CN111164025A

CN111164025A - Insulated cabinet for goods distribution

Info

Publication number: CN111164025A
Application number: CN201880061352.4A
Authority: CN
Inventors: 文湘权; 朴恩镇; 金妸兰; 朴智山; 崔惠慜
Original assignee: CJ CheilJedang Corp
Current assignee: CJ CheilJedang Corp
Priority date: 2017-09-21
Filing date: 2018-09-14
Publication date: 2020-05-15
Anticipated expiration: 2038-09-14
Also published as: CN111164025B; WO2019059585A1; KR20190000802U; KR200490158Y1

Abstract

The present invention relates to a heat-insulating box for distribution of commodities, in which a storage space is partitioned, and a plurality of commodities can be separately stored in accordance with respective storage temperatures by the partitioned storage space.

Description

Insulated cabinet for goods distribution

Technical Field

The present invention relates to a heat-insulating box for goods distribution, and more particularly, to a heat-insulating box for goods distribution, in which a receiving space is partitioned, and a plurality of kinds of goods can be separately received by the partitioned receiving space according to individual preservation temperatures.

Background

As the demand for refrigerated or frozen goods in electronic commercial shopping malls or off-line shopping malls requiring distribution increases, the distribution of goods through insulated packing boxes is also increasing.

At this time, in the case of a logistics system capable of performing recycling of the heat-insulating packing box, by using the heat-insulating packing box to which a high-performance material, i.e., a material having excellent heat-insulating performance is applied, it is possible to satisfy the consumer's demand in distributing the refrigerated or frozen goods.

However, in the express logistics system, which accounts for most of the electronic commercial shopping logistics, the adiabatic packing case cannot be recycled, and it is impossible to use a material having excellent adiabatic performance due to a cost problem, etc., and thus a 'disposable ice box' as disclosed in korean registered utility model publication No. 20-0407206 (publication No. 200601.25) or the like is generally used.

Since the main body and the cover of the disposable ice bin are formed of a heat insulating material and the internal temperature thereof can be maintained relatively constant during transportation in consideration of the characteristics of the material as compared to a general carton, a decrease in the freshness of a refrigerated or frozen product is minimized.

Also, since various types of refrigerants are put in the disposable ice bank together with the goods, the internal temperature in the disposable ice bank can be maintained at a low temperature for a long time by the refrigerants, and thus the decrease in the freshness of the refrigerated or frozen products is further minimized.

However, the conventional disposable ice bin cannot separately store the commodities, and therefore, has a problem that it is difficult to mix and distribute the commodities having different storage temperatures.

For example, when a product stored at room temperature is put into an existing disposable ice box together with a frozen product and distributed, there is a problem such as exposure to cold damage due to contact of the product stored at room temperature with a refrigerant.

For this reason, in an electronic commercial shopping mall or an off-line shopping mall, commodities purchased by a consumer are classified according to storage temperature, and commodities stored at normal temperature, refrigerated-stored commodities, and frozen-stored commodities are classified and distributed.

However, when goods are classified and distributed according to the preservation temperature, there is a problem in that the logistics cost increases because the use of disposable ice cases increases.

For the above reasons, attempts have been made in the related art to develop a heat-insulating box for goods distribution, in which the accommodating spaces are partitioned, and the partitioned accommodating spaces can separately accommodate a plurality of kinds of goods according to individual preservation temperatures, but satisfactory results have not been obtained so far.

Disclosure of Invention

Technical problem

The present disclosure has been made in view of the above circumstances, and it is an object of the present disclosure to provide a heat-insulating box for goods distribution that solves a problem caused by goods damage such as cold damage due to the inability to separately accommodate goods having different storage temperatures when using a general disposable ice box.

Technical scheme

The insulated cabinet for goods distribution according to the present disclosure for achieving the above objects includes: a main body having a wall body extending upward from an edge of a bottom, wherein a receiving space is formed inside the wall body; a cover coupled to an upper end of the main body and blocking the opening of the receiving space; and an inner cover inserted into the inner side of the main body to vertically divide the accommodating space, and having an insertion hole extending inward formed in at least one of outer surfaces contacting the inner surface of the wall body.

