ES2348380T3 - MULTIPLE CAMERA CONTAINER. - Google Patents

Abstract

Multi-chamber container (1) housing a plurality of agents, comprising: a plurality of filling chambers (1c, 1d) for filling with agents; a communication part (1a) provided in at least one of the filling chambers (1c, 1d) to make the filling chambers (1c, 1d) communicate with each other; and a part that prevents the opening that closes the communication part (1a) in a transport mode of the multi-chamber container (1), the transport mode of the multi-chamber container (1) is a mode folded in two, and the part that prevents the opening is a seal (2) that closes the communication part (1a), characterized in that the filling chambers (1c, 1d) open to each other through the communication part (1a) unfolding or expanding the multi-chamber container (1) to detach the seal (2) in the communication part (1a) by switching from the transport mode of the multi-chamber container (1) to a mode of use of the container (1) of multiple cameras, the mode of use being a split mode of the multi-chamber container.

Description

Multi-chamber container

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Technical field

The present invention relates to a container from multiple chambers, and more particularly, to a container of multiple cameras that house two or more kinds of liquids and the like such as agents, adhesives or the like to allow them to mix the agents.

Prior art

Conventionally, in the case of mixing two or more agents, in order to prevent the agents from deteriorate over time due to interaction, agents have mixed and adjusted immediately before administration in medical fields However, such a mixture of agents immediately before administration it has defects such as contamination with microorganisms and / or the intrusion of a substance strange, mixing done with bad practices, impossibility of Immediate administration and the like. Therefore, it is currently developing a multi-chamber container of this type of such that the container is provided with dividing means such as a seal that can be detached by the application of pressure, and so that each of a plurality of cameras compartmentalized by the means of division is filled with a respective unmixed agent. In this multi vessel cameras, the means of division are released immediately before Administration to mix the agents.

As a method of releasing the means of division to mix the agents in a multi container chambers of this type, there is a pressure procedure of a filling chamber by hand or similar to decrease volume of the camera, and thereby release the means of division by pressure of the agent inside the chamber to mix the agents, another procedure is to provide a shutter of injection that extends from one filling chamber to another filling chamber through the dividing means, and open the injection shutter to mix agents, and the like.

In such mixing procedures, it is necessary the opening operation (pressure or shutter opening) regardless of the mounting operation when mounting the container in a predetermined device for administration. In that way a possibility arises for agents to be administered without performing the opening operation. In addition, there is a type of container such that it is difficult to confirm that the means of division they have been released and the agents have mixed, and it is often difficult Find out that the opening operation has not been performed.

Document DE 8914942 U1 discloses a two chamber container comprising a communication part between two cameras and a core bar that is inserted into a lane with a longitudinal groove (which form a kind of clip) that serves as a part that prevents the closing opening the communication part in a transport mode of the container Multiple cameras The cameras of the two-chamber vessel are put in communication by removing the core bar from the longitudinal groove.

A relevant prior art is also described in the document JP-6-81537U.

An object of the present invention is provide a multi-chamber container that prevents you from Forget mixing agents.

Description of the invention

The inventor of the present invention noted that an opening operation is required to mix the agents that they are inside the respective filling chambers divided by dividing means when mounting a multi-chamber container in a device, discovered that through the general operations of a user between taking out a packed container and assembling the container in a device, the agents that are within the filling chambers are mixed without opening operation specific, and arrived at the present invention.

In other words, the essential of the invention is to open a plurality of filling chambers to mix the agents that are inside the filling chambers, using the general operations of a user between taking out a container packed and mount the container in a device.

A multi-chamber vessel of the The present invention, as described in claim 1, is a multi-chamber container that houses a plurality of agents, and has a plurality of filling chambers to fill with agents, a part of communication that is foreseen in at least one of the filling chambers to make the filling chambers communicate with each other, and a part that prevents the opening that closes the communication part in a transport mode of the container Multiple cameras, container transport mode Multiple cameras is a mode folded in two, and the part that prevents the opening is a tight seal that closes the part of communication, characterized in that the filling chambers open each other through the communication part expanding the multi-chamber container to detach the seal in the communication part changing from the transport mode from the multi-chamber container to a way of using the container of multiple cameras, the mode of use being a split mode of the container.

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In this document, during general operations of a user, that is during user operations for a period from the mode of transport of the multi-chamber container to the use mode of the multi-chamber container, for example, there is an operation to take out a packed multi-chamber container and remove the packaging, an operation to unfold the multi container cameras typically folded in two, and mount the container multiple cameras unfolded on the device, ie hang the container in the device. Therefore, in the present invention, an aspect of the opening of a plurality of filling chambers using the operation to remove the packaging, another opening aspect of a plurality of filling chambers using the operation to unfold a container of multiple cameras folded in two, and yet another aspect of aperture of a plurality of filling chambers using the operation to Hang the multi-chamber container on the device.

In other words, in the container of multiple cameras of the invention, the mode of transport is a mode folded in two and the filling chambers open each other through of the communication part expanding the manifold cameras in the mode folded in two. In this case, as parts that prevent the opening, there is a hermetic seal to detach the communication part through expansion, a tight seal to detach the communication part by hanging.

In such a configuration in which a plurality of filling chambers is opened using the operations generals of a user to mix the agents that are within the cameras, the multi-chamber container cannot be used to unless the agents mix. Therefore, the agents always mix when the user uses the multi container cameras, and thus it is possible to reliably prevent Forget mixing agents.

Brief description of the drawings

Figure 1 shows a plan view and a cross-sectional view explaining a tight seal for its use in a multi-chamber container according to embodiment 1 of the present invention;

Figure 2 shows a plan view and a side view showing the multi-chamber container using such a seal;

Figure 3 is a view showing the container placement of the multi-chamber container;

Figure 4 is a view showing a multi-chamber container folded in two according to the embodiment 2 of the invention;

Figure 5 is a view showing the expanded multi-chamber container according to embodiment 2 of the invention;

Figure 6 is a front view of a body of internal container of the multi-chamber container of the figure 4;

Figure 7 is a cross-sectional view. of the multi-chamber container of Figure 4;

Figure 8 is a cross-sectional view. of the multi-chamber container of Figure 5;

Figure 9 is a view showing a multi-chamber container folded in two according to the embodiment 3 of the invention;

Figure 10 is a view showing the expanded multi-chamber container according to embodiment 3 of the invention;

Figure 11 is a cross-sectional view. of the multi-chamber container of Figure 9;

Figure 12 is a cross-sectional view. of the multi-chamber container of Figure 10;

Figure 13 is a view showing a multi-chamber container folded in two according to the embodiment 4 of the invention;

Figure 14 is a view showing the expanded multi-chamber container according to embodiment 4 of the invention;

Figure 15 is a rear view of the multi-chamber container of figure 14;

Figure 16 is a cross-sectional view. of the multi-chamber container of Figure 13;

Figure 17 is a cross-sectional view. of the multi-chamber container of Figure 14;

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Figure 18 is a view showing a multi-chamber container folded in two according to the embodiment 5 of the invention;

Figure 19 is a view showing the expanded multi-chamber container according to embodiment 5 of the invention;

Figure 20 is a rear view of the multi-chamber container of figure 19;

Figure 21 is a cross-sectional view. of the multi-chamber container of Figure 18;

Figure 22 is a cross-sectional view. of the multi-chamber container of Figure 19;

Figure 23 is a perspective view that shows an opening device, described simply as reference, of a multi-chamber container according to the embodiment 6;

Figure 24 is a view showing the multi-chamber container that is inserted into the device opening of figure 23;

Figure 25 is an explanatory view for compare the distances between two elements formed in bar a clamping device and between two bar-shaped elements of a clamping device of the opening device of the Figure 23 and the thicknesses of a first and second chamber of filling of the multi-chamber container;

Figure 26 is a front view showing the multi-chamber container inserted in the device opening of figure 23;

Figure 27 is a perspective view that shows the multi-chamber container inserted in the opening device of figure 23;

Figure 28 is a perspective view that shows a part of hermetic gasket detached by pulling ends opposites of a multi-container container body cameras inserted in the opening device;

Figure 29 is a front view showing other examples of a device coupling device opening of figure 23;

Figure 30 is a perspective view that shows an opening device, described simply as reference, of a multi-chamber container according to the embodiment 7;

Figure 31 is a view that explains, simply as a reference, a tube for use in a container of multiple cameras of embodiments 8 and 9;

Figure 32 is a side view showing the multi-chamber container according to embodiment 8;

Figure 33 is a perspective view that show the multi-chamber container according to the embodiment 8;

Figure 34 is a front view showing the multi-chamber container with container body expanded;

Figure 35 is a view explaining a state until the expansion of the container body folded in two;

Figure 36 is a perspective view of the multi-chamber container stored in a container packing (secondary container) with a clip element formed of solidarity way;

Figure 37 is a side view showing the multi-chamber container of figure 36;

Figure 38 is a side view showing a multi-chamber container according to embodiment 9;

Figure 39 is a front view showing the multi-chamber container of figure 38 with the body of expanded container;

Figure 40 is a front view showing a multi-chamber container according to the invention provided with three filling chambers;

Figure 41 is a front view showing a multi-chamber container according to the invention provided with two flexible tubes;

Figure 42 is a perspective view that shows a division unit according to embodiment 10;

Figure 43 is a side view showing the division unit of figure 42 attached to a container of multiple cameras;

Figure 44 is a perspective view that shows the division unit of figure 42 attached to the container of multiple cameras;

Figure 45 is a front view showing a multi-chamber container;

Figure 46 is a view explaining a state until the expansion of a container body folded in two;

Figure 47 is a perspective view that shows the division unit according to embodiment 10 attached to the multi-chamber container using another example of a plate astride;

Figure 48 is a side view showing a division unit according to embodiment 11, attached to a multi-chamber container;

Figure 49 is a perspective view that shows the division unit according to embodiment 11 of the invention attached to the multi-chamber container;

Figure 50 is a perspective view that shows a division unit according to embodiment 12;

Figure 51 is a side view showing the division unit of figure 50 attached to a container of multiple cameras;

Figure 52 is a perspective view that shows the division unit of figure 50 attached to the container of multiple cameras;

Figure 53 is a view explaining a state until the expansion of a container body folded in two;

Figure 54 is a perspective view that shows the division unit of figure 50 attached to the container of multiple cameras;

Figure 55 is an enlarged partial view in cross section showing the multi-chamber container with the help of figure 50 pressed by a clip;

Figure 56 is a view explaining a multi-chamber container filling procedure with agents as described in embodiment 12;

Figure 57 is a view explaining a procedure of joining a plate astride the body of container in embodiment 12;

Figure 58 is a view explaining a procedure for fixing the plate astride the container body in embodiment 12;

Figure 59 is another view that explains the procedure for fixing the plate astride the container body in embodiment 12;

Figure 60 is a view showing another example of the division unit;

Figure 61 is a view showing another example of the division unit;

Figure 62 is a side view showing a multi-chamber container according to embodiment 13;

Figure 63 is a perspective view that shows the multi-chamber container of figure 62;

Figure 64 is a front view showing a container body of the multi-chamber container figure 62;

Figure 65 is a perspective view that shows a clip of figure 62;

Figure 66 is a view explaining a state in which the clip is separated from the container body with the clip attached to it of figure 62;

Figure 67 is a side view showing a multi-chamber container according to embodiment 14;

Figure 68 is a perspective view that shows the multi-chamber container of figure 67;

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Figure 69 is a front view showing a container body of the multi-chamber container figure 67;

Figure 70 is a perspective view that shows a clip and a bar shaped element of the figure 67;

Figure 71 is a view explaining a state in which the clip is separated from the container body with the clip attached to it of figure 67;

Figure 72 is a view that explains one aspect of a multi-chamber container according to embodiment 15;

Figure 73 is a side view showing the multi-chamber container according to embodiment 15;

Figure 74 is a perspective view that shows the multi-chamber container of figure 72;

Figure 75 is a view explaining a state in which an obstruction device is separated from a body of container with the obstruction device attached to it of the figure 72;

Figure 76 is a side view showing the multi-chamber container according to embodiment 16 of the invention;

Figure 77 is a perspective view that shows the multi-chamber container of figure 76;

Figure 78 is a view explaining a state in which an obstruction device is separated from a body of container with the obstruction device attached to it of the figure 76;

Figure 79 is a side view showing a multi-chamber container according to embodiment 17;

Figure 80 is a perspective view that shows the multi-chamber container of figure 79;

Figure 81 is a view explaining a state in which a partition part is separated from a body of container with the partition part attached to it of the figure 79;

Figure 82 is a front view showing a multi-chamber container according to embodiment 18;

Figure 83 is a view explaining a state in which an obstruction device is separated from a body of container with the obstruction device attached to it of the figure 82;

Figure 84 is a side view showing a storage element according to embodiment 19 in which stores a multi-chamber container;

Figure 85 is a perspective view that shows the storage element of figure 84;

Figure 86 is a perspective view that shows dividing means attached to an element body of storage of the storage element of figure 84;

Figure 87 is a front view showing a multi-chamber container to be stored in the item storage of Figure 84;

Figure 88 is a view explaining a state in which the means of division are released from the element of storage that has the means of division;

Figure 89 is a side view showing a storage element according to embodiment 20 in which stores a multi-chamber container;

Figure 90 is a perspective view that shows the storage element of figure 89;

Figure 91 is a front view showing a example of a multi-chamber container to be stored in the storage item;

Figure 92 is a front view showing a multi-chamber container according to embodiment 21;

Figure 93 is a side view showing the multi-chamber container with an airtight seal of warning attached to it;

Figure 94 is a bottom view that shows the multi-chamber container of figure 92;

Figure 95 is a front view showing the multi-chamber container when the board is peeling off airtight warning;

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Figure 96 is a front view showing the multi-chamber container with airtight seal warning given off;

Figure 97 is a front view showing a multi-chamber container according to embodiment 22;

Figure 98 is a perspective view that shows a warning band attached to the multi vessel cameras of figure 97;

Figure 99 is a view showing a state in which the warning band attached to the multi vessel cameras breaks; Y

Figure 100 is a perspective view that shows another example of the warning band in figure 98.

