or a force fitting and/or a materially bonded manner. Further, the container can be configured from plastic and/or glass. Features and details discussed with respect to the device, the system and the method therefore, are also correlated with the features and details of the container and vice versa.

[0031] Further advantages, features and details of the invention result from the following description in which, with reference to the drawings, the embodiments of the invention are described in detail. Thereby, the features described in the claims and in the description can be each single or in any combination essential for the invention. It is shown:

Figure 1: a schematic illustration of a system according to the invention,

Figure 2: a detailed view of a system according to the invention,

Figure 3: a detailed view of a system according to the invention,

Figure 4: a schematic illustration of the device,

Figure 5: a schematic illustration of the device,

Figure 6: a schematic illustration of the device in the closed position,

Figure 7: a schematic illustration of the device in the open position,

Figure 8: a schematic illustration of the device with a plate cutter, and

Figure 9: a schematic illustration of the assembly of the system.

[0032] In the different figures, the same features always correspond to the same reference signs and, therefore, generally the features are only described once.

[0033] Figures 1a - 1c show a detailed representation of the system 10, which is arranged and configured according to certain features, aspects and advantages of the invention.

[0034] Figure 1 a shows a schematic illustration of a system 10 in a closed position I. The system generally comprises a device 1, a lid 4 and a container 5. In some configurations, the device 1 and the lid 4 can be joined together and can be secured to the container.

[0035] The device 1 comprises at least a head portion 1.1 and at least a body portion 1.2. The head portion 1.1 can secure the device 1 to a portion of the container 5 while the body portion 1.2 can depend downwardly into the container 5 from an opening of the container 5. The body portion 1.2 comprises at least two dividers 2 and at least one core 3.

[0036] A first substance can be contained within the body portion 1.2 of the device 1 while the container 5 can contain a second substance. The device 1 maintains separation between the two substances until mixing is desired and the lid 4 maintains a fluid and/or liquid tight seal on the container 5 and/or the device 1 in at least two distinct positions. The core 3 of the device 1 is connectable with the lid 4 while the body portion 1.2 of the device 1 is connectable with the container 5.

[0037] The container 5 can have any suitable configuration and shape. The illustrated shape has been designed to provide a distinctive and pleasing ornamental appearance. The illustrated shape is shown in Figure 1 and is symmetrical about a center axis. As such, when viewed from any side, the basic shape of the container 5 is the same. In the illustrated configuration, the container 5 is a bottle. The container 5 includes a base wall 5.1 and at least one side wall 5.2. The illustrated container 5 includes the base wall 5.1 and one side wall 5.2. The base wall 5.1 and the at least one side wall 5.2 collectively define a container cavity 5.3. The container cavity 5.3 can contain 100 ml to 1200 ml. Preferably, the container cavity 5.3 can contain 250 ml to 500 ml. In one preferred configuration, the container cavity 5.3 can contain 300 ml.

[0038] Figures 1b and 1c illustrate the head portion 1.1 assembled to the top portion of the container 5. A sealing element 9 is shown which is connectable to the head portion 1.1 in a form fitting and/or force fitting and/or materially bonded manner. The sealing element 9 can arrest the head portion to the container 5. The sealing element 9 can preferably comprise a ring-like shape enclosing the top portion of the container 5. Thereby, the sealing element 9 comprises a smaller diameter than the diameter of the top portion of the container 5 such that the sealing element 9 remains at the container 5. The sealing element 9 can be further connected to the head portion 1.1 of the device 1. Thereby, the head portion 1.1 of the device 1 is assembled at the container 5, preferably at the top portion of the container 5. Thereby, the sealing element 9 comprises a nearly equal diameter than the diameter of the head portion 1.1 such that the sealing element 9 remains at the head portion 1.1. The connection of the sealing element 9 to the container 5 can preferably comprise predetermined breaking points and/or be established by a perforation. A connection by clipping and/or welding and/or gluing is further possible.

[0039] Figure 2a illustrates the at least one side wall 5.2 extending vertically between the base wall 5.1 and an opening 5.4. The opening 5.4 can be formed at an upper end of the container 5. The opening 5.4 can be defined by the at least one side wall 5.2. In some configurations, at least a portion of the side wall 5.2 can be cylindrical. In some configurations, at least a portion of the side wall 5.2 can taper in a vertical direction such that at least a portion of the side wall 5.2 is conical in configuration. The illustrated configuration has a single side wall 5.2 that tapers in an upward direction and that includes a rounded transition to the base wall 5.1 such that the illustrated container 5 is generally tear-drop shaped (see figure 1a). An upper portion of the side wall 5.2 defines a neck region of the container 5. The neck region of the container 5 has a reduced outer diameter relative to a lower base region of the container 5. An outwardly projecting flange 5.5 can be provided along a portion of the outer surface of the neck region of the container 5. The outwardly projecting flange 5.5 has an increased outer diameter relative to the immediately adjacent regions of the outer surface of the side wall 5.2 of the container 5. The largest outer diameter of the flange 5.5 in some configurations is 40 mm. In the illustrated configuration, a step 5.6 is provided on the outwardly projecting flange 5.5. In other words, the upper surface of the outwardly projecting flange 5.5 includes a recess such that the outwardly projecting flange 5.5 has a smaller outer diameter portion and a larger outer diameter portion.

[0040] Figure 2a and 2b illustrate the container 5 which can be provided with at least one of a stop element 5.7 and a thread 5.8 between the outwardly projecting flange 5.5 and the upper end that defines the opening 5.4 of the container 5. In some configurations, more than one stop element 5.7 can be provided. In some configurations, more than one thread 5.8 can be provided. The stop element 5.7 and/or the thread 5.8 protrude outwardly from the outer surface of the at least one side wall. In some configurations, the flange 5.5 projects further outwardly than at least one of the stop element 5.7 and the thread 5.8.

[0041] The opening 5.4 of the container 5 defines an inner diameter. While the illustrated opening 5.4 is the smallest inner diameter of the container 5, other configurations are possible. As used herein, the minimum inner diameter will be the minimum inner diameter within a portion of the container 5 that is designed to accommodate the device 1. Moreover, as used throughout this description, while the word diameter may be taken to imply a circular configuration, the word diameter is being used to broadly describe the distance across a surface or feature, whether that surface or feature is circular, triangular, square, rectangular or any other shape. In some configurations, the opening 5.4 of the container 5 has an inner diameter of 28 mm. In some configurations, the opening 5.4 of the container 5 has an inner diameter of 29 mm. In some configurations, such as a configuration with the 28 mm inner diameter of the opening 5.4, the thread 5.8 and/or the stop element 5.7 has a maximum outer diameter of 35 mm. In some configurations, such as a configuration with the 29 mm inner diameter of the opening 5.4, the thread and/or the stop has a maximum outer diameter of 33 mm.

