TWM456346U - Pressure-resistant anti-shock assembly-type partition structure - Google Patents

Abstract

A pressure-resistant anti-shock assembly-type partition structure applicable to a packaging box includes a first plate, a second plate, and at least two third plates. All the plates are made of a pressure-resistant and foldable material. The first plate is provided along the longitudinal direction thereof with plural transverse slots. The second plate has two opposite lateral sides each provided with a longitudinal slot. The second plate has two portions foldable to the same side such that each longitudinal slot corresponds to one transverse slot of the first plate, allowing the second plate to engage with and connect to the first plate. Each third plate is provided with a central transverse slot, which corresponds to either of the transverse slots of the first plate that are respectively adjacent to the two ends of the first plate, so as for the third plates to engage with and connect to the first plate. Each third plate has two portions which are away from the central transverse slot thereof and foldable to the same side to form two hollow columns respectively. Once the assembly-type partition structure is assembled in the packaging box, the plates and the inner walls of the packaging box form plural partitioned spaces. Thus, not only is most space in the packaging box efficiently used for accommodating products, but also the hollow columns formed by each third plate are respectively situated in two adjacent corners of the packaging box to make the packaging box pressure-resistant and anti-shock, prevent the partitioned spaces from deformation, and thereby enhance packaging efficiency significantly.

Description

Anti-pressure and shockproof group vertical lining structure

The present invention relates to a vertical lining structure for compressive and shockproof, which is applied to a package, the vertical lining structure is composed of a first piece, a second piece and at least two third pieces, and When it is placed in the package, the plurality of compartments formed between the sheets and the inner wall of the package enable the package to have good compression and shock resistance for filling Shipping products.

According to the vigorous development of various industrial and commercial activities, the importance of various logistics operations is increasing day by day, whether it is to sell goods to all parts of the world, or to transport various raw materials from one factory to another in the process of production. The demand for transportation has exploded to an unprecedented level. In order to protect the condition of the delivered product during the transportation of various products, it is a common practice to put the relevant product into a package and, to deliver the package containing the product to the destination.

Referring to Figure 1, traditionally, when a manufacturer wants to transport a large number of products of the same specification (not shown), a set of vertical lining structures 2 is often built into a package 1 to borrow the vertical set. The lining structure 2 divides the space in the package 1 into a plurality of compartments and places the product in the compartments. The figure shows the most widely used group of lining structures 2, which are composed of a plurality of first partitions 21 and a plurality of second partitions. In the composition of 22, the first partitions 21 and the second partitions 22 are mutually staggered to form a plurality of compartments between the first partitions 21 and the second partitions 22. When the manufacturer transports various products, the related products are often wrapped in a bubble bag, and the wrapped products are placed in the compartments of the vertical lining structure 2 in.

Although the conventional vertical lining structure 2 has the advantages of simple structure, there are still many disadvantages in actual use. First, when the workers are carrying and stacking the packages 1, it is inevitable that the packages 1 collide with each other. Among them, the four corners of the package 1 are most vulnerable to collision, however, The conventional vertical lining structure 2 cannot provide a strong supporting effect on the four corners of the packaging box 1 and cannot exert a significant anti-shock and anti-shock effect, and therefore, the process of carrying and stacking the packaging boxes 1 by the operator In the case, the packages 1 may be deformed or damaged due to a collision. In addition, the first partitions 21 and the second partitions 22 constituting the conventional vertical lining structure 2 are collectively surrounded by four side walls of a parallelogram shape, and therefore have low structural stability and mutual mutual The relative movement between the two parallel side walls may occur, so that the conventional assembled lining structure 2 is extremely susceptible to distortion, and the operator must spend more time adjusting the angle so as to be placed in the package 1 The burden of labor costs. Moreover, when the conventional assembled lining structure 2 is generally applied to the packaging box 1, most of the relevant products are only placed in the compartment formed between the first partitioning plate 21 and the second partitioning plate 22, and It is not placed between the first partition plate 21 and the inner wall of the packaging box 1 or between the second partition plate 22 and the inner wall of the packaging box 1. Therefore, the space inside the packaging box 1 cannot be effectively utilized. Invisibly heighten the cost of transportation.