The main body includes a protrusion protruding from an inner surface of the lower portion of the wall body.

The body may further include lower side grooves respectively extending in the longitudinal direction on both inner surfaces of the protrusion facing each other; and upper side grooves formed to extend in the longitudinal direction on upper portions on two inner surfaces of the wall body facing each other, respectively.

A lower side spacer may be interposed between the lower grooves facing each other, and an upper side spacer may be interposed between the upper grooves facing each other.

Each of the lower and upper side grooves may include a plurality of grooves spaced left and right, respectively.

Each of the lower and upper side partitions may include a through hole passing through both surfaces of each of the lower and upper side partitions.

The insertion hole may include a plurality of insertion holes formed to be spaced apart left and right.

The inner lid may include a handle projecting upwardly from the upper surface.

The inner cap may further include a step formed along an edge of the bottom surface to have a stepped shape.

The body, the cover, the inner cover, the upper side partition, and the lower side partition may be formed of foam.

The foam may include at least one of polystyrene, polypropylene, and polylactic acid.

Advantageous effects

The insulated box for distribution of goods according to the present disclosure includes a body and a cover, and includes the inner cover, the receiving space inside the body is partitioned up and down by inserting the inner cover into the inside of the body, and thus, goods having different preservation temperatures can be separately received by the receiving space of the upper layer and the receiving space of the lower layer, so that each goods can be preserved at an optimum temperature during distribution.

In addition, the insulation box for distribution of goods according to the present disclosure may further include an upper partition and a lower partition, the receiving space of the upper layer partitioned by the inner cover may be partitioned left and right by the upper partition, and the receiving space of the lower layer partitioned by the inner cover may be partitioned left and right by the lower partition, and thus, even if there are a plurality of goods having different storage temperatures, they may be separately received, so that each goods may be stored at an optimum temperature during distribution.

Drawings

Fig. 1 is an exploded perspective view for explaining the structure of an insulated cabinet for goods distribution according to the present invention.

Fig. 2 is a sectional view for explaining the structure of the insulated cabinet for goods distribution according to the present invention.

Fig. 3 is a bottom perspective view for explaining the structure of an inner cover in an insulated box for goods distribution according to the present invention.

Fig. 4 is a schematic view showing a state of use of the insulated cabinet for goods distribution according to the present invention.

Fig. 5 is an exploded perspective view showing when the insulated cabinet for goods distribution according to the present invention further includes upper and lower side partitions.

Fig. 6 is a sectional view showing when the insulated cabinet for goods distribution according to the present invention further comprises upper and lower side partitions.

Fig. 7 is a perspective view showing a shape when a lower-side partition plate in an insulation box for goods distribution according to the present invention includes a through-hole.

Fig. 8 is a schematic view showing a state of use when the insulated cabinet for goods distribution according to the present invention further comprises upper and lower partitions.

Fig. 9 is an illustration showing a state in which upper and lower side partition plates in an insulated box for goods distribution according to the present invention are provided in plurality in each accommodation space divided up and down.

Detailed Description

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

As shown in fig. 1 and 2, the insulated box a for goods distribution according to the present invention includes a main body 10, a cover 20, and an inner cover 30.

The main body 10 includes a wall body 12 extending upward from an edge of the bottom 11, wherein a receiving space is formed at an inner side of the wall body.

The main body 10 as described above includes a protrusion 14 protruding from the inner surface of the lower portion of the wall 12.

Therefore, the inner cap 30 inserted into the inside of the main body 10 is stably supported by being seated on the protrusion 14.

In addition, the main body 10 may include lower grooves 15 respectively extending in the longitudinal direction on both inner surfaces of the protrusion 14 facing each other, and upper grooves 16 formed to respectively extend in the longitudinal direction on tops of both inner surfaces of the wall body 12 facing each other.