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Best way to carry out the invention

They will be specifically described below. embodiments of the present invention in reference to the drawings attached. Embodiments 6 to 62 are not part of the invention and They are simply described as examples.

First, embodiments 1 to 12 that are describe below explain an aspect in which the cameras filling open each other by the operation to unfold a Multi-chamber container folded in two. In this aspect, it use a seal, tube, clip or similar as an element that prevents opening, and a roller or the like is used as an element opening. Therefore, before unfolding the container Multiple chambers folded in two, the filling chambers are not communicate with each other by the element that prevents the opening, and when the multi-chamber vessel unfolds due to the operation to unfold the container, separating the element that prevents the opening, or through the opening element, the cameras Filling communicate with each other to be in an open state. TO The embodiments will now be described in reference to the drawings.

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Realization one

Embodiments 1 to 5 describe the case in which The element that prevents opening is a tight seal, the seal Airtight is detached by the operation to unfold a container of multiple chambers when the container unfolds, and the filling chambers that way communicate with each other to be in An open state.

Figure 1 shows a plan view and a cross-sectional view explaining the seal for its use in the multi-chamber container according to embodiment 1 of the invention. In Figure 1, a hole 1a is formed in the center of a container 1. A seal 2 is adhered to the container 1 to cover hole 1a. Between container 1 and the tight seal 2 zones 3 of easy seal are provided on the that the seal 2 adheres by adhesion to the extent that the seal 2 can be easily detached. Board 2 Hermetic has sufficient resistance to applied pressure from above (arrow A) as shown in the figure 1 (a). In other words, the pressure from above is dispersed  throughout the container 1 and the seal 2 does not come off. In addition, as shown in Figure 1 (b), the joint 2 Hermetic has the property of easily detaching itself by a force from the lateral direction (arrow B). Using a board Airtight of this type as an element that prevents opening, is possible to make the filling chambers open with each other by the operation to unfold the multi-chamber container.

Figure 2 shows a plan view and a side view showing the multi-chamber container using a seal of this type. The multi vessel 1 cameras folded in two (right side of the sheet) opens (side left of the sheet) as shown in Figure 2 (a), so that the seal 2 is detached and the chambers 1c and 1d filling open and communicate. In other words, as is shown in figure 2 (b), opening an end part 1b in the direction of arrow C, the seal 2 adhered between the filling chambers 1c and 1d are detached, the hole 1a closed by the tight seal 2 opens, and an agent that fills the chamber 1c of filling is mixed with another agent that fills the chamber 1d of fill.

The multi-chamber container usually it is transported with the container folded in two, and therefore, when the container is used, the operation is always carried out to unfold the container as described above. By consequently, as described above, without performing the specific opening operation, just unfolding the container of multiple chambers, the seal is detached, the chambers of filling open each other, and therefore, when the user uses the container, the agents that are inside the respective chambers Filling mix reliably. Therefore it is possible reliably avoid a situation in which a user forgets of mixing the agents. In addition, only the action is performed to unfold the container for opening, and therefore, none foreign substance enters into the filling chambers.

In this embodiment, a form can be provided as shown in figure 3 (a) such that a chamber 5 of  inner filling is inserted into an outer filling chamber 4, and a hole that penetrates both chambers is closed by the joint airtight, another form can be provided as shown in the Figure 3 (b) such that a plurality of chambers 5a to 5c of Inner fillings are inserted into an outer fill chamber 4, and that holes that penetrate the outer filling chamber 4 and the respective inner 5a to 5c cameras are closed by the seals, and another form can still be provided as shown in figure 3 (c) such that a filling chamber 7 upper is coupled to a lower filling chamber 6, and a hole which penetrates both chambers is closed by the seal. In addition, the number of filling chambers, and the arrangement of the filling chambers are not limited in particular.

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Realization 2

Figure 4 is a view showing a multi-chamber container folded in two according to the embodiment 2 of the invention. This multi-chamber container 10 is constituted by an outer container body 12 with a shutter 11 as shown in figure 5, and a body 15 of inner container equipped with filling chambers 13 and 14 filled with unmixed agents as shown in the figure 6.

The outer container body 12 is prepared forming a transparent film sheet with flexibility with the shape of a tube, and fusing the opposite end portions 16 open, and that way it forms in the shape of a bag substantially rectangular. Folding the bowl along a mutual bending part 12a of the container body 12 outside, the multi-chamber container 10 is obtained as is shown in figure 4. The outer container body 12 It has an indication label 17, attached to its surface exterior, which shows "open" indicating the detachment of the seal described below.

Shutter 11 is welded while surrounded by the film sheet of the outer container body 12, and joins the upper end in the center of the container body 12 Exterior. The shutter 11 seals the inside of the body 12 of outer container until a hollow needle is inserted into it to manage agents.

The inner container body 15 is prepared facing two sheets of transparent film with flexibility opposite each other and fusing the outer edge part and the part central, and thus is formed in the shape of a bag substantially rectangular. Two filling chambers 13 and 14 of the 15 inner container body are filled with different kinds of unmixed agents. In addition, the substances with which they are filled filling chambers 13 and 14 are not limited to agents, and by example, they can be filled with adhesives and the like apart from with Agents In the inner container body 15, holes are provided 18 in the upper center of the filling chambers 13 and 14 through of those who pass the unmixed agents of those that are full. The holes 18 are closed by seals 19. The Seals 19 are configured to be able to detach in synchronization with the operation to expand the body 12 of outer container

In the multi-chamber container 10 with the configuration mentioned above, when body 12 of outer container is folded in two, as shown in the Figure 7, the unmixed agents are completely sealed inside the filling chambers 13 and 14 through the joints 19 tightly closed holes 18 of container body 15 inside. When a user grabs shutter 11 and / or around the end portion 15 of the outer container body 12 and expands the outer container body 12, as shown in Figure 8, the seals 19 that close the holes 18 they come off, and the outer container body 12 and the chambers 13 and 14 filling the inner container body 15 is communicate with each other through holes 18. Then, a hole 16a for hook provided in the container body 12 exterior is placed through a hook of a dropper holder, the container 10 of multiple cameras that way hangs on the dropper holder, a hollow needle is inserted into the plug 11, and mixed agents are administered to a patient.

In addition, since the shape of the container 10 of Multiple cameras is different between before and after detachment of the sealed seals 19, the user can recognize that the hermetic seals 19 have not been detached by the appearance shape when outer container body 12 is folded in two. In addition, the first indication tag 17 place is oriented outward expanding the container body 12 outside, and therefore, checking the indication tag 17, is possible to recognize that the hermetic seals 19 have been detached.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of multiple chambers, the seals come off, the chambers filling open each other, and therefore the agents in the respective filling chambers are mixed reliably when the User uses the container.

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Realization 3

Figure 9 is a view showing a multi-chamber container according to embodiment 3 of the invention. In Figures 9 to 12, the same numbers of reference to the same parts as in figures 4 to 8 as well than in figures 4 to 8 to omit specific descriptions of the same.

As in the multi container 10 chambers according to embodiment 2, the multi container 10 chambers according to this embodiment is constituted by the body 12 of outer container with the shutter 11 attached thereto and the body 15 of inner container equipped with filling chambers 13, 14 formed by dividing the interior. As shown in the figure 10, to the outer container body 12 an element 20 of shape retention in the mutual bending part.

The shape retaining element 20 has a base part 20a fixed inside the body 12 of outer container, and a front end portion 20b towards which the base part 20a is rounded and to which the label adheres 17 showing "open" indicating the detachment of Seals 19 tight. As Figure 11 shows, element 20 shape retention has a cross section in shape substantially hook. As shown in Figure 10, the tag 17 adheres to the outer surface of part 20b of front end, and can be visually identified when the 10 multi-chamber container expands. As shown in figure 12, the outer container body 12 is folded with the label 17 of the front end part 20b of the element 20 of retention of the shape facing the filling chambers 13, 14 of the inner container body 15. At this point, the boards 19 sealed on the outside of end part 20b front holes 18 of the container body 15 close inside.

In the multi-chamber container 10 with the configuration mentioned above, when body 12 of outer container is folded in two, as shown in the Figure 11, the unmixed agents are completely sealed inside the chambers 13, 14 filled by the sealed seals 19 closing the holes 18 of the inner container body 15. When a user grabs the shutter 11 and / or around the part 16 of end of the outer container body 12 and expands the outer container body 12, as shown in the figure 12, the base part 20a fixed in the container body 12 exterior expands, the hermetic seals 19 that close the holes 18 detach in that way, and body 12 of outer container and the filling chambers 13, 14 of the body 15 of inner vessel communicate with each other through the holes 18.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of multiple chambers, the seals come off, the chambers filling open each other, and therefore the agents in the respective filling chambers are mixed reliably when the User uses the container.

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Realization 4

Figure 13 is a view showing a multi-chamber container according to embodiment 4 of the invention. In Figures 13 to 17, the same numbers of reference to the same parts as in figures 4 to 8 as well than in figures 4 to 8 to omit specific descriptions of the same.

As in the multi container 10 chambers according to embodiment 2, the multi container 10 chambers according to this embodiment is constituted by the body 12 of outer container with the shutter 11 attached thereto and the body 15 of inner container equipped with filling chambers 13, 14 formed by dividing the interior. As shown in the figure 14, an outer element 20 is attached to the outer container body 12 shape retention in the mutual bending part.

The shape retaining element 20 has the base part 20a to which label 17 adheres "open" indicating the detachment of the joints 19 airtight, and the front end part 20b towards which the part 20a base is rounded and it has hook parts 20c. Such as Figure 16 shows, the shape retaining element 20 has a substantially hook-shaped cross section. Such as shown in figure 14, tag 17 adheres to the outer surface of the base part 20a, and can be identified visually when the multi-chamber container 10 is expands

As shown in Figure 15, in the inner container body 15, holes 18 are provided respectively in the upper center of the chambers 13, 14 of filled to eject unmixed agents from which they are filled. As shown in Figure 16, the holes 18 are closed by the seals 19 when the outer container body 12 is folded with the label 17 of the base part 20a of the element 20 retaining the shape facing the chambers 13, 14 of filling of the inner container body 15.

In the multi-chamber container 10 with the configuration mentioned above, when body 12 of outer container is folded in two, as shown in the Figure 16, the unmixed agents are completely sealed inside the chambers 13, 14 filled by the sealed seals 19 closing the holes 18 of the inner container body 15. When a user grabs the shutter 11 and / or around the part 16 of end of the outer container body 12 and expands the outer container body 12, as shown in the figure 17, the base part 20a fixed to the outer container body 12 expands, the tight seals 19 that close the holes 18 they detach in that way, and the outer container body 12 and the filling chambers 13, 14 of the inner container body 15 they communicate with each other through holes 18.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of multiple chambers, the seals come off, the chambers filling open each other, and therefore the agents in the respective filling chambers are mixed reliably when the User uses the container.

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Realization 5

Figure 18 is a view showing a multi-chamber container according to embodiment 5 of the invention. As in the multi-chamber container 10 according to embodiments 2 to 4, the 10 'multi-chamber container according to this embodiment it is constituted by a body 12 'of container with a shutter 11 'attached thereto. The 12 'body of Container has two 13 'and 14' split filling chambers. Such as shown in figure 19, to the surface of the body 12 'of container adheres a 17 'substantially rectangular label which shows "open" indicating the detachment of Seals 19 that are described later. As it shown in figure 20, the holes 18 are provided respectively in the upper center of the filling chambers 13 ', 14' on the side opposite to the label 17 of the container body 12 '.

