TWM637255U - Cooling agent positioning cartridge of storage box - Google Patents

Abstract

This work is a cooling agent positioning box for a storage box, which can be arranged on the cover of a storage box that needs to be kept cold for food, etc. Each side is respectively provided with an extension section extending to the surrounding wall of the box cover, and the end of each extension section is respectively provided with a hook plate that can be buckled and connected to the corresponding box cover wall panel, so that the positioning box can be positioned on the bottom surface of the box cover; When the lid is closed on the top of the storage box, the cooling agent under the lid descends through the cold air, so that the cold air can spread evenly downwards in the storage box, which helps to keep the low temperature in the box and enhances the function of food preservation According to this, the positioning box can be applied to the box cover of the existing storage box, and is convenient to be combined with the box cover, so that the existing box cover does not need to be redesigned, thereby reducing the production cost and improving the packaging delicacy.

Description

Coolant positioning box for storage box

This creation is about a positioning box for cooling agent positioning, which can be conveniently arranged on the bottom surface of the existing box cover, so that the existing storage box and its box cover can be directly used without additional redesign, so as to reduce production costs, especially It involves the top plate, bottom plate, side plate and hook plate of the positioning box.

Cakes, desserts, ice cream and other foods are generally packaged and fixed in paper-made food storage boxes and lids to facilitate storage, carrying and transportation. In order to ensure the freshness and deliciousness of the food during transportation, a cooling agent is traditionally placed inside the storage box, and cold air is generated by the cooling effect of the cooling agent to cool down the food inside the storage box.

Traditionally, the above-mentioned cooling agent configuration method is to stick the cooling agent on the outside of the storage box or the lid, resulting in limited cooling effect of the cooling agent on food; or to place the cooling agent on the side of the food, but it may cause Contact with food, causing hygienic concerns. Therefore, there are commercially available interlayers designed in storage boxes or lids, such as bulletin numbers M293903, M630162, M628247 and other known technologies, so that the cold-preserving agent can be placed in the interlayer to isolate from the food and achieve the effect of cooling the food. Structurally, the industry has to redesign the structure of the storage box and the box cover in order to fold the interlayer on the storage box or the box cover.

Another bulletin number M365329 discloses that a partition is set between the box cover and the storage box, so that an open space that can accommodate the cooling agent is formed between the partition and the box cover. However, the disadvantage is that many lugs must be pre-processed around the opening of the storage box so that the partition can be placed and fixed. As a result, the design of the partition cannot be applied to the existing structure without lugs on the market For other storage boxes, it is still necessary to order special storage boxes with lugs, and storage boxes without lugs can only be discarded, which will only increase the production cost.

It can be seen from the known technology that the cooling agent can be placed on the top, bottom or side of the food, but foreign research has found that when the cooling agent is placed on the top of the food, the cold air is more likely to flow downward and spread, which helps To maintain the low temperature in the box evenly. Therefore, how to position the cooling agent above the food without affecting the structure of the existing storage box and lid will be a problem that the creator wants to improve.

The purpose of this creation is to provide a positioning box for the positioning of the cooling agent, without changing the structure of the existing storage box and its cover, it can be used as the cover straddles the opening above the storage box. Compatible with other storage boxes and lids currently on the market.

In order to achieve the above purpose, the present invention is a cooling agent positioning box for a storage box, which can be arranged on the bottom surface of the lid of a food storage box. An extended wall plate; wherein, the positioning box includes a top plate, a bottom plate, and a plurality of side plates connected between the top plate and the bottom plate, and the top plate, the bottom plate, and most of the side plates together form an accommodating space that can accommodate the cooling agent. The top plate is respectively provided with an extension section extending to the corresponding box cover wall panel on the corresponding two sides, and a hook plate that can be bent and folded on the corresponding box cover wall panel is respectively provided at the end of the two extension sections, so that the positioning box can Positioned on the bottom surface of the cover plate of the box cover, the cold air generated by the cooling agent can be evenly diffused downwards into the food storage box.

