CN2679046Y - Foldable box body - Google Patents

Abstract

A foldable box body comprises a main body, a vertical plate and a connecting piece, wherein the vertical plate is movably changed relative to the main body at a plane position and a lifting position, the main body comprises a plurality of main plates which are foldably connected with each other, the main plates are provided with a first plate and a second plate, the vertical plate is foldably connected with the first plate, and the connecting piece is foldably connected with the vertical plate and the second plate, so that the foldable box body is easily converted from an unassembled mode into a usable box body mode, and better storage and transportation efficiency is provided.

Description

collapsible box

technical field

The utility model relates to a packaging component, in particular to a foldable box body.

Background technique

Pallet boxes made of paper materials are often used as packaging containers and come in different sizes and shapes for application. Most of the cardboard boxes are fully made by the manufacturer in a ready-to-use form. Form a non-foldable box and deliver it to consumers. However, such a non-foldable box body needs a large transportation and storage space because of its three-dimensional structure, resulting in very low economical efficiency in storage and transportation. Simultaneously, the empty pallet box body is also easily damaged by collision and extrusion of external force during the transportation process from the manufacturer to the consumer.

Breaking down the box into several flat panels improves storage and shipping inefficiencies. However, this kind of box body often needs many manual steps such as folding and closing the flat plates of different parts when assembling, and after the box body is assembled, it is necessary to use adhesives such as glue or tape to maintain the shape of the box body. Therefore, additional time and labor costs are often required. For example, spending more time assembling a box by a clerk at the cash register processing shopping transactions often results in intolerable delays and inefficiencies. The above-mentioned delays and inefficiencies can be reduced if the boxes are assembled in advance into a ready-to-use configuration, but a fully assembled box will result in increased storage space requirements.

Utility model content

The purpose of the present invention is to provide a collapsible box, which can be easily transformed from an unassembled form to a usable box form, and at the same time can improve storage and delivery efficiency.

The foldable box of the present invention is characterized in that the box includes a main body, a vertical plate and a connecting piece that are movably changed relative to the main body at a plane position and a raised position. The main body includes a plurality of foldably interconnected main boards having a first board and a second board, the upright board is foldably connected to the first board, and the connectors are foldably connected to the upright board and the second board . The main body is composed of a front board, a bottom board, a rear board and other main boards which are foldably connected to each other in turn, wherein the bottom board is the first board and the front board is the second board. The box body also includes an additional vertical panel forming a left side panel foldably connected to the left edge of the bottom panel, and a right side panel connected to the right edge of the bottom panel. The box body includes a plurality of connecting parts, and the connecting parts form a first connecting part that foldably connects the left side panel and the front panel, a second connecting part that foldably connects the left side panel and the rear panel, a foldable A third connecting piece connecting the right side panel and the front panel, and a fourth connecting piece foldably connecting the right side panel and the rear panel.

Description of drawings

The collapsible box of the present utility model is described in detail below through preferred embodiments and accompanying drawings. In the accompanying drawings:

Fig. 1 is a plan view, illustrates the state that one embodiment of the foldable box body of the present invention is located in a plane position;

Fig. 2 is a perspective view showing a state in which a plurality of side panels of the foldable box are moved to an upright position;

Fig. 3 is a perspective view showing the state of a plurality of side panels of the foldable box in an upright position;

Fig. 4 is a perspective view showing the process of folding the foldable box from a flat shape to a dense shape; and

Fig. 5 is a perspective view showing the process of folding the foldable box from a flat shape to a dense shape.

Detailed ways

1 and 2 show a preferred embodiment of the foldable box 100 of the present invention. Figure 1 shows the collapsible box 100 in a flat position when it is folded into a flat unassembled form to improve the efficiency of storage and transportation of a large number of boxes, and Figure 2 shows the collapsible box 100 in one plane The shape in the process of forming a rectangular three-dimensional box with changing positions. Although this embodiment shows a rectangular collapsible box 100 , it can also be applied to other shapes of collapsible boxes.

The foldable box body 100 includes a main body, two vertical panels and a plurality of connecting parts. In this embodiment, the main body includes a plurality of main boards, which are sequentially foldable and connected to each other to form the main body. These main boards can be divided into a top board 110, a rear board 120, a bottom board 130, a front board 140, and two vertical boards according to their positions. A left side panel 150 connected to the left edge of the bottom panel 130 and a right side panel 160 connected to the right edge of the bottom panel 130 are formed. As shown in Figure 1, when the foldable box body 100 is in a flat unassembled state, the top plate 110, the rear plate 120, the bottom plate 130 and the front plate 140 are connected to each other in sequence, and are flattened on the same plane to form a bottom ( Or called the main body layer), while the left side panel 150 and the right side panel 160 constitute a top layer above the bottom layer.