[0042] The lid 4 has a diameter of 11 mm to 60 mm. Preferably, the lid has a diameter of 25 mm to 50 mm. In some configurations, the lid 4 has a diameter of 40 mm. The height of the lid is 20 mm to 40 mm. In some configurations, the height of the lid 4 is 37 mm. The height of the lid depends at least in part upon the fastening mechanism used. If the thread 5.8 has a height of 35 mm, then the lid preferably is slightly larger in height. Similarly, if the thread 5.8 has a diameter of 35 mm, then the lid preferably has a larger diameter, which can be 40 mm, for example but without limitation.

[0043] At least a portion of the container 5 has an outer diameter of 40 mm to at least 120 mm. In some configurations, at least a portion of the container 5 has an outer diameter of 50 mm to 100 mm. In some configurations, at least a portion of the container 5 has an outer diameter of 70 mm. In the illustrated tear-drop shaped configuration, the bottom portion of the container 5 has a greater diameter than the upper portion of the container 5. In some such configurations, the bottom portion of the container 5 has a diameter of 72 mm in contrast to the upper portion of the container 5 having a diameter of 49 mm. In some configurations, the container 5 has a height of 155 mm. In some configurations, the height and combination of diameters results in a container 5 that can contain a volume of 300 ml within the container cavity 5.3. In some such configurations, the distance from the base wall 5.1 to the lower surface of the flange 5.5 is 130 mm. In some configurations, the distance from the lower surface of the flange 5.5 to the top of the container 5 is 32 mm.

[0044] The lid 4 is configured to be assembled on a top portion of the container 5. The lid 4 closes the container 5. In addition to closing the container 5 or as an alternative to closing the container 5, the lid 4 closes and/or covers an upper portion of the device 1. In some configurations, the lid 4 is capable of axial (i.e., up and down) movement in Figure 1 relative to at least a portion of at least one of the container 5 and the device 1. In the illustrated configuration, the axial movement of the lid 4 is relative to the container 5 and at least a portion of the device 1. In some configurations, the lid 4 is coupled, connected and/or joined to at least a portion of the device 1 and capable of translating movement relative to another portion of the device 1. In some configurations, the lid 4 is not capable of significant rotational movement relative to the device 1. In some configurations, rotation of the lid 4 induces rotation of the device 1.

[0045] The container 5 is further shown in a cone-like shape, however, the container 5 can consist of any possible shape. Preferably, the container 5 is a bottle. Further, a clearance section 8.1 is shown, which provides a tolerance of movement for the lid 4 relative to the container 5 and at least a portion of the device 1. The illustrated clearance section 8.1 can be defined between a stop element 4.1 that protrudes inwardly from a portion of the lid 4 and a lower portion 1.3 of the head portion 1.1 of the device 1. The clearance section 8.1 facilitates movement from the closed position I into the intermediate position III. In some configurations, when the lid 4 is pulled upwardly into the intermediate position III, the stop element 4.1 passes over the lower portion 1.3 of the head portion 1.1 of the device 1 such that the lid 4 can be held and/or secured in the raised intermediate position III by an interaction of the stop element 4.1 of the lid 4 and/or the lower portion 1.3 of the head portion 1.1 of the device 1. In some configurations, the stop element 4.1 can be formed as a threaded member. In other configurations, the stop element 4.1 can be a ridge that encircles at least a portion of an inside of the lid 4. In some configurations, the stop element 4.1 can be an interrupted rib or threaded member. In some configurations, in order to interact with a stop element located along the top portion of the container 5, the lid 4 can comprise a fastening mechanism (not shown). In some configurations, the fastening mechanism can comprise a counter thread that interacts with the thread or a recess defined by the stop element. In such configurations, the stop element and the fastening mechanism can be used to secure the lid 4 in a closed position for storage, shipping, and display. Such an interaction between the lid 4 and the container 5 can reduce the likelihood of accidental and/or inadvertent dislocation of the lid 4 into a position that opens the device.

[0046] The stop element 5.7 and/or the thread 5.8 can be provided at the top portion of the container 5 in order to assemble, join and/or connect the device 1 to the container 5. The stop element 5.7 and/or thread 5.8 for the device 1 can thereby be configured as a projection and/or a thread, as described above. In some configurations, the stop element 5.7 is defined by an outwardly extending projection. In some configurations, the device 1 is glued and/or welded to the top portion of the container 5. In some configurations, the device 1 is connected to the top portion of the container 5 using any form fitting, force fitting and/or materially bonded connection. Any other suitable mechanism or technique can be used to couple the device 1 to the container 5 resulting in a reduction or elimination of the likelihood of inadvertent dislodging of the device 1 from the container 5. In the illustrated configuration, the head portion 1.1 of the device 1 can be threaded and/or snap fit into position along the upper portion of the container 5 such that at least a portion of the head portion 1.1 of the device 1 overlies a portion of the upper portion of the container 5. The head portion 1.1 can be sleeve-like and, together with at least a portion of the body portion 1.2 of the device 1, can define a u-shaped recess that receives the uppermost portion of the container 5. While the illustrated configuration features the stop element 5.7 and/or the thread 5.8 on the container 5 being used to interlock with the device 1 and/or a structure extending inwardly from the device 1, it is possible to have an inwardly extending lip and/or stop or the like on an inside of the container 5 interacting with an outwardly extending structure on the device 1 to interlock the device 1 and the container 5. In some configurations, the device 1 and the container 5 are interlocked to resist relative vertical movement of the interlocking portions of the device 1 and the container 5. Any suitable interlocking structures can be used to secure the device 1 and the container 5 against relative vertical movement while allowing at least a portion of the device 1 to move relative to the container, as will be described.

[0047] Figures 2a - 2d show a detailed representation of the system 10, which is arranged and configured according to certain features, aspects and advantages of the invention. In particular, Figures 2a and 2b illustrate an upper portion of the container 5 (two different versions - one with a stop element 5.7 and one with a thread 5.8), the device 1, and the lid 4 while Figures 2c and 2d illustrate the device 1 and the lid 4 in two different configurations when assembled to the container 5. Figures 2a and 2b show the device 1 in a not yet assembled position relative to the container 5.