It can be seen from the above description that although the conventional vertical lining structure 2 has the advantages of simple structure, the conventional lining structure 2 is applied to the package 1 but has anti-pressure and shock resistance. The effect is not good, the structure is unstable, and the internal space utilization efficiency of the package 1 is low. Therefore, how to design a novel assembled lining structure not only has good structural stability, but also improves the work efficiency of the packaging operation. Moreover, the pressure and shockproof effect of the package can be improved, and in addition, most of the space in the package 1 can be effectively utilized, and the cost required for transportation can be greatly reduced, which is an important solution for the creation of the package. Question.

In view of the many shortcomings of the conventional vertical lining structure, the creator has been working hard to study and experiment, and finally developed and designed a vertical lining structure for the pressure and shockproof of the creation, in order to greatly enhance the packaging by this creation. The structural strength of the box and the use of the internal space of the box are more effectively utilized, thereby greatly reducing the various costs required to transport the product in a package.

One of the purposes of the present invention is to provide a pressure-resistant and shock-proof assembled vertical lining structure, which is applied to a package, including a first body, a second body and at least two third bodies. The first, second and third sheet systems are made of a pressure-resistant and foldable material (such as corrugated cardboard or polypropylene corrugated board, etc.), wherein the first sheet is sequentially provided with a plurality of transverse lines along the longitudinal direction. a groove (eg, a first lateral groove, a second lateral groove, a third lateral groove, and a fourth lateral groove), the transverse grooves are parallel to each other; and the two corresponding side edges on the second piece A second longitudinal groove and a third longitudinal groove are respectively defined in the longitudinal direction, and the second body is adjacent to the second longitudinal groove and the third longitudinal groove, and can be folded toward the same side of the second piece. Forming two mutually corresponding partition walls, and positioning the second longitudinal groove and the third longitudinal groove to correspond to the positions of the second lateral groove and the third lateral groove, respectively, thereby causing the second sheet to The second longitudinal groove and the third longitudinal groove can respectively be engaged with the second lateral groove and the third lateral groove of the first piece, and the second piece and the first piece are The body is integrated into one body; a central lateral groove is formed on a longitudinal side of one of the third sheets adjacent to the central position, and the central lateral groove corresponds to the first Any one of the lateral grooves adjacent to the two ends (ie, the first or fourth lateral grooves), so that the third piece and the first piece can be inserted into each other through the corresponding lateral grooves In one piece, the third piece is away from the central lateral groove and can be folded toward the same side of the third piece to form a hollow column. Thus, when the set of vertical lining structures are installed in the package, the plurality of compartments formed between the sheets and the inner wall of the package not only fully and effectively utilize the contents of the package. a large portion of the space for filling the relevant products, and the hollow cylindrical body formed by each of the two adjacent corners of the third sheet in the package not only provides the package with good pressure resistance and The anti-shock feature further improves the stability of the space structure of the partitions, making it less prone to distortion and, therefore, greatly improving the work efficiency of the packaging operation.

In order to facilitate your review, you can have a better understanding and understanding of the technical, structural features and purposes of this creation. The examples and diagrams are described in detail as follows:

[study]

1‧‧‧ packing box

2‧‧‧Group vertical lining structure

21‧‧‧ first partition

22‧‧‧Second partition

[this creation]

1‧‧‧ packing box

3‧‧‧Group vertical lining structure

31‧‧‧ first body

32‧‧‧Second body

321‧‧‧ partition wall

33‧‧‧ third body

331‧‧‧ hollow cylindrical body

332‧‧‧ embedded slots

333‧‧‧ embedded inserts

A‧‧‧ Henggou

A1‧‧‧End lateral groove

A2‧‧‧ middle lateral groove

B‧‧‧ longitudinal groove

C‧‧‧Central Henggou

Figure 1 is a schematic view of the application of the vertical lining structure to the packaging box; the second drawing is a schematic diagram of the application of the vertical lining structure of the pressure-resistant and shock-proof group to the packaging box; the 3A to 3C drawings are the assembly of the creation The exploded view of each part of the lining structure; and the fourth figure is a schematic diagram of the assembly relationship of the various parts of the vertical lining structure of the present invention.