Therefore, the accommodation space 13 vertically partitioned by the inner cover 30 may be left and right partitioned by inserting the lower partition 50 between the lower grooves 15 facing each other and inserting the upper partition 40 between the upper grooves 16 facing each other.

At this time, each of the lower and

upper grooves

15 and 16 may include a plurality of grooves spaced left and right, respectively.

Therefore, the accommodation space 13 vertically partitioned by the inner cover 30 may be partitioned into two or more left and right by inserting the lower and

upper partition plates

50 and 40 between the lower and

upper grooves

15 and 16 facing each other, respectively.

Here, each of the lower and

upper partitions

50 and 40 may include through-

holes

51 and 41 penetrating both surfaces of each of the lower and

upper partitions

50 and 40, as shown in fig. 7.

Therefore, when the refrigerant 200 is put into any one of the accommodation spaces 13 partitioned left and right by the lower and

upper partition plates

50 and 40, the cold air from the refrigerant 200 is smoothly transferred in the lateral direction to the refrigerated or frozen commodity 100 accommodated in the other of the accommodation spaces 13 in the vicinity through the through

holes

51 and 41 of the lower and

upper partition plates

50 and 40.

In addition, the lower groove 15 may include a protrusion 15a protruding upward from the bottom 11 at a lower end.

Therefore, the combination of the lower groove 15 and the lower partition 50 is stabilized by the engagement of the protrusion 15a with the groove portions 52 formed at both side end portions of the lower end of the lower partition 50 described later.

In addition, both side ends of the lower partition 50 at the lower end may include the groove portions 52.

Therefore, the engagement of the lower groove 15 with the lower partition 50 is stabilized by the engagement of the groove portion 52 with the protrusion 15a formed at the lower groove 15.

In addition, the upper side barrier 40 may include a groove portion 42 at a lower end.

Therefore, by inserting a handle 32 formed on an upper surface of the inner lid 30 described later inside the groove portion 42 while inserting the upper partition plate 40 between the upper grooves 16, the upper partition plate 40 is in close contact with the inner lid 300 without a gap.

In one aspect, the body 10 may include a recessed portion (not shown) on the bottom 11.

Therefore, by inserting the lower end of the lower partition plate 50 into the groove portion of the bottom 11, the space between the main body 10 and the lower partition plate 50 becomes tight.

The cover 20 is coupled to the upper end of the main body 10 to block the opening of the receiving space 13.

The cover 20 as described above is only for blocking the opening of the accommodating space 13 and does not have a particular function, and thus, a detailed description of the cover 20 will be omitted.

The inner cap 30 is inserted into the inside of the body 10 to partition the receiving space 13 up and down.

The inner lid 30 as described above may include an insertion hole 31 extending inward on at least one of the outer surfaces contacting the inner surface of the wall body 12.

Therefore, since the air between the main body 10 and the inner cap 30 flows through the insertion hole 31 when the inner cap 30 is inserted into the inside of the main body 10 or withdrawn from the inside of the main body 10, a pressure rise due to a flow stagnation of the air between the main body 10 and the inner cap 30 is prevented, so that the inner cap 30 can be easily inserted and withdrawn.

At this time, the insertion hole 31 may include a plurality of insertion holes formed to be spaced apart left and right.

Therefore, air between the main body 10 and the inner cap 30 flows through each of the insertion holes 31, thereby making insertion and extraction of the inner cap 30 easier.

In addition, the inner lid 30 may include a handle 32 protruding from the upper surface toward the top.

Therefore, when inserting and extracting the inner cap 30, the insertion and extraction of the inner cap 30 is facilitated by grasping the handle 32.

In addition, as shown in fig. 3, the inner lid 30 may further include a step portion 33 formed to have a stepped shape along an edge of the bottom surface.

Therefore, when the inner cap 30 is inserted into the main body 10, the upper end of the protrusion 14 is engaged with the step 33, thereby stably maintaining the coupled state of the inner cap 30 and the main body 10.

In addition, the inner cap 30 may further include a groove portion (not shown in the drawings) on an upper surface.

