CN110342076A - A suspended cushioning packaging device, a suspended cushioning packaging box and a method for using the same - Google Patents

Abstract

The invention discloses a suspension cushioning packaging device, which comprises: a first left pad, a second left pad, a first right pad, a second right pad and a buffer accessory box, the first left pad, the second The left pad, the first right pad, and the second right pad are all provided with a high elastic film, and the first left pad and the first right pad are respectively arranged on the second left pad and the second right pad. directly above the liner, and the first and second left liners and the first and second right liners are arranged opposite to each other to form a hollow cuboid suspended cavity; It consists of a box and a high elastic film set on the outer box of the fastening fitting. The suspended cushioning packaging device of the present invention is arranged at the four corners of the packaged product to form a hollow cubic suspended cavity to form cushioning protection for the packaged product, and further strengthen the cushioning protection through the cushioning accessory box arranged on the back side of the packaged product. The invention also discloses a suspended buffer packing box and a using method thereof.

Description

A suspended cushioning packaging device, a suspended cushioning packaging box and a method for using the same

technical field

The invention belongs to the technical field of packaging, and in particular relates to a suspension cushioning packaging device, a suspension cushioning packaging box and a use method thereof.

Background technique

Corrugated packaging box is the most widely used packaging product, and its consumption has always been the first among all kinds of packaging products. In consumer electronics products, especially larger electronic products, such as monitors and all-in-one computers, corrugated packaging outer boxes are used together with cushioning pads. In the prior art, EPE and EPS materials are usually used to make cushioning pads, but the materials are expensive and not suitable for recycling and reuse. For air transport. Therefore, the study of using corrugated cardboard folded cushioning packaging has great advantages in terms of environmental protection and cost. In addition, due to the strong rigidity of corrugated cardboard, its resilience is not as good as cushioning materials such as EPE and EPS. Therefore, research on the improved structure of the combination of high-elastic film and corrugated cardboard can significantly improve the resilience of the corrugated cardboard buffer structure, making corrugated cardboard with high elasticity. The resilience of the improved structure combined with the film is close to or reaches that of cushioning materials such as EPE and EPS, improving the cushioning performance of the overall cushioning package.

Contents of the invention

The purpose of the present invention is to overcome the deficiencies of the above-mentioned prior art, and provide a suspended cushioning packaging device and a suspended cushioning packaging box, through the effective combination of corrugated cardboard and high elastic film, the resilience and cushioning performance of the corrugated cardboard cushioning structure are improved, In order to ensure that the packaging components of electronic products such as integrated computers and monitors have environmental protection, small volume, strong buffer performance and convenience, in order to achieve the above purpose, the present invention adopts the following technical solutions:

A suspension cushioning packaging device, comprising: a first left pad, a second left pad, a first right pad, a second right pad and a buffer accessory box, the first left pad, the second left pad , the first right pad, and the second right pad are all provided with a high-elastic film, and the first left pad and the first right pad are respectively arranged on the front of the second left pad and the second right pad. Above, and the first and second left pads and the first and second right pads are arranged opposite to each other to form a hollow cuboid suspended cavity for placing packaged electronic products and buffer accessories boxes; the buffer accessories box It consists of an inner box, an outer box body and a high elastic film arranged on the outer box body, the inner liner box is fixed in the hollow cavity of the outer box body through the high elastic film.

Further, the first left liner, the second left liner, the first right liner, the second right liner and the outer box body are all made of die-cut and creased one-piece corrugated cardboard and folded along the fold line Forming.

Further, the first left pad and the first right pad are structurally mirror-symmetrical to each other, and are composed of a pad panel, a first support wall, a second support wall, a first side wall, a second side wall, It consists of a fixed cavity and a high-elastic film. The pad panel is connected with the first support wall, the second support wall, the first side wall, and the second side wall through a folding line. One side of the pad panel is provided with a socket, and the other One side is provided with the fixed cavity; the high-elastic film completely covers the fixed cavity, and is fixed on the pad panel and the first support wall by environmentally friendly water-based strong adhesive.