This creation is a group of vertical lining structures for compression and shock resistance. Referring to Figure 2, the vertical lining structure 3 is applied to a package 1. In the preferred embodiment of the present invention, the assembly The lining structure 3 includes a first body 31, a second body 32 and at least two third bodies 33. The first, second and third sheets 31, 32 and 33 are pressure-resistant. Sexual and foldable A material (such as corrugated cardboard or polypropylene corrugated board, etc.) is formed so that when the first, second, and third sheets 31, 32, and 33 are assembled into one body and placed in the package 1, The vertical lining structure 3 can support the structure of the packaging box 1 from the inside of the packaging box 1, thereby achieving the effect of resisting shock and shock, thereby protecting the product filled in the packaging box 1.

Referring to FIG. 3, the first sheet body 31 is sequentially provided with a plurality of transverse grooves A in the longitudinal direction, and the horizontal grooves A are parallel to each other. The lateral grooves A include a lateral groove A1 adjacent to each end of the first plate body 31, and a plurality of intermediate lateral grooves A2 between the end lateral grooves A1, wherein the intermediate lateral grooves A2 Two pairs in pairs. The intermediate lateral grooves A2 are formed on the same side of the first piece 31. In the preferred embodiment, the horizontal grooves A are formed in the same same shape as the first piece 31. On the side, the actual application is not limited thereto, and the end lateral grooves A1 may be opened on the other side of the side opposite to the middle lateral groove A2, or even the ends. The lateral grooves A1 can be respectively opened on the two corresponding sides of the first sheet body 31. When the first sheet body 31 is produced, the manufacturer can freely change the opening positions of the horizontal grooves A according to the requirements, and the first position can be combined. A longitudinal groove B is defined in each of the two corresponding side edges of the second body 32, and a central lateral groove C is defined in a position adjacent to the center on one of the longitudinal sides of the third body 33.

Referring to FIGS. 3 and 4, the second sheet 32 is adjacent to each of the longitudinal grooves B and can be folded toward the same side of the second sheet 32 (the dotted line along the third figure) The fold lines are shown folded to form mutually corresponding two partition walls 321 , and each of the longitudinal grooves B can respectively correspond to one of the pair of middle lateral grooves A2, thereby making the second sheet 32 and the The first sheet body 31 can be integrated with each other by the longitudinal grooves B and the intermediate lateral grooves A2. In the preferred embodiment, the second sheet 32 is folded into a U-shaped sink-like structure, and each of the longitudinal grooves B is located on the top side of each of the partition walls 321 (ie, U The open side of the font), when the second sheet When the first sheet body 31 is integrated with the first sheet body 31 and integrated into the body, the first sheet body 31 can be embedded in the longitudinal grooves B, and each of the partition walls 321 is also respectively embedded in the vertical groove B. Each of the middle lateral grooves A2. Since the second sheet 32 is folded into a U-shaped sink-like structure, unlike the conventional method, the partitions are freely movable relative to each other, and the relative positions between the partition walls 321 It is limited by the shape of the bottom surface, so that the deformation of the partition spaces can be avoided. When the second sheet 32 and the first sheet 31 are integrated with each other and integrated into the package 1 (as shown in FIG. 2), the second sheet 32 is formed. The U-shape and the space surrounded by the inner wall of the package 1 are further divided by the portion of the first sheet 31 between the pair of middle lateral grooves A2, which are divided into two compartments.

Referring to FIGS. 3 and 4, the central lateral groove C corresponds to either end lateral groove A1, so that the third piece 33 and the first piece 31 can pass through the corresponding central cross. The groove C and the end lateral groove A1 are integrated into each other by being integrated with each other. When the third piece 33 and the first piece 31 are integrated with each other and integrated into one body, the first piece 31 can be embedded in the central lateral groove C, and at the same time, the third piece 33 is also Will be embedded in the corresponding lateral groove A1.

