KR102655656B1 - Shipable egg try packaging - Google Patents

Abstract

The present invention is configured to place a cushioning member with pressure protrusions on an egg tray to prevent raw eggs from moving, wrap it with a shock dispersing member, place it in an airbag packing, and send it by courier, thereby preventing raw eggs from moving while protecting against external shock. We provide a raw egg tray packaging material that can be delivered by courier, which allows the raw eggs to be safely delivered by courier without breaking even if they are dropped from a certain height by dispersing them widely. And in the present invention, when manufacturing airbag packing, air pockets are continuously and repeatedly formed to protrude or multiple air pockets are formed, so that even if any one air pocket is broken, the raw egg does not break due to external impact and safely reaches the designated position. We provide raw egg tray packaging that can be delivered by courier while protecting the product.

Description

Raw egg tray packaging material that can be delivered by courier {SHIPABLE EGG TRY PACKAGING}

The present invention relates to a raw egg tray packaging material that can be delivered by courier. More specifically, the present invention relates to a raw egg tray packaging material that can be delivered by courier. More specifically, a buffer member is placed on an egg tray containing several raw eggs, so that the pressing protrusions are sandwiched between the raw eggs to prevent the raw eggs from moving and at the same time absorb shock. In addition, the egg tray and buffer member are wrapped with a shock dispersion member to widely disperse the external shock, and at the same time, the egg tray is packaged in an airbag packaging for delivery, ensuring that the raw egg does not break even when dropped from a height of approximately 1.5m, making it safe. This allows for delivery by courier.

Generally, raw eggs are sold in egg trays that can store a certain number of eggs at a time. There is no major problem with these raw eggs when consumers carry egg trays, but there is a risk of the raw eggs breaking when the raw eggs purchased at a store are delivered to the home or delivered through a delivery company.

Accordingly, in order to allow raw eggs to be received at home through courier or delivery, technologies that allow raw eggs to be delivered or couriered without breaking them easily, as shown in (Patent Document 1) to (Patent Document 3) below, have been disclosed.

(Patent Document 1) Korean Patent No. 10-1664775

This relates to an egg box for delivery that safely protects eggs from external shock that occurs during the process of transporting the egg box through delivery. It consists of an outer box body made of paper material with an internal space formed; In an egg box consisting of a cover covering the outer box main body, a lowest layer cushioning protection plate having a plurality of holes formed in the inner space of the outer box main body; a lower cushioning member made of polyethylene foam placed on top of the lowest cushioning protection plate; an egg-accommodating cushioning member made of polyethylene foam placed on top of the lower cushioning member; an upper cushioning member made of polyethylene foam placed on top of the egg accommodating cushioning member; It is characterized in that it includes an upper buffer protection plate placed on top of the upper buffer member.

(Patent Document 2) Korean Open Practice No. 20-2023-0000319

It relates to an egg box for delivery, which is prepared as a pair and placed on the upper and lower parts of the egg, respectively, and is inserted into the upper and lower part of the egg to protect the egg, with an insert into which the upper or lower part of the egg is inserted. a top plate on which a hole is formed and at least two support protrusions provided on the insertion hole side to support the upper side or lower side of the egg; side portions extending from the left, right, front, and rear sides of the upper plate and bent in a downward direction; and a lower portion extending from the side portion and supporting the upper plate, and an internal space may be formed between the upper plate, the side portion, and the lower portion.

(Patent Document 3) Korean registration practice No. 20-0475562

It relates to an egg box for delivery, which is formed in the shape of a plate standing vertically, but is formed in the shape of a plate standing vertically, with a plurality of horizontal plates arranged in parallel and spaced apart so that the longitudinal direction faces the horizontal direction, and a plate shape standing vertically, but the longitudinal direction is oriented in the vertical direction. A grid unit consisting of a plurality of vertical plates arranged in parallel and spaced apart from each other so as to; an external box into which the grid unit is inserted; It has an internal space large enough for eggs to enter and is shaped like a polygonal or circular tube with the upper and lower sides open. The upper entrance has side plates so that eggs can pass through and the lower entrance has a size that eggs cannot pass through. It is formed at an angle and is manufactured so that the upper end is located at a higher point than the top of the egg inserted inside and the lower end is located at a lower point than the bottom of the egg inserted inside, so that it consists of two adjacent horizontal plates and two adjacent vertical plates. It consists of a plurality of individual packaging units inserted into a receiving space surrounded by a.

Korean Patent No. 10-1664775 (Registration Date: 2016.10.04) Korea Public Practice No. 20-2023-0000319 (Publication date: 2023.02.13) Korea Registration Office No. 20-0475562 (Registration Date: 2014.12.04)

However, these existing egg boxes used for courier or delivery have the following problems.

