KR20100089185A - The cap with container of additives - Google Patents

Abstract

PURPOSE: A container cap having a structure for containing an additive is provided to prevent the size and height of the cap from additionally increasing by being inserted into the opening of a container without being protruded and to enable a user to safely handle the container cap. CONSTITUTION: A container cap having a structure for containing an additive comprises: a single pipe(10) which is protruded to be downwardly directed on the inner side of the cap(1); upper and lower hanging protrusion(20,20') which are protruded on the outer circumference of the single pipe; a motive sawteeth part which is included on the lower end of the single pipe; an additive container which is connected to the single pipe and is fitted into the opening(V') of the container(V); and a cutout member which is connected to the cap and selectively cut the bottom of the additive container.

Description

Container cap with additive accommodating structure {THE CAP WITH CONTAINER OF ADDITIVES}

The present invention relates to a container cap having an additive accommodating structure to have an additive accommodating structure in the cap of the container so that a user can mix and use a separate additive with the basic contents (drinks, drugs, cosmetics, etc.). As the open checker is installed in the stopper of the container is fastened to the stopper fastened by the screw coupling method to the end pipe portion to be coupled to the additive container body inserted into the inlet of the container so as to be fluidly coupled to the end pipe portion of the stopper and The additive container body is provided with a cutout member for cutting and opening the bottom of the additive container body by rotating and lowering together through engagement of the one-way teeth during the locking rotation of the stopper. In addition, the size and height of plugs can be increased. It does not interfere with the handling of packaging, transportation, storage, etc., and also makes it impossible to mix the additives unless the open checker is removed, that is, without the open preparation operation of the stopper. The exclusion of additives ensures the safety of handling, and when the container is opened after the contents have been consumed or exhausted, the container and the cut-out member are removed from the container by being attached to the cap. It is possible to separate the cap and the stopper, thereby facilitating recycling.

In general, a beverage container is a container for drinking water or various beverages. In recent years, beverages containing various health products have been released according to the well-being craze, and the beverages are put in the containers and used to drink beverages during exercise or traveling. I'm drinking.

These conventional drinks are sold in plastic and glass bottles by mixing water, pigments, additives, and preservatives in the stock solution of oranges, pineapples, apples, mangoes, etc.

In addition, in recent years, along with the well-being fever, easy to quench thirst anytime, anywhere, the spread and sales of various functional drinks that can take care of health.

This phenomenon is spreading to young people who have their own constitution and appropriate functional drinks as well as quenching their thirst anytime and anywhere, such as during exercise, driving, or class.

However, according to the existing beverages such as oranges, pineapples, apples, mangoes, such as the stock solution, such as additives such as preservatives, pigments are sold and all these drinks are mixed, there is a risk that the stock solution will rot In addition, there is a tendency that the preservatives, artificial colors, artificial flavors and other additives are added due to the weak color and fragrance, and the results of the research indicate that the added preservatives and artificial additives are harmful to human health.

In addition, the functional beverage is mass produced and sold uniformly in the user's factory, and the sale is made in a limited place such as a convenience store or a general household, and thus a lot of inconveniences occur for ordinary consumers to purchase the functional beverage. The ingredients of each may not fit the individual's constitution, and recently, according to their own constitution, various functional products carry a retort-packed packaging packs and ate in a container of water.

However, in this case, it was inconvenient to separately store the packaging pack containing the functional product.

In view of the problems described above, a structure that allows the user to mix and use a separate additive in the basic contents (beverage, medicine, cosmetics, etc.) in the related art is known as Korean Patent Registration No. 10-084038 "Vacuum Stopper". As described in the claims, "the main body is mounted to the inlet of the container; the plug is provided to be movable at the inlet of the container, the inner space for storing the contents to be injected into the container; and the inner space of the plug A sealing member for sealing, coupled to the main body, and having at least one cutout for cutting the sealing member when the plug is moved, the plug includes a support part coupled to the main body, and the inner space facing the cutout part. It is formed to open in the direction and is coupled to the support and detachable to receive the external force and the support Comprising a move to be re moved and; wherein the sealing member is composed of container closure "for sealing an open part toward the said incision.

