JP5502403B2 - Baby bottle funnel - Google Patents

Description

The present invention relates to a baby bottle funnel for putting milk powder into a baby bottle.

Baby bottles are commonly used to feed babies to milk. As a method for producing milk, a method in which powdered milk and hot water are put in a baby bottle, and the baby bottle is shaken well to stir the powdered milk and hot water is used. At this time, since the mouth of the baby bottle is narrow and it is difficult to put the powdered milk, a method of putting the milk powder into the baby bottle using a funnel or the like (see Patent Document 1) is used.

JP-A-8-66459

However, when using a funnel or the like, if hot water is put in the baby bottle first, water droplets adhere to the inner surface of the funnel due to the steam from the hot water. However, there is a problem that the milk powder that has not been charged remains attached to the inner surface of the baby bottle. In addition, when a large amount of powdered milk adheres, there is a problem that the amount of powdered milk that is actually used decreases even if the amount of powdered milk necessary to make the milk is measured with a measuring spoon or the like.

Therefore, in order to solve the conventional problem, the present invention can prevent powdered milk from adhering to the funnel by using a structure in which water droplets do not adhere to the inner surface of the funnel, and accurately feed a predetermined amount of powdered milk. An object of the present invention is to provide a baby bottle funnel.

The baby bottle funnel of the present invention is inserted into the mouth of the baby bottle and has a cylindrical insertion portion having an opening at the center, a funnel portion extending upward from the insertion portion, and rotatably held by the funnel portion. The powdered milk container is provided with a powdered milk container, the powdered milk container is rotatable from a state where the powdered milk container is upward to a state where the powdered milk container is downward To do.

The insertion portion can be formed by concentrically arranging two types of cylinders having different diameters.

The powdered milk charging container is removable from the funnel.

The funnel portion includes a mortar-shaped mortar portion extending upward from the insertion portion, and a cylindrical cylindrical portion extending upward from the mortar portion.

The powdered milk charging container may be composed of a substantially hemispherical powdered milk container and a handle.

The powdered milk charging container is provided with shafts at two opposite positions of the powdered milk charging container, cutouts at two positions of the funnel part facing each other, and the shaft is inserted into the notch from above. Is rotatable.

It is also possible to provide a wall for preventing powdered milk scattering in the funnel portion.

The baby bottle funnel of the present invention is inserted into the mouth of the baby bottle and has a cylindrical insertion portion having an opening at the center, a funnel portion extending upward from the insertion portion, and rotatably held by the funnel portion. A powdered milk container provided with a powdered milk container, and the powdered milk container is rotatable from a state in which the powdered milk container is upward to a state in which the powdered milk container is downward. Since water droplets do not adhere to the inner surface of the charging container, powdered milk can be smoothly charged into the feeding bottle without adhering to the inner surface of the powdered milk charging container.

The insertion portion can be used for different types of baby bottles by forming two types of cylinders having different diameters concentrically.

By making the powdered milk charging container detachable from the funnel portion, the baby bottle funnel can be disassembled, easily cleaned, and kept clean.

The powdered milk charging container includes a substantially hemispherical powdered milk container and a handle, so that the powdered milk charging container can be rotated using the handle so that the powdered milk can be easily charged.

The powdered milk charging container is provided with shafts at two opposite positions of the powdered milk charging container, cutouts are formed at two positions of the funnel part facing each other, and the shaft is inserted into the notch from above. Can be made rotatable and removable, and these operations can be performed with a simple operation.

By providing a wall for preventing powdered milk scattering in the funnel part, powdered milk can be prevented from being scattered around when the powdered milk is added.

It is a perspective view of the funnel for baby bottles of this invention. It is a top view of the funnel for baby bottles of this invention. It is a perspective view of the state which decomposed | disassembled the funnel for baby bottles of this invention. It is sectional drawing of the state which set the funnel for baby bottles to the baby bottle. It is a perspective view which shows the state which the powdered milk supply container is rotating. It is a perspective view which shows the state which the rotation of the powdered milk supply container completed.