[0048] The device 1 generally comprises the head portion 1.1 and the body portion 1.2. The head portion 1.1 and the body portion 1.2 can form one piece. In other words, in some configurations, the head portion 1.1 and the body portion 1.2 can be integrally formed and/or monolithic in structure. In some configurations, at least a portion of the device 1 can be formed separately and secured in position relative to the other portion of the device 1 using adhesion and/or cohesion and/or interlocking structures and/or mechanical fasteners or the like. As shown in Figures 2c and 2d, the device 1 can have a closed position I and an opened position II. In the closed position I shown in Figure 2c, an outer diameter of the body portion 1.2 is smaller than an inner diameter of the top portion of the container 5. Preferably, in the closed position I, the outer diameter of the body portion 1.2 is smaller than the inner diameter of the opening 5.4 of the container 5. In the closed position, the device 1 can have a diameter of 10 mm to 30 mm. Preferably, the diameter can be between 15 mm and 25 mm. More preferably, the device can have a diameter of 21 mm. In some configurations, the body portion 1.2 of the device 1 has a diameter of 21 mm while the head portion 1.1 has a diameter that is larger than the diameter of the body portion 1.2. In some configurations, the head portion 1.1 has a diameter of 30 mm. Thereby, at least a portion of the body portion 1.2 can be inserted into and assembled within the container 5 while at least a portion of the head portion 1.1 remains outside of the container 5. As shown in Figures 2c and 2d, the body portion 1.2 can have a length that is longer than a length of the upper portion of the container 5 that defines a generally cylindrical throat 5.9 leading into the container cavity 5.3. In such a configuration, at least a portion of the body portion 1.2 can be positioned lower than an outwardly expanding portion of the at least one sidewall 5.2 of the container 5. Such a positioning of the lower portion of the body portion 1.2 can improve the distribution of the contents of the device into the container cavity 5.3.

[0049] In the illustrated configuration, the head portion 1.1 includes a collar that can be positioned outside of the top portion of the container 5 when the device 1 is at least partially inserted into the container 5. The connection between the device 1 and the container 5 can be configured in a form fitting, force fitting and/or materially bonded manner.

[0050] Figure 2a shows the stop element 5.7 for assembly of or coupling to the device 1 at the top portion of the container 5. The device 1 preferably is clipped, connected, secured and/or arrested at the stop element 5.7. Thus, axial movement of the device 1 relative to the container 1 can be limited by the stop element 5.7.

[0051] Figure 2b shows the thread 5.8 for an assembly of or coupling to the device 1 and/or lid 4 at the top portion of the container 5. In some configurations, the device 1 preferably is screwed to the top portion of the container 5.

[0052] Figure 2c shows the system 10 in a completed assembly. The device 1 is assembled in the closed position I, whereby the body portion 1.2 is located within at least a portion of the container 5. In some configurations, the body portion 1.2 extends down into and is in fluid communication with the container cavity 5.3. In some configurations, at least a portion of the body portion 1.2 of the device 1 extends downwardly beyond the throat 5.9 of the container 5. In some configurations, when the device 1 is assembled to the container 5, at least a portion of the body portion 1.2 of the device is located in the region of the neck or throat 5.9 of the container. In the illustrated configuration, the lid 4 seals both the device 1 and the container 5.

[0053] Figure 2d shows the system 10 in the intermediate position III. In the intermediate position III, the lid 4 is pulled upwards along the clearance section 8.1 of the container 5 and/or the device 1. By moving the lid 4 upwardly within the clearance section 8.1, the lid 4 remains assembled on the container 5 and the device 1 such that the container 5 and the device 1 remain sealed by the lid 4 relative to the environment surrounding the container 5, the device 1 and the lid 4. In some configurations, the clearance section 8.1 is defined at the lower end by at least one outwardly extending projection, such as the flange 5.5. As discussed above, the outwardly extending projection or flange 5.5 can be positioned at the top portion of the container 5. The clearance section 8.1 also can be defined at an upper end by the stop element 5.7 and/or the thread 5.8 at, near or adjacent to the opening 5.4 of the container 5.

[0054] In the intermediate position III (see Figure 2d), the core 3, which is connected at an upper end 3.1 (see Figure 1) to an inner portion of the lid 4, is pulled upwardly together with the lid 4. A lower end 3.2 of the core 3 is connected to and/or integrally formed with the dividers 2. Thereby, the lower end of the dividers 2 are moved upwardly with upward movement of the core 3. The upward movement of at least the lower portion of the dividers 2 while the upper portion of the dividers is held axially fixed cause the dividers 2 to split open from their closed position I into their open position II. When the dividers 2 split open, the first content is released from the device 1 into the container 5, such that the first content and the second content are mixable.

[0055] Figures 3a - 3d show a detailed representation of the system 10, which is arranged and configured according to certain features, aspects and advantages of the invention. In particular, Figure 3a illustrates the lid 4 in a certain embodiment, figure 3b illustrate the head portion 1.1 in a certain embodiment while figures 3c and 3d illustrate the assembly of the lid at the device 1.

[0056] The lid 4 shown in figure 3a shows another embodiment of the lid 4 comprising at least one, particularly 4 noses 4.2 projecting from the inner surface of the lid 4 into the hollow cavity of the lid 4. These noses 4.2 can be preferably made of the same material as the lid, particularly PE. However the noses 4.2 can be of any other plastic material. The noses 4.2 are established to interact with the guidance 8.1 at the head portion 1.1 of the device 1. Further, in a specific embodiment an assembly element 4.3 and/or the spin 3.3 can be assembled at the top portion of the lid 4, preferably in the center of the top portion of the lid 4. An assembly of the spin 3.3 to the lid can preferably occur by an assembly element 4.3, which is capable of receiving the spin 3.3, preferably by clipping and/or welding and/or gluing and/or by threading. Instead of a spin 3.3 the assembly element 4.3 can itself protrude into the cavity of the lid 4, being assembled preferably in the center of the top portion of the lid 4. Further, an integral configuration of the lid 4 with the assembly element 4.3 is possible. Likewise an integral configuration of the spin 3.3 with the lid 4 is possible in a specific embodiment.