Each flat board (comprising top board 110, rear board 120, base board 130, front board 140, left side board 150 and right side board 160) is to be made of the papery card board of middle grade or heavy grade by weight, and its surface can paste a relative The cardboard is a paper sheet with lighter weight and thinner thickness, so that a small groove is formed in the middle of adjacent flat plates, for example, the width formed on a flat plate with a thickness of 1/16 inch is 1/32 to 1/8 Inch grooves are used to provide a collapsible connection structure between panels. However, the foldable connection structure formed by the above method is not the only way, and the flat plates can also be connected by plastic strips or paper tapes to form a foldable connection structure. The foldable connection structure shown in FIG. 1 has a first foldable connection structure 171 located between the bottom edge of the front panel 140 and the front edge of the bottom panel 130, and a first foldable connection structure 171 located between the bottom edge of the rear panel 120 and the rear edge of the bottom panel 130. The second foldable connection structure 172, and a third foldable connection structure 174 between the bottom edges of the left side panel 150 and the right side panel 160 and the corresponding left and right edges of the bottom panel 130, and a fourth foldable connection structure 174. The connection structure 175 , in addition, a fifth foldable connection structure 173 is also formed at the connection between the top panel 110 and the rear panel 120 .

The plurality of connectors 180 include a first connector 180 that foldably connects the left side panel 150 and the front panel 140, a second connector 180 that foldably connects the left side panel 150 and the rear panel 120, a foldable A third connecting piece 180 connecting the right side panel 160 and the front panel 140 , and a fourth connecting piece 180 foldably connecting the right side panel 160 and the rear panel 120 . The function of each connecting piece 180 is that when the left side panel 150 or the right side panel 160 is raised to an upright position, the front panel 140 and the rear panel 120 can be simultaneously pulled up and changed to an upright position. In Fig. 1, each connector 180 comprises a first triangular plate 182 and a second triangular plate 184, and the first triangular plate 182 and a second triangular plate 184 form a substantially foldable connection structure on the diagonal (first edge ) 186 square, so that each other foldable interconnection, wherein, the first triangular plate 182 is face-to-face fixed (as glued) on the inner side of the front plate 140 (or rear plate 120), and the second One edge of the triangular plate 184 is connected to the left side plate 150 (or the right side plate 160 ) to form a second edge 190 of a foldable connection structure. In Fig. 2, each connector 180 also can only adopt a single triangular plate 182, and the triangular plate 182 has a second edge 190 that is foldably connected to the left side plate 150 (or right side plate 160), and a triangular hypotenuse and The first edge 186 is foldably connected to the inner side of the front panel 140 (or the rear panel 120).

In addition, the foldable box body 100 may also include a front edge 112 that is foldably attached to the top plate 110 as a cover plate 200 for closing, and utilizes a first fixing member 210 positioned on the inner side of the cover plate 200 and positioned on the A second fixing member 210 on the outside of the front plate 210 forms a set of fixing parts, so that the cover plate 200 and the front plate 140 are detachably bonded and fixed to each other, and then the upper opening of the foldable box body 100 is closed by the top plate 110 . In this embodiment, the first fixing part 210 and the second fixing part are a magnetic fastener set (for example, composed of two magnets or a magnet and a metal sheet), and other detachable fixing part sets can also be used. As long as the cover plate 200 (or the top plate 110 ) and the front plate 140 can be detachably positioned with each other.

During application, when changing the foldable box body 100 from a flat form to a three-dimensional box form, the user only needs to lift the left side panel 150 and the right side panel 160 to an upright position (with the bottom panel 130 roughly vertical), since the left side panel 150 (or right side panel 160) is foldably connected with the front panel 140 and the rear panel 120 with the connector 180 near the front panel 140 and the rear panel 120, so by the connector 180 pulling, so that the front panel 140 and the rear panel 120 are simultaneously raised.

3 shows that when the left side panel 150 and the right side panel 160 are maintained in an upright position, the front panel 140, the left side panel 150, the rear panel 120 and the right side panel 160 will form a rectangular accommodation space around the bottom panel 130. So that the foldable box body 100 can store one or more items in the accommodation space. For example, when the foldable box body 100 is applied to a gift shop, the clerk can place one or more purchased gifts in the foldable box body 100. In addition, the foldable box body 100 can be further made into a decorative On the surface, there is no need for extra gift wrapping paper, so that both merchants and consumers can save time and money. In addition, the foldable box body 100 can also be decorated with store logos, patterns or trademarks.