The 10 'multi-chamber container such as shown in figure 19 bends in the form of a valley along line 21, that is, the filling chambers 13 ', 14' are made are opposite label 17, and container 10 'bends additionally in the form of a mountain along line 22, so that as shown in figure 21, the holes 18 'are they close by the joints 19 'hermetic. In other words, the 10 'multi-chamber container is folded in three so that a label part 23 bends towards an area of the chambers of filling the body 12 'of container and that end part 24 front bends additionally from the label part 23.

In the 10 'multi-chamber container with the configuration mentioned above, when the body 12 'of outer container is folded in three, as shown in the Figure 21, the unmixed agents are completely sealed inside the chambers 13 ', 14' filling by the joints 19 ' tightly closing holes 18 'of body 12' of container. When a user grabs the shutter 11 'and / or around of a 16 'end part of the container body 12' and expands the container body 12 ', as shown in Figure 22, the front part 24 is separated from the label part 23, and the part 23 label is separated from the filling chamber area. The Seals 19 'tightly closing the holes 18' detach from  that way, and the filling chambers 13 ', 14' of the body 12 'of container communicate with each other through holes 18 '.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of multiple chambers, the seals come off, the chambers filling open each other, and therefore, the agents that are inside the respective filling chambers are mixed with reliability when the user uses the container.

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Realization 6

(Not contemplated by the invention)

Embodiments 6 and 7 describe the case in which an opening element is a roller, and when a multi-chamber container, the filling chambers are pressed by the operation to unfold the container, and thereby communicate with each other to be in an open state.

Figure 23 is a perspective view that shows a multi-vessel opening device cameras according to embodiment 6. The opening device is constituted by a clamping device 30 constituted by two elements 31 and 32 formed in bar, a device 40 of clamp consisting of two elements 41 and 42 formed in bar and a pair of coupling devices 50, constituted, each, by a first plate element 51 and a second plate element 52 rectangular trailers, to fix respective opposite ends of two elements 31, 32 formed in bar of the device 30 of tightening and two elements 41, 42 formed in the device bar 40 clamping.

The first plate element 51 is provided with a first screw hole 53 formed in an ellipse formed on one end side, a second thread hole 54 formed in an ellipse formed on the other end side slightly separated from the center, and a third hole 55 thread formed in ellipse formed on the other end side. As in the first plate element 51, the second plate element 52 is provided with a first screw hole 53 'formed in an ellipse formed on one end side, a second screw hole 54' formed in an ellipse formed in the other end side slightly separated from the center, and a third hole 55 'of ellipse shaped thread formed on the other end side. The first plate element 51 and the second plate element 52 overlap each other with a predetermined angle with part of the first thread hole 53 and the first thread hole 53 'which coincide with each other. The first plate element 51 and the second plate element 53 are coupled to each other by screwing a screw 61 inserted into the first screw holes 53 and 53 'from the side of the first plate element 51 into a thread portion of a nut 63 with washers 62 on the head and opposite sides of the
screw 61.

A rod shaped element 31 of the clamping device 30 is provided with opposite ends of parts  33 hexagonal cylindrical thread clamp having, each, a part of thread threaded with the screw. The one item 31 rod-shaped clamping device 30 is fixed to the first plate elements 51 by screwing the screws 64 inserted in the second thread holes 54 of a pair of first plate elements 51 in thread parts of parts 33 of thread clamp at opposite ends with washers 65 in the head and opposite sides of screws 64. The other element 32 formed in bar of the tightening device 30 is provided in opposite ends of cylindrical thread retaining parts 34 hexagonal having, each, a threaded thread part with the screw. The other device 32 formed in the device bar Tightening 30 is fixed to the first plate elements 51 screwing the screws 66 inserted into the third holes 55 of thread of a pair of the first plate elements 51 in parts thread of thread clamping parts 34 at opposite ends with washers 67 on the head and opposite sides of the screws 66. As shown in Figures 26 and 27, in device 30 of tighten, an end portion on a first side of the chamber 74 of filling a 70 chamber multi chamber folded in two se inserted between two elements 31, 32 formed in bar, and it tighten by means of two elements 31, 32 formed in bar in contact, each, with a wall portion of the first chamber 74 filling.

A rod shaped element 41 of the clamping device 40 is provided at opposite ends of hexagonal cylindrical thread clamping parts 43 bearing, each, a part of thread threaded with the screw. The one rod-shaped element 41 of the clamping device 40 is fix the second plate elements 52 by screwing the screws 64 'inserted in the second screw holes 54' of the second plate elements 52 in thread parts of parts 43 of thread clamp at opposite ends with washers 65 'in the head and opposite sides of screws 64 '. The other element 42 formed in bar of the clamping device 40 is provided at opposite ends of cylindrical thread retaining parts 44 hexagonal having, each, a threaded thread part with the screw. The other device 42 formed in the device bar Clamping 40 is fixed to the second plate elements 52 screwing the screws 66 'inserted in the third holes 55 'thread of the second plate elements 52 in parts of thread of thread retaining parts 44 at opposite ends with 67 'washers on the head and opposite sides of the screws 66 '. In the clamping device 40, an end portion in a shutter side 80 of the multi-chamber container 70 folded in two, it is inserted between two elements 41,42 formed in bar, and a second filling chamber 75 is held by two elements 41, 42 formed in contact bar, each with a wall part of the second filling chamber 75.

As shown in Figure 25, two elements 31, 32 formed in bar of the clamping device 30 they form a predetermined distance t1 smaller than a thickness T1 of the first filling chamber 74. Two elements 41, 42 formed in bar of the clamping device 40 are fixed to the second plate elements 52 while a distance t2 wider than the distance t1 between two elements 31, 32 formed in bar of the tightening device 30 fixed to the first plate elements 51, and thus form the distance t2 default smaller than a thickness T2 of the second chamber 75 filling.

Two elements 31, 32 formed in a bar clamping device 30 are provided with roller parts 35, 36 between 33 or 34 thread clamping parts, while two elements 41, 42 formed in bar of the device 40 of clamps are equipped with roller parts 45, 46 between parts 43 or 44 thread clamp, respectively. In addition, the parts of roller help the second chamber 75 of filling the container 70 of multiple cameras to move out by force of traction, and therefore, roller parts 35, 36 may not provided in two elements 31, 32 formed in bar of the tightening device 30 that is not necessary to move the first filling chamber 74 out even by pulling container 70 of multiple cameras to skip the number of pieces. In this case, two elements 31, 32 formed in bar of the device 30 of tightening can be secured in solidarity with the container 70 of multiple cameras, and preferably, are secured to a airtight gasket part 72 formed on one side of the tube 82 of ejection of a shutter 80 or at an end part on the side opposite. In addition, the roller parts 45, 46 do not have necessarily to be provided in two elements 41, 42 formed in bar of the clamping device 40 that can move the second chamber 75 filling out while pressing the part of wall of the second filling chamber 75, pressing the part of end on the side of the second filling chamber 75, even without providing roller parts 45, 46 between parts 43 or 44 of thread clamp.

As shown in Figure 24, the multi-chamber container 70 is provided with a body 71 of container and ejection shutter 80 attached to an opening of the bowl body 71. The multi-chamber container 70 is form by heating and fusing the peripheries of two sheets of Opposite transparent film with a subject ejection tube 82 between inner walls of the sheets. In container 70 of multiple cameras, an inner surface of a wall part and an inner surface of the other opposite wall part is adhere, for example, with pieces of mixed resin, or surfaces interiors with mixed resin pieces held together they heat up and fuse together, and a seal part 73 is formed thereby in the lateral direction near the center of the body 71 of container Seal part 73 divides the interior of the container body 71 in the first and second chambers 74, 75 filling, and is configured with a force that allows detachment part 73 by pressing the wall parts of the first and the second chambers 74, 75 filling. A seal part 72 peripheral force is configured with a force that does not allow peel off part 72 by not even pressing the wall parts of the first and second filling chambers 74, 75. The shutter 80 is shaped like a tube, and is constituted by an outlet 81 of ejection and ejection tube 82, and at the top of the ejection outlet 81 adheres a sheet 83 of film rectangular showing a warning to force the detachment of the seal part 73.

The action will be described below using the multi-chamber container opening device configured as described above. On the device opening, the end part on the side of the first chamber 74 filling is inserted between two elements 31, 32 formed in squeeze device bar 30 and thereby squeeze between these while the end part on the side of the second filling chamber 75 is inserted between two elements 41, 42 formed in bar of the clamping device 40 and thereby hold each other Accordingly, the container 70 of Multiple cameras are kept folded in two until part 73 the seal is detached, and in this way it is possible to confirm that the seal part 73 is not detached from the shape of appearance.

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To detach the seal part 73 of the multi-chamber container 70 to be used, a user grabs the appropriate parts at opposite ends of the body 71 of container, and pull the opposite ends outward as shown by the arrow in figure 27. Thus, as shown in Figure 28, without the first filling chamber 74 moving out, the second filling chamber 75 moves out while rotating the two-element roller parts 45, 46 41.42 formed in bar of the clamping device 40. Two elements 41, 42 formed in bar of the clamping element 40 press the wall portions of the second filling chamber 75 moving it out, and thereby generate the pressure within the bowl body 71. The seal part 73 thus It comes off and the unmixed agents are mixed.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of multiple chambers, the seal is detached, the chambers of filling open up with each other, and therefore, the agents that are inside of the respective filling chambers are mixed reliably when the user uses the container.

In addition, in the coupling device 50 such as shown in figure 23, two plate elements 51, 52 rectangular are coupled with a predetermined angle, and the major axis in the second thread hole 54 and the third thread hole 55 of the first plate element 51 is configured to form a predetermined angle with the major axis in the second hole 54 ' of thread and the third hole 55 'of thread of the second element 52 of plate. In addition, as shown in Figure 29 (a), four screw holes can be arranged at similar intervals in a single plate element. In addition, the major axis in the second thread hole 54 and the third thread hole 55 of the first plate element 51 and the major axis in the second hole 54 'of thread and the third hole 55 'of thread of the second element 52 of board does not need to be configured with a predetermined angle, and they can be configured in parallel in the vertical direction as shown in figure 29 (b), or configured on a line lateral as shown in figure 29 (c).

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Realization 7

(Not contemplated by the invention)

Figure 30 shows an opening device of a multi-chamber container according to embodiment 7. The opening device consists of a device clamp consisting of two elements formed in bar, 31 and 32, a clamping device 40 consisting of two elements conformed in bar, 41 and 42, and a pair of devices 50 of coupling constituted, each, by elements 56 and 56 'of end and a flexible element 57 that couples elements 56 and 56 ' extreme

The end elements 56 of the devices 50 coupling are formed in solidarity with the two elements 31, 32 formed in bar of the clamping device 30, and fix respective opposite ends of two elements 31, 32 formed in bar. The 56 'end elements of the coupling devices 50 are formed jointly with the two elements 41, 42 formed in bar of the device 40 clamping, and fix respective opposite ends of two elements 41, 42 formed in bar. Each of the elements 56, 56 'of end of the coupling device 50 is provided with two fastening elements 58 with the upper part formed on a disk and two holes 59 for securing fasteners in the that the fastener elements 58 are inserted. Element 57 flexible is band-shaped, and endowed with ends opposite two holes 60 for insertion of fasteners in which the fastening elements 58 of the 56, 56 'end elements. Flexible element 57 is configured with dimensions such that the upper part is more Cut than the bottom. By configuring in this way the dimensions so that the upper part of the flexible element 57 is shorter than the bottom, elements 56, 56 'of end are coupled with a predetermined angle. However, the dimension of the upper part of flexible element 57 can be made equal to the length of the bottom to configure and couple the elements 56, 56 'end in parallel in the direction vertical, or in a lateral line.

In the clamping device 30, a part of end on the side of the first container filling chamber 74  70 multi-camera folded in two is inserted between two elements 31, 32 formed in bar, and tightened by two elements 31, 32 formed in contact bar, each with a wall part of the first filling chamber 74.

In the clamping device 40, a part of end on the side of the second container filling chamber 75  70 multi-camera folded in two is inserted between two elements 41, 42 formed in bar, and is held by two elements 41, 42 formed in contact bar, each with a wall part of the second filling chamber 75. In addition, a shutter through hole larger than the outer dimensions of the shutter 80 can be formed in the part center of one of two elements formed in the device bar  30 tightening or clamping device 40 for easy passage of shutter 80.