Further, the fixed cavity is composed of a die-cutting line, a reinforced support wall and a high-elastic film; the first support wall and the second support wall are provided with fold lines and tongue pieces, and the fold lines connect the first support wall Divided into the first support wall and tongue one, the second support wall is divided into the second support wall and tongue two by the fold line; the first side wall and the second side wall are all provided with fold lines and tongue three .

Further, after the first support wall is folded by the first support wall surface, tongue 1 and tongue 3 provided on the first side wall and the second side wall through the folding line, the first side wall and the second side wall The three-layer corrugated cardboard structure support wall formed by the tongue three and the reinforced support wall being sandwiched between the first support wall and the tongue one, and fixed on the jack of the pad panel by the tongue insert; After the second support wall is folded by the second support wall, the tongue two and the tongue three arranged on the first side wall and the second side wall, the tongue three on the first side wall and the second side wall And the reinforced supporting wall is sandwiched between the second supporting wall and the second tongue, and the supporting wall of the three-layer corrugated cardboard structure is formed by fixing the tongue on the jack of the pad panel.

Further, the tongues on the first left pad and the first right pad connected to the first side wall and the second side wall have the same length, and both are half the length of the first support wall or the second support wall .

Further, the second left pad and the second right pad are structurally mirror-symmetrical to each other, and are composed of a pad panel, a first support wall, a second support wall, a first side wall, a second side wall, It consists of a fixed cavity and a high-elastic film. The pad panel is connected with the first support wall, the second support wall, the first side wall, and the second side wall through a folding line. One side of the pad panel is provided with a socket, and the other One side is provided with the fixed cavity; the high-elastic film completely covers the fixed cavity, and is fixed on the pad panel and the first support wall by environmentally friendly water-based strong adhesive.

Further, the fixed cavity is composed of a die cutting line, a reinforced support surface and a high elastic film; the first support wall and the second support wall are provided with fold lines and tongue pieces, and the fold lines connect the first support wall Divided into the first support wall, tongue four and buffer reinforcement edge, the fold line divides the second support wall into the second support wall, tongue five and buffer reinforcement edge; the first side wall and the second side wall All are provided with folding line, tongue six and tongue seven.

Further, after the first support wall is folded by the first support wall surface, the tongue four and the tongue six arranged on the first side wall and the second side wall through the folding line, the first side wall and the second side wall Tongue 6 on the top is sandwiched between the first support wall and tongue 4, and the support wall of the four-layer corrugated cardboard structure is formed by fixing the tongue on the socket of the pad panel; the second support wall After the second supporting wall, the tongue five and the tongue seven arranged on the first side wall and the second side wall are folded through the folding line, the tongue seven on the first side wall and the second side wall is sandwiched between the second side wall and the second side wall. Between the supporting wall and the five tongues, the supporting wall of the three-layer corrugated cardboard structure is formed by fixing the tongues on the jacks of the padding panels.

Further, the tongues on the second left pad and the second right pad connected to the first side wall and the second side wall have the same length as the length of the first support wall or the second support wall. Five-sixths; the tongues connected to the first side wall and the second side wall on the second left pad and the second right pad have the same length, and are both the first support wall or the second support wall half the length.

Further, the outer box body of the cushioning accessory box is composed of the tongue piece 8, the first panel, the first side wall, the second panel, the second side wall and the height set on the second panel, which are sequentially connected by a half-piercing fold line. Composed of elastic film, the first panel is provided with a rectangular window and a semicircular hole; the first side wall is provided with two round holes of equal size to facilitate the taking of the buffer accessory box; the first side wall, The two ends of the second panel and the second side wall are provided with a continuous fold line, and a die cut is provided at the intersection of the fold line and the half-through fold line, and the two ends of the first side wall, the second panel, and the second side wall are arranged along the fold line. The second panel is provided with a side of the high elastic film that is reversely folded to form a fixed hem and a support column along the die cut; the eight tongues are inserted into the fixed hem on the second side wall to form an outer box.

Further, the inner box of the cushioning accessory box can be freely designed according to the type, size, quantity, etc. of the accessories of the packaged electronic products.

Further, a first middle pad can be added at the middle position of the first left pad and the first right pad, and a second middle pad can be added at the middle position of the second left pad and the second right pad. Liner to further ensure the overall cushioning performance and reliability of the cushioning package.

