KR101391969B1 - Powder mixing type bottle cover - Google Patents

Abstract

The present invention relates to a powder intrusion-type cap, which comprises an outer lid having a lower end surrounded by a perforated line to form a skirt, and an outer lid which is located inside the outer lid and has threads formed on the inner peripheral surface thereof, And a projection protruding from a lower end of the binding member and hooked to a step formed at an upper end of the binding member is formed at a lower end and a protrusion is placed at an upper end of the mouth of the container A cutting member formed with a "swastika " shaped blade fixed to a ceiling of the inner lid and facing downward, a thin film sealing the lower opening of the inner lid, and an inner lid sealed with the thin film, And a powder which is inserted into the container while cutting the thin film along with the descending of the cutting member A powder intaking lid is disclosed.

Description

POWDER MIXING TYPE BOTTLE COVER}

The present invention relates to a powder-laden lid, and more particularly, to a powder-filled lid which contains powdered beverage powder or a dried powder of health food such as grains, vegetables, vegetables, etc. in a lid that hermetically seals the mouth of a container in which drinking water is stored, The present invention relates to a powder intrusion-type lid capable of easily and rapidly taking a drink by putting powder into the container and stirring or dissolving the powder when the lid is opened.

Generally, drink refers to a liquid (tea, cider, juice, etc.) that a person drinks to enjoy thirst or enjoy a taste. At present, various beverages are produced, distributed and sold in liquid form.

The container containing the beverage is made of a synthetic resin, in particular, a PET bottle or a metal can. In the case of a PET bottle, a lid for opening and closing is provided.

In the process of producing so far, beverages in the form of powders or raw liquids are mixed with the drinking water at a predetermined ratio and dissolved, and the beverages are sold in the container. In the course of production, distribution and sale, To prevent deterioration of the beverage and to keep the distribution period as long as possible, the beverage product is sterilized and vacuum packaged before shipment.

However, since the conventional beverage products as described above are processed into a liquid phase in the production process and are put in a container and circulated and sold, the concentration according to the mixing ratio of the drinking water and the beverage product is almost uniform, There is a concern that the inherent taste and quality may deteriorate. Accordingly, it is impossible to control the concentration of the beverage according to the taste and the individuality of the individual who wants to drink the beverage, and thus the quality and desire for the beverage product can not be satisfied.

For example, in a busy modern society, healthy foods such as cereals, vegetables, and vegetables are made into powders instead of breakfast, or for health promotion and beauty, and mixed with drinking water to be consumed. Therefore, in order to consume such powder, powder and drinking water are mixed into a mixing container at a predetermined ratio to be consumed.

At this time, when the concentration of the mixed liquid is adjusted according to the taste of the individual, it is consumed. When the viscosity is desired to be high (thick state), the mixing ratio of the powder is increased and the viscosity is desired to be low The concentration of the mixed solution is adjusted by increasing the mixing ratio of the drinking water and then drinking.

Thus, since the mixing ratio of the powder and the drinking water varies depending on the individual taste, there is a problem that the beverage product contained in the container that is traditionally distributed and sold can not be used by controlling the mixing ratio according to the individual taste.

In addition, there is a case that powdered nutritional supplements are taken together to double the efficacy of pirocho replica (vitamins, taurine, iron powder) consumed for restoration. However, when these phytonutrient replicas and nutrients are mixed in containers and distributed and sold, deposits may form during distribution and storage, which may distrust consumers.

In addition, when the powdered nutrient is dissolved in the liquid phytoplankton and stored for a long time, the efficacy thereof may be decreased. Therefore, the liquid phytonutrient replica and the powdery nutritive substance are mixed with each other just before taking the drink. However, there is a problem that the powdered nutrient flows out to the outside of the container in the course of mixing the powdery nutrient directly into the container containing the replica of the liquid phase as described above.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a powder container The present invention is directed to providing a powder intrusion-type lid.

In addition, as described above, when the powder is put into the container immediately before opening the container, the powder can be rapidly injected into the container so that the powder can be rapidly stirred or dissolved. It has its purpose.

Technical Solution According to an aspect of the present invention, there is provided an outer lid having a skirt formed by a perforation line at a lower end thereof and a skirt formed at an inner circumferential surface of the outer lid, A binding member having a hollow shape and having an upper end bent toward the inside and a lower end formed at the lower end of the binding member so as to be engaged with a step formed at the upper end of the binding member, A cutting member formed with a "swastika " shaped blade fixed to the ceiling of the inner lid and facing downward; a thin film sealing the lower opening of the inner lid; And a powder which is stored in the inner lid and is inserted into the container while the thin film is incised along with the descending of the cutting member Is achieved by means of a powder mixed to the lid, it characterized.

Here, the inner lid is preferably made of a material having an elastic restoring force.