The present invention will be described in detail below with reference to the drawings. FIG. 1 is a perspective view of the baby bottle funnel 1 of the present invention, and FIG. 2 is a plan view. As shown in FIGS. 1 and 2, the pitcher 1 of the present invention temporarily stores powdered milk and is inserted into a powdered milk charging container 2 for charging powdered milk into a baby bottle, and into the mouth of the baby bottle, and has an opening at the center. A cylindrical insertion portion 4 having a funnel portion 3 extending upward from the insertion portion 4 in a mortar shape and extending upward in a cylindrical shape, and the powdered milk charging container 2 includes the funnel portion 3 is rotatably held.

The powdered milk charging container 2 includes a substantially semicircular powdered milk container 5 for temporarily storing the powdered milk, and a handle 6 serving as a handle for rotating the powdered milk charging container 2. The handle 6 is provided with a hole so that the powdered milk charging container 2 can be hung on a hook or the like. Furthermore, the powdered milk charging container 2 is provided with a shaft 7 and a circular fastener 8 provided at the tip of the shaft 7 at two opposite positions of the powdered milk container 5.

The funnel portion 3 is integrated with the insertion portion 4 and is composed of a mortar portion 9 that spreads in a mortar shape upward from the insertion portion 4 and a cylindrical portion 10 that extends upward from the mortar portion 9. The The upper part of the cylindrical part 10 is provided with a step in the middle, and the height of the half is different. By holding the handle 6 of the powdered milk charging container 2 on the lower part, the powdered milk charging container 2 is The state where the powdered milk container 5 faces upward is maintained. Further, the cylindrical portion 10 is provided with a handle 12 similar to that provided in the powdered milk charging container 2, and the funnel portion 3 can also be hooked on a hook or the like by providing a hole in the handle 12. .

On the higher side of the cylindrical portion 10, notches 11 into which two shafts 7 provided in the powdered milk charging container 2 are inserted are provided at two positions facing each other. The powdered milk charging container 2 rotates around the shaft 7 inserted into the notch 11. Further, since the shaft 7 is inserted from above the notch 11, the milk powder charging container 2 can be easily removed from the funnel portion 3, and can be disassembled and cleaned after use.

The higher part of the upper part of the cylindrical part 10 acts as a powdered milk scattering prevention wall that waterproofs the powdered milk from splashing when the powdered milk charging container 2 is rotated to feed the milk powder into the feeding bottle.

The insertion portion 4 is configured by concentrically arranging two types of cylinders having different diameters, and the two types of cylinders have a predetermined interval and are respectively connected to the funnel portion 3. The use of these two types of cylinders is that there are two types of mouth diameters of commercially available baby bottles so that they can be used for different types of baby bottles. It is to do.

A method of using the baby bottle funnel 1 will be described. Since the powdered milk charging container 2 can be removed from the funnel portion 3, the baby bottle funnel 1 is in a disassembled state as shown in FIG. 2 when the powdered milk charging container 2 is removed and washed.

When the two shafts 7 of the powdered milk charging container 2 are inserted into the two notches 11 of the funnel portion 3 from the state of FIG. 2, the assembly of the baby bottle funnel 1 is completed, and the state of FIG. . In this manner, with the powdered milk storage part 5 of the powdered milk charging container 2 facing upward, the insertion part 4 of the baby bottle funnel 1 is inserted into the mouth of the baby bottle.

At this time, one of two types of cylinders is used. In this embodiment, the cylinder with the smaller diameter is inserted into the mouth of the baby bottle 13. In this case, as shown in FIG. 4, the mouth of the baby bottle 13 is located between the two cylinders of the insertion portion 4. When the baby bottle funnel 1 is set in the baby bottle 13 in this way, a predetermined amount of powdered milk 14 is put into the powdered milk container 5 using a measuring spoon attached to the powdered milk.

The powdered milk storage unit 5 has a capacity of about 78 cc. When milk is made with a general baby bottle, about 100 cc of powdered milk (for 12 spoons) is required. Add 50cc of powdered milk 14 (for 6 spoons).

