KR200452933Y1 - Spoon for powder vessel - Google Patents

Abstract

The present invention inserts a magnet piece or iron piece having a certain weight into the bottom portion of the spoon cup, and acts as a balance by weight, thereby providing a Only the bottom part comes into contact with the powder stored inside the powder container, and the spoon handle does not come into contact with the powder at all, and after use of the spoon as in the prior art, when the spoon handle and the contents are kept in contact with the inside of the container It relates to a powder container spoon that can minimize the phenomenon that the powder continuously generated in the user's hand or the caking of the powder caused by water. The powder container spoon is a powder container spoon consisting of a spoon cup and a spoon handle, wherein a magnet as a weight in the bottom of the spoon cup of the spoon such that only the bottom of the spoon cup contacts the powder inside the powder container. A piece or a piece of iron is inserted into the insert. Here, it is preferable that the magnetic flux shielding part is inserted into the outer side of the magnet piece and embedded therein.

Powder, spoon

Description

Spoon for Powder Containers {SPOON FOR POWDER VESSEL}

The present invention relates to a spoon for powder containers, and more particularly, inserts a magnet piece or iron piece having a certain weight into the bottom of a spoon cup, and By acting as a balance, only the bottom of the spoon cup comes into contact with the powder stored inside the powder container, and the spoon handle does not come into contact with the powder at all. The present invention relates to a spoon for powder container that can minimize the phenomenon of powder on the user's hand or the caking of powder caused by water when the spoon handle and the contents are kept in contact with the inside. .

Generally, a powder container for packaging or storing powder in powder form, such as powdered milk, is mainly used by opening a lid on the upper side and using a spoonful of powdered powder contained in the container body.

That is, the conventional powder container provided with a spoon consists of a main body containing a powder such as powdered milk and the like and a lid covering the same.

In addition, the powder container as described above is provided with a spoon (spoon) consisting of a spoon cup and a spoon handle so that the powder can be held by a predetermined amount, and after use, it is stored in the body part of the powder container and stored together with the powder. have.

However, in the case of using powdered milk, the hands are usually stained with water. Therefore, after using the spoon, the handle of the spoon gets wet. If you put the spoon inside the powder container in this state, you can bury the powdered milk and your hands. There is a hassle to lose.

In addition, the water sometimes causes a more severe so-called 'caking' phenomenon in which the milk powder becomes agglomerates.

Accordingly, the present invention was devised in view of the above problems, and an object of the present invention is to insert and insert a magnet piece or iron piece having a certain weight into the bottom of a spoon cup, By acting as a balance by weight, only the bottom of the spoon cup comes into contact with the powder stored inside the powder container, and the spoon handle does not come into contact with the powder at all. After use of the spoon, the powder that continuously occurs when the spoon handle and the contents are kept in contact with the inside of the container and the powder can minimize the user's hands or the caking of powdered milk caused by water. It is to provide a container spoon.

Spoon for powder container according to the present invention for achieving the above object is a spoon for powder container consisting of a spoon cup and a spoon handle, the spoon of the spoon so that only the bottom of the spoon cup is in contact with the powder inside the powder container A magnet piece or iron piece as a weight is insert-injected into the bottom part of a cup.

Here, it is preferable that the magnetic flux shielding part is inserted into the outer side of the magnet piece and embedded therein.

In addition, the material of the spoon is preferably a silicon material harmless to the human body.

In addition, it is preferable that the foreign matter contained in the powder is adsorbed by the strong adsorption force of the magnet piece.

In addition, the magnetic flux shielding portion is made of a ferromagnetic layer, the material of the ferromagnetic layer is preferably at least one selected from the group consisting of permalloy, superpermalloy, and μ-metal.

Further, the spoon cup and the magnet piece so that the entire center of gravity of the spoon for the powder container is always located at the bottom of the spoon cup, which is the part in which the magnet piece or the iron piece is embedded. It is preferable that the weight ratio of the piece or iron piece and the spoon handle is maintained at a constant ratio.

In addition, it is preferable that at least two or more air outlet holes are formed symmetrically to the side of the spoon cup.

Further, at the time of injection of the spoon for powder container, the bottom surface of the spoon cup is formed integrally with a disc shaped enlarged portion in a planar shape, or has a sawtooth outer circumference. Preferably, four rod-shaped extensions are formed radially on each side of the square bottom surface of the spoon cup.

As described above, according to the spoon for powder container according to the present invention, when using a powder, especially powdered milk, the general consumer can use a spoon of the present invention with a predetermined amount of powdered milk, and then use the powdered milk and the spoon inside the powdered milk container as in the prior art. Instead of putting the handle in contact, place the center of gravity of the spoon for powder containers by the iron piece or the magnet piece on the bottom of the spoon cup so that the milk powder and the spoon handle are in direct contact. This is not done at all, while minimizing the caked phenomenon of powder (powdered milk) as before, there is a more hygienic effect.

