KR20110087961A

KR20110087961A - Styrofoam box, built-in ice pack

Info

Publication number: KR20110087961A
Application number: KR1020100007647A
Authority: KR
Inventors: 박경원
Original assignee: 박경원
Priority date: 2010-01-28
Filing date: 2010-01-28
Publication date: 2011-08-03

Abstract

The present invention forms a groove (4) in the styrofoam box in which the use of storage and transportation frequently occurs in the cover (3) to uniformly partition the space, to provide a space for the ice pack used as a coolant there And perforate several vent holes 8 at the bottom of the cover 3. In addition, a plurality of supports 7 are formed on the styrofoam box body 2 to install upper and lower ice pack trays 6-a and b on which several air vents 8 are perforated, as necessary, thereby providing a main body 2. The Styrofoam box with built-in ice pack is partitioned into multiple spaces to block direct contact with the storage and to maintain a constant refrigeration or freezing temperature by appropriately controlling the cold air flow of the ice pack. The purpose is to provide.

Description

Styrofoam box, built-in ice pack}

The present invention forms a plurality of convex supports (7) perforated at the edges of a suitable height in the main body (2) and the inside of the main body (2) for storing the storage of the upper opening is a plurality of vent holes (8) / Lower ice pack trays (6-a, b) can be installed as needed so that the main body 2 can be utilized as a plurality of spaces, and the lower ice pack trays (6-a) have concavities and convexities formed alternately with concave grooves ( 9) Styrofoam box consisting of a cover (3) is formed in the form, the bottom of the ice pack tray (6-a) of the bottom plate concave grooves again vent holes (8) and seal the body (2) (1), the cover (3) is also provided with a groove (4) partitioning a certain space, the ice pack used as a coolant in the groove (4) can be accommodated,

The groove 4 also has a concave-convex shape 9 formed alternately with concave grooves and convex surfaces, like the lower ice pack tray 6-a installed in the main body 2, and the bottom plate concave grooves have several ventilation holes. (8) is perforated and is composed of an ice pack cover (5) that is detachably installed.

In addition, the inlet of the main body 2 for storing the opened storage has a convex concave-convex type and the inlet of the cover 3 for sealing the main body 2 has a concave-convex concave-convex type, so that the styrofoam box 1 Efficient management of the sealing and cold air of the double.

The ice packs used as coolant for each location can be inserted and removed according to the situation, blocking direct contact with the storage, and controlling the cold air flow of the ice pack appropriately to maintain a constant refrigeration or freezing temperature to ensure the freshness of the storage. Styrofoam box with built-in ice pack to keep the state.

The present invention relates to a low temperature styrofoam box, and in particular, a plurality of convex supports (7) are formed at the edges of the main body (2) and the appropriate height of each of the main body (2) for storing the upper opening. The ice pack trays 6-a and b are easily spread over and installed in a place where the support 7 is formed, and are partitioned into a plurality of spaces. ), An ice pack used as a coolant can be stored in the groove 4, and is composed of an ice pack cover 5 that is detachably installed.

Keep ice packs (coolants, vegetables, ginseng, fruits, etc., called “storage”) out of direct contact with the ice packs, and if they are in direct contact with the coolant, they can cause cold damage. This is to supplement the problem.

Conventional patents have many methods that incorporate a coolant using an ice box. However, such a patent has a problem in that the composition is complicated and the manufacturing cost is increased due to many elements necessary for producing the patent.

The Styrofoam box (1), which frequently uses storage and transportation in place of the ice box, has been designed to activate the styrofoam box (1), which is a very simple structure and easy to manufacture, which is an inexpensive ice box.

The present invention uses a styrofoam box (1) to replace the ice box is very simple and easy to manufacture for the activation of the innovatively inexpensive styrofoam box (1), the structurally open storage of the storage In the main body 2 and the inside of the main body 2, a plurality of convex supports 7 are formed at each edge of an appropriate height, and upper and lower ice pack trays 6-a and b are installed as necessary. Can be partitioned into a plurality of spaces, and the cover 3 which seals the main body 2 also has a groove 4 for partitioning a certain space, so that the ice pack used as a coolant can be stored in the groove 4. It consists of the ice pack cover 5 which is detachably installed.

If the ice pack is stored and used only in the cover 3, the storage efficiency is reduced in the main body 2 to be stored, and more contents can be stored than conventional styrofoam boxes of the same size.

Several vent holes 8 are perforated in the bottom plate of the cover 3 so that cold air is transferred to the main body 2, and the inlet of the main body 2 and the inlet of the cover 3 are convex and recessed, respectively. It has a concave-convex type, so that the styrofoam box (1) can be efficiently sealed and chilled twice, and the upper part of the cover (3) consists of an ice pack cover (5) that can be detached and installed. It is a structure.

In addition, the main body 2 is formed with a plurality of convex supports 7 at each edge of a suitable height, so that a plurality of spaces that can accommodate various kinds of storage according to the situation can be layered.