At this time, hot water has already been put in the baby bottle 13, but the powdered milk charging container 2 is in a state in which the powdered milk storage part 5 faces upward, and the powdered milk charging container 2 includes the funnel part 3 and the insertion part. 4, and even if steam comes out from the gap between the powdered milk charging container 2 and the funnel part 3, steam does not blow directly on the inner surface of the powdered milk storage part 5. Water droplets can be prevented from adhering to the inner surface of the accommodating portion 5. If there are no water droplets, the powdered milk 14 will not adhere to the powdered milk container 5.

When a predetermined amount of powdered milk 14 is put in the powdered milk container 5, the powdered milk charging container 2 is rotated around the shaft 7 with the handle 6. The state during the rotation is the state of FIG. In the state of FIG. 5, the powdered milk 14 gradually put into the powdered milk container 5 falls to the funnel part 3 and is put into the baby bottle 13 through the opening of the insertion part 4.

Then, the powdered milk charging container 2 is further rotated, and finally the handle 6 is brought into contact with the upper part of the cylindrical portion 10 of the funnel portion 3 as shown in FIG. In this way, when the powdered milk charging container 2 is rotated, the powdered milk container 5 is completely turned downward, and the powdered milk 14 stored in the powdered milk container 5 is the inner surface of the powdered milk container 2. All fall to the funnel portion 3 without adhering to the funnel 3 and are put into the baby bottle 13 through the opening of the insertion portion 4.

When all of the powdered milk 14 is charged, the powdered milk charging container 2 is rotated to the opposite side with the handle 6 to obtain the state shown in FIG. 1, and the powdered milk is charged for the second time. By repeating the above-described operation according to the amount of powdered milk 14 to be charged in this way, charging of the powdered milk 14 is completed.

As described above, the baby bottle funnel 1 of the present invention has a structure in which the powdered milk charging container 2 is rotatable with respect to the funnel portion 3, so that the milk powder can be charged into the baby bottle without adhering with a simple operation. it can. The shape of the powdered milk charging container 2 or the funnel part 3 is not limited to that described here, and various shapes can be used as long as the powdered milk charging container 2 can rotate with respect to the funnel part 3. Also, the rotational structure of the powdered milk charging container 2 can be other than the one described here.

DESCRIPTION OF SYMBOLS 1 Funnel for baby bottles 2 Powdered milk container 3 Funnel part 4 Insertion part 5 Powdered milk accommodating part 6 Handle 7 Shaft 8 Fastener 9 Mortar part 10 Cylindrical part 11 Notch 12 Handle 13 Baby bottle 14 Powdered milk

Claims (6)

Powdered milk inserted into the mouth of a baby bottle and having a cylindrical opening having a central opening, a funnel portion extending upward from the insertion portion, and a powdered milk container provided rotatably in the funnel portion An input container,
The milk powder turned container, from a state in which powdered milk accommodating portion facing upward, Ri rotatable der to the state milk accommodating portion is downwardly,
A shaft is provided at two opposite positions of the powdered milk charging container, a notch is provided at two positions of the funnel portion facing each other, the shaft is inserted into the cutout from above, and the powdered milk is charged around the shaft. A baby bottle funnel characterized in that the container rotates .   The baby bottle funnel according to claim 1, wherein the insertion portion is formed by concentrically arranging two types of cylinders having different diameters.   The baby bottle funnel according to claim 1 or 2, wherein the powdered milk charging container is removable from the funnel portion.   The said funnel part is comprised from the mortar-shaped mortar part extended | stretched upwards from the said insertion part, and the cylindrical cylindrical part extended | stretched upwards from the said mortar part, The Claims 1-3 characterized by the above-mentioned. The funnel for baby bottles of any one of Claims.   The funnel for baby bottle according to any one of claims 1 to 4, wherein the powdered milk charging container is composed of a substantially hemispherical powdered milk container and a handle. The funnel for baby bottles according to any one of claims 1 to 5 , wherein a wall for preventing powdered milk scattering is provided in the funnel portion.