Hereinafter, in order to be described in detail so that those skilled in the art can easily implement the present invention, the most preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. .

1 is a top perspective view of a spoon for powder container according to the present invention, Figure 2 is a bottom perspective view of a spoon for powder container according to the present invention, Figure 3 is a front sectional view of a spoon for powder container according to the present invention, Figure 4a And Figure 4b is a perspective view showing a state diagram of the use of the spoon for powder container according to the present invention, will be described together for convenience.

Here, the illustrated example mainly describes a powdered milk container for storing powdered milk as a powder, but the present invention is not limited thereto, and is shown in a container for a powdered product capable of storing or packaging a powdered powder. Of course, it can be used to apply all the spoon for powder container (1) according to the design.

In addition, the material of the powder container spoon (1) is most preferably a silicon material harmless to the human body, but also a variety of materials such as PP, PE, ABS, AS, PVC, POM, etc. It can also be made from a range of hygienic plastics.

As shown, the spoon 1 for the powder container according to the present invention is a spoon cup 10 having a predetermined volume, and a spoon handle 20 integrally connected to one side of the spoon cup 10 and having a predetermined length. )

Moreover, in the bottom part of the said spoon cup 10, the magnet piece or the iron piece 30 which has a fixed weight is formed by normal insert injection molding.

That is, the powder container spoon 1 according to the present invention is injected and formed by embedding a magnet piece or iron piece 30 in an insert injection method during manufacture. Since the insert injection method is a known technique, further description will be omitted.

In this way, the magnet piece or the iron piece 30 having a certain weight is inserted into the bottom of the spoon cup 10 by inserting a normal insert, and thus the magnet piece is embedded. By acting as a balance by the weight of the slab or the iron piece 30, only the bottom of the spoon cup 10 comes into contact with the powder stored inside the powder container 40. The relatively light spoon handle 20 is arranged side by side only in the longitudinal direction on one side of the cup cup 10 is not made at all in contact with the powder, milk powder caused by the user's hand or water caused by the phenomenon There is an advantage that can minimize the caking of the powdered milk (see FIG. 3).

Here, in order for the magnet piece or the iron piece 30 to act as a balance, the entire gravity center of the spoon 1 for the powder container is set to the magnet piece or the piece. The spoon cup 10 and the magnet piece or the iron piece so that the iron piece 30 is always positioned at the bottom of the spoon cup 10, which is an insert-injected part. 30) and the weight ratio of the spoon handle 20 is preferably maintained to be constant.

Therefore, the weight ratio only needs to be maintained so that the entire center of gravity of the powder container spoon 1 will always be located at the bottom of the spoon cup 10. Therefore, the spoon cup 10 and the magnet piece Alternatively, the weight of the iron piece 30 and the spoon handle 20 is not limited to one, and may be used by applying a spoon, a magnet piece, or an iron piece having various sizes or weights.

In particular, even if the surface on which the powdered milk is used is in an inclined form (see FIG. 4B) or in the form of a hollow, the center of gravity is always maintained by the balance of the magnet piece or the iron piece 30. Since the handle 20 is always spaced apart from the surface on which the milk powder is formed, there is no direct contact between the spoon handle 20 and the powdered milk at all.

Of course, in the illustrated example, it is shown that the spoon cup 10 is disposed in direct contact with the powdered milk, but is not limited to this, the powder according to the present invention in which the magnet piece 30 is embedded by insert injection It goes without saying that the container spoon 1 can be used by attaching it to a milk powder container etc. which can be attached by magnetic force.

On the other hand, the kind of magnet piece 30 that can be used as a magnet (magnet) is preferably a permanent magnet, the type of cast magnets (Alnico magnets, Cunife magnets, Vicalloy magnets), semi-magnetic magnets (Alnico magnets), Sintered Magnet (Alnico Magnet), Oxide Magnet (Ba-Ferrite, Sr-Ferrite), Resin Magnet (Rubber Magnet or Plastic Magnet), Fine Particle Magnet (Fe-Co Magnet, Mn-Bi Magnet, Mn-Al Magnet), Rare Earth Magnets (Sm-Co magnets, Yt-Co magnets, Nd-Fe-B magnets) or rollable magnets (Fe-Cr-Co magnets) can be used, but neodymium of rare earth magnet type that emits strong magnetic lines of more than 4000 gauss (Nd-Fe-B) magnets may be most preferably used.

In addition, the magnetic flux shielding part 31 is embedded inside the magnet piece 30, which may be used as a magnet.

In addition, the magnetic flux shielding part 31 is formed of a ferromagnetic layer to minimize leakage of magnetic force lines generated from the magnet piece 30 to the outside. The material of such a ferromagnetic layer is preferably at least one selected from the group consisting of permalloy, superpermalloy, and μ-metal, but the material is not limited in the present invention.