Existing container stopper structure configured as described above, in order to mix the contents of the additive, first peel off the protective cap that is covered on the plug and then press pressure on the moving part exposed to the outside, the upper end of the plug by the falling pressure The cutting part is separated by releasing the support to release the plug, and as the plug descends by inserting the plug fitting portion inserted into the inlet of the container, the bottom portion of the plug is stuck in the incision, and the additive is introduced into the container.

 However, the existing structure as described above should be configured so that the plug protrudes to the upper side of the main body in order to secure the descending distance for the opening of the plug, resulting in an increase in the size or height of the plug, resulting in an increase in the size of the product. And disturbances in handling, transportation, storage, etc.

In addition, a skirt-shaped support for fixing the protruding position of the plug and a short pipe portion extended to the upper end of the main body to hold the skirt have caused a complicated configuration.

In addition, since the protective plug and plug are exposed to the body of the main body, the protective plug can be removed and the plug can be pressed regardless of the removal of the open check function skirt. There is a risk of opening or pressing of the plug, there is a lot of room for the unauthorized mixing of the additive was a disadvantage that is difficult to secure the safety.

The present invention is made to solve the above problems,

In order to solve the above problems, the object of the present invention is that the additive container body is inserted and installed in a non-protruding state in the inlet of the container, so that the increase in the size or height of the plug is hardly caused by the packaging, transportation, and storage. It does not interfere with the handling of the back,

In addition, the additive accommodating structure can secure the safety of handling by removing additives due to inadvertent carelessness or unauthorized operation unless the open checker is removed, that is, the preparation of the stopper is not preceded. It is to provide a container stopper having.

In order to achieve the above object, the present invention is to be coupled to the flow of the additive container body fitted into the inlet portion of the container by placing the end pipe in the stopper fastened by the screw coupling method to the inlet of the container with the open checker installed. However, between the end pipe portion of the plug and the additive container body to be rotated and lowered together through the engagement of the one-way teeth during the locking rotation of the plug to provide a cutout member for cutting open the bottom of the additive container body. It features.

In the present invention as described above, since the additive container body is inserted into the inlet of the container in a non-protruding state, the increase in the size or height of the plug is hardly caused when the container plug is configured. It does not affect the handling of packaging, transportation, storage, etc., and does not give resistance to the application of the invention.

In addition, it is impossible to mix the additives unless the open checker is pulled out, that is, the preparation of the stopper is not preceded, and the additive mixing due to unintentional factors such as carelessness or children's mischief during transportation and handling is completely excluded. It is effective to ensure the safety of the.

Hereinafter, the configuration of the present invention in detail based on the accompanying drawings.

1 is a cross-sectional view showing an application state of the present invention Figure 1,

The present invention is configured to project downward on the inner surface of the upper surface of the stopper (1) of the known structure that is screwed to the inlet (V ') of the container (V) in a state in which the open checker (2) is integrally configured at the bottom A short pipe part 10;

Upper and lower locking jaws 20 and 20 'configured to protrude spaced apart from each other on the outer circumferential surface of the short pipe part 10;

A circular tooth part 30 configured in one direction at a lower end of the short pipe part 20;

An additive container body (40) connected to the short pipe part (10) in a state of being fitted and supported in the inlet part (V ') of the container (V) for accommodating an optional additive (A);

Interposed with the stopper 1 in the state of being fitted in the additive container body 40 is to include a cutout member 50 for selectively cutting the bottom of the additive container body 40, respectively.