The cutting member may include a plate facing the ceiling surface of the inner lid, a fused protrusion protruding from the upper surface of the plate and fused to the ceiling surface of the inner lid, And a round portion formed at the lower end of the crossing portion and having a blade formed at the lower end of the crossing portion along the outer circumference of the plate at the end of the crossing portion.

Preferably, the round portion is inclined at a free end connected to the crossing portion, and is inclined away from the plate toward the free end.

It is also preferable that the inside of the inner lid sealed by the thin film in which the powder is stored is filled with nitrogen gas.

According to the present invention, powder containing drink or dried health food such as grains, vegetables, and vegetables is stored in an inner lid that hermetically seals the inlet of the container, and the user drinks the drinking water contained in the container By pressing the upper surface of the inner lid after removing the outer lid when the lid is opened, the cutting member cuts the thin film and puts the powder into the inside of the container, so that the powder can be easily mixed with the drinking water to be consumed.

In addition, when the thin film is cut by the cutting member as described above and the powder is put into the container, the powder is not introduced into the inner lid due to the nitrogen gas filled with the powder and is instantly introduced into the container, Lt; / RTI >

The intersecting portion and the round portion of the cutting member are formed in a "swastika" shape, so that a part of the thin film cut along the lowering of the cutting member is suspended on the outer peripheral surface of the lower end of the inner lid, It does not enter the inside of the container but hangs on the inner lid. As a result, there is no possibility that the powder drinks or drinks the drinking water and the dissolvable thin film together.

1 is an exploded perspective view showing a powder-laden lid according to the present invention.
Fig. 2 is a cross-sectional view of a powder-laden lid according to the present invention.
FIG. 3 is a cross-sectional view showing a state in which a skim is removed during use of a powder-incorporated lid according to the present invention.
4 is a cross-sectional view showing a state in which an outer cap is removed during use of a powder-laden lid according to the present invention.
FIG. 5 is a cross-sectional view showing a state in which a cutting member presses an inner lid to cut a thin film during use of the powder-laden lid according to the present invention.
FIG. 6 is a cross-sectional view illustrating a state in which powder is injected into a container through an incised thin film during use of a powder-incorporated lid according to the present invention.
FIG. 7 is a bottom view of a cut-off member of a powder-laden lid according to the present invention as viewed from below. FIG.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is an exploded perspective view showing a powder intrusion type lid according to the present invention, and FIG. 2 is a sectional view showing a powder intrusion type lid according to the present invention.

The powder intrusion type lid 100 according to the present invention includes an outer lid 110 having a lower end surrounded by a perforated line P and formed with a skirt 112, A binding member 120 having a hollow shape and having a stepped portion 122 whose upper end is folded inward is formed in the inner peripheral surface of the container 10, A protrusion 132 is formed at the lower end of the container 120 and is hooked to the step 122 formed at the upper end of the binding member 120 and the protrusion 132 is placed at the upper end of the inlet of the container 10 A cutting member 140 which is fixed to a ceiling of the inner lid 130 and is formed with a swastika-shaped blade facing downward, a thin film 140 which seals a lower opening of the inner lid 130, (150) and an inner lid (130) sealed to the thin film (150) As the thin film 150 is cut along with the falling of the material 140 is composed of the powder 160 is introduced into the interior of the vessel 10.

The outer lid 110 has a shape of a substantially cylindrical shape and has an upper portion closed and an open lower portion. The outer lid 110 has a skirt 112 Is formed. A knob 114 is formed on the skirt 112 so that the skirt 112 is cut along the perforation line P when the user grips the knob 114.

The skirt 112 encloses a portion of the outer side of the inlet of the container 10 when the outer lid 110 is assembled to the upper portion of the inlet of the container 10 so that the skirt 112 can identify whether the container 10 is open unauthorized The outer lid 110 supports the outer lid 110 at the inlet of the container 10 so that the outer lid 110 can stably protect the inner lid 130 until the inlet of the container 10 is opened do.

That is, the outer lid 110 is formed to be larger than the inner lid 130 to form an empty space between the outer lid 110 and the inner lid 130, so that the outer lid 110 unintentionally generates an external force The external lid 130 is prevented from being pressed against the inner lid 130 because the external lid 130 is compressed by the empty space.

The binding member 120 is located inside the outer lid 110 and has a thread on the inner circumferential surface thereof and is bound to a thread formed on the inlet of the container 10. Accordingly, when the binding member 120 is rotated, the inner lid 130 is opened or locked from the inlet of the container 10.

The binding member 120 has the same shape as a substantially ring in which the upper portion and the lower portion communicate with each other and a step 122 is formed on the upper end of the binding member 120, The protrusion 132 of the inner lid 130 described below is interposed between the upper ends of the inner lid 130 to fix the inner lid 130.

