KR20050020899A - multi cell dispensing container connected by flexible tube - Google Patents

Abstract

PURPOSE: A multi cell dispensing container connected by a flexible tube is provided to move and dispense flowable material from one side to the other side and block the same by changing the shape of a pre-manufactured container or operating components of the container. CONSTITUTION: The multi cell dispensing container, which is made of synthetic resin, comprises: two or more storage sections capable of containing flowable material, each of the storage sections being interconnected by a flexible tube(t) to be openable and closeable when moving the flowable material. The tube is openable and closeable by a flexion operation, or by a pin or faucet. A vertical line passing the center of an opening section having the function of letting material in and out of the storage section at one side(1a) is at an angle with a vertical line passing the center of the opening section at the other side(1b) when flexed.

Description

Multi cell dispensing container connected by flexible tube

The present invention relates to a multi-compartment dispensing container having a folding function, and has conventionally used a separate measuring spoon or measuring cup to measure and distribute the contents contained in the storage unit. This is especially true for medication bottles containing small amounts of child syrup prepared in pharmacies, which are often used as disposable products. Dosing can increase the therapeutic effect. Conventional medication bottles, even if the metering scale is incorrect or accurate,

In the case of using a regular rice spoon, the error could be increased because the dose should be subtracted from the scale engraved on the bottle. In addition to the hassle of having to carry a measuring spoon or measuring cup at all times in order to administer the drug, there were inconveniences caused by various operations such as weighing a spoon or measuring cup and administering it to a child and washing the spoon or cup every time. The drug was likely to spill or spill on the move before weighing and administering a spoon, which was a hassle to wash the clothes as well as the loss of the drug. Even more severe cases of children's rejection of drugs were found. If the spoon has a scale, it is fortunate, but if there is no measuring spoon, it is still the practice to feed the spoon. In some cases, the drug is poured into a spoonful of rice, weighed, topped with powdered medicine, and stirred with a finger. This is a very serious problem due to the nature of the drug to ensure hygiene and safety in terms of ensuring the safety of the drug. As the preparatory procedure for administering the drug is complicated, the caregiver feeding the drug must maintain tension for a long time, and the child who takes the drug increases the objection to the drug, making it difficult to accurately and safely administer the drug. . In order to solve the problems described above, the container for storing the drug and the tool for weighing are not separated and are united, the metering is convenient, and the separation and loss of the drug when mixing the powdered medicine can be prevented. If the container can be administered as it is, all the above problems are eliminated. In addition to the medication bottle, the container that needs to be used in real life has been distributed in the same container to separate the storage unit and the separate water metering unit in order to eliminate the inconvenience of using a separate device.

end. Container containing the engine oil additive (Fig. 18),

I. A container or oral cleaner container containing chemicals to prevent microbial propagation in a water tank that is a component of the humidifier (Figs. 19 and 20)

  However, the above two cases were used when a certain amount was to be weighed and then dispensed. The storage container is pressurized from the outside to increase the air pressure in the lower storage unit to transfer the material to the separate receiving measurement unit located at the upper part. Negative pressure increases the air density as the content enters and the pressure increases, so that the pressure must be increased and increased to transfer the content to the separate capacity meter. At this time, the air must be balanced through the circulation of the lower storage part or the air out of the separate water metering unit, and it can be moved continuously.The separate water metering unit of the upper part is sealed by a stopper, and the lower part of the pipeline through which air can be circulated. Since the liquid is blocked by the flowable material in the reservoir, the upper air is not exchanged with the lower reservoir in the normal state, and therefore, a stronger force is required to transfer the fluid to the separated water metering unit. Therefore, the material moves as much as the pressing force when pressurized once, there was a disadvantage that it is difficult to accurate weighing and has to pressurize several times. In this case, even when weighing in this way, when a considerable force is applied during pressurization, when it is weighed excessively than the target amount, it is difficult to transfer the material transported to the separated storage meter back to the storage unit. In addition, in case of B., in order to block the movement of material between the separate water metering unit and the storage unit, a separate compartment is formed in the neck of the container and a pipe for transferring the lower material to the upper part has to be perforated from the upper side. Disadvantageously, there was an increase in the manufacturing cost of the container.