(1) When carrying raw eggs purchased at a store in an egg tray, there is no need for an egg box used for courier or delivery. Accordingly, as existing egg boxes are manufactured for courier or delivery purposes, not only does the manufacturing cost increase, but the overall weight also increases.

(2) This means that when a situation arises where you have to carry raw eggs in an egg tray, existing egg boxes made for courier or delivery are heavy and cannot be carried for a long time, and it is also inconvenient to dispose of these egg boxes at home. There is.

(3) To prevent raw eggs from breaking during delivery or courier while loading egg trays, raw eggs must be held in close contact with the egg tray and fixed so that they do not move. However, existing egg boxes are only fixed by the box itself, so external shock is applied. When you lose, the shock is transmitted directly to the raw egg.

(4) In the end, not only are existing courier or delivery egg boxes unnecessarily expensive, but they cannot sufficiently withstand external shocks, so raw eggs may break during delivery.

The present invention takes this into consideration, by placing a cushioning member with a pressing protrusion on an egg tray to prevent raw eggs from moving, wrapping it with a shock dispersing member, and placing it in an airbag packing so that it can be sent by courier, so that the raw eggs can be sent by courier. The purpose is to provide a raw egg tray packaging material that can be delivered by courier, which prevents movement and can widely disperse external shocks, so that raw eggs can be safely sent by courier without breaking even when dropped from a certain height.

In particular, the present invention provides a raw egg tray packaging material that can be delivered by courier by easily courier packaging according to egg trays containing different numbers of raw eggs, protecting the raw eggs from breaking while absorbing external shock to safely deliver raw eggs to the desired location. There is another purpose in doing this.

And in the present invention, when manufacturing airbag packing, air pockets are continuously and repeatedly formed to protrude or multiple air pockets are formed, so that even if any one air pocket is broken, the raw egg is not broken by external impact and safely reaches the designated position. Another purpose is to provide raw egg tray packaging that can be delivered by courier while protecting it.

A raw egg tray packaging material that can be delivered by courier according to the present invention to achieve this purpose is a raw egg tray packaging material that packages an egg tray (T) storing several raw eggs (E) in one row or multiple rows so that it can be delivered by courier; It is made of the size of the egg tray (T) surface, and on the side facing the raw egg (E), several pressing protrusions (110) are formed to protrude as one piece to prevent the raw egg (E) from moving by being forcibly inserted between the raw eggs (E). , a buffering member 100 laminated on the egg tray (T) surface; A shock dispersion member 200 that is formed in a long strip shape and wraps the egg tray T on which the cushioning member 100 is stacked in a “ㄷ” shape or at least once in a “ㅁ” shape; and an airbag packing (300) in the form of a bag into which the egg tray (T) surrounded by the impact dispersion member (200) can be inserted.

In particular, the cushioning member 100 is characterized by being made of silicone, foam, expanded polyurethane, rubber, ABS plastic, or sponge.

In addition, the pressing protrusions 110 are characterized in that at least three of them are formed to press and protrude at equal intervals around one raw egg (E).

And the impact dispersion member 200 is characterized by being made of cardboard, plastic, foam, or silicon.

Meanwhile, the airbag packing 300 is characterized in that air pockets are continuously formed along the length of each side in one direction, or air pockets of a certain size are continuously and repeatedly formed on each side.

Lastly, the egg tray (T) is characterized in that it has 10, 15, 20, or 30 pieces.

The raw egg tray packaging material that can be delivered by courier according to the present invention has the following effects.

(1) As the cushioning member formed with several protruding pressing protrusions is placed on the raw egg and pressed, the pressing protrusion is sandwiched between two neighboring raw eggs to prevent the raw egg from moving within the egg tray. Accordingly, it is possible to prevent raw eggs from breaking when they hit the egg tray.

(2) At this time, at least three pressing protrusions are arranged at equal intervals for one raw egg to prevent the raw egg from moving, so no matter which direction an external force is applied, the pressing protrusions provide a shock absorption effect and at the same time prevent movement. This prevents raw eggs from breaking.

(3) In addition, since the shock dispersing member is wrapped in a "ㄷ" or "ㅁ" shape when the buffer member is placed like this, the buffer member not only adheres well to the surface of the raw egg and prevents the raw egg from moving. , Even if a shock is applied from the outside, the external shock can be dispersed and absorbed through this buffer member to increase the effect of protecting the raw egg from breaking.