Further, the high elastic film is one of TPU, TPE, PE, LDPE, PVC, or two or more materials are mixed and co-extruded in proportion according to different elastic requirements.

Further, the thickness of the high elastic film is 0.06mm-0.3mm.

A suspension cushioning packaging box, comprising the above-mentioned cushioning packaging device combined with corrugated cardboard and high elastic film and a box body, and the cushioning packaging device combined with corrugated cardboard and high elastic film is placed in the box body.

A method for using a suspended buffer packing box, comprising the following steps:

S01. Fold and fix the one-piece corrugated cardboard that has been die-cut and creased along the fold line to form the first left pad, the second left pad, the first right pad, and the second right pad, and shake the bottom of the box Seal with scotch tape;

S02. Put the second left liner and the second right liner folded and fixed in S01 on the bottom of the box body, and stick to the four corners of the bottom of the box body;

S03. Put the packaged electronic product into the box, and fix the lower part of the packaged electronic product in the fixed cavity of the second left pad and the second right pad;

S04. Fold a piece of corrugated cardboard in the inner box along the fold line to form an inner box, place the relevant accessories of the electronic product to be packaged in the corresponding position of the inner box, pull up the high elastic film on the corrugated cardboard of the outer box, Put the inner box between the second panel of the outer box body and the high elastic film, then fold it along the fold line to the side where the high elastic film is provided to tighten the high elastic film, under the action of the resilience of the high elastic film Fix the inner box on the second panel, and then fold the tongue, the first panel, the first side wall, the second panel, and the second side wall along the half-piercing fold line to the side where the high elastic film is provided, and finally fold the The tongue piece is inserted into the fixed flange on the side of the second side wall to form a buffer accessory box;

S05. Put the buffer accessory box assembled in S04 into the box from the back side of the packaged electronic product;

S06. Put the first left liner and the first right liner folded and fixed in S01 into the box, and fit them to the four corners of the top of the box, so that the fixed cavity of the first left liner and the first right liner Fix the upper part of the packaged electronic product so that the whole packaged electronic product is in a hollow cubic suspension cavity composed of the first left pad, the second left pad, the first right pad, and the second right pad;

S07. Use transparent glue to seal the rocker cover on the top of the box to complete the box sealing.

Further, in S01, folding the first middle pad and the second middle pad can be added.

Further, in S02, a second middle pad may be added, and the second middle pad is located in the middle of the second left pad and the second right pad.

Further, in S06, the first middle pad may be placed additionally, and the first middle pad is located in the middle of the first left pad and the first right pad.

The beneficial effects of the present invention are:

1. Optimization of packaging scheme: Utilize the cushioning and fixability of corrugated paper itself, and then through the improved structure of the combination of high elastic film and corrugated cardboard, the resilience of the cushioning structure of corrugated cardboard is significantly improved, and the improved structure of corrugated cardboard combined with high elastic film The rebound elasticity is close to or reaches that of EPE and EPS and other cushioning materials, improving the cushioning performance of the overall cushioning package, while reducing the overall size and weight of the package, making the product integrated packaging obvious;

2. Green and environmental protection: By replacing buffer materials such as EPE and EPS with an improved structural buffer device combined with corrugated cardboard and high-elastic film, the usage of plastic parts is reduced by 80%, which greatly reduces the use of plastic parts and makes the entire buffer Packaging is more environmentally friendly;

3. Reduce production cost: the buffer device formed by the folding of a combination of one-piece corrugated cardboard and high elastic film improves the utilization rate of corrugated cardboard and reduces the loss of corrugated cardboard. At the same time, because the buffer device of the present invention is used to replace Buffer materials such as EPE and EPS save about 55% of the internal storage space of the enterprise, greatly improving the utilization rate of storage space, thereby reducing production and operating costs;

4. Save transportation costs: After adopting the cushioning device and cushioning packing box of the present invention, the total weight and total volume of packaging materials are reduced by 5%-7% respectively, which reduces the overall packaging and transportation costs and improves product value (increasing customer experience) .