If there is no separate measuring device or it is cumbersome to use it, it may be wasteful if it is used roughly without weighing, and especially if the substance used is a medicine or a chemical. Therefore, an object of the present invention is to remove such closed ends and to conveniently measure and secure safety. Therefore, in the present invention, the storage unit and the separate water metering unit are connected to each other by pipes, and during the metering distribution, the material is transported in a state in which the pipeline between the two compartments is opened, so that the flow of air is free and the contents of the storage unit are at the top. Natural material movement is made possible by pouring by gravity from the lower part to the separate water metering unit. Once the required amount of material is added to the separate metering unit, the reservoir can be tilted to its original state, allowing easy and accurate weighing. If it is over-measured, it can be easily corrected by transferring it from the storage unit to the storage unit in the same way that it was distributed from the storage unit to the storage unit. After weighing, the pipe part of the container functioning as a valve function is blocked or folded by pins or tongs to restrict the movement of the material so that the two compartments are separated into the storage compartment and the storage compartment to prevent the mixing of the contents and to stop the plug of the compartment. Since only a certain amount of the open and weighed to be discharged, the present invention is intended to achieve a convenient and accurate metering distribution when using the component is simple to lower the manufacturing cost, conserve resources and use. In the present invention, even when two or more materials are to be mixed in an enclosed space, the present invention is intended to enable mixing and dispensing without using a separate dispenser by making a container having a multi-compartment.

In order to achieve the above object, the present invention comprises a plurality of storage sections (a, b) in which the division compartments (a, b) are engraved in a separate compartment in a collapsible container made of synthetic resin as a raw material, By forming a conduit (t) that can be opened and closed by folding or pins (p) in between, material movement is possible between each other, and when the pins (p) are inserted or folded, the two sections are blocked so that the material movement no longer occurs. Only the amount in the separate metering unit is discharged to the outside.

EMBODIMENT OF THE INVENTION Hereinafter, the structure and Example of this invention are described in detail using attached drawing.

As shown, the collapsible container in FIG. 1 has respective storage portions engraved with graduations, and when initially manufactured, the contact surfaces of the respective storage portions are produced at a right angle to each other (FIG. 1) and stored at one side 1a. When the material reaches the target 1b after moving to the other side 1b (Fig. 2), the respective storage units are rotated so that the pipeline is folded. At this time, since the inner surfaces of the pipes abut each other, the open pipes are closed (Fig. 3). Figure 4 shows that the half projections formed on the inner circumferential surface of the conduit are staggered in direction so that the folding of the inner circumferential surface of the inner circumferential surface gives elasticity after touching the inner circumferential surface of the opposite side, thus enhancing the blocking effect of the conduit, and deciding the folding surface to stabilize the operation. Give effect.

5, unlike FIG. 1, the vertical lines passing through the center of the opening surface are parallel to each other (FIG. 6), and the storage unit containing the fluid contained in the storage unit 2a on one side is inclined (FIG. 8) and distributed to the other side 2b. Then, if each of the storage unit close to each other (Fig. 2-3), the pipeline is folded and blocked, each projection and groove consisting of p-1, p-2 is separated and prevented movement and storage and storage so that the container is not separated Improves stability.

9 is a feature different from the conventionally used container is to thin the neck of the container made of synthetic resin with elasticity and to fold the neck to block the conduit. This feature is characterized by the fact that one container has one opening, so that the components are simple and the manufacturing cost is low. FIG. 12 illustrates the use example of FIG. 9, in which the flowable material initially received through the opening (FIG. 8) is inverted and dispensed and weighed, and then the pipe is folded to block the material movement (FIG. 11). It is dispensed outward by a metered amount through the opening.

Figure 13 shows the way of blocking the conduit by pins or forceps. There is a projection (p) at the upper surface side end of the lower storage portion, the pin or tongs has a groove corresponding to the projection to prevent the separation of the pin or tongs, and when it is blocked by the pin is an axis that rotates the pin. After the fluid is first contained in the container 4a in the container, when the container is inverted with the cap closed, the fluid is transferred to the separation capacity by gravity (Figs. 14 and 15). When the desired weighing is achieved, the pin can be rotated or the pipe can be blocked with forceps (Figs. 16 and 17), then the container is placed upside down, and the stopper is opened to distribute the metered contents to the outside of the container. When the operation of rotating the pins along the axis or blocking the conduit with forceps, the conduits that remained circumferentially closed as the inner circumferential surfaces were in close contact with each other (Figure 17).

The present invention made as described above in the metered distribution of the flowable material,

First, a simple structure is possible by carrying out a series of processes of storing, weighing, and distributing in one container, thus eliminating the need for a separate device.

Secondly, by making a series of processes of storage, weighing and dispensing in one container, it is not necessary to use, store, transport and wash the separate apparatus for the purpose of weighing.