With the above structure, when the lid is closed on the food storage box, the positioning box can straddle the opening of the storage box, and through the principle of cold air descending, the cooling agent in the positioning box will generate The cold air in the storage box can be evenly diffused downwards into the storage box, which helps to maintain the low temperature in the storage box and enhances the function of food preservation; accordingly, the positioning box can be applied to the lid of the existing storage box, and it is convenient to use with the storage box. The combination of the box cover makes it unnecessary to redesign the existing box cover and the accommodating box, thereby reducing the production cost.

The implementation of each element is further described below:

During implementation, the bottom plate and/or the plurality of side plates of the positioning box are provided with a plurality of perforations communicating with the accommodating space.

During implementation, each wall panel of the box cover is composed of an outer side wall piece extending downward from the edge of the cover plate, and an inner side wall piece folded inward and upward from the bottom edge of the outer side wall piece. There is a gap between the inner side wall sheet, the outer side wall sheet and the cover bottom surface of the lid, and the hook plate at the end of the extension section of the positioning box stretches into the gap and is clamped and positioned between the outer side wall sheet and the inner side wall sheet.

During implementation, the positioning box is generally in the shape of a three-dimensional rectangle, and its top plate, bottom plate, multiple side plates, two extension sections and two hook plates are formed by cutting a cardboard and folding it integrally. Separate the top plate, the two hook plates, the bottom plate, and a plurality of side plates surrounding the bottom plate. The plurality of side plates include a front side plate, a rear side plate, a left side plate and a right side plate, and the rear side plate is opposite to the other side plate of the bottom plate. One side edge is connected to the top board.

During implementation, the top plate of the positioning box is provided with a connecting piece extending relative to the other side edge of the rear side plate. The other side edge of the front side plate is provided with an embedding piece relative to the bayonet seam, and the embedding piece can be embedded in the bayonet seam.

During implementation, a blocking piece extends from both side edges of the front and rear side panels towards the inner surfaces of the left and right side panels respectively.

During implementation, the left side plate and the right side plate are respectively provided with a buckle that can be stacked against the bottom surface of the top plate on the other edge of the bottom plate.

Based on the technical means of this creation, the implementation methods suitable for this creation are listed below, and the description is as follows in conjunction with the drawings:

Please refer to Figures 1 and 2, which reveal the drawings of the preferred implementation of the present invention. According to the above drawings, the cooling agent positioning box 100 can be arranged on the bottom surface of the lid 200 of a food storage box. Generally, there is an opening 301 above the food storage box 300, the lid 200 includes a cover plate 201, and a plurality of wall plates 202 extending downward from the edge of the cover plate 201, the lid 200 can be closed on the Above the receiving box 300 , the opening 301 is covered by the cover plate 201 .

The positioning box 100 is roughly three-dimensional rectangular, including a top plate 10, a bottom plate 20, and a plurality of side plates 30 connected between the top plate 10 and the bottom plate 20. The bottom plate 20 and/or the plurality of side plates 30 are provided with a plurality of perforations 21 communicating with the containing space. In the figure, the bottom plate 20 is taken as an example.

As shown in the third figure, the top plate 10 is respectively provided with an extension section 11 extending to the corresponding box cover wall plate 202 on the corresponding two sides, and the ends of the two extension sections 11 are respectively provided with a bendable joint on the corresponding box cover. The hook plate 12 of the wall plate 202 enables the positioning box 100 to be positioned on the bottom surface of the cover plate 201 of the box lid.

With the above structure, when the lid 200 is closed on the storage box 300, the positioning box 100 can straddle above the opening 301 of the storage box 300, and through the principle of cold air descending, the inside of the positioning box 100 The cold air produced by the cooling agent 400 can flow downward from the perforation 21 and spread evenly in the storage box 300 (see also the sixth figure), which helps to maintain the low temperature in the storage box 300 and strengthen the food preservation function; Therefore, the positioning box can be applied to the existing box cover, so that the existing box cover and the accommodating box do not need to be redesigned, thereby reducing the production cost.

In particular, this creation is assembled on the box cover in a buckle-connected manner, allowing users to position the positioning box 100 at the same time when assembling the box cover at the sales end for food packaging, without using glue or other methods to fix it. Of course, if you want to To strengthen the fixing strength, the use of glue is also a feasible way.