On the other hand, the additive container body 40,

The support piece 42 formed horizontally in the upper edge of the main body 41 which consists of cylindrical shape, and the support protrusion of the container V inlet part V 'is formed in the annular recess in the upper outer periphery of the main body 41. And a support groove 43 for being coupled to the support 43 ', and configured to be recessed to be spaced apart from each other in an annular shape on an upper inner circumference of the main body 41, and selectively with the upper and lower locking jaws 20 and 20'. The upper and lower engaging grooves 44 and 44 'coupled to each other, the separation preventing recess groove 45 formed in an annular concave portion in the middle inner edge of the main body 41, and the relatively thin bottom edge of the main body 41 Is configured to include a weakened portion 46 is configured to a thickness,

The cutout member 50,

It is integrally formed on the upper edge of the tubular body 51 and driven tooth 52 for engaging with the driving tooth 30, and is configured to protrude in an annular portion on the outer edge of the body 51 and the additive The locking protrusion 53 for selectively coupling with the locking groove 45 for preventing the separation of the container body 40 and the lower edge of the body 51 are protruded in the form of a sawtooth in one direction, and the additive container body 40 It comprises a plurality of cut pieces 54 for cutting off the weakened portion 46.

Referring to the operation of the present invention configured in this way in detail as follows.

In the state in which the container cap of the present invention is mounted on the container, as shown in FIG. 1, the entirety of the additive container body 40 is embedded in the inner surface of the inlet part V ′ as much as possible, and the support groove 43 is the inlet part V. ') Is coupled to the support protrusion 43' of the inner surface of the support stably and the support piece 42 of the upper end is supported by the upper end of the inlet portion (V) is supported, for example, powder green tea or Arbitrary additives (A), such as cocoa powder, juice powder, vitamin powder, etc. are accommodated.

In this state, the upper locking groove 44 is coupled to the lower locking jaw 20 'configured at the short pipe portion 10 of the plug 1 fastened to the inlet portion V' of the container V. It stays connected.

The driven tooth 52 of the cutout member 50 fitted into the additive container body 40 is engaged with the driving tooth 52 of the short pipe portion 10, and a lower cutout piece 54 formed in the form of a one-way saw tooth 54. ) Is located on the weakened portion 46 of the additive container body 40.

Referring to the operation for incorporating the additive contained in the container stopper in the container in the above state in order as follows.

First, as shown in FIG. 4, when the open checker 2 at the bottom of the stopper 1 is turned and removed to remove the gap, the gap between the lower end of the stopper 1 and the lower end of the inlet part V ′ is provided. As much descending clearance is generated.

 In this state, when the stopper 1 is held by hand and turned in the locking direction, as shown in FIG. 5, the stopper 1 and the short pipe part 10 are lowered at the same time as the rotation, and thus the driving teeth of the short pipe part 10 are rotated. The cutout member 50 is also lowered simultaneously with rotation in the same direction by the driven tooth part 52 engaged with the part 30.

As such, when the cut piece 54 at the bottom of the cut member 50 is lowered at the same time as the rotation, the sharp cut piece 54 presses and tears the fragile portion 46, which is a thin edge of the bottom edge of the additive container body 40. Since it is rotated in the state, the additive A is incorporated into the container while the bottom of the additive container body 40 is broken open.

On the other hand, when the stopper 1 is maximally lowered, the upper locking jaw 20 of the lower end pipe part 10 is lowered into the upper locking groove 44 of the additive container body 40, and the lower locking jaw 20 ' It is caught and coupled to the lower locking groove 44 'of the additive container body 40, respectively,

In addition, the locking projection 53 of the cutout member 50 pushed down to the lower end pipe 10 is supported by the engaging groove 45 for preventing the separation of the additive container body 40 is added to the additive container body 40 without permission. In order to prevent the separation and separation from, the additive container body 40 is in the state connected to the short pipe portion 10, the cutting member 50 is connected to the additive container body 40, respectively.

