WO2020209518A1

WO2020209518A1 - Cup-shaped container for drink

Info

Publication number: WO2020209518A1
Application number: PCT/KR2020/003660
Authority: WO
Inventors: 전연태
Original assignee: 금성실업 주식회사
Priority date: 2019-04-12
Filing date: 2020-03-18
Publication date: 2020-10-15
Also published as: KR102128240B1

Abstract

The present invention relates to a cup-shaped container for a drink, which comprises: a cup-shaped container body; a cover film sealed on the rim of the upper end of the container body to seal the inside of the container; and a finishing cap for covering and protecting the cover film. More specifically, the present invention relates to a cup-shaped container for a drink, which is configured to allow a user to use a discharge tube, a press plate, and a displacement monolayer part, which are integrally installed on the finishing cap, without using a typical straw, so as to easily drink the content stored in the container body.

Description

Beverage cup container

The present invention relates to a cup container for beverages comprising a cup-shaped container body, a cover film sealed on an upper edge of the container body to seal the inside of the container, and a closing cap covering and protecting the cover film, In more detail, without using a conventional straw, it is for beverages configured to easily consume the contents stored in the container body by using a discharge pipe, a pressure plate, and a displacement single layer installed on the closing cap as one body. It is about the cup container.

Along with the development of the food and beverage industry, beverage containers with new designs and functions are being developed as various beverages are developed to meet consumer preferences, and these beverage containers are made of plastic, glass, metal, paper, etc. depending on their contents. Is composed. Beverage containers used in the past are classified according to their shape: bottle containers with narrow mouths, square pack containers made of natural pulp, cylindrical can containers made of metal, and cups with wide container mouths. It can be distinguished by (cup) container.

Among them, the cup container is used as a container for providing a palatable beverage such as coffee, and a cup-shaped'container body' and a soft'container body' that is sealed to the upper edge of the container body by, for example, a thermal fusion method to seal the inside of the container It consists of a cover film', and a hard'finish cap' covering and protecting the cover film. The cover film functions to prevent contamination and deterioration of the contents stored in the container, and the closing cap functions to prevent damage to the cover film during storage or transportation.

A straw (hereinafter referred to as “straw”) is provided in such a cup container so that the user can conveniently eat the contents, and a straw insertion hole through which the straw can be inserted is formed in the protective cup. Thus, the user pushes the straw into the straw insertion hole, and penetrates the cover film with the straw to eat the contents stored inside the container body.

For example, in Utility Model Registration No. 20-0328359 (September 19, 2003), a packaging film (corresponding to the cover film) sealing the inside of the container on the upper side of the container body, and In the beverage container consisting of a hemispherical lid cap (corresponding to the closing cap) to block, a straw insertion port is formed on one side of the lid cap, and a drinking tool is formed on the other side corresponding thereto, so that the user may use the straw. In addition, a beverage container configured so that the contents can be eaten immediately using the drinking tool is introduced.

In addition, in Utility Model Registration No. 20-0331167 (October 15, 2003), a predetermined folding line and an incision line were formed in the straw insertion hole provided on one side of the lid cap (corresponding to the closing cap), and such a folding line By configuring the straw insertion port opening surface to be depressed at a predetermined angle toward the packaging film (corresponding to the cover film), the lid cap and packaging film can be pierced with little force when the user inserts the straw. Drink containers are introduced.

Finally, in Utility Model Registration No. 20-0449757 (July 30, 2010), the horizontal length of the straw insertion hole (corresponding to the straw insertion hole) is formed longer than the distance between the lid (corresponding to the cover film) and the straw insertion hole. And, the straw insertion port is made of an incision line so that it can be cut with the force of inserting the straw, and at the same time, a stopper for closing the straw insertion port is provided inside the incision line.When inserting the straw, the stopper penetrates the lead and surrounds the straw. A beverage container configured to form a gap through which external air can flow is introduced.

Recently, as environmental pollution caused by the abuse of plastic products has emerged as a serious problem for the global village, various efforts have been made to curb the use of plastic straws.

However, conventional cup containers for beverages have a structure that makes it difficult to eat the contents without using a straw, such as salpin bars.

Next, it is an object of the present invention to provide a cap container for beverages that can conveniently consume the contents without using a straw, and further guarantee the safety of the contents.