As shown in FIG. 4 , in order to improve the efficiency of storing and transporting a large number of foldable boxes 100 , the foldable boxes 100 can be folded in half from a flat shape to form a dense shape. The folding box body 100 may be further folded in half. It is necessary to widen the width of the groove formed by the foldable connection structure 172 between the rear plate 120 and the bottom plate 130, so that the width of the groove is suitable for the left side plate 150 (or the right side plate 160 ) and the total thickness of the connector 180 after folding, in this way, a plurality of foldable boxes 100 that are folded into a dense state will be easily stored and transported, so as to improve the utilization rate of the storage space and effectively reduce the transportation cost .

As shown in Figure 5 again, the main body of the collapsible box body 100 may not include a top plate, and a detachable cover body 300 is made in addition, and a method similar to that in Figure 4 is applied to make the collapsible connection structure of the collapsible box body 100 The grooves formed by 171 and 172 are widened, causing the front plate 140 together with the connecting piece 180 connected to the front plate 140, and the rear plate 120 together with the connecting piece 180 connected to the rear plate 120, to be able to face the bottom plate 130 with respect to the bottom plate 130 respectively. Fold the opposite sides of the foldable box body 100 so that the main body of the foldable box body 100 forms a three-fold state, and the thickness of the main body after three folds can be accommodated in the rectangular accommodation space 301 formed by the cover body 300, so that the foldable box body 100 can be folded The box body 100 forms a denser form with a smaller volume, which is more suitable for storage and transportation.

Although the above description takes a rectangular box as an example, with appropriate connector design, when the user lifts one or more flat panels that are foldably connected to the connector, the user lifts one or more flat panels at the same time. Boxes of other shapes are also feasible. The above is just an application example of the foldable box body of the present invention, and other various applications according to the use of the box body are actually feasible.

In addition, in addition to the above-mentioned embodiments, the utility model also includes other or further embodiments that do not deviate from the concept scope of the utility model, and the protection scope of the utility model is defined by the claims.

Claims (10)

1. collapsible box body, comprise a main body, movably with respect to described main body a riser and a connection piece in a planimetric position and raised position change, it is characterized in that: described main body comprises a plurality of interconnective collapsibly main bodys, described mainboard has one first plate and one second plate, described riser connects described first plate collapsibly, and described attaching parts connects described riser and described second plate collapsibly.

2. collapsible box body as claimed in claim 1 is characterized in that: described main body is to be interconnected to constitute collapsibly successively by mainboards such as a header board, a base plate, back plates, and wherein base plate is first plate, and header board is second plate.

3. collapsible box body as claimed in claim 2 is characterized in that: described box body also comprises an other riser, and riser forms the right side board that a left side board and that is connected the base plate left hand edge collapsibly is connected the base plate right hand edge.

4. collapsible box body as claimed in claim 3, it is characterized in that: described box body comprises a plurality of attaching partss, attaching parts forms first attaching parts, that connects left side board and header board collapsibly and is connected the 3rd attaching parts that left side board and second attaching parts, of back plate are connected right side board and header board collapsibly collapsibly, and the 4th attaching parts that connects right side board and back plate collapsibly.

5. collapsible box body as claimed in claim 4 is characterized in that: attaching parts is the set square shape, and it has one and is connected one of them first edge of left side board and right side board, and one is connected one of them second edge of header board and back plate.

6. collapsible box body as claimed in claim 2 is characterized in that: described main body comprises that also one connects the top board of back plate with enclosed box body collapsibly.

7. collapsible box body as claimed in claim 6 is characterized in that: described main body comprises that also one connects the cover plate of top board collapsibly.

8. collapsible box body as claimed in claim 7 is characterized in that: described box body also comprises a connecting element group, and described connecting element group has one first connecting element and one second connecting element that fastens and lay respectively at cover plate and header board separably mutually.

9. collapsible box body as claimed in claim 1 is characterized in that: it is thinner and make between adjacent mainboard the lamellar body that forms collapsible joint construction with respect to mainboard that the mainboard surface of described main body is covered with a thickness.

10. collapsible box body as claimed in claim 9 is characterized in that: described collapsible joint construction is the groove of formation one between between adjacent mainboard.