As in embodiment 6, two elements 31, 32 formed in bar of the tightening device 30 form a predetermined distance smaller than the thickness of the first filling chamber 74. Two elements 41, 42 formed in a bar clamping device 40 is fixed to end element 56 ' while separated a distance wider than the distance between two elements 31, 32 formed in device bar 30 of tightening, and thus form a smaller predetermined distance than the thickness of the second filling chamber 75.

Also in the opening device according to the embodiment 7, as in embodiment 6, when the cameras 74, 75 filling the 70 chamber of multiple chambers are held respectively by two elements 31, 32 formed in bar of the clamping device 30 and two elements 41, 42 formed in bar of the clamping device 40, the container 70 is maintained folded in two until the seal part 73 is detach Also, when a user grabs the opposite ends of the multi-chamber container 70 and pulls respectively outside, without the first filling chamber 74 of the container 70 of Multiple cameras move out, the second camera 75 of Filling the 70 chamber of multiple chambers moves out. Two elements 41, 42 formed in bar of element 40 of clamping press both wall parts of the second chamber 75 of filled by moving outward, and thereby generate pressure inside the container body 71. The seal part 73 that way it comes off and the unmixed agents are mixed.

Also in this embodiment, without performing the specific opening operation, only by unfolding the multi-chamber container, the seal is detached, the filling chambers open together, and therefore, the agents that are inside the filling chambers. respective mixes reliably when the user uses the
piente

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Realization 8

(Not contemplated by the invention)

Embodiments 8 and 9 describe the case in which an element that prevents opening is a bent tube, the tube is released by the operation to unfold a multi container chambers when the container unfolds, and the filling chambers that way they communicate with each other to be in a state open.

Figure 31 is a view explaining the tube for use in this embodiment. As shown in the figure 31 (a), tube 90 is provided almost in the center and is joined to make the 91 and 92 filling chambers communicate. After filling chambers 91, 92 filling with agents and the like, the container Multi-chamber is folded in two in the tube part and covered with a 93 protection material. The tube thus works as the element that prevents opening. In addition, as tube 90 is available of flexible tubes and the like such as silicon tubes, Teflon (registered trademark) and the like.

Figure 32 shows a container 101 of multiple chambers according to embodiment 8 of the invention. Such as Shown in Figures 32 to 34, the multi container 101 chambers is constituted by a container body 102 consisting of two opposite transparent film sheets and a ejection shutter 120 attached to an opening of the body 102 of container.

As shown in Figure 34, the multi-chamber container 101 is provided with a part 103 of hermetic seal formed on the periphery of the body 102 of container. The seal part 103 is formed by heating and fusing the interior surfaces in the peripheries of the two film sheets constituting the container body 102 with the shutter ejection tube 121 120 held between them. He shutter 120 is shaped like a tube, and is constituted by the tube Ejection 121 and an ejection outlet 122 sealed by a plug rubber until a hollow needle is inserted.

As shown in Figures 33 and 34, the multi-chamber container 101 is provided with a part 104 of tight seal formed in the lateral direction near the center of the container body 102. The seal part 104 is formed heating and fusing the interior surfaces near the center of the two sheets of film that constitute the body 102 of container with the flexible tube 106 held between them, and of that mode divides the interior of the container body 102 into a first and second filling chambers 106 and 107. As shown in the Figure 34, the bottom of the filling chamber 106 tilts down towards a flow inlet of the flexible tube 105 from the side of the seal portion 104 at opposite ends. He flexible tube 105 can be cut so that the opposite ends they are perpendicular to the axis direction, and preferably, such As shown in Figures 35 (a) to (c), it is cut into a inclined direction to facilitate clamping by an element 110 of clip described below.

As shown in figures 34 and 35 (a), the multi-chamber container 101 has a line 109 bending to fold the container body 102 in two with the inside of the clogged flexible tube 105. Line 109 of folded is formed in the lateral direction of the body 102 of container in which the seal part 104 is formed.

As shown in figures 32, 33 and 35 (a), the multi-chamber container 101 has the clip element 110 which is a retention element to maintain the bent state of the container body 102. Element 110 of clip is attached to the outer surface of the container body 102 around which the flexible tube 105 is fused, with the body 102 of bent container, and tighten the container body 102 and the flexible tube 105.

In the multi-chamber container 101 with the configuration mentioned above, as shown in the Figure 35 (c), since the container body 102 is keeps bent and the flexible tube 105 reliably clogs by the clip element 110, it does not happen that the body 102 of container expand spontaneously, and that the first and the second filling chambers 106, 107 communicate with each other through of the flexible tube 105. By this, a user can recognize that the operation to mix the unmixed agents has not been made from the shape of the appearance of the container 101 of Multiple cameras In addition, unmixed agents can stored within the first and second chambers 106, 107 of filled to use the multi-chamber container 101.

When performing the operation to mix the agents, a user removes the clip element 110 as it is shown in figure 35 (b), and expands body 102 of container as shown in figure 35 (c). The tube 105 flexible thereby retrieves the shape of a tube by elasticity, the first and second filling chambers 106, 107 are communicate with each other through the flexible tube 105, and the agents do not mixed filling the first and second chambers 106, 107 of Filling mix. At this point, as shown in the figure 34, since the bottom of the first filling chamber 106 is formed to lean down towards the flexible tube 105 from the side of the end seal portion 104 opposite, the unmixed agent that fills the first chamber 106 of filling is easy to flow to the flexible tube 105 provided in the part 104 gasket.

In addition, as shown in Figures 36 and 37, one of the clamping parts of the clip element 110 may be formed in solidarity with the bottom of a container 112 exterior (secondary container) that stores the container 101 of multiple cameras, or secure by screwing into the bottom of the outer container 112 (secondary container) that is going to integrate. In the case where one of the clamping parts of the clip 110 is thus integrated with the bottom of the outer container 112 (secondary container), the clamping parts of element 110 of clip are preferably configured with a clamping force of so that the container body 102 and the flexible tube 105 can be released when the multi vessel 101 is pulled chambers out towards the ejection outlet side of the outer container 112 (secondary container). Through this, the user does not need to grab the clip element 110 provided in the outer container 112 (secondary container) to release it, and it is only required that you take out the multi-chamber container 101 of the outer container 112 (secondary container) and expanding the container body 102.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of multiple cameras, the bent tube is recovered, the cameras of filled open each other, and the agents that are within the filling chambers mix reliably when the user uses the recipient.

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Realization 9

(Not contemplated by the invention)

Figure 38 shows a container 101 of multiple cameras according to embodiment 9. As in embodiment 8, the multi-chamber container 101 is constituted by the container body 101 with seals 103, 104 formed inside, and the ejection shutter 120 attached to the opening of the container body 102.

As in embodiment 8, line 109 of bending is formed in the part 104 of the seal. The body 102 of container is folded in two along the bending line 109 with the inside of the flexible tube 105 provided in part 104 of hermetic seal clogged.

As shown in Figures 38 and 39, the multi-chamber container 101 is provided with a 110 'tape double-sided that maintains the bent state of the body 102 of container. As shown in Figure 38, the belt 110 'of double-sided adheres to the opposite outer surfaces of the wall parts of the first and second chambers 106, 107 of filling folded by line 109 bending.

Also in multi container 101 chambers according to embodiment 9, with the multi container 101 cameras hung on a bracket hook (not shown) through from which a hanging hole 111 passes, when a user detaches the adhesion surface of the double-sided tape 110 ' adhered to one of the first and second chambers 106, 107 of filled, the container body 102 expands spontaneously  by the weight of an unmixed agent that fills the second chamber 107 filling. The flexible tube 105 thereby recovers the shape of a tube by elasticity, the first and second chambers 106, 107 of filling communicate with each other through flexible tube 105, and the unmixed agents that fill the first and second chambers 106, 107 filling are mixed.

In addition, in embodiments 8 and 9, in the 101 multi-chamber container, the first and second cameras  106, 107 filling are formed by dividing the inside of the body 102 of container in two parts by the part 104 of hermetic gasket, but the interior of the container body 102 can be divided into three or more parts by the seal 104 part to form Three or more filling chambers. For example, as shown in Figure 40, the seal portion 104 is formed in the form of T by heating and fusing the opposite interior surfaces of two sheets of film constituting the container body 102 to divide the filling chamber into three chambers. In this case, unmixed agents can be mixed when each of the first and second filling chambers 106, 107 communicates with a third filling chamber 108, and therefore flexible tubes 105 they are provided respectively in the part 104 of the seal located  between the first filling chamber 106 and the third chamber 108 of filling, and between the second filling chamber 107 and the third filling chamber 108.

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In addition, in embodiments 8 and 9, in the multi-chamber container 101, a plurality of tubes 105 flexible to make the first and second chambers 106, 107 of filling communicate can be provided in the joint part 104 hermetic, and for example, as shown in figure 41, they provide two flexible tubes 105 in the seal part 104 to facilitate mixing of unmixed agents.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of multiple cameras, the bent tube is recovered, the cameras of filling open up with each other, and therefore the agents that are inside the respective filling chambers are mixed so reliable when the user uses the container.

In addition, embodiments 8 and 9 mentioned previously describe the type so that the tube is embedded in the filling chamber, but in the present invention, it can provide such a configuration so that it is coated with an elastic material from the outside of the filling chamber in which a tube is not embedded, or an elastic element is attached, for example, a tube cut in half. According to a configuration of this type, processing is facilitated, resulting in a lower cost, and in addition, it is possible to keep the inside of the camera of clean filling.

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Realization 10

(Not contemplated by the invention)

Embodiments 10 to 12 describe the case in that an element that prevents opening is a folded clip, the clip it is separated by the operation to unfold a multi container chambers when the container unfolds, and the filling chambers that way they communicate with each other to be in a state open.

Figure 42 is a view showing a unit division that includes the clip that is the element that prevents the opening according to embodiment 10. Unit 201 is constituted by dividing means 202 and a straddle plate 107 formed by a rigid material.

The dividing means 202 are constituted by a clip 203 and an accessory 206 formed in a bar. The clip 203 is formed of a rigid material with elasticity, and squeezes the rod-shaped attachment 206 in contact with a wall part 222 of a container body 221 from the other wall part 223 to obstruct the interior of the container body 221 of a 220 chamber of multiple chambers. The clip 203 has a substantially cross-shaped cross-section missing part of the circle, and is constituted by a clamping portion 204 and a clamping space 205 formed within the clamping portion 204. The clip 203 may be formed of metal such as iron having elasticity, but for safety reasons, it is preferably formed of a plastic material
elastic.

Accessory 206 is made of resin synthetic of substantially circular cross section. Such as shown in figure 43, accessory 206 is tightened by means of tightening part 204 of clip 203 while it is being put on contact with a wall portion 222 of the container body 221 of the 220 multi-chamber container described below. Accessory 206 can be secured jointly to one part 222 of wall of container body 221 by adhesive or Similary.

Astride plate 207 is formed bending the rigid material formed in the form of a long band. As shown in Figure 43, plate 207 placed at straddle is tightened by means of the clamping part 204 of the clip 203 while contacting the other wall part 223 in the opposite side of a wall part 222 with which the accessory 206 Is in contact. The astride plate 207 may be astride formed by metal such as iron that is hard, but for reasons of security, preferably it is formed by a material of plastic.

As shown in Figure 45, the multi-chamber container 220 is provided with a part 224 of hermetic seal formed on the periphery of the body 221 of container. The seal part 224 is formed by heating and fusing the interior surfaces in the peripheries of two film sheets constituting the container body 221 with an ejection tube 231 of a shutter 230 held between them. He shutter 230 is shaped like a tube, and consists of the tube 231 ejection and an ejection outlet 232 sealed by a plug of rubber until a hollow needle is inserted. The container 220 of Multiple chambers are equipped with 225 parts of hermetic gasket separated a predetermined distance from the center to the right and to the left, and a communication part 226 formed between 225 parts of hermetic gasket. The joint parts 225 Airtight are formed by heating and fusing surfaces interiors of the two sheets of film, which constitute the container body 221, separated the predetermined distance from the center to the right and to the left. Opening width of communication part 226 is configured to be less than plate width 207 astride.

When the inside of the container body 221 it is divided using unit 201 with the mentioned configuration previously, first, the accessory 206 is contacted with a wall portion 222 of the container body 221 along of the seal parts 225 and the communication part 226. Then, in the contact position of accessory 206, the container body 221 is folded in two so that a part 222 of wall is inside. Then, plate 207 placed at straddle contacts the other wall part 223 of so that the curved part 208 of the plate 207 astride It is located in communication part 226. In the position in which the accessory 206 and curved part 208 of plate 207 placed at straddle comes into contact with the container, body 221 of container of the multi-chamber container 220 is inserted into the clamping space 205 of clip 203, and thereby tightening by means of the tightening part 204 of the clip 203.

