KR20080048146A - A packing method and vessel of a solid state or liquefied contents for resisting pressure packing - Google Patents

Abstract

A variable vessel of solid or liquid state contents for pressure-resistant packing and a packing method using the same are provided to improve stability and productivity by the pressure-resistant packing in a continuous process, to prevent overflow of liquid contents, and to add sauce to solid contents easily when being opened. A variable vessel of solid or liquid state contents for pressure-resistant packing includes: a vessel body(10); and a variable unit(12) integrally formed on one end of the vessel body, and capable of being varied in volume by an internal or an external pressure. The variable unit is sunk in an inside direction or protruded in an outside direction of the vessel body by the internal or external pressure by being formed on the bottom of the vessel body.

Description

A variable container for packing pressured liquid or solid contents and a packing method therefor {A packing method and vessel of a solid state or liquefied contents for resisting pressure packing}

1A to 1G are cross-sectional views illustrating a process of packaging liquid contents using a variable container according to an embodiment of the present invention.

Figure 2a to 2g is a cross-sectional view showing the packaging process of the solid content using a variable container according to an embodiment of the present invention

Figure 3 is a flow chart showing the packaging step of Figures 1a to 1g and 2a to 2g

<Description of the symbols for the main parts of the drawings>

10 container 11 support means 12 variable means

13: lead film 20: liquid content 30: solid content

A: Lower presser B: Upper presser S: Upper space

θ: tilt angle

The present invention relates to a variable container for pressure-packing liquid or solid contents and a packaging method using the same. More specifically, by forming a variable means at one end of the variable container, pressure-resistant packaging is possible in a continuous process as well as opening. , A variable container for pressure-packing a liquid or solid contents to prevent the overflow of the liquid contents and to form a free space for adding a source and a garnish on top of the solid contents and a packaging method using the same will be.

In general, products produced by packing the liquid contents or the mixture of the liquid contents and the solid contents in a state filled with the inconvenience of overflowing the liquid contents, such as full filling and dilution, when the packaging is opened.

The liquid phase refers to a substance that freely flows like water or oil and changes its shape according to the shape of the container, and does not have a constant shape and hardly changes in volume even when compressed. The solid phase is solid, that is, has a constant shape and volume. In addition to solid objects, it includes fluid solids, i.e. semi-solid substances consisting of half-entangled liquids that are not completely solid, such as fluid and tacky jelly, tofu or jelly.

The conventional packaging method is to seal the opening of the container in a state in which the contents are 100% full in the container, and the liquid is filled and filled with liquid contents such as filling and dipping during the opening of the package as described above. As well as messing with, the package is opened with a weak force in consciousness of overflowing the contents, there is a problem such as the packaging is not fully opened but only partly open, causing considerable trouble in discharging the contents.

On the other hand, in order to improve the above problems, after filling the contents, a method of sealing by discharging the contents of the 10% to 20% by deforming the lower end of the packaging container, the upper end of the lead film was invented, when opening, filling Although there is an advantage that the contents of the liquid phase do not overflow, the packaging equipment for the above-mentioned packaging process is complicated and after the filling of the contents, the container is deformed and sealed, so that damage and loss of the contents occur during the deformation process of the container. However, due to the intermittent process rather than the continuous process, the production efficiency is lowered and the container is deformed and sealed in the state of filling the contents, so that the sealing is not firm and unstable, and the lower end of the deformed packaging container is exposed to external shock during distribution. There is a problem such that the contents are damaged or broken arbitrarily by deformation.

The present invention is to solve the above-mentioned problems, in particular, the present invention provides a variable container having a variable means that can be deformed by the internal and external pressure, and packing method for filling the contents after the line deformation of the container To provide stability, increase productivity through pressure-resistant packaging in a continuous process, and when opening, it prevents the overflow of the liquid content filled by the free space formed on the top of the filling, and easy to source and garnish on top of the solid content It is an object of the present invention to provide a variable container and a packaging method using the same for pressure-packing liquid or solid contents that can be added as well as to prevent any deformation of the variable means during distribution.

A feature of the present invention for achieving the above object is to pressure-pack the liquid or solid contents having a variable means which is configured in one piece with the container at one end of the container and can be deformed by internal and external pressure. For variable containers.

In addition, another feature of the present invention for achieving the above object is an internal reduction step of reducing the inner product of the container by recessing the variable means of the container in the inner direction of the container, and the liquid content or A contents filling step of filling solid contents, a sealing step of sealing an upper part of the container filled with the contents with a lead film, and a variable means of the container by applying pressure from an upper part of the container sealed by the lead film to the outside. It is a packaging method using a variable container for pressure-packing the liquid or solid contents including a protruding step to protrude in the direction.