When the ice pack 10 is put into the plurality of spaces by using the upper / lower ice pack trays 6-a and b, concave and convex surfaces of the lower ice pack trays 6-a alternately have concave and convex surfaces 9. Ice pack 10 is accommodated in the surface to lift the cold air flow through the concave grooves to flow smoothly into the vent (8), the cold air flows up and down smoothly, as well as the cold water directly contact the storage As cold air is continuously protected, the cool time is effective, and thus it is possible to provide a cool effect to the storage underneath to compensate for the problem of the existing ice box.

As described above, the present invention has high utility in various forms. Since the ice pack 10 is only stored in the cover 3, the main body 2 does not need a separate ice pack, thereby solving the problem of low storage efficiency in the main body 2 for storing, and more than the conventional styrofoam box of the same size. It accommodates a lot of contents, and if the storages put together with the coolant in the main body 2 can not only compensate for the problem that these items can suffer from cold damage, but also the main body 2 according to the situation. Upper / lower ice pack trays 6-a and b may be formed to be used as two spaces.

1: A perspective view showing a state in which an ice pack built-in styrofoam box is separated
Fig. 2A: perspective view of the lid 3 of the styrofoam box 1
FIG. 2B: Front sectional view of the lid 3 of the styrofoam box 1
FIG. 2C: Front sectional view showing an embodiment in which the cover 3 of the styrofoam box 1 is inserted.
FIG. 3A: Front sectional view in which ice pack trays 6-a and b are installed in the main body 2 of the styrofoam box 1
FIG. 3B: Front sectional view showing an embodiment in which a deposit is placed in the main body 2 of the styrofoam box 1 FIG.
Fig. 4A: Front sectional view of the upper and lower ice pack trays 6-a and b of the styrofoam box 1 coupled to each other.
4B: Front sectional view of the upper and lower ice pack trays (6-a, b) separated state of the styrofoam box 1

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

As shown in Fig. 1, the present invention forms a plurality of barrels by forming a plurality of convex supports 7 at the edges of an appropriate height in the main body 2 and the main body 2 for storing the opened upper storage. Upper and lower ice pack trays (6-a, b) perforated with pores (8) can be installed as needed so that the main body (2) can be utilized as a plurality of spaces, and the lower ice pack tray (6-a) has a recessed groove and Convex surface is formed in the form of convex and convex (9) alternately, and several vent holes (8) are perforated again in the bottom plate recess of the lower ice pack tray (6-a), the upper ice pack tray (6- Several vent holes 8 are also drilled in b).

In addition, a styrofoam box (1) composed of a lid (3) for sealing the main body (2) forms a groove (4) partitioning a predetermined space in the lid (3), and an ice pack used as a coolant in the groove (4). It can be stored, the groove (4) to put the ice pack 10 in the cover (3) is also configured in the form of concave-convex (9) formed in the concave groove and convex surface alternately like the lower ice pack tray (6-a), The bottom plate concave groove is again made of a plurality of vent holes (8), characterized in that consisting of ice pack cover (5) detachable.

In addition, the inlet of the main body 2 has a convex concave-convex type, and the inlet of the cover 3 for enclosing the main body 2 has a concave-convex concave-convex type, thereby managing the sealing and cold air of the styrofoam box 1 in double. There is a characteristic.

As shown in FIGS. 2 to 4, the cover 3, the lower ice pack tray 6-a, and the upper ice pack tray 6-b are perforated with several air vents 8, and the cover 3. ) And the lower ice pack tray (6-a) are formed with concave and convex convexities (9) alternately. When the ice pack 10 is stored, the ice pack 10 is lifted from the surface to concave the flow of cold air. By being collected through the groove smoothly flows to the vent hole (8), the cold air flows up and down smoothly, and the cold air is continuously protected to act to maintain the cool time effectively.

Styrofoam box (1), main unit (2), cover (3), groove (4), ice pack cover (5),
Lower ice pack tray (6-a), upper ice pack tray (6-b), support (7), vent (8),
Unevenness (9), Ice Pack (10)

Claims

Styrofoam box (1) consisting of a main body (2) for storing the upper opening and a lid (3) for sealing the main body (2) to form a groove (4) for partitioning a certain space in the lid (3) Styrofoam box, characterized in that the ice pack can be accommodated in the groove (4), consisting of an ice pack cover (5) detachably installed on the upper portion.

The concave and convex surfaces of the concave and convex surfaces are alternately formed in the grooves 4 into which the ice packs 10 are stored in the lids. Styrofoam box, characterized in that perforated eight vents (8).

The main body (2) forms a plurality of convex supports (7) at each edge of the appropriate height to install the upper and lower ice pack trays (6-a, b) as needed, so that the main body (2) can be utilized as a plurality of spaces Styrofoam box.

4. The styrofoam box according to claim 3, wherein the lower ice pack tray (6-a) has a concave-convex (9) type in which concave grooves and convex surfaces are alternately formed.

[4] The method of claim 3, wherein several vent holes 8 are drilled in the bottom plate recess of the lower ice pack tray 6a, and several vent holes 8 are drilled in the upper ice pack tray 6b. Styrofoam box characterized by the above.

A styrofoam box in which the inlet of the main body 2 for storing the opened storage is a convex concave-convex type and the inlet of the cover 3 for sealing the main body 2 is a concave-convex concave-convex type.