Third, the effect of reducing the waste of resources due to the loss of the contents by being made in one container when measuring and distributing the contents,

Fourth, by measuring and distributing the contents in one container, if the contents come into contact with the human body, it is effective to protect the human body from dangerous substances.

Fifth, even when the fluid contents contained in the storage unit or the separate water metering unit are mixed with the powder or soluble solid substance of the medicine, the container is shaken by inserting or folding the pipe into the pin so that the compartment separated from the storage unit is formed. Even if it prevents the incorporation of substances from the reservoir.

Sixth, even if multiple compartments are used to mix different liquid materials or even if they are the same, they must be mixed at different time intervals. It works.

1 is a perspective view of a folding container produced according to the present invention

Figure 2 is a front cross-sectional view showing a state in which the pipeline is open during the metering distribution of the folding container according to the present invention.

Figure 3 is a cross-sectional view of the container after the transfer from the storage unit of the folding container according to the present invention to the separation water metering unit or the usual pipe is blocked

Figure 4 is a cross-sectional view of the projection formed inward to increase the sealing of the pipe connecting the two reservoirs

Figure 5 is a perspective view of the folding container of another embodiment made in accordance with the present invention.

Figure 6 is a front view showing a state in which the folding vessel pipeline of another embodiment according to the present invention.

7 is a front view of a container in which the pipeline is blocked after the transfer from the storage unit of the folding container to the separate water metering unit in another embodiment according to the present invention;

Figure 8 is a cross-sectional view of the front showing the transfer of the material from the storage of the folding container to the separate water metering unit during weighing distribution in another embodiment produced according to the present invention.

Figure 9 is a perspective view of the folding container of another embodiment made in accordance with the present invention

Figure 10 is a front view showing a state of the folding vessel pipeline of another embodiment according to the present invention.

11 is a front view of a container in which the pipeline is blocked after the transfer or transfer from the storage of the folding container to the separate water metering unit in another embodiment according to the present invention

Figure 12 is a cross-sectional view of the front showing the transfer of the material from the storage of the folding container to the separation water metering unit in another embodiment produced according to the present invention.

Figure 13 is a perspective view of a container in which the conduit is blocked by a pin or forceps in another embodiment made in accordance with the present invention

14 is a front view of a container that is open without being blocked by a pin or forceps in another embodiment made in accordance with the present invention.

Fig. 15 is a detailed plan view showing a state in which a conduit is opened without being blocked by the pins or tongs of Fig. 14;

Figure 16 is a front view of the vessel blocked by the pin or forceps in another embodiment made in accordance with the present invention.

FIG. 17 is a detailed front view showing a state in which a conduit is blocked by pins or tongs of FIG. 16; FIG.

Claims (11)

A container made of synthetic resin, characterized in that it has two or more reservoirs capable of containing the fluid, and each reservoir is connected to each other by a flexible pipe so as to be opened and closed when the fluid flows. The container made of a synthetic resin according to claim 1, wherein the pipe can be opened and closed by a folding operation. The container made of synthetic resin as a raw material according to claim 1, wherein the pipe can be opened and closed by pins or tongs. According to claim 1, wherein the vertical line passing through the center of the opening having a material inlet or discharge function of the storage of one side is made of a synthetic resin as a raw material, characterized in that perpendicular to the vertical line passing through the center of the other opening when folded. Vessel. According to claim 1, wherein the vertical line passing through the center of the opening having a material inlet or discharge function of the storage of one side is made of a synthetic resin as a raw material characterized in that parallel to each other perpendicular to the vertical line passing through the center of the opening of the other side when folded. Vessel. The container of claim 1, wherein each reservoir is engraved with a graduated scale. 2. The container of claim 1, wherein each reservoir has one or more protrusions or grooves that, when combined with each other, increase the barrier effect and stability of the container. 8. The container of claim 7, wherein each reservoir has a locking jaw at the end of each protrusion or groove that can increase the engagement force. The container of claim 1, wherein each reservoir has an opening for the inlet or outlet of fluent material, each opening including a stopper. The container of claim 1, wherein the container having a plurality of reservoirs has only one opening capable of opening and closing a plug for inflow or discharge of the flowable material at only one end thereof, and the reservoir on the other side does not include the plug, and the reservoir and the pipe on one side thereof. Container having a traffic path of the flowable material only. The container as claimed in claim 2, wherein the foldable pipe line has a projection directed toward the inside of the pipe on a semicircular circumference so as to determine the fold area and to increase the blocking effect of the pipe line.