After joining unit 201 to container 220 of multiple chambers and split the inside of body 221 of container, filled with unmixed agents respectively from ejector output 232 of shutter 230 and from a filling inlet 227 formed in an end portion on the side opposite shutter 230. Then, ejection outlet 232 is sealed by a rubber stopper material, and inlet 227 of Filling is fused and sealed to seal each unmixed agent.

When unit 201 is attached to container 220 of multiple cameras, as shown in figure 46 (a), the communication part 226 of the multi-chamber container 220 with which accessory 206 and part 208 are in contact of the plate 207 astride is tightened by means of the clip 203 and therefore gets clogged while in a part where the 207 astride plate is not in contact, the interior of the container body 221 is clogged by the joint parts 225 hermetic, and thus it is possible to compartmentalize the interior of the container body 221 of the multi-chamber container 220 in two parts to divide it completely. In addition, unit 201 can keep the multi-chamber container 220 folded in two by astride plate 207, and manifold 220 cameras can be identified, by its appearance, as it cannot Administer agents even when hung on a hook.

When removing unit 201 from container 220 of multiple cameras, grabbing near opposite ends of the plate 207 astride and extending plate 207 placed astride out as shown in the figure 46 (b), the tightening part 204 of the clip 203 widens to Release the clamp of the clip with ease. The partition by the unit 201 is thereby released, and as shown in the figure  46 (c), it is possible to expand the container body 221 of the 220 multi-chamber container and mix agents not mixed.

In addition, as shown in Figure 47, the astride plate 207 can be provided at one end with a insertion hole 209 to insert the shutter 230 of the 220 multi-chamber container, and also at the other end with a clamping part 210 holding an end part of the container body 221 on the opposite side of plug 230. The plate 207 astride that way can keep the multi-chamber container vessel body 221 220 folded in two in a certain position.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of Multiple cameras, the clip is separated, the filling chambers are open each other, and therefore, the agents that are within the respective filling chambers are mixed reliably when the User uses the container.

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Realization eleven

(Not contemplated by the invention)

Figure 48 is a view showing a unit of division according to embodiment 11 attached to a container of Multiple cameras Unit 201 is constituted by means 202 split configured as in embodiment 10 and a device 207 'astride formed by a flexible material such as a cloth or similar

As shown in Figure 48, the device 207 'astride is formed in the form of a ring. As shown in Figure 49, the device 207 ' astride has a breakout part 211 to release the container body 221 of the multi-chamber container 220 folded in two.

When compartmentalizing container body 221 of the multi-chamber vessel 220 using unit 201 of division with the configuration mentioned above, first place, with accessory 206 placed in contact with a part 222 of wall of the container body 221 along the parts 225 of seal and communication part 226, body 221 of container is folded in two so that a wall part 22 It is inside. Then, the device 207 'astride is Wraps around the other part 223 of body wall 221 of container so that the device 207 'astride is located in communication part 226, and that part 211 of rupture is located on the opposite side of the communication part 226. Then, in the position where accessory 206 is in contact with the container, the container body 221 of the container 220 of multiple cameras is inserted into the 205 tightening space of the clip 203, and thereby tightened by means of the tightening part 204 of clip 203. Subsequently, in the same procedure as in the embodiment 10, body 221 is filled with each unmixed agent of multi-chamber container 220 compartmentalized by unit 201.

In division unit 201 according to embodiment 11, as in embodiment 10, part 226 of communication of the multi-chamber container 220 with which accessory 206 and device 207 'placed in contact with astride is tightened by clip 203 and therefore clogged, while in a part where the device 207 'placed at astride is not in contact, the inside of body 221 of container is clogged by the parts 225 of seal, and of that way it is possible to compartmentalize the interior of the body 221 of 220 chamber container of two chambers in two parts to divide it completely. In addition, as shown in the Figures 48 and 49, since the breaking part 211 of the device 207 'astride is not broken, unit 201 can keep the multi-chamber container 220 folded in two, and the multi-chamber container 220 can be identified, from of appearance, like you can't manage agents even when it is hung on a hook.

When removing unit 201 from container 220 of multiple cameras, grabbing separate parts formed by breaking the break part 211 to extend out, part 204 of squeeze of clip 203 widens, and clip 203 can be released. The partition by drive 201 is thereby released, and it is possible expand the container body 221 of the container 220 of Multiple chambers and mix the unmixed agents. In addition, the clip 203 can be released by breaking clip 203, and in this case, to facilitate the breaking of clip 203, a notch is provided for the rupture preferably in the central part of clip 203.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of Multiple cameras, the clip is separated, the filling chambers are open each other, and therefore, the agents that are within the respective filling chambers are mixed reliably when the User uses the container.

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Realization 12

(Not contemplated by the invention)

Figure 50 is a view showing a unit of division according to embodiment 12. Unit 201 is constituted by means 202 of division and plates 207a and 207b placed at astride formed by a pair of hard rigid materials.

Unit 202 includes clip 203 and accessory 206. Clip 203 also has curved parts 204a and 204b that are extend outward provided in the clip part 204 of the clip 203 of embodiments 10 and 11.

Accessory 206 is formed by the material stiff hard. As shown in Figure 50, accessory 206 It consists of elements 213a and 213b formed in bar semi-coupled coupled to each other to be able to bend in one part 212 thin. Accessory 206 is tightened by part 204 of squeeze clip 203 while closing elements 213a, 213b formed in semi-cut bar in contact with a part 222 of container wall 221.

The pair of plates 207a, 207b placed at straddles are each made of hard rigid material formed in long band, and formed in solidarity with opposite ends of accessory 206. The accessory and the pair of Plates 207a, 207b astride may be formed by metal such as iron that is hard, but for security reasons, preferably they are formed by plastic materials.

When compartmentalizing container body 221 of the multi-chamber vessel 220 using unit 201 of division with the configuration mentioned above, first place, the pair of elements 213a, 213b formed in bar half-pieces of accessory 206 are brought into contact with a part 222 of wall along the seal portions 225 and the communication part 226, and then the pair of plates 207a, 207b astride are fixed to multi vessel 220 cameras with double-sided or similar tapes attached to the others ends of the pair of plates 207a, 207b astride. TO then, in the position in which part 212 is arranged thin of accessory 206, the container body 221 bends in two so that a wall part 22 is inside. So in the position in which the elements 213a, 213b formed in bar Semi-detached accessories 206 come into contact with the container, the container body 221 of the multi-chamber container 220 it is inserted into the clamping space 205 of the clip 203, and thus it is tightened by means of the tightening part 204 of the clip 203. This status is as shown in figure 56 (a). So, as shown in figure 56 (b), it is filled with agents the container body 221. Subsequently, as is shown in figure 56 (c), the multi vessel chambers are sterilized and checked, and then as shown in figure 56 (d), plates 207a, 207b placed astride adhering to wall portions 222 of body 221 of container. In this way, the unmixed agent is filled with multi-chamber container vessel body 221 220 compartmentalized by unit 201.

In division unit 201 according to embodiment 12, as in embodiment 10, part 226 of communication of the multi-chamber container 220 with which the elements 213a, 213b formed in bar are in contact Semi-cut of accessory 206 is tightened by clip 203 and by both clogs while the inside of body 221 of container is clogged by the parts 225 of seal, and of that way it is possible to compartmentalize the interior of the body 221 of 220 chamber container of two chambers in two parts to divide it completely.

When removing unit 201 from container 220 of multiple cameras, grabbing near the other ends of the pair of plates 207a, 207b astride, and as shown in Figure 53 (b), extending the plates 207a, 207b placed astride out, the clamping part 204 of the clip 203 is widens, and clip 203 can be released. The partition by the drive 201 is thereby released, and it is possible to expand the body 221 of 220 chamber container of multiple chambers and mix the unmixed agents, as shown in the figure 53 (c).

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In addition, as shown in Figure 54, a warning sheet 214 can adhere to the tightening part 204 of clip 203. If the warning sheet 214 adheres, even when the multi-chamber container 220 is hung on a hook, a user can recognize that the interior of the body 221 of Container is not open. In addition, elements 213a, 213b formed in semi-cut bars that constitute accessory 206 they may consist of a pair of plate parts 215a, 215b which are formed by hard rigid material, coupled in a end to be able to open / close by the thin part 212, and formed at the other ends in solidarity with the plates 207a, 207b astride, and a couple of pieces 216a, 216b elastic that are formed by an elastic material such as rubber, and respectively jointly and severally insured parts 215a, 215b of plate. Using elastic pieces 216a, 216b of the elements 213a, 213b formed in semi-cut bars, such as shown in figure 55, with elements 213a, 213b made of semi-cut bar subject and tight close to the opposite ends of the tightening part 204 of the clip 203, may clog the inside of the container body 221.

Also in this embodiment, without performing the specific opening operation, just unfolding the container of Multiple cameras, the clip is separated, the filling chambers are open each other, and therefore, the agents that are within the respective filling chambers are mixed reliably when the User uses the container.

In this document, as a procedure for fixing plates 207a, 207b astride the 222 wall parts of the container body 220, there are procedures to provide 241 double-sided tapes between plates 207a, 207b astride and wall portions 222 as shown in figure 57 (a), to align the plates 207a, 207b astride the vessel body 220 and fix the plates 207a, 207b astride and the parts 222 of wall by means of tapes 242 of a face as shown in Figure 57 (b), to align the plates 207a, 207b placed astride along the container body 220 and fix from Above plates 207a, 207b astride plates 243 stickers on one side as shown in the figure 57 (c), and the like.

In addition, as another procedure for fixing plates 207a, 207b astride parts 222 of multi-chamber vessel wall 220, as shown in figures 58 (a) to 58 (c), the length of each of the plates 207a, 207b astride it is adjusted to be greater than the width of the container body 220, and each part 207c extending from container body 220 is curved to tighten the seal part 244. At this point, the curved of the plates 207a, 207b astride is done by a bending process while heating. Warming up only performs on the curvature parts of the plates 207a, 207b astride, and the heating effect is reduced by the container body 220. In addition, as shown in the Figures 59 (a) and 59 (b), plates 207a, 207b astride can be attached to joint part 244 airtight of the container body 220 by sealing.

In addition, as shown in the figure 60 (a), elastic elements 245 each with a thickness default are attached to the outside of plates 207a, 207b astride, and as shown in the figure 60 (b), clip 203 joins to tighten elements 245 elastic when joining the division unit to the body 220 of container. By providing such a configuration, it is possible improve the sealing property between the filling chambers.

The present invention is not limited to division units as described in the embodiments 10 to 12 mentioned above, and allows the use of units of Division with other configurations. For example, as is shown in figure 61 (a), the division unit may be consisting of a pair of clips 246, 247 of cross section substantially conformed in J. Each of clips 246, 247 It has a shape such that the front end is curved, and the curvature of the curved part of the outer clip 247 is adjusted to be slightly higher than the curvature of the inner clip 246. By consequently, clip 247 can cover and hook clip 246. The inner clip 246 adheres to body wall part 222 220 of container, and the outer clip 247 is mounted on the clip 246 inside with the container body 220 folded in two. Through this, the filling chambers of the container body 220 are divide. In this state, unfolding the container body 220 in the direction of the arrows as shown in the figure 61 (a), the outer clip 247 separates as shown in Figure 61 (b), the filling chambers communicate between Yes, and the agents mix.

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Realization 13

(Not contemplated by the invention)

Embodiments 13 to 18 described in then they explain an aspect for the opening of a plurality of filling chambers using the operation to hang a container of multiple cameras in one device.

Figures 62 and 63 are views showing a multi-chamber container according to embodiment 13. The multi-chamber container 301 has a container body 302. As shown in Figure 64, the container body 302 has a bag element 321. The bag member 321 has a seal portion 322 formed at its periphery. The seal portion 322 is formed by heating and fusing the inner surfaces at the peripheries of two rectangular film sheets with an ejection tube 326a of a plug 326 which is described subsequently tightened between them, and configured with a resistor so that the Sealing part cannot be detached even by pressing the bag element 321 by hand or the like. The container body 302 is provided with seals 323 separated by a predetermined distance from the center to the right and to the left, and an opening 324 formed between the seals 323. The seal portions 323 are formed by heating and fusing the inner surfaces of the bag element 321 separated the predetermined distance from the center to the right and to the left, and configured with a resistor so that the seal portions cannot be detached or even by pressing the bag element 321 by hand or the like. The opening width of the opening 324 is configured to be smaller than the width of the clip 304 and rod-shaped element 303 described below. The bag element 321 has a hanging hole 325 formed at its upper end. The container body 302 has the shutter 326 attached to the opening of the bag element 321. The plug 326 is in the form of a tube, and is constituted by an ejection tube 326a and an ejection outlet 326b sealed with a rubber stopper until a hollow needle is inserted into its
inside.

