KR20110012186A - Container, with-in measuring parts - Google Patents

Abstract

The present invention relates to a case where the one-time use amount is always a solution of a constant volume, and installs a metering unit inside the container, and measures the use fragrance in this place.

In order to use a certain amount of solution, the scale of the container itself is generally used, but it is inaccurate and inconvenient to weigh, and if a separate measuring cup is used, it is washed after use, the contamination during storage, and always carried with the container. There is an inconvenience to do.

The present invention is to install a partition wall inside the container, so that the volume of the metering portion produced by the partition wall coincides with the volume of the one-use amount of the solution, the installation height of the partition wall when the side with the metering section is laid down, the solution of the reservoir A metering unit is installed through this upper space, a straw hole is installed in the upper part of each metering unit, and a straw hole is sealed with aluminum tape if necessary.

The present invention is characterized in that it is easy and accurate to quantify the amount used once, and cannot be used more than once. In addition, there is no need for a separate measuring cup or utensil, and it is particularly hygienic because it is not used when exposed to outside air.

Description

Metering Container {Container, with-in Measuring Parts.}

The present invention relates to a case where the amount of the solution used at one time is always prescribed or recommended in a certain amount (hereinafter referred to as one time use), and a metering unit is installed inside the container to measure the amount of one time use in this metering unit. It is a container with a built-in metering unit for disabling more than one usage amount by making it use after use, and for easily and precisely weighing.

In general, when you want to drink a certain amount of solution or use it according to a separate container, use the scale marked on the container itself, measure the required amount by using a separate measuring cup, or use a container that is used individually. Sometimes.

If the scale marked on the container is used, the weighing is inaccurate and inconvenient to weigh.If a separate measuring cup is used, it may be washed after use, contaminated during storage, spilled or spilled during use, and should always be carried with the container. There is an inconvenience. Individual packaging methods can be expensive to pack in small quantities or in small amounts. Therefore, the above solution must be accurate and of course, simple and convenient to use, hygienic and economical.

The present invention is to install a partition wall inside the container, the partition wall is installed so that the volume of the metering portion produced for the partition wall coincides with the volume of the one-time use of the solution, the installation height of the partition wall is stored when the side with the metering section is laid down The partition wall is not installed to the top of the container so that the negative solution flows through the upper space toward the metering unit.

Alternatively, a metering unit is installed inside the container by the number of uses of a single solution of the solution in the container, a straw hole is installed in the upper part of each metering section, and the straw hole is sealed with aluminum tape if necessary.

The present invention is characterized in that it is easy and accurate to quantify the amount used once, and cannot be used more than once. In addition, there is no need for a separate measuring cup or utensil, so inconveniences such as cleaning, storage, and portability after use are eliminated.

The present invention is to install the bulkhead 2 inside the container 1, to contain the amount of the solution once used in the metering section 6 formed by the partition 2, and to use only the solution, such a container (1) ) Is called the measuring unit built-in container.

When the partition wall 2 is provided inside the container 1, it is divided into three parts, the metering part 6, the storage part 7, and the upper space 8. The metering section 6 is a place created by installing the partition wall 2 so that the volume of the metering section 6 coincides with the volume of the one-time use amount of the solution. The reservoir 7 is a place for storing a solution. The upper space 8 is a passage through which the solution of the reservoir 7 can flow into the metering section 6. See FIG. 1.

The height of the partition wall 2 is that the solution of the storage part 7 flows into the metering part 6 through the upper space 8 when the metering-embedded container is laid down on the side with the metering part 6. It cannot be installed to the top of the container 1 so that it can enter, and when the solution is first injected into the container 1, it should be injected below the top of the partition 2.

How to use and order

1. Fill solution below the top of bulkhead (2) when injecting solution into the container. Figure 1-1.

2. The metering unit The container (2) is immersed in the solution by placing the container with the metering part (6) down. Figure 1b.

3. When the built-in container for metering section is set up again, the metering section 6 is filled with the solution. That is, the usage amount is filled once in the metering section 6. Figure 1c.

4. There may be various methods of using a single usage amount in the metering section 6 depending on the nature and volume of the solution. You can drink it directly like a drink, or it can be used depending on other containers. When drinking directly like a potion or milk, remove the detachable adhesive tape (4) installed on the upper side of the weighing unit (6) using a disposable straw (9) and drink it through the straw hole (3). The straw hole 3 is again sealed with this possible adhesive tape 4. Figure 1d.

In the case of pesticides or livestock medicines, the solution in the metering section (6) should be used in a separate container.In this case, the solution should be separated using a syringe or pump (for example, used in shampoo bottles or cosmetic containers). Use according to the container.

In addition, when the amount of one use, such as infants and adults for two times, the measuring unit 6 may be installed on both sides of the container (1).

{Example 1}

Fig. 2 is a container in which the metering section 6 is installed as many times as the number of times the amount of the solution in the container 1 is used and the storage section 7 and the upper space 8 are removed. In this case, the volume of the metering section 6 is to be equal to or greater than the volume of a single usage amount, and the partition 2 is installed at the top of the container 1 so that the solution cannot flow into the side metering section 6 so as to provide an upper space. Eliminate (8). On first injection of solution. Inject one usage amount into each weighing section 6 each, and one straw hole 3 is installed in each weighing section 6, and if necessary, seal the straw hole 3 with aluminum tape 5 or the like. In the case of use, drill the aluminum tape (5).

In this case, you can drink according to the number of metering section 6 or several people can drink at the same time. For example, if the meter 6 is two people can drink together at the same time.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a container with a built-in measuring cup when the solution in the metering unit is drinking using a disposable straw.

Figure 1a is a cross-sectional view of the solution injected into the metering container.

1B is a cross-sectional view of the container lying down toward the metering unit.

Figure 1c is a cross-sectional view of the metered state filled with the solution.

Figure 1d is a cross-sectional view of drinking the solution by inserting a straw in the metering unit.

Fig. 2 is a perspective view of a container with a built-in metering section in which the metering section 6 is provided as many times as the number of times the solution in the container 1 is used.

3 is a cross-sectional view of FIG.

＊ Name of code for main part of drawing ＊

1: container 2: bulkhead

3: straw hole 4: detachable adhesive tape

5: aluminum tape 6: metering section

7: storage section 8: upper space

9: disposable straw

Claims (2)

The partition 2 is provided inside the container 1, and the partition 2 is installed so that the volume of the metering part 6 produced by the partition 2 matches the volume of the one-time use amount of the solution. When the mounting height of the metering section 6 is placed on the side down, the partition wall 2 is allowed to flow into the metering section 6 through the upper space 8. 1) A container with a built-in measuring unit, characterized in that it is formed so as not to reach the top. According to claim 1, wherein the metering section (6) is provided inside the container (1) by the number of times of use of the solution in the container (1), and the straw hole (3) is provided in the upper part of each metering section (6). If necessary, the measuring container built-in container, characterized in that the sealing hole (3) sealed with aluminum tape (5).

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