At this time, it is necessary to keep the bottom portion of the torn additive container body 40 to be completely separated and attached as shown in the drawing so that the bottom part of the torn additive container body 40 is completely separated, and this is appropriately set the interval, rotation range, and pressing depth of each cutout 54. Can be achieved through

When the mixing of the additive (A) is completed as described above, shake the container properly so that the mixing of the additive (A) is well done, as shown in FIG. Or to be used, the additive container body 40 and the stopper (1) and the cutout member 50 of the separated container stopper is separated in a state connected as one through the locking projection 53 as shown in FIG. It is easy to collect for recycling.

Although the embodiments of the present invention have been described above, it is obvious that those skilled in the art to which the present invention pertains have changed and modified without departing from the technical spirit of the present invention.

1 is a cross-sectional view showing an application state of the present invention.

Figure 2 is an exemplary cross-sectional view showing a separation state of the present invention.

Figure 3 is an exemplary front view showing a notch member applied to the present invention.

Figure 4 is a view showing a state in which the open checker removed from the container closure of the present invention.

5 is a view showing a state in which the additive is incorporated into the contents in the container by rotating the container stopper in the locking direction.

6 is a view showing a state in which the container cap is removed from the container.

<Description of the reference numerals for the main parts of the drawings>

1: stopper 2: open checker

10: Short pipe 20,20 ': Upper and lower locking jaws

30: Drive tooth 40: Additive container body

41: body 42: support

43: support groove 44,44 ': up and down locking groove

45: Detachment catching groove 46: Vulnerability

50: cut-out member 51: the body

52: Drive tooth 53: Jamming protrusion

54: The cut-out

Claims (4)

The short pipe part protruding downward from the inner surface of the upper surface part of the stopper 1 of the well-known structure which is screwed to the inlet part V 'of the container V in the state which the open checker 2 is integrally comprised in the lower end ( 10); Upper and lower locking jaws 20 and 20 'configured to protrude spaced apart from each other on the outer circumferential surface of the short pipe part 10; A circular tooth part 30 configured in one direction at a lower end of the short pipe part 20; An additive container body (40) connected to the short pipe part (10) in a state of being fitted and supported in the inlet part (V ') of the container (V) for accommodating an optional additive (A); The additive is characterized in that it is interlocked with the stopper (1) in the state fitted in the additive container body 40 and optionally includes a cutout member 50 for cutting off the bottom of the additive container body 40, respectively. Container closure with receiving structure. The method of claim 1, wherein the additive container body 40, A support piece 42 formed laterally at the upper edge of the main body 41 formed of a cylindrical shape, A support groove 43 for being coupled to the support protrusion 43 'of the inlet portion V' of the container V in an annular concave configuration on the upper outer periphery of the main body 41; Upper and lower locking grooves 44 and 44 'configured to be recessed to be spaced apart from each other in an annular shape on the upper inner circumference of the main body 41 and selectively coupled to the upper and lower locking jaws 20 and 20'; Departure preventing locking groove 45 is formed in the annular concave portion of the inner portion of the main body 41, Container cap having an additive receiving structure, characterized in that it comprises a weakening portion 46 each of which is configured to a relatively thin thickness at the bottom edge of the main body (41). The method of claim 1, wherein the cutout member 50, A driven tooth portion 52 which is integrally formed on the upper edge of the tubular body 51 and engaged with the motive tooth portion 30; A hook protrusion 53 configured to protrude in an annular portion at the outer edge of the body 51 and to be selectively coupled to the stopping groove 45 for preventing the release of the additive container body 40; The additive is characterized in that the lower edge of the body 51 is formed to protrude in the form of a sawtooth in one direction and comprises a plurality of cut pieces 54 for cutting off the weak portion 46 of the additive container body 40, respectively. Container closure with receiving structure. The stopper locking groove (45) according to claim 1, wherein when the open checker (2) is removed and the sound or use of the mixed contents in the container (V) is terminated and the stopper (1) is removed, The container stopper having an additive receiving structure, characterized in that the additive container body 40 and the cutout member 50 are separated from each other through a locking protrusion 53.

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