The 301 multi-chamber vessel has the clip 304. The clip element 304 is constituted by a plate 341 hanging and a tightening part 343 as shown in Figure 65. The hanging plate 341 is configured in shape of rectangle, and has a hole 342 of hanging formed in the center at the upper end. Clip 304 is secured on the side of the wall part 321a of the bag element 321 by heating and fusing the upper end of the hanging plate 341 and the other end of the bag element 321 with a hole 342 of the hanging plate 341 and a hole 325 of the bag element 321 that match each other. The lower end of the plate 341 of hanging is coupled in solidarity with part 343 of squeeze in. The tightening part 343 is formed in a V-shape. substantially inverted in lateral cross section, and the tightening space 344 is formed within part 343 of squeeze in. The tightening part 343 is coupled in solidarity to the lower end of the hanging plate 341 with the end front facing the shutter side 326, and is located above the seal parts 323 and the opening 324 of bag element 321. The tightening part 343 tightens the element 321 of folded bag with the other wall part 321b inwardly oriented in the seal portions 323 and the opening 324 from a wall part 321a, obstructs the interior of bag element 321 and compartmentalize the interior of the element 321 of bag in a first and second cameras 327a and 327b of fill. The tightening part 343 has the tightening force configured to be released by the body weight 302 of container with unmixed agents that fill element 321 of bag. Clip 304 is formed of a rigid material that has elastic force such as plastic, and can be formed by metal such as iron that has elastic strength. For security reasons, clip 304 is preferably formed of plastic material elastic.

In the 301 multi-chamber container with the configuration mentioned above, by dividing the interior of the Bag element 321 in the first and second chambers 327a and 327b of filling, the bag element 321 bends with the other part 321b of wall facing inwardly in joint parts 343 airtight and opening 324, is inserted into space 344 of tightening of the tightening part 343 from the curvature part of the bag element 321 and is tightened by the tightening part 343 of clip 304.

After dividing the interior of element 321 of bag in the first and second chambers 327a, 327b filling by means of the tightening part 343 of the clip 304, it is filled with the agents not mixed respectively from outlet 326b of shutter ejection 326 and from a filling inlet 328 formed at the other end part of the bag element 321. Then, the ejection outlet 326b is sealed by a material of rubber stopper and filling inlet 328 is fused and seal to seal each unmixed agent.

So, as shown in the figure 66 (a), when the 301 multi-chamber vessel according to the embodiment 13 of the invention hangs past hole 325 of hanging through a hook, since the clamping force of the tightening part 343 is configured to be released by the 302 body weight of container with unmixed agents that fill the bag element 321, the clogged part of the element 321 of bag tightened by clip 304 moves down to be out of clip 304 as shown in the figure 66 (b). By this, the partition is released within the bag element 321 by clip 304, and as shown in figure 66 (c), the unmixed agents that fill the Bag item 321 is mixed spontaneously.

Also in this embodiment, without performing the specific opening operation, just hanging the container multiple chambers, due to the weight of the container body, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed reliably when the user uses the container.

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Realization 14

(Not contemplated by the invention)

Figures 67 and 69 are views showing a 301 multi-chamber container according to embodiment 14. The 301 multi-chamber container has a 302 body of container. The container body 302 is the same as the body 302 container of embodiment 13 except that element 321 of bag does not have a hanging hole, and therefore, are assigned the same reference numbers to the corresponding parts for omit descriptions of them.

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The 301 multi-chamber container has a clip 304 and a rod shaped element 303. As shown in figure 70, clip 304 is constituted by a plate 341 of hanging and a tightening part 343. The clip element 304 is secures on the side of the wall part 321a of the element 321 of bag heating and fusing the outside of part 343 of tighten and the other end of the bag element 321, or the like. As shown in Figure 70, clip 304 is constituted by the hanging plate 341 and the tightening part 343. The plate 341 hanging is set in the form of a rectangle and has a opening hole 342 formed in the upper center. The extreme bottom of the hanging plate 341 is coupled so in solidarity with part 343 of tightening. The tightening part 343 is formed substantially C in cross section side, and the tightening space 344 is formed within the part 343 tightening. The tightening part 343 is coupled so attached to the lower end of the plate 341 hanging with the front end facing the side of the shutter 326, and is placed above the seal portions 323 and the opening 324 of the bag element 321 with which it comes into contact the rod-shaped element 303 described below. The tightening part 343 tightens the rod-shaped element 303 in contact with the wall part 321b of the other side of the element 321 bag from a wall part 321a, clogs the inside of bag element 321 and compartmentalize the interior of the element 321 of bag in the first and second cameras 327a and 327b of fill. The tightening part 343 has the tightening force that is configured to be released by the body weight 302 of container with unmixed agents that fill element 321 of bag. Clip 304 is formed of a rigid material that has elastic force such as plastic, and can be formed by metal such as iron that has elastic strength. For security reasons, clip 304 is preferably formed of plastic material elastic.

The rod-shaped element 303 is formed by synthetic resin of circular lateral cross section. Such as shown in figures 67 and 68, the shaped element 303 the bar is tightened by means of the tightening part 343 of the clip 304 while contacting the other wall part 321b of the Bag element 321 of container body 302. Element 303 bar-shaped can be attached in solidarity to the other part 321b of wall of bag body element 321 of container using an adhesive or similar.

In the 301 multi-chamber container with the configuration mentioned above, by dividing the interior of the bag element 321 of the container body 302, with the element 303 formed in bar in contact with the other wall part 321b of the bag element 321 along the joint parts 323 airtight and opening 324, the bag element 321 is inserted into the tightening space 344 of the tightening part 343 is tightened using clip 304. Subsequently, in the same procedure as in embodiment 13, the bag element 321 is filled with each unmixed agent.

So, as shown in the figure 71 (a), when the 301 multi-chamber vessel according to the embodiment 14 of the invention is hung passing a hole 342 of hanging through a hook, since the clamping force of the tightening part 343 is configured to be released by the body weight 302 of container with unmixed agents that fill the bag element 321, the bar-shaped part 303 expands the tightening part 343 while moving down, and it separate from clip 304 as shown in Figure 71 (b). By this, the partition is released within element 321 of bag by clip 304 and rod shaped element 303, and such as shown in figure 71 (c), the unmixed agents that fill the bag element 321 are mixed spontaneously.

Also in this embodiment, without performing the specific opening operation, just hanging the container multiple chambers, due to the weight of the container body, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed reliably when the user uses the container.

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Realization fifteen

(Not contemplated by the invention)

This embodiment describes an aspect in which a second container is packed inside a first container, a tight seal adheres to an opening of the second container and It follows by the weight of the container, and an agent in the second container is mixed with another agent in the first container. The Figure 72 is a view explaining the aspect of this embodiment. As shown in Figure 72 (a), a camera 346 top which is the second container is packed inside a lower chamber 345 which is the first container. As it shown in figure 72 (b), an opening of the chamber 346 upper is sealed by an end portion of a band 347. The band 347 is fixed at the other end to the bottom of the chamber 345 lower. In a multi-chamber container of this type, the Lower chamber 345 extends by its weight, as shown in Figure 72 (c), the lower chamber 345 pulls the band 347, the seal is detached, and the agent in chamber 346 upper is mixed with the agent in lower chamber 345.

Figures 73 and 74 are views showing the multi-chamber container according to embodiment 15. The multi-chamber container 301 has a first container 305 and a second container 306 secured inside the first container 305.

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The first container 305 has an element 351 Bag The bag element 351 has a seal part 352 airtight on the side of the shutter and a seal part 353 airtight on the side of the hanger formed respectively in the opposite lower and upper ends. The joint part 352 airtight on the side of the shutter and the seal part 353 airtight on the side of the hanger are formed by heating and fusing the inner surface at the opposite lower and upper ends of a sheet of film formed in a tube with a tube 356a of ejection of a shutter 356 and one end of a device 307 of obstruction described below subjects between the inner surface, and configured with a resistance so that the gasket parts do not come off even pressing the bag element 351 by hand or the like. He bag element 351 has a bellows part 354 formed from near the center to the seal part 352 on the side of the shutter that will be able to extend. The first container 305 it has a hole 355 for a hanging formed in the center of the part 353 gasket on the side of the hanger. The first vessel 305 also has shutter 356 attached to the opening of the element 351 bag. The shutter 356 is tube-shaped, and is consisting of an ejection tube 356a and an outlet 356b of ejection sealed by a rubber stopper until inserted a hollow needle

The second container 306 is subject to the inner surface of bag element 351 near part 353 airtight seal on the hanger side of the first container 305. The second container 306 has a joint part 361 hermetic The seal part 361 is formed by heating and fusing the interior surfaces in the peripheries of two rectangular film sheets. The second container 306 has an opening 362 that communicates with the inside of the first container 305.

The 301 multi-chamber container has a clogging device 307. The obstruction device 307 It is configured in a band with a film flexible or similar, and is substantially J-shaped inverted The obstruction device 307 is heated and merges with its a subject end between the inner surface of the film sheet constituting the seal part 352 on the side of the shutter, thereby securing at one end to the lower end of the first container 305, further ensuring in the other end to the periphery of the opening 362 of the second container 306 by the seal part 308, and maintains contracted the bellows part 354 of the first container 305. The seal part 308 is formed by adhering the other end of the clogging device 307 and the periphery of the opening 362 of the second container 206 with mixed resin pieces, for example, or by heating and fusing them with pieces of mixed resin subjects among them. The seal part 308 is configured to can be detached by the weight of the first container 305 filled with an agent not mixed within the bag element 321. The element Clogging 307 obstructs the opening 362 of the second container 306

As shown in Figure 75 (a), when the multi-chamber container 301 according to the embodiment 15 of the invention is hung by passing the hanging hole 355 to through a hook, since the weight of the first container 305 it is applied in the direction of the shutter 356, as shown in Figure 75 (b), the obstruction device 307 moves down in sync with the extension of part 354 of bellows, and the seal part 308 is detached so spontaneous By this, the first container 305 communicates with the interior of the second container 306 through the opening 362, and the unmixed agents that fill the respective chambers are mix spontaneously.

Also in this embodiment, without performing the specific opening operation, just hanging the container multiple chambers, due to the weight of the container body, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed reliably when the user uses the container.

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Realization 16

(Not contemplated by the invention)

Figures 76 and 77 are views showing a multi-chamber container according to embodiment 16. The multi-chamber container 301 has a first container 305 and a second container 306 secured inside the first container 305. In addition, the first container 305 is the same as the first container 305 according to embodiment 15, and the same reference numbers to the corresponding parts for omit descriptions of them. In addition, the second container 306 is the same as the second container 306 of embodiment 15 except that the size of the container 306 and the size of the aperture 362 are configured to be smaller than of the second container 306 of embodiment 15, and the same reference numbers to the corresponding parts for omit descriptions of them.

The 301 multi-chamber container has a clogging device 307. The obstruction device 307 it is constituted by a rod element 371 and a part 373 of sealed. The rod element 371 is constituted by a material rigid such as plastic, and secured to the lower end of the first container 305 with its end held between the surface inside the film sheet constituting part 352 of hermetic seal on the side of the shutter. The bar element 371 It has a coupling part 372 formed at the other end. He bar element 371 is coupled in solidarity with the part Sealing 373 by engaging the coupling part 372 in the outer circumference surface of the sealing part 373 which It is described later. The sealing part 373 is formed by a rigid material such as plastic, and is shaped of cylinder with the bottom. Sealing part 373 has a part 373a flange formed at the end portion on the surface of outer circumference on the side opposite the bottom. Part 373 of sealed joins by heating and fusing the flange part 373a and the inner surface around opening 362 of the second container 306, and thus obstructs opening 362. Part 373 of sealed has a weakened part 308 'formed on the surface of outer circumference The weakened part 308 'is configured to be able to break through the weight of the first container 305 with a unmixed agent that fills bag element 351.

As shown in Figure 78 (a), when the multi-chamber container 301 according to the embodiment 16 of the invention is hung by passing the opening hole 355 to through a hook, since the weight of the first container 305 it is applied in the direction of the shutter 356, as shown in Figure 78 (b), the obstruction device 307 moves down in sync with the extension of part 354 of Bellows, and the weakened part 308 'breaks. Through this, the clogging device 307 is separated, the first container 305 communicates with the interior of the second container 306 through the opening 362, and the unmixed agents that fill the chambers respective mix spontaneously.

Also in this embodiment, without performing the specific opening operation, just hanging the container multiple chambers, due to the weight of the container body, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed reliably when the user uses the container.