The two portions of the third body 33 away from the central lateral groove C can be folded toward the same side of the third body 33 to form a hollow columnar body 331, respectively. In the preferred embodiment, the two portions of the third sheet 33 are respectively folded into a rectangular columnar body 331 in a rectangular column shape along a broken line indicated by a broken line in FIG. 3. However, this creation does not In other possible embodiments, the two portions of the third body 33 may be folded into a triangular prism or other form, or even a hollow cylindrical body 331 which is rolled into a cylindrical shape. Explain first.

Referring to FIG. 2 and FIG. 4, when the third piece 33 and the first piece 31 are integrated with each other and integrated into the package 1, the same in The empty columnar bodies 331 are respectively located at one corner of the package 1, and the four corners of the package 1 can be supported by the inside of the package 1 to greatly increase the structural strength of the package 1. In this way, even if the worker inadvertently causes the packages 1 to collide with each other during the process of transporting and stacking the packages 1, the packages 1 can be lowered by the support of the hollow columns 331. The probability of deformation or even damage.

Referring to FIG. 2, FIG. 3 and FIG. 4, in the preferred embodiment, the third body 33 is further provided with two embedded slots 332, and each of the embedded slots 332 is located at the same. The third body 33 corresponds to the two sides of the central lateral groove C. In addition, the two partial regions of the third body 33 are respectively cut to form an insert piece 333, and one end of the insert piece 333 is coupled to the first piece The three bodies 33 are connected to each other, and the other end is a free end, and each of the insert pieces 333 is respectively located on the third piece 33 corresponding to the two sides of the central lateral groove C, and when the third piece is When the two portions of the plurality of 33 are folded into the hollow cylindrical bodies 331, the positions of the inserting pieces 333 are respectively corresponding to the respective insertion slots 332, so that the free ends of the inserting pieces 333 can respectively be respectively Inserted into each of the fitting slots 332, the two portions of the third sheet body 33 can be stably maintained in the state in which the hollow cylindrical bodies 331 are formed. In the preferred embodiment, each of the insert slots 332 is located adjacent to the end of the third sheet 33, such that each of the insert tabs 333 is located closer to the central lateral groove C. The free ends of the insert pieces 333 can be pushed against the surface of the third piece 33, and when the two parts of the third piece 33 are folded into the hollow column 331, each The free end of the insert piece 333 can be inserted into the embedded slot 332 of the surface of each of the hollow cylindrical bodies 331. However, the present invention is not limited thereto, and in other possible embodiments of the present invention, each of the embedded The slot 332 can also be located closer to the central lateral groove C, such that each of the insert pieces 333 is located closer to the end of the third piece 33, and when the two parts of the third piece 33 are When folded into the hollow columnar body 331, each of these The insert piece 333 protrudes from the surface of the hollow cylindrical body 331 and can be inserted into each of the embedded slots 332.

Referring to FIG. 2 and FIG. 4, in the preferred embodiment, when the first, second and third sheets 31, 32 and 33 are mutually integrated and integrated into one another, the first The portion of the body 31 that is closer to the end than the end lateral grooves A1 can be folded over and abutted against one side of the third sheet 33. In addition, in the preferred embodiment, the hollow cylindrical bodies 331 are located on the third sheet body 33 facing away from one side of the partition wall 321 and can be between the hollow cylindrical bodies 331 and The package 1 and the third sheet 33 together form a compartment. Therefore, when the set of vertical lining structures 3 are installed into the package 1, the inner space of the hollow cylindrical bodies 331 is small, and cannot be used for placing a large product. Most of the space can be used to fill related products, so that most of the space in the package 1 can be effectively utilized, which greatly reduces the cost of transportation.