[0057] Figure 3b illustrates the head portion 1.1 of the device 1. Thereby, the head portion 1.1 comprises at least one guidance 8.1, preferably four guidances 8.1, at the outer surface of the head portion 1.1. Moreover, 2 to 10 guidances 8.1 and corresponding 2 to 10 noses 4.2 are likewise possible. The guidance 8.1 is configured to interact with the at least one nose 4.2 of the lid 4. Thereby, the nose 4.2 is maintained within the guidance 8.1. The guidance 8.1 comprises at least one projection element 8.2 at the uppermost end of the head portion 1.1. Thereby, the way of movement of the nose 4.2 within the guidance 8.1 is limited until the nose 4.2 abuts to the projection element 8.2. At the lower end of the guidance 8.1, and thereby at the lower end of the head portion 1.1 another projection element is possible in order to stop the movement of the nose 4.2 in the downward direction (not shown). The way of movement thereby configures the clearance section 8.1 of the lid 4, established between a projection element 8.2 that protrudes within a guidance 8.1 at the outer surface of the head portion 1.1 interacting with at least one nose 4.2 protruding at the inner surface of the lid 4. The clearance section 8.1 facilitates movement of the lid 4 from the closed position I into the intermediate position III. In some configurations, when the lid 4 is pulled upwardly into the intermediate position III, the projection element 8.2 abuts against the nose 4.2 of the lid 4 such that such that the lid 4 can be held in the raised intermediate position III. In some configurations, the projection element 4.2 can be formed as an arresting member keeping the lid 4 in the intermediate position III, preferably by an arresting of the projecting element 8.2 and a nose 4.2 (not shown). In some configurations, in order to interact with a projection element 8.2 located along the top portion of the guidance 8.1, the lid 4 can comprise a fastening mechanism (not shown). In some configurations, the fastening mechanism can comprise a counter arresting member that interacts with the arresting member or the projection element 8.2. In such configurations, the projection element and the fastening mechanism can be used to secure the lid 4 in a closed position I for storage, shipping, and display. Such an interaction between the lid 4 and the container 5 can reduce the likelihood of accidental or inadvertent dislocation of the lid 4 into a position that opens the device. Further, in a specific embodiment the head portion 1.1 can comprise an opening for the lower part of the assembly element 4.3 and/or the spin 3.3. The assembly element 4.3 and/or the spin 3.3 can thereby reach trough the head portion 1.1 in order to be assembled to the core 3. Further, the assembly element 4.3 and/or the spin 3.3 can be connected to the core 3 by clipping and/or welding and/or gluing and/or threading. Preferably, such an assembly element 4.3 and/or a spin 3.3 comprises a spherical formation at the lower end whereby preferably the core comprises a complementary spherical recess in order be connectable to the assembly element and/or the spin. In some configurations, the assembly element 4.3 and/or the spin 3.3 can be connected to the core 3 using any form fitting, force fitting and/or materially bonded connection. Further, an integral connection is possible.

[0058] Figure 3c illustrates the lid 4 with the head portion 1.1, wherein the lid is in the open position II. Further, in a specific embodiment an assembly element 4.3 can be configured at the lid 4 and/or a spin 3.3 ca be assembled to the lid 4. The assembly element 4.3 and/or the spin 3.3 can reach trough the head portion 1.1 in order to be assembled to the core 3. The noses 4.2 of the lid 4 are in line with the guidance 8.1. In order to be inserted into the guidance 8.1 the noses 4.2 preferably need to overcome the projection element 8.2. The projection element 8.2 comprises an inclined surface in order to realize a sliding of the noses 4.2 along the inclined surface. Thereby, an elastic resistance force needs to be overcome until the nose 4.2 snaps into the guidance 8.1.

[0059] Figure 3d illustrated the lid 4 assembled to the head portion 1.1, wherein the lid is in the closed position I. Thereby, the assembly element 4.3 and/or a possible assembly of a spin 3.3 can reach into the head portion 1.1. Further, the noses 4.2 of the lid 4 have overcome the projection element 8.2 and are positioned within the guidance 8.1. The projection element 8.2 can be provided at the top portion of the head portion 1.1 in order to assemble, join, and/or connect the lid 4 to the head portion 1.1. The projection element 8.2 can thereby be configured as a projection and/or a thread. In some configurations, the projection element 8.2 is defined by an outwardly extending projection. In some configurations, the head portion 1.1 is glued and/or welded to the lid 4. In some configurations, the head portion 1.1 is connected to the lid 4 using any form fitting, force fitting and/or materially bonded connection. In the closed position I shown in Figure 3d, an outer diameter of the head portion 1.1 is smaller than an inner diameter of the lid 4.

[0060] Any other suitable mechanism or technique can be used to couple the device 1 to the container 5 resulting in a reduction or elimination of the likelihood of inadvertent dislodging of the device 1 from the container 5. In the illustrated configuration, the head portion 1.1 of the device 1 can be threaded and/or snap fit into position along the upper portion of the container 5 such that at least a portion of the head portion 1.1 of the device 1 overlies a portion of the upper portion of the container 5. The head portion 1.1 can be sleeve-like and, together with at least a portion of the body portion 1.2 of the device 1, can define a u-shaped recess that receives the uppermost portion of the container 5. While the illustrated configuration features the stop element 5.7 or the thread 5.8 on the container 5 being used to interlock with the device 1 and/or a structure extending inwardly from the device 1, it is possible to have an inwardly extending lip or stop or the like on an inside of the container 5 interacting with an outwardly extending structure on the device 1 to interlock the device 1 and the container 5. In some configurations, the device 1 and the container 5 are interlocked to resist relative vertical movement of the interlocking portions of the device 1 and the container 5. Any suitable interlocking structures can be used to secure the device 1 and the container 5 against relative vertical movement while allowing at least a portion of the device 1 to move relative to the container, as will be described. In the illustrated configuration, the head portion 1.1 includes a collar that can be positioned outside of the top portion of the container 5 when the device 1 is at least partially inserted into the container 5. The connection between the device 1 and the container 5 can be configured in a form fitting, force fitting and/or materially bonded manner.

[0061] Figures 4a and 4c show a detailed representation of the system 10, which is arranged and configured according to certain features, aspects and advantages of the invention. In particular, figure 4a illustrates the spin 3.3 in a certain embodiment, figure 4b illustrate the lid 4, head portion 1.1, the spin 3.3, the body portion 1.2 and top portion of the container 5 in a certain embodiment.

[0062] Figure 4a illustrates the spin 3.3. The spin 3.3 comprises an acceptance at the top portion in order to be assembled to the lid 4. An assembly element of the spin 3.3 can be assembled at the top portion of the lid 4, preferably in the center of the top portion of the lid 4. The assembly of the spin 3.3 to the lid can preferably occur by an assembly element, which is capable of receiving the spin 3.3, preferably by clipping and/or welding and/or gluing and/or by threading. Further, an integral configuration of the lid 4 with the arresting element is possible. Likewise, an integral configuration of the spin 3.3 with the lid 4 is possible. Further, the spin is connected to the core by clipping and/or welding and/or gluing and/or threading. At the bottom portion the spin 3.3 the spin comprises a spherical formation, whereby preferably the core 3 comprises a complementary spherical recess in order be connected to the spin. Thus the spin 3.3 is arrested with the core 3 such that by lifting the spin 3.3 the core 3 is lifted accordingly resulting in a splitting open of the dividers 2. By the spin 3.3 the body portion 1.2, particularly the core 3 and the lid 4 are connectable.