The present invention relates to a beverage cup container comprising a cup-shaped container body, a cover film sealed on the upper edge of the container body to seal the inside of the container, and a closing cap that covers and protects the cover film. The closing cap includes a coupling rim part coupled to an upper edge of the container body, an upper plate covering an upper surface of the coupling rim part, a discharge pipe passing through the upper plate in a vertical direction, and a pressing plate surrounding the discharge pipe, And an auxiliary cap for opening and closing the discharge pipe, the pressure plate, and the displacement fault section, and a displacement fault to protrude a position of the pressing plate above the upper plate.

So, when the pressing plate is pressed down, the position of the pressing plate is lowered under the upper plate based on the displacement fault, and the lower end of the discharge pipe penetrates the closing cap, and the contents stored in the container through the discharge pipe. It characterized in that it is configured to be able to eat.

In addition, the upper plate is divided into a first upper plate supporting the auxiliary cap through a hinge portion, and a second upper plate provided with the discharge pipe, a pressing plate, and a displacement fault, and the first upper plate is equal to the height of the first circumferential wall. It is characterized in that it protrudes above the second upper plate.

The beverage cup container according to the present invention is easy to separate collection because the contents can be eaten by using a discharge pipe integrally provided in the closing cap without using a straw, and furthermore, environmental pollution due to abuse of plastics There is an effect that can contribute to the prevention.

In addition, in the beverage cup container according to the present invention, the cover film is completely covered by the closing cap, and the auxiliary cap provided on the closing cap is provided with a so-called virgin cap function to protect the contents stored in the container. It has the effect of securing safety and reliability of the product.

1 is an exploded perspective view of a beverage cup container according to the present invention,

Figure 2 is a perspective view of the closing cap in Figure 1,

3 is a cross-sectional view taken along line A-A′ of FIG. 2 to show the state of use of the beverage cup container according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. However, since the accompanying drawings illustrate preferred embodiments of the present invention, the scope of the present invention is not limited by these embodiments. In addition, even though the configuration is essential for carrying out the present invention, detailed descriptions of matters that are introduced in the prior art or that can be easily implemented by a person of ordinary skill in the art will be omitted.

A beverage cup container according to an embodiment of the present invention is configured to include a container body 10, a cover film 20 and a closing cap 30, as shown in FIG. 1.

First, the container body 10 stores contents such as coffee or fruit juice, and is formed in a cup shape with a wide mouth, and is formed of a conventional plastic material or natural pulp material.

Next, the cover film 20 covers the upper surface of the container body 10 to seal the inside of the container, and is sealed on the upper edge of the container body 10 by, for example, heat fusion. The cover film 20 may be made of a plastic film, a waterproof paper, or an aluminum thin film, and may be easily perforated when an appropriate external impact is applied.

The closing cap 30 is to cover and protect the cover film 20, and as shown in FIG. 2, a combination rim part 31 and upper plates 32a and 32b, and an auxiliary cap 33 are included. do.

The coupling rim 31 is coupled to the upper edge of the container body 10, and a locking protrusion 311 may be provided on the inner circumferential surface.

The upper plates 32a and 32b cover the upper surface of the coupling rim 31, and are preferably composed of a first upper plate 32a and a second upper plate 32b having different heights. That is, a first circumferential wall 34 is formed around the outer circumference of the first top plate 32a to a height corresponding to a height difference from that of the second top plate 32b.

Thus, the first upper plate 32a may protrude above the second upper plate 32b by the height of the first circumferential wall 34. In addition, it is preferable that the single layer portion 35 corresponding to the boundary between the first upper plate 32a and the second upper plate 32b is empty into a space.

The auxiliary cap 33 covers the second upper plate 32b and is connected to one side of the first upper plate 32a with a hinge part 331 as a boundary. A second circumferential wall 332 surrounding the second upper plate 32b is provided at a peripheral portion of the auxiliary cap 33 excluding the hinge portion 331.

Here, the height of the second circumferential wall 332 provided on the auxiliary cap 33 is the same as the height of the first circumferential wall 34 provided on the first upper plate 32a. And when the second circumferential wall 332 of the auxiliary cap 33 and the first circumferential wall 34 of the first top plate 32a are combined with each other, a single circle is formed.

On the other hand, the second upper plate (32b), as shown in Figure 2, the discharge pipe 321 penetrating in the vertical direction, a pressing plate 322 supporting the discharge pipe 321, and the position of the pressing plate 322 A displacement fault 323 protruding above the second upper plate 32b is provided. The discharge pipe 321, the pressing plate 322, and the displacement fault layer 323 are covered so as to be opened and closed by the auxiliary cap 33.