Specifically, the box cover 200 adapted to the positioning box 100 is shown in the fifth and sixth figures, and each wall plate 202 of the box cover 200 is an outer wall piece extending downward from the edge of the cover plate 201 203, and the inner wall sheet 204 folded inward and upward from the bottom edge of the outer wall sheet 203 is combined, and there is a gap 205 between the inner wall sheet 204, the outer wall sheet 203 and the bottom surface of the lid cover plate 201, The hook plate 12 of the positioning box 100 can be bent and extended into the gap 205 to be clamped and positioned between the outer wall piece 203 and the inner wall piece 204 for positioning. In the illustration, in order to clearly show the cross-sectional structure, the thickness and the proportion of the gap are slightly enlarged. In actual implementation, the thickness of the box cover and the positioning box are not limited to the proportion disclosed in the illustration.

As shown in Figures 4 and 5, in order to save space for placing the box cover and the storage box, the industry usually stores them in a half-folded flat state, and then unfolds them for use. For example, when the box cover 200 in the illustration is in a flat state of a half-folded group, the plurality of wall panels 202 of the box cover have not yet been erected around the cover plate 201. At this time, the user can place the top plate 10 of the positioning box 100 facing downward in the fifth figure. Overlay on the bottom surface of the cover plate 201 , and insert the two hook plates 12 of the positioning box 100 into the gap 205 between the inner wall piece 204 and the outer wall piece 203 .

When the user assembles the box cover 200 and erects the plurality of wall plates 202 around the cover plate 201, the two hook plates 12 can be bent at the same time to limit the position, thereby allowing the positioning box 100 to be positioned on the cover plate 201 of the box cover 200 The bottom surface improves the convenience of the positioning box 100 in installation and configuration operations.

As shown in Figure 7, it is a plan view of the positioning box. Its top panel 10, bottom panel 20, multiple side panels 30, two extension sections 11 and two hook panels 12 are formed by cutting a cardboard 500 and folding it integrally. 500 is provided with a plurality of creases, and the plurality of creases separate the top panel 10, the second hook panel 12, the bottom panel 20, and a plurality of side panels 30 surrounding the bottom panel 20. The plurality of side panels 30 include a front side panel 31 and a rear side panel 32 . A left side panel 33 and a right side panel 34 , and the other edge of the rear side panel 32 opposite to the bottom panel 20 is connected to the top panel 10 .

The cardboard 500 has a certain thickness to have a certain structural strength after being folded and assembled. The integrally folded structure of the positioning box 100 is further described below:

During implementation, the top plate 10 of the positioning box 100 is extended with a connecting piece 13 relative to the other side edge of the rear side plate 32, and the connecting piece 13 can be stacked against the inner side of the front side plate 31, and the connecting piece 13 and the top plate 10 There is a card seam 14 in the crease between them, and the other side edge of the front side panel 31 is provided with an embedding piece 35 relative to the card seam 14, and the embedding piece 35 can be embedded in the card seam 14, so that the cardboard When 500 groups are erected into a three-dimensional rectangle, the embedding piece 35 is embeddingly positioned with the bayonet 14 .

Furthermore, the two side edges of the front and rear side plates 31, 32 respectively extend toward the inner surfaces of the left and right side plates 33, 34 with a blocking piece 36, and the left side plate 33 and the right side plate 34 are opposite to the other side of the bottom plate 20. The side edges are respectively provided with a buckle 37 that can be stacked against the bottom surface of the top board 10 . In this way, when the positioning box 100 in the unfolded state shown in the seventh figure is folded into the three-dimensional state shown in the fourth figure, the left side plate 33 and the right side plate 34 can be bent relative to the bottom plate 20 to open or close the accommodating space, And the left and right side plates 33 , 34 can be stopped through a plurality of blocking pieces 36 .

The descriptions and diagrams of the above embodiments are only examples to illustrate the preferred embodiments of this creation, and are not intended to limit the scope of this creation; all those that are similar or identical to the purpose, structure, device, and features of this creation shall belong to The patent scope of this creation.