[0063] Figure 4b shows a plate cutter 2.1. The plate cutter 2.1 comprises a circular bottom portion 2.2 and a rod-like upper portion 2.3. The rod-like upper portion 2.3 thereby serves to be assembled within the body portion 1.2 of the device 1, preferably within the core 3 of the body portion 1.2. Thereby the length of the rod-like upper portion 2.3 of the plate cutter 1.2 extends from the lowermost part of the body portion 1.2 through the core 3. Thereby the plate cutter 2.1, particularly the rod-like upper portion 2.3 can be assembled to the assembly element 4.3 of the lid 4 and/or to the spin 3.3. Thereby a connection between the plate cutter 2.1 and the lid 4 can be established. The connection between the plate cutter 2.1 and the assembly element 4.3 ad/or the spin 3.3 can be configured in a form fitting and/or force fitting and/or a materially bonded manner, preferably by clipping and/or welding and/or gluing and/or by threading. The circular bottom portion 2.2 of the plate cutter 2.1 can be configured in order to fit to the bottom portion of the body portion 1.2. Preferably, the circular bottom portion 2.2 of the plate cutter 2.1 comprises a complementary configuration to the bottom portion of the body portion 1.2.

[0064] Figure 4c illustrates the assembly of the components lid 4, head portion 1.1, spin 3.3., body portion 1.2 at the container 5. The lid 4 can be connected to the head portion 1.1 of the device 1, preferably by arresting. Thereby the lid 4 comprises at least one nose 4.2 at the inner surface of the lid 4. Preferably the noses 4.2 comprise a complementary configuration to the guidance 8.1, and preferably also with the projection elements 8.2. The head portion 1.1 can be assembled to the top portion of the container 5. The head portion 1.1 is thereby preferably configured as a collar of the top portion of the container 5. The body portion 1.2 can be assembled at the lower part of the device 1 for preferably extending into the container 5. The body portion 1.2 consist of at least 2 dividers 2 forming a core 3 preferably in the center of the body portion 1.2. The spin 3.3 is configured to connect the lid 4 to the body portion 1.2. Thereby the spin 3.3 preferably interacts with the top portion of the lid 4 and the top portion of the core 3.

[0065] Figure 4d illustrates the assembly of the components lid 4, head portion 1.1, assembly element 4.3, body portion 1.2 at the container 5. The lid 4 can be connected to the head portion 1.1 of the device 1, preferably by arresting. Thereby the lid 4 comprises at least one nose 4.2 at the inner surface of the lid 4. Preferably the noses 4.2 comprise a complementary configuration to the guidance 8.1, and preferably also with the projection elements 8.2. The head portion 1.1 can be assembled to the top portion of the container 5. The head portion 1.1 is thereby preferably configured as a collar of the top portion of the container 5. The body portion 1.2 can be assembled at the lower part of the device 1 for preferably extending into the container 5. The body portion 1.2 consist of at least 2 dividers 2 forming a core 3 preferably in the center of the body portion 1.2. The assembly element 4.3 is configured to connect the lid 4 to the body portion 1.2. Thereby the assembly element 4.3 preferably interacts with the top portion of the lid 4 and the top portion of the core 3.

[0066] Figure 5 shows an illustration of a detailed view of the system 10. The assembled device 1 and the lid 4 are positioned on the top portion of the container 5. The head portion 1.1 of the device is assembled on the top portion of the container 5. In some configurations, the head portion 1.1 is connected or secured to the container 5. In some such configurations, the connection can be accomplished by one or more of the following techniques: welding, gluing, clipping, and threading, as described above. As illustrated and as discussed above, the connection of the container 5 and the head portion 1.1 of the device 1 is realized in that the top portion of the container 5 extends inside of the head portion 1.1 of the device 1 such that the head portion 1.1 encloses an outer surface of the top portion of the container 5. The body portion 1.2 of the device 1 extends into the container 5. The body portion 1.2 has at least two dividers 2. In some configurations, the body portion 1.2 has 2 to 32 dividers. Preferably, the body portion 1.2 has 16 dividers.

[0067] In Figure 5, the at least two dividers 2 are shown in the closed position I. When the dividers 2 are in the closed position, the dividers 2 are connected to one another. In some configurations, each divider 2 is connected to the directly adjacent dividers 2 on each side by regions of reduced thickness. In some configurations, the dividers 2 are each defined by frangible score lines that extend between two adjacent dividers 2. In some configurations, the dividers 2 are configured such that they abut adjacent dividers when in the closed position. In some configurations, the dividers 2 are configured such that they overlap at least partially with one or more adjacent dividers 2. The core 3 extends within the body portion 1.2. In the illustrated configuration, the core 3 extends vertically within the body portion 1.2. In some configurations, the core 3 extends from an uppermost portion of the body portion 1.2 to a lowermost portion of the body portion 1.2. In some configurations, the core 3 passes from the head portion 1.1 through the body portion 1.2 and to the lowermost portion of the body portion 1.2. In some configurations, the core 3 facilitates manipulation of at least a portion of the dividers 2 from an upper portion of the body portion 1.2. In some configurations, the core 3 facilitates manipulation of at least a portion of the dividers 2 from a location vertically higher than an uppermost portion of the head portion 1.1. In some configurations the core 3 comprises a configuration for form fittingly and/or force fittingly and/or in a materially bonded manner to interact with the assembly element 4.3 and/or the spin 3.3.