According to an aspect of the present invention, the variable means may be configured to be configured on the bottom bottom surface of the container so as to be recessed or protruded outward in the container by the internal and external pressure.

In addition, the variable means according to the features of the present invention, it is possible to constitute an embodiment of manufacturing in a multi-stage structure or a round structure.

In addition, the variable means according to the features of the present invention, the inclination angle formed by an extension line extending horizontally the protruding end in the outward direction, and a connecting line connecting the protruding end in the outward direction and the connecting end of the container 10 The Example which manufactures with ((theta)) as 14 degrees can be comprised.

The variable container for pressure-packing the liquid or solid contents according to the above embodiments prevents the variable means from being arbitrarily deformed by an impact from the outside during the distribution of the container, and at the same time, the container is easily located on the bottom surface. It can be configured by adding a support means for supporting so that.

The objects, features and advantages of the present invention will be more readily understood by reference to the accompanying drawings and the following detailed description.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and effect of the preferred embodiment of the present invention.

1A to 1G are cross-sectional views illustrating a process of packaging liquid contents using a variable container according to an embodiment of the present invention, and FIGS. 2A to 2G are packages of solid content using a variable container according to an embodiment of the present invention. As a sectional view showing the process, the structure of the variable container 10 and the packaging process using the variable container 10 of the present invention are shown. That is, the variable container for pressure-packing the liquid or solid contents of the present invention comprises a variable means 12 and a support means 11.

The variable means 12 is configured to be recessed or protruded outward in the container direction by the internal and external pressure of the container 10, the container 10 in the bottom bottom surface of the container 10 It is composed of and integrally.

In forming the variable means 12 on the lower surface of the container 10, an extension line extending horizontally the protruding end portion in the outward direction of the variable means 12, the protruding end portion in the outward direction and the container The inclination angle (θ) formed by the connecting line connecting the connection end with (10) can be variously applied, but it is most effective to manufacture it at 14 ° for ease of deformation of the internal and external pressure and cosmetic appearance.

In addition, the variable means 12 can be produced in a multi-stage structure, as shown in the drawing, but can be produced by various modifications such as a round structure, not a single structure.

The support means 11 is to support the container 10 to be easily located on the bottom surface while preventing the variable means 12 is arbitrarily deformed by the impact from the outside during the distribution of the container. , Is formed along the circumference of the bottom bottom of the container (10).

3 is a flow chart showing the packaging step of Figures 1a to 1g and 2a to 2g, a packaging method using a variable container for pressure-packing the liquid or solid contents of the present invention configured as described above as shown in Figures 1a to 1g. If described with reference to 1g and 2a to 2g,

As shown in Figure 1a and 2a, the variable container of the present invention comprises a variable means 12 and the support means 11, the packaging method using the variable container 10 is shown in FIG. As described above, the method includes (i) an internal reduction step, (ii) content filling step, (i) sealing step, and (iii) protrusion step.

(Iii) The inner reduction step is to reduce the inner product of the container 10, and as shown in FIGS. 1B and 2B, the variable means 12 of the container 10 are directed toward the inside of the container 10. Recession to reduce the inner product of the container 10,

In reducing the inner product by linearly deforming the variable means 12 in the inner direction of the container 10, various methods such as water pressure and pneumatic pressure can be applied, but the variable means (for stability and even deformation in deformation) After the lower pressing portion A is made of a material having a higher hardness than 12), it is most effective to deform by applying mechanical pressure through the lower pressing portion A.

(Ii) filling the contents, filling the liquid contents 20 or the solid contents 30 into the inside of the container 10 in which the inner product is reduced through the inner reduction step, as shown in FIGS. 1C and 2C. As described above, the inner content of the container 10 is reduced, the liquid content 20 or the solid content 30 is filled,

(Iii) The sealing step is a step of sealing the upper portion of the container 10 filled with the liquid content 20 or the solid content 30, as shown in FIGS. 1D and 2D, the contents 20, The top of the container 10 filled with 30 is sealed with a lead film 13,

(Iv) the protruding step is to apply pressure to an upper portion of the sealed container 10 to restore the variable means 12 recessed inwardly of the container 10 in the internal reduction step, FIGS. 1E and 2E. As shown in, by applying pressure from the upper portion of the container 10 sealed by the lead film 13 to protrude outward the variable means 12 of the container 10,

In protruding the variable means 12 in the outward direction of the container 10, various methods such as hydraulic pressure and pneumatic pressure can be applied, but the lead film 13 and the contents ( After manufacturing the upper pressing portion (B) of a material having a hardness enough to deform the 20,30, mechanically through the upper pressing portion (B) within the range that the lead filler 13 is not damaged. Deformation under pressure is most effective.