100: positioning box 200: box cover 201: cover plate 202: Siding 203: Outer wall piece 204: Inner wall piece 205: Gap 300:Accommodating box 301: opening 400: cooling agent 500: cardboard 10: top plate 11: Extended section 12: Hook board 13: Connecting piece 14: card seam 20: Bottom plate 21: perforation 30: side panel 31: Front side panel 32: Rear side panel 33: left panel 34: Right side panel 35: Embedded piece 36: Bracket 37: buckle piece

The first figure: a schematic three-dimensional exploded view of the configuration of the preferred embodiment of the invention. The second picture: Another perspective view of the positioning box of this creation. The third picture: The three-dimensional view of the combination of the positioning box and the box cover of this creation. Figure 4: The three-dimensional view of the positioning box of this creation turned upside down. Figure 5: Schematic diagram of the combination action of the positioning box and box cover of this creation. Figure 6: A schematic diagram of how the combination of this creation is used on the box cover. Figure 7: The expanded view of the positioning box of this creation.

100: positioning box

200: box cover

201: cover plate

202: Siding

300:Accommodating box

301: opening

11: Extended section

12: Hook board

20: Bottom plate

21: perforation

30: side panel

Claims (7)

A cooling agent positioning box for a storage box, which can be arranged on the bottom surface of a box cover of a food storage box, and the box cover includes a cover plate and a plurality of wall plates respectively extending downward from the edge of the cover plate; wherein, the The positioning box includes a top plate, a bottom plate and a plurality of side plates connected between the top plate and the bottom plate. The top plate, the bottom plate and the majority of the side plates together form a storage space that can accommodate the cooling agent. The top plate is on the corresponding two sides respectively. There is an extension section extending to the corresponding lid wall, and the ends of the two extension sections are respectively provided with a hook plate that can be bent and connected to the corresponding lid wall, so that the positioning box can be positioned on the cover of the lid. The bottom surface allows the cold air generated by the cooling agent to spread evenly downwards in the food storage box. The cooling agent positioning box of the storage box according to claim 1, wherein the bottom plate and/or the plurality of side plates of the positioning box are provided with a plurality of perforations communicating with the storage space. The cooling agent positioning box for the storage box according to claim 1, wherein each wall panel of the box cover is composed of an outer wall piece extending downward from the edge of the cover plate, and a bottom edge of the outer wall piece Inwardly and upwardly folded inner wall pieces are combined. There is a gap between the inner wall piece, the outer wall piece and the bottom surface of the cover plate of the box cover. The hook plate at the end of the extension section of the positioning box extends into the gap and is A clamp is positioned between the outer and inner wall pieces. The cooling agent positioning box of the storage box as described in any one of claims 1 to 3, wherein the positioning box is roughly three-dimensional rectangular, and its top plate, bottom plate, multiple side plates, two extensions and two hook plates are made of a cardboard After being cut and folded, the cardboard is provided with multiple creases, which separate the top panel, the two hook panels, the bottom panel, and a plurality of side panels surrounding the bottom panel. The plurality of side panels include a front side panel , a rear side plate, a left side plate and a right side plate, and the edge of the other side of the rear side plate opposite to the bottom plate is connected to the top plate. The cooling agent positioning box of the storage box according to claim 4, wherein, the top plate of the positioning box is extended with a connecting piece relative to the other side edge of the rear side plate, and the connecting piece can be stacked against the inner side of the front side plate , and the crease between the connecting piece and the top plate is provided with a bayonet, and the other side edge of the front side plate is provided with an embedding piece relative to the bayonet, and the embedding piece can be embedded in the bayonet. The cooling agent positioning box of the storage box as described in Claim 5, wherein, a blocking piece extends from both side edges of the front and rear side plates towards the inner side of the left and right side plates respectively. The cooling agent positioning box of the storage box according to claim 6, wherein, the other side edges of the left side plate and the right side plate relative to the bottom plate are respectively provided with a buckle that can be stacked against the bottom surface of the top plate.

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