[0068] The lid 4 can be attachable to the container 5. In combination with the device 1, the lid 4 is able to close the container cavity 5.3. In some configurations, the lid 4 forms a fluid tight seal with the container 5. In some configurations, the lid 4, when installed, reduces or eliminates the likelihood of leakage of content from within the container 5. In some such configurations, the content is fluid or liquid and the lid 4, when installed onto the container 5 and/or the device 1, reduces or eliminates the likelihood of leakage or spillage of the fluid or liquid from within the container cavity 5. Further, the lid 4 and the device 1 can be secured together. In some configurations, the core 3 of the device 1 is secured to the lid 4. In some such configurations, the upper end 3.1 of the core 3 of the device 1 is secured to the lid 4 such that axial movement of the lid 4 causes axial movement of at least portion of the core 3. In some such configurations, the core 3 of the device 1 is secured to the lid 4 such that axial movement of the lid 4 causes axial movement of the entire core 3. Preferably, the securing can occur by an assembly element 4.3 and/or a spin 3.3 establishing a connection to the lid 4 and to the core 3 respectively. In some such configurations, the core 3 is secured to an inner surface of the lid 4. In some such configurations, the core 3 is secured to a downwardly facing inner surface of the lid 4. In some such configurations, the top portion of the core 3 is attached to the downwardly facing inner surface of the lid 4. In some configurations, the lid 4 and the device are secured by one or more of the following: clipping, gluing, welding, and threading.

[0069] Figure 5b shows a top view of the device 1 in the closed position. The top view shows the head portion 1.1. In a specific embodiment of the invention in addition to the core 3 a separator or ring 7 can be positioned in the center of the head portion 1.1 (not shown). The core 3 connects the device 1 to the lid 4 such that, when the core 3 is pulled upwardly, the connection of the core 3 to the lower portion of the dividers 2 transforms the device 1 from the closed position to the open position and this movement of the dividers 2 causes the dividers to split apart. A ring 7 can further serve for mixing the first content, which can be disposed within the cavity of the device 1 and can be stored within the cavity of the device 1 when the device 1 is in the closed position. Such a ring 7 can include at least one opening 6. The opening 6 can allow the cavity of the device 1 to receive the material that will be dispensed through the gaps or slits between the dividers 2 when the dividers are in the open position. The opening 6 also can improve mixing within the container 5. In other words, sheer forces of the several dividers 2, when the device 1 is in the open position II can facilitate mixing of the first and second content to result in a homogeneous emulsion of the first content. In some configurations, the core 3 can include fins that extend radially inward (not shown), fins that extend radially outward (not shown) or any other features that can assist with mixing of the first and second content. In some configuration, at least a portion of the dividers 2 can include fins, protrusions or the like features instead of being planar or flat in configuration. Such features can assist with mixing of the first and second content.

[0070] Figures 6a - 6c show the device 1 in different positions. Figure 6a shows a lateral view of the device 1. In Figure 6a, the head portion 1.1 is shown at the top portion of the device 1, particularly forming a collar, and the body portion 1.2 is shown at the bottom portion of the device 1. Further, the dividers 2 are shown at the outer edge of the body portion 1.2 being connected to one another. In the body portion 1.2 the dividers 2 remain connected to adjacent dividers whether the device 1 is in the open position II or in the closed position I. In Figure 6a, the dividers 2 are connected to one another because they are in their closed position I, such that the dividers 2 are sealed to one another without establishing any slits or gaps. Further, at the top portion of the head portion 1.1 the core 3 is shown. The core 3 extends from the bottom portion of the body portion 1.2 to the top portion of the head portion 1.1.The core 3 thereby can be attached to the lid 4 (not shown), preferably indirectly by spin 3.3.

[0071] Figure 6c shows a bottom view of the device 1 in the closed position. The body portion 1.2 of the device 1 and the head portion 1.1 of the device 1 are shown in the bottom view. The dividers 2 are shown in the closed position such that the dividers 2 are attached to one another. The dividers 2 extend from the head portion 1.1 to the bottom portion of the body portion 1.2. The dividers 2 can be rigidly connected to one another to form the core 3. The core 3 can be a hollow cylindrical body that extends from the bottom portion of the body portion 1.2 to the top portion of the head portion 1.1. As illustrated, a gap 1.4 can be positioned between the head portion 1.1 and the body portion 1.2. The gap 1.4 can be positioned between the overlapping portion of the head portion 1.1 and the body portion 1.2. In some configurations, the thread and/or at least one stop element can be positioned at the inner wall of the head portion 1.1 such that the head portion 1.1 can be attached to the top portion of the container 5. In some configurations, the device 1 can be glued and/or welded and/or otherwise permanently or semi permanently connected to the top portion of the container 5. In some configurations the head portion 1.1 can be connected to the top portion of the container 5 by a sealing element 9. In some configurations, any form fitting, force fitting and/or materially bonded connection is possible.

[0072] Figure 7a shows the device 1 in the closed position I. The device 1 includes the head portion 1.1 and the body portion 1.2. The body portion 1.2 includes the dividers. In the closed position I, each of the dividers 2 is attached to adjacent dividers 2.

[0073] Because each of the dividers 2 is attached to adjacent dividers, a cavity 1.5 defined within the body portion 1.2 by the dividers 2 can be sealed relative to the cavity 5.3 within the container 5. In the illustrated configuration, the core 3 extends upward in the center of the cavity 1.5 (see Figure 6a) defined by the dividers 2. At the bottom portion of the body portion 1.2 the plate cutter 2.1 is assembled. The plate cutter 2.1 thereby stabilizes the dividers 2 and ensures that the dividers split open evenly.

[0074] Figure 7b shows the device 1 in the open position II. The core 3 draws a lower portion of the dividers 2 upward such that the length of the body portion 1.2 of the device is decreased when the device 1 is in the open position II. When the lower portions of the dividers 2 are pulled upward, the dividers 2 split open and gaps or slits are formed between adjacent dividers 2. In order to facilitate the splitting open or the dividers 2 a plate cutter 2.1 is assembled at the bottom portion of the body portion 1.2, preferably in a complementary configuration. The first content, which can be located in the cavity 1.5 of the device 1, is able to be released through the gaps that open between the adjacent dividers 2. The gaps can be formed in the body portion 1.2 of the device. The first content can be released into the container 5. When the first content is released into the container 5, the first content and the second content can mix. With the device 1 positioned in the intermediate position III, the core 3, which is preferably indirectly connected to the lid 4, has been pulled upwardly as the lid 4 has been pulled upwardly. In this manner, the core 3 will project upwardly above an upper portion of the device 1. As discussed above, the axial movement of the core 3 causes the dividers 2 to bend and separate from the adjacent dividers 2. When the dividers 2 split open from their closed position I into their open position II, the first content is releasable into the container 5 through the gaps formed between adjacent dividers 2, such that the first content and the second content are mixed. The bending of the dividers 2 increases the outer diameter of at least a lower portion of the main body. When the outer diameter increases of the lower portion of the main body, the outer diameter of the main body may be larger than the inner diameter of the opening or the throat of the container. As such, to remove the device 1 for consumption of the contents of the container, the main body may need to return at least partially to the original outer diameter or at least an outer diameter smaller than the inner diameter of the opening or the throat of the container. By depressing the lid 4 after mixing, the outer diameter of the main body can decrease and then, in configurations featuring a threaded connection between the device 1 and the container 5, the lid 4 and the device can be rotated for removal of the lid 4 and the device 1 from the container. In some configurations, vertically extending splines can be positioned between the lid 4 and the device 1 to increase the rotational torque that can be transferred from the lid 4 to the device 1. In some configurations, the lid can be removed from the device and the contents of the container can be consumed through the device 1. In some configurations, the device 1, and the core 3 in particular, forms a straw holder through which the contents of the container can be consumed.