The inner lid 130 has a substantially cylindrical shape and has an upper portion closed and a lower open portion. The inner lid 130 has a diameter smaller than the inner diameter of the binding member 120 so as to be fitted to the upper portion from the lower portion of the binding member 120 And a protrusion 132 protruding outward is formed at a lower end of the inner lid 130.

The protrusion 132 has a diameter larger than the outer diameter of the inner lid 130 and smaller than the inner diameter of the binding member 120 so that when the binding member 120 is bound to the inlet of the container 10, A protrusion 132 is interposed between the step 122 of the container 10 and the upper end of the inlet of the container 10 and is stably fixed to the upper end of the inlet of the container 10 according to the locking of the binding member 120 and the inlet of the container 10.

The inner lid 130 is preferably made of a material having an elastic restoring force and presses the upper portion of the inner lid 130 with an external force so that the cutting member 140 descends as described below to cut the thin film 150 When the external force for pressing the upper portion of the inner lid 130 disappears, the cutting member 140 is formed to rise to the original position.

Meanwhile, a cutting member 140 is provided inside the inner lid 130. The cutting member 140 is fixed to an inner ceiling surface of the inner lid 130 and is lifted and lowered in accordance with the upward pressure of the inner lid 130. The cutting member 140 has a substantially " do.

The cutting member 140 includes a plate 142, a fused protrusion 144, a crossing portion 146, and a round portion 148. In addition, the plate 142 is formed to have a predetermined thickness facing the inner ceiling of the inner lid 130, so that the upper portion of the inner lid 130 is raised and lowered as it is pressed by an external force.

The fused protrusions 144 protrude from the upper surface of the plate 142 and are welded to the inner surface of the inner lid 130 by ultrasonic welding or high frequency welding, So that it can be fixed to the inner ceiling surface of the ceiling 130.

The cross section 146 extends downward integrally with the lower surface of the plate 142. The round section 148 extends from the end of the cross intersection 146 to the outside of the plate 142 And is formed to bend along the periphery (see Fig. 7). A blade is formed at the lower end of each of the intersecting portion 146 and the round portion 148 to cut the thin film 150 as the cutting member 140 descends.

The free end of the round portion 148 is inclined with respect to the portion connected to the crossing portion 146. By forming a slope away from the plate 142 (see FIG. 2) When the member 140 descends, the blade of the free end first comes into contact with the thin film 150 and then the blade connected to the crossing intersection 146 along the inclination contacts the thin film 150, ) Are sequentially cut out.

Particularly, as described above, the cross member 140 and the round member 148 are formed in the shape of a "swastika", so that the cross member 146 and the round member 148, Even if the thin film 150 is cut by the cutting member 140, a part of the inner cap 130 is suspended on the outer peripheral surface of the lower end of the inner cap 130, It becomes hanging.

When the thin film 150 is cut by the cutting member 140 because the cutting member 140 is formed in a swastika shape and the blade of the round portion 148 is inclined, Since the thin film 150 is cut into quadrants while being cut at the center of the rim 150, the powder 160 stored in the upper portion of the thin film 150 is poured into the container 10 in a moment, The powder 160 can be quickly injected into the container 10. [

The lower opening of the inner lid 130 is sealed by the thin film 150 and the inside of the inner lid 130 sealed by the thin film 150 is filled with beverage powders or grains, The powder 160 in which the health food is dried is stored.

The thin film 150 is formed in the same shape as a film having a thin thickness and is made of a material that can be partially cut by the lowering of the cutting member 140 so that the edge of the thin film 150 contacts the inner lid 130 And is fusion-bonded to the lower opening by ultrasonic welding or high-frequency welding.

The lower opening of the inner lid 130 is sealed by the thin film 150 so that when the powder 160 is stored and the nitrogen gas is filled together and the thin film 150 is cut by the cutting member 140, The powder 160 is rapidly injected into the vessel 10 instantaneously by the gas ejection.

The use of the powder-laden lid 100 according to the present invention having the above-described structure will be described with reference to Figs. 3 to 6. Fig.

FIG. 3 is a cross-sectional view illustrating a state in which a powder-incorporated lid according to the present invention is removed from a skirt during use, and FIG. 4 is a cross-sectional view showing a state in which an outer cap is removed during use of the powder-

Referring to the drawings, the skirt 112 provided at the lower end of the outer lid 110 is first cut to open the powder-laden lid 100 according to the present invention. For this, the user grasps the handle 114 formed on the skirt 112 and pulls the skirt 112 along the perforated line P. After the skirt 112 is cut from the outer lid 110, the outer lid 110 is separated from the inlet of the container 10 as shown in FIG.