In addition, at least two or more air discharge holes 11 are formed to be symmetrically about the side of the spoon cup 10 so that milk powder can be easily drawn.

That is, by forming two air discharge holes 11 symmetrically on the left and right sides of the spoon cup 10, the two air discharge holes 11 symmetrically of the spoon cup 10 to hold the powdered milk in the spoon cup 10. Air is discharged through, so that the powdered milk can be easily contained in the spoon cup 10.

Accordingly, due to the air layer formed inside the spoon cup 10 when the powdered milk is contained as before, the powdered milk can be easily contained without discomfort, such as powdered milk, and the air layer is completely excluded when the powdered milk is contained. There is an advantage that can contain the correct amount of milk powder.

In the illustrated example, only two air outlet holes 11 are formed to be symmetrically formed at both left and right sides of the spoon cup 10, but three or more are possible, and the number thereof is not limited thereto.

In addition, the magnet piece 30 made of permanent magnets can be adsorbed by using a strong strong adsorptive force, such as powdered powder that can be contained in the powdered milk can prevent the drinker from drinking harmful foreign matters.

Figures 5a to 5c are respectively plan cross-sectional views showing the various forms of the bottom surface of the spoon cup of the spoon for powder container according to the present invention.

That is, as shown in Figs. 5A to 5C, when the bottom surface of the spoon cup 10 is viewed in plan view at the time of ejection of the powder container spoon 1 (see Fig. 1) according to the present invention, a disc shape Integrally formed (see FIG. 5A) with an enlarged portion 12a of a shape, integrally formed with an enlarged portion 12b having a sawtooth outer circumference (see FIG. 5B), or Alternatively, four rod-shaped extensions 12c are formed radially on each side of the rectangular bottom surface of the spoon cup 10 (see FIG. 5C).

In this manner, the bottom surface of the spoon cup 10 has a disc shaped enlarged portion 12a, a square plate shaped enlarged portion 12b having a sawtooth outer circumference, or four rods. By integral injection molding to have the shaped portion 12c, only the bottom surface of the spoon cup 10 is firmly supported and fixed to the powdered milk surface by these portions 12a, 12b and 12c so that the spoon handle 20 and Direct contact with the formula does not occur at all.

Although the present invention has been described in detail, a person of ordinary skill in the art may make various changes and modifications from the present invention without departing from the scope of the present invention, but this is also within the scope of the present invention. You must understand.

1 is a top perspective view of a spoon for a powder container according to the present invention.

Figure 2 is a bottom perspective view of the spoon for powder container according to the present invention.

3 is a front sectional view of a spoon for a powder container according to the present invention.

4A and 4B are perspective views illustrating a state diagram of use of the spoon for powder container according to the present invention.

Figures 5a to 5c are respectively plan cross-sectional views showing the various forms of the bottom surface of the spoon cup of the spoon for powder container according to the present invention.

-Explanation of symbols for the main parts of the drawings-

1: spoon for powder container according to the present invention

10: spoon cup 11: air outlet hole

20: spoon handle 30: magnet piece or iron piece

31: Magnetic shield part 40: Powder (milk powder) container

12a: disk-shaped extension

12b: rectangular plate-shaped extension with toothed outer circumference

12c: expansion of rod shape

Claims (8)

In the spoon for powder container consisting of a spoon cup and a spoon handle, A magnet piece as a weight is inserted into the bottom part of the spoon cup of the spoon so that only the bottom part of the spoon cup contacts the powder inside the powder container. Spoon for powder container, characterized in that the magnetic flux shield is inserted and injected together. delete The method of claim 1, Spoon for powder container, characterized in that the material of the spoon is a harmless silicone material. The method of claim 1, A spoon for powder containers characterized in that foreign matter contained in the powder is adsorbed by the strong adsorption force of the magnet piece. The method of claim 1, Wherein the magnetic flux shield is made of a ferromagnetic layer, the material of the ferromagnetic layer is a spoon for powder container, characterized in that at least one selected from the group consisting of permalloy (supermalmalloy), and μ-metal. The method of claim 1, The weight ratio of the spoon cup and the magnet piece to the spoon handle so that the entire center of gravity of the spoon for the powder container is always located at the bottom of the spoon cup where the magnet piece is embedded. A spoon for powder containers in which gongs are maintained at a constant rate. The method of claim 1, Spoon for powder container, characterized in that at least two or more air outlet holes are formed symmetrically to the side of the spoon cup. The method of claim 1, At the time of injection of the spoon for the powder container, the bottom surface of the spoon cup is formed integrally with a plate-shaped opening in a planar shape, or a rectangular plate having a sawtooth outer circumference. The spoon for powder container formed integrally with the shape expansion part, or four rod-shaped extension parts are formed radially in each side of the square bottom face of the said spoon cup.

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