Therefore, the inner lid 30 and the upper side diaphragm 40 are tightly coupled by inserting the lower end of the upper side diaphragm 40 into the groove portion on the upper surface of the inner lid 30.

On the other hand, the body 10, the cover 20, the inner cover 30, the upper partition 40, and the lower partition 500 are formed of foam, and thus have heat insulation properties.

At this time, the foam may include at least one of polystyrene, polypropylene, and polylactic acid.

The following is a detailed description about the use of the insulated box a for goods distribution according to the present invention.

The present invention includes the inner cap 30, and the receiving space 13 inside the main body 10 is vertically partitioned by inserting the inner cap 30 into the inside of the main body 10.

Therefore, for example, by placing the normal temperature storage products 100 in the upper-stage storage space 13 and placing the frozen storage products 100 in the lower-stage storage space 13, the products 100 having different storage temperatures can be separately stored, as shown in fig. 4.

As described above, since each of the products 100 maintains the optimum storage temperature during distribution by separately storing the products 100 having different storage temperatures in the storage space 13 partitioned up and down by the inner lid 30, it is possible to prevent deterioration of merchantability due to a reduction in freshness, etc., even if a single main body 10 is used.

However, even if the inner lid 30 is inserted into the main body 10 to vertically divide the accommodation space 13, it is difficult to separately accommodate the commodities 100 when more than two commodities 100 having different storage temperatures are stored.

For example, when the normal-temperature preserved product 100, the refrigerated preserved product 100, and the frozen preserved product 100 are packed together, even by vertically dividing the accommodation space 13 by the inner lid 30, any one product 100 needs to be accommodated together with other products 100 having different preservation temperatures.

However, the insulated box for distribution of the goods 100 according to the present invention may further include the upper partition 40 and the lower partition 50, as shown in fig. 5 and 6, since the receiving space 13 of the upper layer and the receiving space 13 of the lower layer, which are partitioned by the inner cover 301, are partitioned left and right by the upper partition 40 and the lower partition 50, the goods 100 such as the normal temperature preservation are put in any one of the receiving spaces 13 partitioned left and right in the receiving space 13 of one layer, and the goods 100 such as the cold preservation are put in the other one of the receiving spaces 13 partitioned left and right in the receiving space 13 of the same layer, and the goods 100 such as the cold preservation are put in any one of the receiving spaces 13 partitioned left and right from the receiving space 13 of the other layer, so that a plurality of goods 100 having different preservation temperatures can be respectively accommodated as shown in fig. 8, each of the commodities 100 is maintained at an optimum storage temperature during distribution, thereby preventing deterioration in merchantability due to a reduction in freshness or the like even when a single body 10 is used.

In addition, as shown in fig. 9, a plurality of the upper and

lower partitions

40 and 50 according to the present disclosure may be provided, so that the accommodation spaces 13 vertically partitioned by the inner lid 30 may be further subdivided left and right and partitioned, respectively.

Therefore, even if the number of the commodities 100 having different preservation temperatures is increased, they can be separately accommodated to maintain the optimum preservation temperature of each commodity 100 during distribution, thereby preventing deterioration of merchantability due to a reduction in freshness or the like even if a single body 10 is used.

On the one hand, when the refrigerated goods 100 and the frozen goods 100 are distributed, various refrigerants 200 such as an ice pack, dry ice, etc. are put into the body 10, and particularly when the refrigerants 200 are in direct contact with the refrigerated goods 100, the refrigerated goods 100 may be damaged by cold.

However, in the present invention, the upper and

lower partitions

40 and 50 may include the through

holes

41 and 51, and when a refrigerant 200 is received in any one of the receiving spaces 13 partitioned left and right and a refrigerated storage commodity 100 is received in the other receiving space 13, direct contact between the refrigerant 200 and the refrigerated storage commodity 100 is prevented while cold air from the refrigerant 200 is transferred to the refrigerated storage commodity 100 through the through

holes

41 and 51 formed in the upper and

lower partitions

40 and 50, and thus, cold damage of the refrigerated storage commodity 100 is prevented.