FIG. 5 is a cross-sectional view showing a state in which a cutting member presses an inner lid during use of a powder-laden lid according to the present invention, and FIG. 6 is a cross-sectional view of a cut- FIG. 3 is a cross-sectional view showing a state where powder is injected into a container through a container; FIG.

Referring to the drawings, after the outer lid 110 is separated from the inlet of the container 10, the powder 160 stored in the inner lid 130 is introduced into the container 10 The upper surface of the inner lid 130 is pressed by the user.

Since the inner lid 130 is made of a material having an elastic restoring force as described above, when the user presses the upper surface of the inner lid 130 and presses the inner lid 130, the cutting member 140 fixed to the ceiling of the inner lid 130, The lower end of the inner lid 130 is cut and the thin film 150 is cut.

When the force for pressing the upper surface of the inner lid 130 is removed, the elastic member 140 is lowered from the inner lid 130 and the cutting member 140 is cut from the inner lid 130, It goes up with return.

When the blade of the cutting member 140 cuts the thin film 150 by pressing the upper surface of the inner lid 130 as described above, the powder 160 passes through the cut portion of the thin film 150, The inner lid 130 is filled with the nitrogen gas together with the powder 160 so that when the thin film 150 is cut, the nitrogen gas flows through the cut portion of the thin film 150, The powder 160 is injected into the interior of the container 10 while being sprayed to the lower portion of the inner lid 130. [

After the powder 160 is poured into the container from the inner lid 130 as described above, the container 10 is shaken to shake the container 10 to uniformly stir or dissolve the powder 160 in the container 10, .

After the powder 160 is uniformly stirred or dissolved in the drinking water as described above, the binding member 120 is rotated to separate the inner lid 130 and the binding member 120 from the inlet of the container 10, 160) to drink the stirred or dissolved drinking water.

According to the powder-containing lid 100 of the present invention as described above, the beverage powder or the dried powder 160 of health food such as grain, vegetables, vegetables, etc. is placed in the inner lid 130, And the upper surface of the inner lid 130 is pressed after the outer lid 110 is removed when the user opens the inlet of the container 10 to drink the drinking water contained in the container 10, The powder 160 is inserted into the container 10 because the thin film 150 is cut so that the powder 160 can be easily mixed with the drinking water to be consumed.

The thin film 150 is cut by the cutting member 140 and the inner lid 130 is filled with the nitrogen gas filled with the powder 160 when the powder 160 is introduced into the container 10. [ The powder 160 may be injected into the vessel 10 instantaneously without remaining, and the powder 160 may be rapidly stirred or dissolved in the drinking water.

The crossing portion 146 and the round portion 148 of the cutting member 140 are formed in a swastika shape so that a part of the thin film 150 cut along the lowering of the cutting member 140 Even if the thin film 150 is cut by the cutting member 140 due to the state of being suspended from the outer peripheral surface of the lower end of the inner lid 130, the thin film 150 is suspended from the inner lid 130 without being injected into the container 10, 160 do not occasionally drink the stirred drinking water and the dissolvable drinking water together with the incised thin film 150.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. .

10: Container 100: Powder-filled lid
110: outer lid 112: skirt
114: handle 120:
122: step 130: inner lid
132: protrusion 140: cutting member
142: plate 144: fused projection
146: crossing part 148: round part
150: thin film 160: powder
P: perforated line

Claims (5)

An outer lid 110 in which a lower end is divided by a perforated line P to form a skirt 112; A binding member 120 having a hollow shape and having a step 122 bent toward the inside is formed on the inner peripheral surface of the outer lid 110 and a thread is formed on the inner peripheral surface of the binding member 120, ; A protrusion 132 is formed at the lower end of the binding member 120 and is engaged with the step 122 formed at the upper end of the binding member 120. The protrusion 132 is formed at the upper end of the inlet of the container 10 An inner lid 130 to be stowed; A cutting member 140 fixed to the ceiling of the inner lid 130 and having a downwardly directed "swastika" A thin film 150 sealing the lower opening of the inner lid 130; And a powder 160 stored in an inner lid 130 sealed in the thin film 150 and inserted into the container 10 while the thin film 150 is cut along with the descending of the cutting member 140 In which the powder is mixed,
The cutting member (140)
A plate 142 facing the ceiling of the inner lid 130;
A fused protrusion 144 protruding from the upper surface of the plate 142 and fused to a ceiling of the inner lid 130;
A crossing intersection 146 extending downward in unison with the lower surface of the plate 142 and having a blade at a lower end thereof; And
And a round portion (148) formed at an end of the crossing portion (146) and curved along an outer periphery of the plate (142) and having a blade at a lower end thereof. delete delete The method according to claim 1,
The round section 148,
Wherein the free end is formed to be inclined at a portion connected to the crossing portion (146), and a slope is formed away from the plate (142) toward the free end.
delete

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