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Realization 17

(Not contemplated by the invention)

Figures 79 and 80 are views showing a 301 multi-chamber container according to embodiment 17. The 301 multi-chamber container has a 305 'body of container. In addition, the container body 305 'is substantially same as first container 305 according to embodiment 15 except in which the second container is not secured inside, and it assign the same reference numbers to the parties corresponding to omit descriptions of them.

The 301 multi-chamber container has a Partition 309 Partition Part 309 is configured of rigid material such as plastic, and is constituted by a bottom plate 391 and an exterior wall 392. Part 309 of partition is secured on the inner surface of element 351 of bag heating and fusing the outer wall 392 along the inner surface in the center of the bag element 351. The partition part 309 has an opening 393 formed in the plate 391 deep.

The 301 multi-chamber container has a 307 'obstruction device. The obstruction device 307 ' It is configured in a band with a film flexible or similar, and is substantially L-shaped inverted The obstruction device 307 'has a part 374 concave formed on one end side. The device 307 'of obstruction is secured at one end to the lower end of the bag element 351 by heating and fusing a subject end between the inner surface of the film sheet that constitutes the seal part 352 on the seal side with shutter ejection tube 356a 356 located in the part 374 concave, it is also secured at the other end to the periphery of the opening 393 of the partition part 309 by the part 308 of hermetic seal, and keeps the bellows part 354 of the bag item 351. Clogging device 307 'obstructs the opening 393 of the partition part 309. The 308 joint part airtight is formed by joining the other end of the device 307 'of obstruction and periphery of opening 393 of part 309 of partition with mixed resin pieces, for example, or by heating them and fusing them with pieces of mixed resin held together. The 308 seal part is configured to be able to peel off by the weight of bag element 351 filled with agents not mixed.

The 301 multi-chamber container has a first and second filling chambers 357a and 357b obtained dividing the inside of the bag element 351 by the part 309 partition and device 307 'obstruction. As it shown in figure 81 (a), when the container 301 of multiple cameras according to embodiment 17 of the invention hangs passing the hole 355 hanging through a hook, put that the weight of the multi-chamber container 301 is applied in the shutter direction 356, as shown in the figure 81 (b), the obstruction device 307 'moves towards below in synchronization with the extension of the bellows part 354, and the seal portion 308 detaches spontaneously.  By this, the first and second cameras 357a and 357b of filling that are inside the bag element 351 communicate each other through opening 393 of partition part 309, and unmixed agents that fill the bag element 351 are mix spontaneously.

Also in this embodiment, without performing the specific opening operation, just hanging the container multiple chambers, due to the weight of the container body, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed reliably when the user uses the container.

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Realization 18

(Not contemplated by the invention)

Figure 82 is a view showing a 301 multi-chamber container according to embodiment 18. The 301 multi-chamber container has a 305 'body of container. The container body 305 'has an element 335 of bag. The bag element 351 has parts 309 'of airtight seal separated a predetermined distance from the center to the right and to the left, and an opening 399 formed between the parts 309 'of hermetic seal. The 309 'parts of the seal are form by heating and fusing the interior surfaces of the bag item 321 separated the predetermined distance of center to the right and to the left, and are configured with a resistor so that the seal part does not It can be detached even by pressing with the hand or similar. The container body 305 'is substantially the same as the first container 305 according to embodiment 15 except in the aspect mentioned above and in which the second container 306 is not insured inside, and the same numbers of reference to the corresponding parts to omit descriptions from the same.

The 301 multi-chamber container has a 307 'obstruction device. The obstruction device 307 ' is secured at one end to the lower end of the element 351 of bag heating and fusing one end contained between the inner surface of the film sheet constituting the part 352 gasket on the side of the plug with tube 356a of shutter ejection 356 located in the concave part 374, it further secure at the other end to the opposite inner surface in the center of the bag element 351 by part 308 of airtight seal, and holds the bellows part 354 of the bag item 351. Clogging device 307 'obstructs the opening 393 of the bag element 351. The 308 joint part Airtight is formed by joining the opposite inner surfaces of the opening 393 of the bag element 351 with the device 307 'of obstruction inserted in opening 393 of bag element 351 with pieces of mixed resin, for example, or by heating and fusing them with pieces of mixed resin held between them. The 308 seal part is configured to be able to detach by body weight 305 'from container with agents not mixed that fill the bag element 351.

The 301 multi-chamber vessel gets the first and second filling chambers 357a and 357b dividing the inside the bag element 351 by the device 307 'of obstruction and the 309 'part of hermetic seal.

When the 301 multi-chamber container according to embodiment 18 of the invention hangs past the hole 355 hanging through a hook, since the weight of the 301 multi-chamber vessel is applied in the direction of shutter 356, as shown in Figure 83, the 307 'obstruction device moves down in synchronization with the extension of the bellows part 354, and the Sealing part 308 is detached spontaneously. By this, the first and second cameras 357a and 357b of filling that are inside the bag element 351 communicate each other through opening 393, and unmixed agents which fill the first and second chambers 357a and 357b filling are mix spontaneously.

Also in this embodiment, without performing the specific opening operation, just hanging the container multiple chambers, due to the weight of the container body, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed reliably when the user uses the container.

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Realization 19

(Not contemplated by the invention)

Embodiments 19 and 20 describe an aspect in which a plurality of filling chambers is opened using the operation to remove a packaging from a multi container cameras

Figures 84 and 85 are views showing a storage element according to embodiment 19 in which Store a multi-chamber container. The element 401 of storage is constituted by a body 402 of element of storage and media 403 division.

The storage element body 402 is constituted by a sealing part 421 and a part 442 of Multi-chamber container storage. Part 421 of sealing is formed by heating and fusing the inner surface in the substantially inverted U-shaped periphery with a sheet of rectangular film folded in two. Part 442 of Multi-chamber container storage is formed inside of the substantially inverted U-shaped sealing part, and stores the 404 chamber of multiple cameras folded in two leaving a wall portion 442 of the container body 441. Sealing part 421 has a notch part 423 for cutting the upper part of the body 402 of storage element. The notch part 423 is formed in a sealing part 421b on the side located under an upper sealing part 421a.

As shown in Figure 86, the means Division 403 includes a clip 403 and a shaped element 434 in bar. Clip 431 consists of a rigid material with elasticity, tighten the 434 rod-shaped element that described below in contact with a wall portion 442 of the 404 multi-chamber container from outside the bottom of the body 402 of storage element to clog inside of the 441 body of the multi-vessel container 404 chambers, and divides the interior of the container body 441 into a First and second chambers 444 and 445 filling. Clip 431 it has a lateral cross section formed substantially in C-shape, and is constituted by a tightening part 432 and a tightening space 433 formed within the tightening part 432. Clip 432 may be formed of metal such as iron having elastic force, but for security reasons, it is formed preferably by elastic plastic material.

The rod shaped element 434 is configured of synthetic resin forming the cross section side in a circle. As shown in figures 84 and 85, the rod-shaped element 434 is tightened by means of the tightening part 432 of clip 431 while contacting with a wall portion 442 of the container body 441 of the 404 multi-chamber container described below. The rod shaped element 434 can be secured so attached to a wall portion 442 of the multi-vessel 404 cameras using an adhesive or similar.

As shown in Figure 87, the 404 multi-chamber container is provided with a part 446 of hermetic seal formed on the periphery of body 441 of container. The seal part 446 is formed by heating and fusing the interior surfaces in the peripheries of two film sheets constituting the container body 441 with an ejection tube 451 of a shutter 405 held between them. He shutter 450 is shaped like a tube, and consists of the tube Ejection 451 and an ejection outlet 452 sealed by a rubber stopper until a hollow needle is inserted.

When the 404 multi-chamber vessel is stores using storage element 401 with the configuration mentioned above first of all the element 432 rod-shaped contacts a part 422 of 404 chamber wall of multiple chambers along the lateral direction in the center of the container body 441 of the 404 multi-chamber container. Then in position of contact of the element 434 formed in bar, the body 441 of container is folded in two so that a wall part 442 It is inside. So, a rectangular film sheet that constitutes the body 402 of storage element is put in contact with the other wall part 443 of the container 404 of multiple cameras so that the central part of the sheet of film matches the folded position of body 441 of container. In the position in which element 434 formed in bar comes into contact with the container, body 441 of 404 multi-chamber container vessel is inserted into the tightening space 433 of clip 431, and is thus pressed by the tightening part 432 of clip 431, and the inside of body 441 of container is thus divided into a first and a second 444 and 445 filling chambers.

After joining the dividing means 403 to 404 multi-chamber container and divide the inside of the body  441 container, filled with an agent not mixed from the shutter ejection outlet 452 405 into the first filling chamber 444, and is filled with another agent not mixed from a filling inlet 447 formed at an end portion in the opposite side of shutter 405 inside of second chamber 445 filling. Then, the ejection outlet 451 is sealed by a rubber stopper material, and filling inlet 447 is fused and sealed to seal each unmixed agent. Then, heating and fusing the periphery of the single film sheet rectangular constituting the body 402 of element of storage, the multi-chamber vessel 404 is sealed in part 422 multi-chamber container storage of body 402 of storage element.

When the multi-chamber container 404 is stored in the storage element 401, as shown in Figure 88 (a), the interior of the container body 441 with which the rod-shaped element 434 is in contact is pressed by the clip 431 and is clogged in this way, and thus it is possible to compartmentalize the interior of the container body 441 of the multi-chamber container 404 into two parts to divide it completely. In addition, the storage element 401 can keep the multi-chamber container 404 folded in two by the storage element body 402, and the multi-chamber container 404 can be identified, by its appearance, as not allowing agents to be administered, without hanging the 404 container in a
hook.

When removing the storage element 401 from the 404 multi-chamber container, a user cuts the part upper body 402 of storage element using the notch 423 to open the container storage part 422 of multiple cameras. Then, the user grabs the body 441 of 404 multi-chamber container with one hand inserted into the container storage part 422 of multiple cameras, while grabbing one of parts 421b and 421c of sealed on body side 402 of storage element with the other hand, pulls the 404 multi-chamber container toward outside, thereby releasing the clamp of clip 431 to fall as shown in figure 88 (b), and you can remove the 404 multi-chamber container 402 body element storage. Since partition is released by the media 403 division, as shown in Figure 88 (c), expanding the container body 441 of the container 404 of Multiple chambers, it is possible to mix the unmixed agents. In addition, after detachment of the fused parts of the sealing parts 421b and 421c on the side of the body 402 of element of storage and expansion of the body 402 of element of storage, the user can grab the body 441 from 404 multi-chamber container with one hand, while grabbing opposite ends of the film sheet of the body 402 of expanded storage element with the other hand, and pull in opposite directions to release the clamp of the clip 431

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Also in this embodiment, without performing the specific opening operation, the clip is separated by removing the multi-chamber storage element container, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed of Reliable way when the user uses the container.

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Realization twenty

(Not contemplated by the invention)

Figures 89 and 90 are views showing a storage element according to embodiment 20 in which Store a multi-chamber container. The element 401 of storage is constituted by a body 402 of element of storage and media 403 division.

As in embodiment 19, body 402 of storage element is constituted by a part 421 of sealed and a 442 multi container storage part chambers heating and fusing the periphery of a single sheet of movie.

As in embodiment 19, the means 403 of division include a clip 403 and an element 434 formed in bar. Clip 431 is formed in solidarity with the body 402 of storage element by heating and fusing the outside of the bottom of the tightening part 432 and the surface inside body 402 of storage element. Like in the embodiment 19, clip 431 is formed of rigid material that It has elastic force, tighten the element 434 formed in bar which is described later in contact with a part 442 of 404 chamber wall of multiple chambers from the other side 443 wall to obstruct the inside of container body 441 of the 404 multi-chamber vessel, and divides the interior of the container body 441 in a first and a second chamber 444 and 445 filling

As in embodiment 19, element 434 bar-shaped is configured of synthetic resin forming the lateral cross section in the form of a circle. As it shown in figures 89 and 90, the element 434 formed in bar it is tightened by the tightening part 432 of the clip 431 while which contacts a part 442 of the vessel wall 404 multi-camera

When the 404 multi-chamber vessel is stores using storage element 401 with the configuration mentioned above, first, clip 431 it is formed in a solidary way in a film sheet by heating and fusing the outside of the bottom of clip 431 and the surface inside near the center of a single sheet of film rectangular constituting the body 402 of element of storage. Then, the rod shaped element 432 is contacts a wall portion 422 of the container 404 of multiple cameras along the lateral direction in the center of container body 441. Then in the position of contact of element 434 formed in bar, body 441 of container is folded in two so that a wall part 442 It is inside. Then, the container body 441 of the container 404 multi-camera is inserted into the 433 tightening space of clip 431 formed jointly with the single sheet of film, and thus tightened by means of the clip tightening part 432 431, and thus the interior of body 441 is divided from container in a first and a second chamber 444 and 445 of fill. Then, in the same procedure as in the realization 19, the inside of the body is filled with unmixed agents 441 of multi-chamber container 404 compartmentalized by means of dividing means 403, and by heating and fusing the periphery of the single rectangular film sheet which constitutes the storage element body 402, is seal the multi-chamber vessel 404 in part 422 of 402 multi-chamber container storage of body storage item.