In the above description, although it is illustrated that only one commodity 100 is put in any one of the accommodation spaces 13 partitioned by the inner lid 30 and the upper and

lower partitions

40 and 50, this is merely an example, and a plurality of commodities 100 having the same preservation temperature may be put in any one of the accommodation spaces 13 partitioned by the inner lid 30 and the upper and

lower partitions

40 and 50.

As described above, the insulated box a for goods distribution according to the present invention includes the main body 10 and the cover 20, and includes the inner cover 30, the receiving space 13 inside the main body 10 is partitioned up and down by inserting the inner cover 30 into the inside of the main body 10, and thus, goods 100 having different preservation temperatures can be separately received by the receiving space 13 of the upper layer and the receiving space 13 of the lower layer, so that each of the goods 100 can be preserved at an optimum temperature during distribution. In addition, the insulation box a for goods distribution according to the present invention may further include the upper partition 40 and the lower partition 50, the receiving space 13 of the upper layer partitioned by the inner cover 30 may be partitioned left and right by the upper partition 40, and the receiving space 13 of the lower layer partitioned by the inner cover 30 may be partitioned left and right by the lower partition 50, and thus, even if there are a plurality of goods 100 having different preservation temperatures, they may be separately received, so that each of the goods 100 may be preserved at an optimum temperature during distribution.

The present invention described above is not limited to the above-described embodiments, and changes may be made within the scope not departing from the gist of the invention claimed in the claims, such changes being intended to fall within the scope of the invention defined by the claims appended hereto.

[ description of reference numerals ]

10: main body 11: bottom

12 wall body 13 containing space

14: protrusion 15: lower groove

15a projection 16 upper side groove

20: cap 30: inner cap

31 insertion hole 32 handle

33 step portion 40 upper side partition plate

41: through hole 42: groove part

50 lower side partition plate 51 through hole

52: recess portion 100: commodity

200, refrigerant A and an insulated box.

Claims

1. An insulated cabinet for the distribution of goods, comprising:

a main body having a wall body extending upward from an edge of a bottom, wherein a receiving space is formed inside the wall body;

a cover coupled to an upper end of the main body and blocking the opening of the receiving space; and

and an inner cover inserted into the inner side of the main body to vertically divide the receiving space, and having an insertion hole extending inward formed on at least one of outer surfaces contacting the inner surface of the wall body.

2. The insulated cabinet for the distribution of commodities as claimed in claim 1, wherein said main body includes a protrusion protruding from an inner surface of a lower portion of said wall.

3. The insulated cabinet for goods distribution according to claim 2, wherein the main body comprises:

lower side grooves respectively extending in a longitudinal direction on two inner surfaces of the protruding portion facing each other; and

upper grooves are formed to extend in the longitudinal direction on upper portions of both inner surfaces of the wall body facing each other, respectively.

4. The insulated cabinet for the distribution of commodities according to claim 3, wherein,

lower side partitions are interposed between the lower grooves facing each other, and upper side partitions are interposed between the upper grooves facing each other.

5. The insulated cabinet for the distribution of commodities according to claim 3, wherein each of said lower and upper side grooves respectively comprises a plurality of grooves spaced left and right.

6. The insulated cabinet for goods distribution of claim 4, wherein each of the lower and upper partitions includes a through hole passing through both surfaces of each of the lower and upper partitions.

7. The insulated cabinet for goods distribution as claimed in claim 1, wherein the insertion hole includes a plurality of insertion holes formed to be spaced left and right.

8. The insulated cabinet for the distribution of goods of claim 1, wherein the inner lid includes a handle projecting upwardly from an upper surface of the inner lid.

9. The insulated cabinet for the distribution of commodities according to claim 8, wherein said inner lid further comprises a step formed along an edge of a bottom surface of said inner lid.

10. The insulated cabinet for goods distribution according to claim 1 or 4,

the body, the lid, the inner lid, the upper side baffle and the lower side baffle are formed of foam.

11. The insulated cabinet for the distribution of goods of claim 10, wherein said foam comprises at least one of polystyrene, polypropylene, and polylactic acid.