[0075] Figures 8a to 8d show a detailed representation of the body portion 1.2 of the device 1 with the plate cutter 2.1. Figure 8a shows the body portion 1.2 together with the plate cutter 2.1. The plate cutter 2.1 comprises a circular bottom portion 2.2 and a rod-like upper portion 2.3. Thereby the circular bottom portion 2.2 of the plate cutter 2.1 is assembled at the bottom portion of the body portion 1.2 and the rod-like upper portion 2.3 of the plate cutter 2.1 is extending into the body portion 1.2, preferably reaches trough the core 3 of the body portion 1.2. Thereby the length of the rod-like upper portion 2.3 of the plate cutter 1.2 extends from the lowermost part of the body portion 1.2 through the core 3. Within the core 3 the plate cutter 2.1 can be assembled to the assembly element 4.3 of the lid 4 and/or to the spin 3.3. Thereby a connection between the plate cutter 2.1 and the lid 4 can be established. This connection can be configured in a form fitting and/or force fitting and/or a materially bonded manner, preferably by clipping and/or welding and/or gluing and/or by threading. The circular bottom portion 2.2 of the plate cutter 2.1 comprises a diameter of approx. 10 mm to approx. 25 mm, preferably of approx. 18 mm to approx. 19 mm. The length of the rod-like upper portion 2.3 of the plate cutter 2.1 comprises approx. 50 mm to approx. 100 mm, preferably approx. 70 mm to approx. 71 mm. Figure 8b shows a cross section of a body portion 1.2 with a plate cutter 2.1. Particularly a connection between the rod-like upper portion 2.3 of the plate cutter 2.1 and the lid 4 is shown, preferably the assembly element 4.3.

[0076] Figure 8c illustrates a bottom view of the circular bottom portion of the plate cutter 2.1. The circular bottom portion 2.2 of the plate cutter 2.1 can be configured in order to fit to the bottom portion of the body portion 1.2. Preferably, the circular bottom portion 2.2 of the plate cutter 2.1 comprises a complementary configuration to the bottom portion of the body portion 1.2, particularly to the dividers 2. Therefore the circular bottom portion 2.2 of the plate cutter 2.1 comprises recesses. Preferably a recess per divider, complementary to the configuration of a divider in the closed position I. Thereby the circular bottom portion 2.2 of the plate cutter 2.1 fits to the bottom portion of the body portion 1.2. In order to be split open the dividers 2, the lid 4 is pulled to the intermediate position III. By pulling the lid 4 preferably the plate cutter 2.1 is pulled along, by configuring a connection between the rod-like upper portion 2.3 of the plate cutter 2.1 to the lid 4, particularly via an assembly element 4.3 and/or a spin 3.3. Thereby the dividers 2 not only spit open by a movement of the core 3 into the direction of the lid 4 but additionally by a movement of the plate cutter 2.1 into the direction of the lid 4. Thereby the extension of the dividers 2 is reduced. Further the circular bottom portion 2.2 of the plate cutter 2.1 can comprise projections and/or fins and/or protrusions engaging in between the dividers 2 and splitting the dividers 2 open as the plate cutter 2.1 is moved into the direction of the lid 4, preferably by transferring the lid 4 into the intermediate position III. Figure 8d shows a lateral view of the body portion 1.2 with the circular bottom portion 2.2 of the plate cutter 2.1 being assembled at the lower portion of the body portion 1.2 and the rod-like upper portion 2.3 of the plate cutter 2.1 in the center of the body portion 1.2.

[0077] Figures 9a and 9h show a detailed representation of the different steps of the assembly of the system 10, which is arranged and configured according to certain features, aspects and advantages of the invention. In particular, Figure 9a illustrates the body portion 1.2 in a certain embodiment, figure 9b illustrates the body portion 1.2 in a certain embodiment holding a content, figure 9c illustrated the assembly element 4.3 and/or the spin 3.3 connected to the body portion 1.2 in a certain embodiment, figure 9d illustrates the head portion 1.1 and the body portion 1.2 in a certain embodiment, figure 9e illustrates the head portion 1.1 assembled to the body portion 1.2 forming the device 1 in a certain embodiment, figure 9f illustrates the device 1 and the lid 4 in a certain embodiment, figure 9g illustrates the lid 4 connected to the device 1 in a certain embodiment, figure 9h illustrates the container 5 and the device 1 with the lid 4 in a certain embodiment.

[0078] Figure 9a shows a body portion 1.2 of the device. The body portion 1.2 can receive the first content 20. The body portion 1.2 comprises a core 3, preferably in the center of the body portion 1.2. Figure 9b shows the content 20 within the body portion 1.2. The core 3 can comprise a spherical recess at its upper end in order to receive the complementary spherical formation at the lower end of the assembly element 4.3 of the lid 4 and/or the spin 3.3 (not shown). The assembly element 4.3 and/or the spin 3.3 can be assembled at the core 3 to establish a connection between the core 3 and the lid 4. Preferably, the assembly element 4.3 is part of the lid 4 and/or is assembled at the lid 4, particularly by clipping and/or welding and/or gluing and/or threading or in a similar manner. A possible spin 3.3 can be assembled to the lid 4 in a similar manner. Further, the assembly element 4.3 and/or the spin 3.3 is connected to the core 3 by clipping and/or welding and/or gluing and/or threading. Figure 9c illustrates the assembly element 4.3 and/or the spin 3.3 (not shown) connected to the core 3. Figure 9d shows the body portion 1.2 with the content 20 and the lid 4 comprising the assembly element 4.3 for the assembly to the body portion 1.2, preferably to the core 3. Further, the head portion 1.1 is shown comprising a sealing element 9, connectable to the body portion 1.2. Figure 9e illustrates the device 1 in an assembled manner. The head portion 1.1 is connected to the body portion 1.2. The content 20 is within the body portion 1.2. Figure 9f illustrates the assembled device 1 connectable to the lid 4. The lid further comprises noses 4.2 to be inserted into a guidance 8.1 configured at the outer surface of the head portion 1.1. Figure 9g shows the lid 4 assembled to the device 1. Figure 9h illustrates the device 1 with the lid 4 connectable to the container 5, preferably to the top portion of the container 5. Thereby preferably the body portion 1.1 extends into the container 5 while the head portion 1.1 is assembled to the top portion of the container 5, preferably by forming a collar and comprising a sealing element 9. Upon pulling the lid into an intermediate position III the content 20 is releasable into the container 5, preferably into a content within the container 5 in order to configure a mixture of both contents.