In summary, when the set of vertical lining structures 3 are installed in the package 1, not only the majority of the space in the package 1 can be effectively utilized, but also in the first, second and The three sheets 31, 32 and 33 form a plurality of compartments with the inner wall of the package 1 for filling the related products; in addition, since the second sheet 32 is folded into a U-shaped sink a bottom structure, the bottom surface of which can fix the relative positions between the partition walls 321 and avoid the distortion of the partition spaces; further, each of the third sheets 33 is adjacent to the package 1 The hollow columnar body 331 formed by the corners respectively can improve the stability of the space structure and make it more difficult to distort the deformation, in addition to providing the package 1 with good compression and shock resistance. And can greatly improve the efficiency of packaging operations.

According to the above, it is only a few preferred embodiments of the present creation, but this creation The technical features are not limited to this. Anyone in the related art who has considered the technical content of this creation can easily think of the equivalent changes without departing from the protection scope of this creation.

31‧‧‧ first body

32‧‧‧Second body

321‧‧‧ partition wall

33‧‧‧ third body

331‧‧‧ hollow cylindrical body

A1‧‧‧End lateral groove

A2‧‧‧ middle lateral groove

B‧‧‧ longitudinal groove

C‧‧‧Central Henggou

Claims (7)

The utility model relates to a pressure-proof and shock-proof group vertical lining structure, which is applied to a package, comprising: a first piece body, wherein a plurality of horizontal grooves are sequentially arranged on the longitudinal direction, the horizontal grooves are parallel to each other, and The method includes a plurality of end transverse grooves and a plurality of intermediate lateral grooves between the end lateral grooves, wherein the middle lateral grooves are paired in pairs, and the pair of intermediate lateral grooves are opened in the pair a second body, wherein the two corresponding side edges respectively define a longitudinal groove along the longitudinal direction, and the second body is adjacent to the two portions of the longitudinal groove, The second sheet is folded in the same side direction to form two partition walls corresponding to each other, and each of the longitudinal grooves can respectively correspond to one of the pair of middle lateral grooves, thereby making the second sheet and the first a piece of body, which can be integrated into each other by the longitudinal grooves and the intermediate lateral grooves; and at least two third pieces having a central lateral groove on a longitudinal side adjacent to the central position, the central transverse The groove system corresponds to any end lateral groove so that the third piece and the first piece can be corresponding to the center The groove and the lateral groove of the end are integrated with each other and integrated into one body, and the two portions of the third piece away from the central lateral groove can be folded toward the same side of the third piece to form a Hollow columnar body. The set of vertical lining structures of claim 1 wherein the first, second and third sheet systems are made of a pressure-resistant and foldable material. The vertical lining structure according to claim 2, wherein the first, second and third sheets are integrated into each other when the first, second and third sheets are integrated with each other, the hollow cylindrical system is located on the third sheet One side of the partition wall. The set up lining structure of claim 2 or 3, wherein the first piece has two portions closer to the end than the end grooves, and can be folded over and abutted against the third piece One side of the body. The set up lining structure of claim 4, wherein the third piece further comprises: two inlay slots respectively formed on the third piece corresponding to the sides of the central lateral groove; and two embedded The insert is formed by cutting two partial regions of the third piece, one end of the insert piece is connected with the third piece, and the other end is a free end, and each of the insert pieces is respectively Positioned on the third piece corresponding to the two sides of the central lateral groove, and when the two parts of the third piece are folded into the hollow cylindrical bodies, the positions of the insert pieces are respectively corresponding to The position of each of the insertion slots is such that the free ends of the insert pieces can be respectively inserted into the respective insertion slots. The set up lining structure of claim 5, wherein each of the insert slots is located adjacent to an end of the third body, and each of the inserts is located closer to the central lateral groove. The free ends of the insert pieces can be pushed against the surface of the third piece, and when the two parts of the third piece are folded into the hollow column, each of the inserts The free end of the sheet can be inserted into the slot of each of the hollow cylindrical surfaces. The set up lining structure of claim 5, wherein each of the insert slots is located closer to the central lateral groove, and each of the insert pieces is located closer to an end of the third body. When the two portions of the third sheet are folded into the hollow cylindrical body, each of the insert pieces protrudes from the surface of the hollow cylindrical body and can be inserted into each of the embedded slots.