(4) And, after being wrapped with a buffering member, it is inserted into the airbag packing for delivery, so even if an impact is applied, such as dropping the raw egg tray during delivery, the effect of protecting the raw eggs by dispersing and absorbing external shock can be further increased. there is.

(5) At this time, the airbag packing forms continuously long air pockets or uses a product that is repeatedly molded in succession, so that even if any one airbag packing is damaged by an external impact, the raw egg can be stably protected through the remaining air pockets. there is.

[Figure 1] is an egg tray containing raw eggs to be shipped wrapped in a raw egg tray packaging material that can be delivered by courier according to the present invention, (a) is a perspective view, and (b) is a side view.
[Figure 2] is a view showing a state in which the buffer member according to the present invention is stacked on an egg tray and fixed to prevent raw eggs from moving with pressing protrusions. (a) is a perspective view, and (b) is a side view.
[Figure 3] is a perspective view (a) showing the cushioning member according to the present invention, and a top view (b) of the egg tray showing the cushioning member stacked on the egg tray.
[Figure 4] is a view showing a state in which an egg tray is wrapped with a shock dispersion member according to the present invention along with a buffering member. (a) is an exploded perspective view of the state before wrapping, and (b) is a front view showing the state of wrapping.
[Figure 5] is a view showing the state in which the airbag packing according to the present invention is stored, (a) is a perspective view, and (b) is a front view.
[Figure 6] is a perspective view showing an example of airbag packing according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the attached drawings. Prior to this, the terms or words used in this specification and claims should not be construed as limited to their usual or dictionary meanings, and the inventor may appropriately define the concept of terms in order to explain his or her invention in the best way. It must be interpreted with meaning and concept consistent with the technical idea of the present invention according to the principle that it can be done.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent the entire technical idea of the present invention, so various equivalents can be substituted for them at the time of filing the present application. It should be understood that there may be variations.

[Composition of raw egg tray packaging materials available for courier delivery]

The raw egg tray packaging material that can be delivered by courier according to the present invention includes a cushioning member 100, a shock dispersion member 200, and an airbag packing 300, as shown in [FIGS. 1] to [FIG. 6].

In particular, as the buffer member 100 is formed with several pressing protrusions 110 that are sandwiched between neighboring raw eggs (E) to prevent the raw eggs (E) from moving in the egg tray (T), the raw eggs (E) are formed during delivery. ) prevents it from breaking by hitting the egg tray (T) while moving.

At this time, at least three of the pressing protrusions 110 are configured to press one raw egg (E) so that it cannot move, thereby stably supporting and fixing the raw egg (E) so that it can be delivered safely without being broken by impact.

In addition, the shock dispersion member 200 surrounds the buffer member 100 and the egg tray (T) in a “ㄷ” or “ㅁ” shape, so even if the egg tray (T) falls during delivery, it is not exposed from the outside. The delivered shock is distributed evenly throughout the shock dispersing member 200 and absorbed together with the buffering member 100, allowing the raw egg (E) to be delivered without breaking.

In addition, the airbag packing 300 not only protects the raw egg (E) by absorbing shock applied from the outside as it has multiple air pockets, but also protects the raw egg (E) safely even if any one air pocket is damaged. It was made possible to protect.

Hereinafter, this configuration will be described in more detail with reference to the attached drawings. Here, the reference numeral "E" represents a raw egg for delivery, and "T" represents an egg tray that stores multiple raw eggs (E) in one or multiple rows.

go. cushioning member

As shown in [FIG. 1] to [FIG. 3], the buffer member 100 is cut into the size of an egg tray (T) for storing several raw eggs (E) in one row or multiple rows and stacked on top to form the raw eggs (E). It prevents movement and absorbs shock. Here, the egg tray (T) is a tray manufactured using conventional technology to hold raw eggs (E) in one or multiple rows, and is usually made of 10, 15, or 20 eggs depending on the number of raw eggs (E). , or 30 districts. Of course, the number of raw eggs (E) may be more or less than this.

Meanwhile, the cushioning member 100 has several pressing protrusions 110 protruding from the surface facing the raw egg E, as shown in [FIGS. 2] and [FIG. 3].

compression protrusion

The pressing protrusion 110 is forcibly inserted between two neighboring raw eggs (E), as shown in [FIG. 2] and [FIG. 3], so that the raw egg (E) does not move while in close contact with the egg tray (T). By doing so, it is possible to prevent the raw egg (E) from being damaged by hitting the surroundings during delivery.

These compressed protrusions 110 support and secure at least three raw eggs (E) at equal intervals as shown in [Figure 3], thereby preventing the raw eggs (E) from moving easily and ensuring that they are safe and do not break during the delivery process. It is desirable to configure it so that it can be delivered. The drawing shows an example in which four compression protrusions 110 are formed at equal intervals around a raw egg (E).