As in embodiment 19, when the container 404 multi-camera is stored in item 401 of storage according to embodiment 20, the interior of body 441 of container with which element 434 is contracted shaped bar is tightened by clip 431 and clogged this way, and in that way it is possible to compartmentalize the interior of the 441 body of the multi-chamber container 404  in two parts to divide it completely. In addition, element 401 storage can hold the 404 multi container chambers folded in two by the body 402 of element of storage, and container 404 of multiple cameras, because of its appearance, as it does not allow to manage agents, without hanging the container 404 on a hook.

When removing the storage element 401 from the 404 multi-chamber container, a user cuts the part upper body 402 of storage element using the notch 423 to open the container storage part 422 of multiple cameras. Then, the user grabs the body 441 of 404 multi-chamber container with one hand inserted into the container storage part 422 of multiple cameras, while grabbing one of parts 421b and 421c of sealed on body side 402 of storage element with the other hand, pulls the 404 multi-chamber container toward outside, thereby releasing the tightening of clip 431, and can remove the multi-chamber container 404 from the body 402 of storage item. The container body 441 of the 404 multi-chamber container expands that way, it free partition by means of division 403, and can mix the unmixed agents.

Also in this embodiment, without performing the specific opening operation, the clip is separated by removing the multi-chamber storage element container, the filling chambers open with each other, and therefore, the agents that are inside the respective filling chambers are mixed of Reliable way when the user uses the container.

In this embodiment, the filling chamber 445 top filled with liquid can be combined with chamber 444 of bottom filling filled with liquid as shown in the figure 91 (a), a plurality of chambers 445a to 445c filling Top filled each of liquid can be combined with the camera bottom fill filled with liquid as shown in the Figure 91 (b), or the top filling chamber filled with liquid can be combined with the bottom filling chamber filled with powder as shown in figure 91 (c). In addition, you are combinations are not limited to the previous ones and can be modified from various ways

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Realization twenty-one

(Not contemplated by the invention)

Embodiments 21 and 22 described in Then they explain an aspect to warn the opening between filling chambers

Figure 92 is a view showing a multi-chamber container according to embodiment 21. As is shown in figure 96, the multi-chamber container 501 it has a container body 502, and an ejector 510 shutter attached to an opening of the container body 502.

The container body 502 is constituted by two sheets of transparent film and has a 503 joint part hermetic The seal part 503 is formed by heating and fusing the peripheries of the films with a 512 tube of shutter ejection 510 held between inner surfaces of the two sheets of transparent film opposite each other. The seal part 503 is configured with a resistor so that the part cannot detach by pressing the outer surfaces of the first and second chambers 505, 506 of filling described below.

The container body 502 has a part 504 of hermetic seal and the first and second chambers 505, 506 of fill. The seal part 504 is formed in the direction side near center of container body 502, adhering one inner surface and the other opposite inner surface, by example, with pieces of mixed resin, or by heating and fusing the interior surfaces with mixed resin pieces held between they. The seal part 504 divides the interior of the container body 502 in the first and second chambers 505, 506 filling, and is configured with a resistor that allows that part 504 detaches by pressing the surfaces exteriors of the first and second chambers 505, 506 of fill.

The shutter 510 is tube-shaped, and is consisting of an ejection outlet 511 sealed with a stopper rubber and an ejection tube 512.

The 501 multi-chamber container has a Hermetic seal 520 for information checking. As it shown in figure 96, the hermetic seal 520 for checking information is set in the form of a rectangle, and adheres to the outer surface of a filling chamber 505 with an adhesive coated over the entire back side. The seal 520 of information checking has an intended indication part at the top on the surface, and a form 522 for fill out under part 521 of the indication. As it shown in figure 96, the indication part 521 shows the white letters "open", on a green background, indicating that the seal part 504 has come off. As it shown in figure 96, the form 522 to fill out is endowed from a "signature of the person who made the mix" box, a "year and date of mixing" box and a box of "mixing time" to fill in with information about the mixing the agents by detaching part 504 of airtight seal and the like, and a box of "name of patient".

The 501 multi-chamber vessel is also equipped with a hermetic warning seal 530 which is a warning element to check the opening between the cameras filling. As shown in figures 92 to 94, the joint 530 airtight warning is configured in the form of a rectangle larger than the hermetic seal 520 information, and adheres to the outer surface of a camera 505 fill and a shutter 510 with an adhesive coated on opposite upper and lower ends of the back side, while covering the seal 520 hermetic check information and the top of the shutter 510. On the surface of the hermetic warning board 530 the letters are shown "not open" indicating that the seal part 504 does not has come off, and a warning message describing that the airtight seal must be detached once the part is detached 504 airtight seal, with white letters on a red background. In addition, the hermetic warning seal 530 can adhere with relatively weak adhesion to an expected tight joint on shutter 510, or it can adhere directly to the 510 shutter instead of over the tight seal.

When the multi-chamber container 501 of the invention is hung on a hook or placed on a ramp with the tight seal 503 adhered, a user can easily recognize that a hollow needle should not be inserted into the rubber stopper of the shutter 510, and that the user must perform the operation of detaching the seal part 504, by means of the seal 530 warning covering the ejection outlet 511 of the plug 510, and the letters "not open" and warning showing the seal This prevents the user from inserting a hollow needle into the rubber plug of the plug 510 to administer the unmixed agent to a
patient.

When a user detaches part 504 of tight seal by pressing the outer surface of one of the first and second chambers 505, 506 filling by hand or similar, the user releases the seal 530 warning as shown in figure 95 including checking the detachment of the seal part 504, and exposes the hermetic seal 520 for information checking where Show the letters "open." Also, to check again that the seal part 504 has come off, the user fill in the required data about the agent mix in Form 522 to fill out.

Although a user does not release the seal part 504 and erroneously detach the seal 530 warning, since the data to be filled in the form 522 to fill in the seal 520 for checking information are the data required for the Mixing agents and the like, the user can easily recognize that the operation to remove the seal portion has not been performed, and prevents a hollow needle from being inserted into the rubber plug of the plug 510 to administer the unmixed agent to the
patient.

In this embodiment, the step of releasing the hermetic warning seal 530 after mixing the agents and filling in the opening information on the form 522 to fill is envisaged. Subsequently, the multi-chamber container is hung and the hermetic counterpoint is detached. Therefore, by the step of releasing the hermetic warning seal and filling in the opening information, and the stage of hanging the container and detaching the hermetic joint, the user can check the opening, and therefore, reliably confirm the
opening.

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Realization 22

(Not contemplated by the invention)

Figure 97 is a view showing a 501 multi-chamber container according to embodiment 22. Such as shown in figure 97, the multi container 501 cameras has a 502 container body and a 510 shutter of ejection attached to an opening of the container body 502.

The container body 502 is constituted by two sheets of transparent film and has a 503 joint part hermetic The seal part 503 is formed by heating and fusing the peripheries of the films with a 512 tube of shutter ejection 510 held between inner surfaces of the two sheets of transparent film opposite each other. The seal part 503 is configured with a resistor so that the part cannot detach by pressing the outer surfaces of the first and second chambers 505, 506 of filling described below.

The container body 502 has a part 504 of hermetic seal and the first and second chambers 505, 506 of fill. The seal part 504 is formed in the direction side near center of container body 502, adhering one inner surface and the other opposite inner surface, by example, with pieces of mixed resin, or by heating and fusing the interior surfaces with mixed resin pieces held between they. The seal part 504 divides the inside of the body 502 of container in the first and second chambers 505, 506 of filled, and is configured with a resistor that allows the part 504 is detached by pressing the outer surface of one of the first and the second 505, 506 filling chambers.

The shutter 510 is in the form of a tube and It is constituted by an ejection outlet 511 sealed with a plug of rubber and an ejection tube 512.

The 501 multi-chamber container has a curvature 540 of warning that is attached to body 502 of container near the seal part 504 and that is a warning element to check the opening between filling chambers As shown in figure 98, the band 540 warning consists of a base part 541 and a weakened part 542 that engages the base part 541.

The base part 541 consists of paper thick formed in long band, and curved and shaped substantially U. The lateral surfaces of the front and the back of the base part 541 are formed with a predetermined angle Opposite ends of base part 541 they mate with each other through weakened part 542 that describe later. The base part 541 comes into contact with the camera along the end part on the side of the part 504 airtight seal of the first filling chamber 505. In the surface of the base part 541 the letters "no open "indicating that the seal part 504 has not been detached, and a warning message describing that the belt warning falls spontaneously once it comes off part 504 of hermetic gasket, with white letters on background Red.

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The weakened part 542 is formed by paper fine trapezoidal. The weakened part 542 is coupled to the ends opposites of the base part 541 using an adhesive element such as glue, adhesive tape and the like. Therefore, the band 540 warning is attached in the vicinity of joint part 504 Hermetic that is a part of communication, and is configured to Fall due to opening. In addition, the warning band 540 it can be constituted by a clip to integrate the band 540 of warning and clip, so that weakened part 542 is broken to fall

When the 501 multi-chamber vessel of this embodiment is hung on a hook or placed on a ramp with the warning band 540 attached, a user can recognize with ease that a hollow needle should not be inserted into the cap rubber shutter 510, and that the user must perform the operation of detaching the part 504 of the seal, by the warning band 540 and the letters "not open" described  About the band This prevents the user from inserting a hollow needle in the rubber plug of the shutter 510 while the container is hanging on a hook or placed on a ramp to administer the agent not mixed a patient.

As shown in Figure 99 (a), when a user detaches the seal part 504 pressing the outer surface of one of the first and the second chambers 505, 506 by hand filling or the like, such as shown in figure 99 (b), the weakened part 542 is breaks through the expansion of the container body 502 due to the detachment of the seal part 504. So when the user lifts the 501 multi-chamber container, the part 541 base expands out, warning band 540 is falls spontaneously, and therefore, the user can recognize that the seal part 504 has been detached by the aspect of the 501 multi-chamber container, and use the container 501 by hanging it on a hook or placing it on a ramp.

In addition, it is not necessary that the surfaces sides of the front and the back of part 541 of base have a predetermined angle as in the band 540 of warning shown in figure 97, and may be formed in parallel as shown in figures 100 (a) and 100 (b). In addition, it is not necessary to display the letters of "not open" and warning on the surface of the part base as in the warning band 540 shown in the figure 97. As shown in Figure 100 (b), it can adhere a warning sheet 543 with such letters and can adhere warning to one of the basic part 541 to constitute the band 540 warning. In addition, it is not necessary for the base part 541 is formed substantially U-shaped, and as shown in the Figure 100 (c), a pair of base parts 541a and 541b can be configured with thin paper formed in the form of a plate so that the opposite right and left ends are coupled by weakened parts 542a and 542b consisting of two sheets of paper fine.

Materials, dimensions, shapes and the like in the aforementioned embodiments they are examples, and do not limited to the above.

Claims (4)

1. Multi-chamber container (1) that houses a plurality of agents, comprising: a plurality of filling chambers (1c, 1d) to fill with agents; a communication part (1a) provided for in the minus one of the filling chambers (1c, 1d) to make the filling chambers (1c, 1d) communicate with each other; Y a part that prevents the opening that closes the communication part (1a) in a container transport mode (1) multiple cameras, the mode of transport of the container (1) of Multiple cameras is a mode folded in two, and the part that prevents the opening is a hermetic seal (2) that closes the part (1a) of communication, characterized in that the filling chambers (1c, 1d) open to each other through the communication part (1a) by unfolding or expanding the multi-chamber container (1) to detach the seal (2) in the hermetic part (1a) of communication changing from the mode of transport of the container (1) of multiple cameras to a mode of use of the container (1) of multiple cameras, the use mode being a split mode of the container of multiple cameras.

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2. Container (1) of multiple cameras according to the claim 1, wherein the seal (2) hermetic of the part which prevents opening detaches and opens the communication part (1a) to Hang the multi-chamber container. 3. Container (1) of multiple cameras according to the claim 1 or 2, further comprising: an element (540) of warning to check the opening between the cameras (1c, 1d) of fill. 4. Container (1) of multiple cameras according to the claim 3, wherein the warning element (540) is joined near the communication part (1a) and falls due to the opening.