Here, the displacement fault section 323 is made of a flexible inclined surface, so if the user presses the pressing plate 322 lightly downward, the location of the displacement fault section 323 as shown in FIG. 3 As is reversed, the position of the pressing plate 322 is lowered under the second upper plate 32b based on the displacement fault part 323 as a boundary.

In this case, the lower end of the discharge pipe 321 supported by the pressing plate 322 passes through the closing cap 30, and when the container body 10 is tilted at an appropriate angle in this state, the discharge pipe 321 ), the contents stored in the container will flow out.

Accordingly, the user can conveniently eat the contents through the discharge pipe 321. At this time, the outer diameter portion of the lower end of the discharge pipe 321 may be provided with an outward ring jaw 324 supported by the cover film 20 so that the lower end of the discharge pipe 321 does not escape over the cover film 20.

In addition, in order to impart a so-called virgin cap function to the second circumferential wall 332 of the auxiliary cap 33 and the second upper plate 32b as shown in Fig. 2A, It is preferable that the micro-connectors 325 and 333 corresponding to each other are formed so that the user can check whether or not to open. Instead of the

fine connection portions

325 and 333, locking portions corresponding to each other may be provided.

The micro-connectors 325 and 333 prevent the auxiliary cap 33 from opening on its own regardless of the user's intention, and further secure the safety and reliability of the contents stored in the container by confirming whether the user opens the lid. It functions to be able to.

In addition, the second circumferential wall 332 of the auxiliary cap 33 is provided with a nail hole 334 so that the user can cut the

fine connection portions

325 and 333 and open the auxiliary cap 33 more easily. desirable. The nail hole 334 may be empty as a space, but may be sealed in a structure that can be easily cut and drilled by an appropriate external force.

The beverage cup container according to the present invention can be stored for a long time by filling the contents inside the container body 10, sealing the cover film 20, and then sterilizing it. In addition, since the contents can be eaten by using the discharge pipe 321 without using a straw, it is easy to separate and collect, and it can contribute to preventing environmental pollution due to abuse of plastic.

10; Container body 20; Cover film

30; Closing cap 31; Combined rim

32a; First top plate 32b; Second top plate

33; Auxiliary cap 34; First circumferential wall

35; Fault 311; Stumbling jaw

321; Discharge pipe 322; Pressure plate

323; Displacement fault section 324; Extroverted chin

325; Fine connection 331; Hinge

332; Second circumferential wall 333; Fine connection

334; Nail hole

Claims

In a beverage cup container comprising a cup-shaped container body, a cover film sealed at an upper edge of the container body to seal the inside of the container, and a closing cap covering and protecting the cover film,

The closing cap includes a coupling rim part coupled to an upper edge of the container body, an upper plate covering the upper surface of the coupling rim part, a discharge pipe passing through the upper plate in a vertical direction, a pressing plate surrounding the discharge pipe, and the pressing plate A displacement fault to protrude a position of the upper plate above the upper plate, and an auxiliary cap for opening and closing the discharge pipe and the pressing plate and the displacement fault,

When the pressing plate is pressed down, the position of the pressing plate is lowered under the upper plate based on the displacement fault, and the lower end of the discharge pipe penetrates the closing cap to remove the contents stored in the container through the discharge pipe. Drink cup container, characterized in that configured to be eaten.
The method of claim 1, wherein the upper plate is divided into a first upper plate supporting the auxiliary cap through a hinge part, and a second upper plate provided with the discharge pipe, a pressure plate, and a displacement fault part, and the first upper plate is a first A beverage cup container, characterized in that protruding above the second upper plate by the height of the circumferential wall.
The method of claim 2, wherein the auxiliary cap is provided with a second circumferential wall surrounding the second upper plate at a circumferential portion excluding the hinge part, and the second circumferential wall and the second upper plate are provided with a user to check whether or not the opening is opened. Cup container for beverages, characterized in that provided with micro-connectors corresponding to each other so as to be able to.
The method of claim 2, wherein the auxiliary cap is provided with a second circumferential wall surrounding the second upper plate at a circumferential portion excluding the hinge, and a nail so that the auxiliary cap can be easily opened and closed on the second circumferential wall. A beverage cup container, characterized in that a nail hole is provided.
The beverage cup container according to claim 1, wherein the displacement fault portion is formed of a flexible inclined surface.