According to the variable container of the present invention, the pressure-packed liquid or solid contents through each of the above steps as shown in Figure 1f and 2f, the lead film 13 is the internal liquid contents 20 or the solid contents by the internal pressure It is in a state of being in contact with the upper surface of the part 30, the lower variable means 12 is protruded downward, the variable by the support means 11 formed along the circumference of the bottom bottom surface of the container 10 The means 12 can be prevented from being arbitrarily deformed by an impact from the outside during the circulation of the container, and the container 10 can be easily erected on the bottom surface.

When the consumer opens the product produced as described above, as shown in FIGS. 1G and 2G, a space S is formed in the upper portion of the liquid content 20 or the solid content 30, and this upper space (S) prevents the liquid content 20 from overflowing, and at the same time, it is possible to easily add a sauce, a name, or the like to the upper portion of the solid content 30.

The upper space S is formed by the width of the variable means 12 protruded outwardly in a state in which the variable means 12 are recessed in the inner direction of the container 10, and the variable means 12 is the container 10. Since the contents 20 and 30 are fully filled in the recessed direction of the contents, when the variable means 12 are protruded outwardly and protrude, a space is formed in the upper portion by the width thereof, and the lead film 13 By restoring the variable means 12 in the state where the container is sealed, the lead film 13 partially contacts the upper surface of the internal liquid content 20 or the solid content 30 of the container 10 by internal pressure. Will remain.

The packing method as described above is different from the conventional method of deforming and sealing the container after filling the contents, and then filling the contents 20 and 30 after the container 10 is linearly deformed, thereby preventing the contents (20 and 30). There is no risk of damage and damage to the continuous process is possible, thereby increasing the stability and productivity, when opening, the liquid contents 20 filled by the free space (S) formed on the top of the contents (20, 30) It is possible to prevent the overflow of the solid content and easily add the source and garnish to the upper portion of the solid content 30, as well as by the impact of the external means of the variable means 12 during the distribution process by the support means (11) The deformation can be prevented.

In addition to the variable container for pressure-packing the contents of the liquid or solid of the present invention and the packaging method using the same can be variously modified, as long as it does not deviate from the scope of the present invention, all the modified embodiments of the present invention It should be interpreted as being included in the scope of rights.

According to the present invention, to increase the stability and productivity through the pressure-resistant packaging on the continuous process, when opening, to prevent the overflow of the liquid content filled by the free space formed on the top of the filling and the source and garnish on the top of the solid content Not only can easily be added, but also an advantage such as being able to prevent arbitrary deformation of the variable means during distribution can be obtained.

Claims (6)

In the variable container for pressure-packing the liquid or solid contents, For pressure-packing the liquid or solid contents, characterized in that the one end of the container 10 is integrally formed with the container 10 and has a variable means 12 which can be deformed by internal and external pressure. Variable Container. The method of claim 1, Variable means 12, A variable type container for pressure-packing the liquid or solid contents, characterized in that formed in the bottom bottom surface of the container 10 is protruded or deformed in the container inner direction by the internal and external pressure. The method of claim 1, Variable means 12, Variable type container for pressure-packing the liquid or solid contents characterized in that the multi-stage structure or the round structure. The method of claim 1, Variable means 12, An extension line extending horizontally the protruding end portion in the outward direction, A variable container for pressure-packing the liquid or solid contents, characterized in that the inclination angle (θ) of the connecting line connecting the protruding end in the outward direction and the connecting end of the container 10 is 14 degrees. The method according to claim 2, wherein Variable container for pressure-packing the liquid or solid contents, The variable means 12 includes a support means 11 for preventing the container 10 from being easily deformed by an impact from the outside during the distribution process of the container, while supporting the container 10 to be easily located on the bottom surface. Variable container for pressure-packing the liquid or solid contents characterized in that. In the packaging method using a variable container for pressure-packing the liquid or solid contents, (Iii) an inner reduction step for reducing the inner product of the container 10 by recessing the variable means 12 of the container 10 in the inner direction of the container 10, (Ii) a content filling step of filling the liquid content 20 or the solid content 30 into the inside of the container 10 in which the inner product is reduced; (Iii) a sealing step of sealing the upper portion of the container 10 filled with the contents with a lead film 13 to seal the portion; (Iii) a liquid phase comprising a protruding step of applying the pressure at the top of the container 10 sealed by the lead film 13 so that the variable means 12 of the container 10 protrude outwardly. Or a packaging method using a variable container for pressure-packing the contents of the solid phase.

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