[0079] The previous description of the embodiments describes the present invention only within the scope of examples. Naturally, also single features of the embodiments as far as they can be meaningful can be freely combined with one another without leaving the scope of the invention.

[0080] Additionally, features described in connection with one embodiment can be incorporated into another of the disclosed embodiments, even if not expressly discussed herein, and embodiments having the combination of features still fall within the scope of the disclosure. For example, features described above in connection with one embodiment can be used with a different embodiment described herein and the combination still fall within the scope of the disclosure. It should be understood that various features and aspects of the disclosed embodiments can be combined with, or substituted for, one another in order to form varying modes of the embodiments of the disclosure. Thus, it is intended that the scope of the disclosure herein should not be limited by the particular embodiments described above. Accordingly, unless otherwise stated, or unless clearly incompatible, each embodiment of this disclosure may comprise, additional to its essential features described herein, one or more features as described herein from each other embodiment disclosed herein.

Reference list

[0081] 

1

Device

1.1

head portion

1.2

Body portion

1.3

lower portion

1.4

gap

2

Dividers

3

Core

3.1

upper end

3.2

lower end

3.3

spin

4

Lid

4.1

stop element

4.2

nose

4.3

assembly element

5

container/bottle

5.1

base wall

5.2

side wall

5.3

container cavity

5.4

opening

5.5

flange

5.6

step

5.7

stop element

5.8

thread

5.9

cylindrical throat

6

opening

7

Ring

8.1

guidance

8.2

projection element

9

sealing element

10

System

20

content

Claims

1. Device (1) for holding a content, wherein a content is insertable into a container (5), comprising at least a head portion (1.1) and at least a body portion (1.2), wherein the body portion (1.2) comprises at least two dividers (2), through which the first content is releasable into the container (5), wherein the dividers (2) comprise a closed position (I) and an open position (II), and wherein the body portion (1.2) comprises at least one core (3) being in connection to arrange the dividers (2) within the body portion (1.2).

2. Device (1) according to claim 1, characterized in that the core (3) is formed by the at least two dividers (2) for transforming the dividers (2) from the closed position (I) into the open position (II).

3. Device (1) according to claim 1 or 2, characterized in that the core (3) comprises a hollow form, particularly the core (3) comprises a cylindrical form.

4. Device (1) according to one of the preceding claims, characterized in that the body portion (1.2) comprises approx. 2 to approx. 32 dividers (2), particularly the body portion (1.2) comprises 16 dividers.

5. Device (1) according to one of the preceding claims, characterized in that the head portion (1.1) comprises a cavity for receiving the first content, wherein the container (5) comprises at least a second content, wherein the cavity comprises at least an opening (6) for mixing the first and the second content.

6. Device (1) according to one of the preceding claims, characterized in that in the open position (II) the dividers (2) are deformed to establish at least a slit between the dividers (2), particularly wherein the dividers (2) split open to release the first content into the container (5).

7. Device (1) according to one of the preceding claims, characterized in that the head portion (1.1) comprises a locking mechanism for the assembly of the device (1) to the container (5), particularly to a locking mechanism at the container (5), wherein the locking mechanism is particularly located at the inner edge of the head portion (1.1) and/or the locking mechanism is established in form of a sealing element 9.

8. System (10) for a container (5), particularly a bottle, for holding a second content, comprising at least one device (1) for holding a first content, particularly to one of the claims 1 to 7, and at least one lid (4) for closing the container (5), wherein the lid (4) is attachable to the device (1), wherein the device (1) comprises at least two dividers (2), through which the first content is releasable into the container (5) and therewith the first and the second content are mixable.

9. System (10) according to claim 8, characterized in that the lid (4) is assembled to the device (1), particularly by an assembly element 4.3 and/or a spin 3.3 connectable to the lid 4 and to the core 3 of the body portion 1.2 of the device 1.

10. System (10) according to one of the preceding claims, characterized in that the first content is a powder, particularly a tea, preferably a matcha powder, and/or the second content is a liquid, particularly water.

11. System (10) according to one of the preceding claims, characterized in that the device (1) comprises at least partly a diameter of approx. 10 mm to approx. 30 mm, particularly of approx. 15 mm to approx. 25 mm, preferably to approx. 21 mm and/or the lid (4) comprises at least partially a diameter of approx. 11 mm to approx. 60 mm, particularly of approx. 25 mm to approx. 50 mm, preferably of approx. 35 mm and/or the container (5) comprises at least partly a diameter of approx. 40 mm to approx. 120 mm, particularly of approx. 50 mm to approx. 100 mm, preferably of approx. 70 mm.

12. System (10) according to one of the proceeding claims, characterized in that the device (1) and/or the lid (4) and/or the container (5) consists of polyethylene (PE), particularly a low-density polyethylene (LDPE) and/or of polypropylene (PP) and/or silicone.

13. Method for mixing at least one first content, particularly a powder, and at least one second content, particularly a liquid, using a system (10) for a container (5) for holding the second content, particularly according to one of claims 8 to 12, comprising at least a device (1) for holding the first content and a lid (4) for closing the container (5), wherein the lid (4) is attachable to the device (1) comprising the following steps:

a) Pulling the lid (4) from the container (5)

b) Opening the device (1) by separating the dividers (2)

c) Releasing the first content from the device (1) into the container (5).

14. Method for mixing according to claim 13, characterized in that in the step b.1) a core (3) which is particularly assembled in the center of the device (1) is pulled together with a lid (4), wherein at least two dividers (2) of the device (1) break open and form gaps through which the second content is releasable into the first content of the container (5).

15. Method for mixing according to claim 13 or 14, characterized in that in the step a) the first and the second content are mixed within the container (5), particularly by shaking the container (5) and/or in the step d) the lid (4) is removed from the container (5) for consuming the mixture of the first and second content, particularly the lid (4) is removed by twisting the lid (4) about the longitudinal axis in the direction away from the container (5).

Drawing