The buffer member 100 made in this way fixes the raw egg E so that it does not break when the pressing protrusion 110 is inserted between the raw eggs E, and is made of a material that can absorb shock even when shock is applied from the outside. It is desirable to produce Examples of such materials include silicone, foam, expanded polyurethane, rubber, ABS plastic, and sponge. In addition, it is preferable to cut the buffer member 100 to the flat size of the egg tray (T) or slightly larger than this.

me. Absence of shock dissipation

As shown in FIG. 4, the shock dispersion member 200 surrounds the egg tray T in which the above-described buffer members 100 are laminated and widely disperses the shock applied from the outside to prevent the shock applied to the raw egg E. It is a member to minimize impact and protect the raw egg (E) from breaking.

Accordingly, the impact dispersion member 200 uses a long member manufactured in the form of a strip, as shown in [Figure 4], and the egg tray (T) on which the above-described buffering member 100 is laminated is formed in a "ㄷ" shape. By wrapping the egg tray (T) in a "ㅁ" shape at least once, the overall shape of the egg tray (T) maintains an approximately rectangular parallelepiped shape, and even if an impact is applied to the shock dispersion member (200) from the outside, the shock dispersion member (200) with a large area ) to prevent it from reaching the raw egg (E).

This shock dispersion member 200 can be made of any material that has a certain degree of rigidity and can disperse and absorb external shocks. For example, cardboard, plastic, foam, and silicon can be used. there is.

all. airbag packing

Airbag packing 300 refers to a common technique used to store or transport fragile items by forming several air pockets, as shown in [FIGS. 5] and [FIG. 6].

In particular, in the present invention, the airbag packing 300 is manufactured in the form of a box, as shown in [FIGS. 5] and [FIG. 6], and then an egg tray (T) wrapped with an impact dispersion member 200 is inserted into it. By making it in the form of a bag so that it can be finished, the raw eggs (E) will not break even if the egg tray (T) is accidentally dropped during delivery. When forming air pockets in the air bag packing 300, they may be formed in a long bar shape, or the air pockets may be formed continuously and repeatedly with a certain size. At this time, it is preferable to configure several air pockets repeatedly so that even if any one air pocket is damaged, the raw egg (E) can be protected by absorbing shock.

As described above, the present invention fixes the raw eggs so that they cannot move in the egg tray and is configured to widely disperse and absorb shock from the outside, so that the egg tray (egg tray packaged with the raw egg tray packaging material that can be delivered by courier according to the present invention) Even if the egg is dropped from a height of about 1.5m (30 eggs), it protects the raw eggs from breaking and allows for easy delivery.

100: Buffering member
110: Compression protrusion
200: Shock dispersion member
300: Airbag packing
T: egg tray

Claims (6)

In the raw egg tray packaging material, which packs egg trays (T) containing multiple raw eggs (E) in one or multiple rows for delivery by courier,
It is made of the size of the egg tray (T) surface, and on the side facing the raw egg (E), several pressing protrusions (110) are formed to protrude as one piece to prevent the raw egg (E) from moving by being forcibly inserted between the raw eggs (E). , a cushioning member 100 laminated on the egg tray (T) surface;
A shock dispersion member 200 that is formed in a long strip shape and wraps the egg tray T on which the cushioning member 100 is stacked in a “ㄷ” shape or at least once in a “ㅁ” shape; and
A raw egg tray packaging material that can be delivered by courier, comprising an airbag packing (300) in the form of a bag into which the egg tray (T) surrounded by the shock dispersion member (200) can be inserted.
In paragraph 1:
The buffer member 100 is,
A raw egg tray packaging material that can be delivered by courier, characterized in that it is made of silicone, foam, expanded polyurethane, rubber, ABS plastic, or sponge.
In paragraph 1:
The pressing protrusion 110 is,
A raw egg tray packaging material that can be delivered by courier, characterized in that at least three raw eggs (E) are pressurized and protruded at equal intervals around one raw egg (E).
In paragraph 1:
The shock dispersion member 200 is,
A raw egg tray packaging material that can be delivered by courier and is made of cardboard, plastic, foam, or silicone.
In paragraph 1:
The airbag packing 300 is,
Air pockets are formed continuously in one direction along the length of each side, or
A raw egg tray packaging material that can be delivered by courier, characterized by continuously and repeatedly forming air pockets of a certain size on each side.
In any one of paragraphs 1 to 5,
The egg tray (T) is,
A raw egg tray packaging material that can be delivered by courier, characterized in that it has 10, 15, 20, or 30 pieces.

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