Description of drawings

Fig. 1 is a schematic diagram of the assembly structure of the corrugated cardboard suspended cushion packaging device of the present invention;

Fig. 2 is a schematic diagram of the structure of the first left pad of the present invention;

Fig. 3 is a schematic diagram of the plane unfolded structure of the first left pad of the present invention;

Fig. 4 is a mirror symmetrical schematic diagram of the planar unfolded structure of the first left pad and the first right pad of the present invention;

Fig. 5 is a schematic structural diagram of mirror symmetry of the first left pad and the first right pad of the present invention;

Fig. 6 is a schematic diagram of the structure of the second left pad of the present invention;

Fig. 7 is a schematic diagram of the plane unfolded structure of the second left pad of the present invention;

Fig. 8 is a mirror symmetrical schematic diagram of the second left pad and the second right pad planar unfolded structure of the present invention;

Fig. 9 is a schematic structural view of the mirror symmetry of the second left pad and the second right pad of the present invention;

Fig. 10 is a structural schematic diagram of the outer box of the fastening fitting of the present invention;

Fig. 11 is a schematic diagram of the planar unfolded structure of the outer box of the fastening fitting of the present invention;

Fig. 12 is a structural schematic diagram of an integrated computer placed in one of the corrugated cardboard suspension cushioning packaging boxes of the present invention;

Fig. 13 is a structural schematic diagram of an integrated computer placed in another corrugated cardboard suspension cushioning packaging box of the present invention.

Among the figure: 1. the first left liner, 11. liner panel 1, 12. the first support wall 1, 121. insert tongue piece 1, 122. the first support wall surface 1, 123. tongue piece 1, 13. the first Two support walls 1, 131. Tongue plate 2, 132. Second support wall surface 1, 133. Tongue plate 2, 14. First side wall I, 15. Second side wall I, 16. Fixed cavity position I, 161 .Die cutting line I, 162. Reinforced support wall, 17. Tongue three, 18. Fold line I, 19. Jack I, 191. Jack one, 192. Jack two, 2. Second left liner, 21. Cushion panel II, 22. First support wall II, 221. Tongue plate three, 222. First support wall surface II, 223. Tongue plate four, 224. Buffer reinforcement edge one, 23. Second support wall II, 231 . Tongue piece four, 232. Second supporting wall II, 233. Tongue piece five, 234. Buffer reinforcement edge two, 24. First side wall II, 25. Second side wall II, 26. Fixed cavity position II, 261. Die cutting line II, 262. Reinforced support surface, 271. Tongue six, 272. Tongue seven, 28. Fold line II, 29. Jack II, 291. Jack three, 292. Jack four, 3. One right liner, 4. the second right liner, 5. cushioning accessories box, 51. outer box body, 511. tongue eight, 512. first panel, 5121. rectangular window, 5122. semicircle hole, 513. the first One side wall, 5131. Round hole, 514. Second panel, 515. Second side wall, 516. Half piercing fold line, 517. Fold line III, 518. Fixed edge, 519. Die cutout, 5191. Support post, 6 .High elastic film, 61. Environmentally friendly water-based strong adhesive, 7. The first middle pad, 8. The second middle pad, 9. Integrated computer, 10. Cabinet.

Detailed ways

The accompanying drawings are for illustrative purposes only and cannot be construed as limiting the patent;

In order to better illustrate this embodiment, some components in the drawings will be omitted, enlarged or reduced, and do not represent the size of the actual product; for those skilled in the art, some known structures and their descriptions in the drawings may be omitted. understandable. Those of ordinary skill in the art can understand the specific meanings of the above terms in the present invention in specific situations. The technical solutions of the present invention will be further described below in conjunction with the accompanying drawings and embodiments.

In this embodiment, a corrugated cardboard suspension cushioning packaging device includes: a first left pad 1, a second left pad 2, a first right pad 3, a second right pad 4, and a buffer accessory box 5. The first left pad 1, the second left pad 2, the first right pad 3, and the second right pad 4 are all provided with a high elastic film 6, and the first left pad 1 and the first right pad The pads 3 are respectively arranged directly above the second left pad 2 and the second right pad 4, and the first and second left pads 1, 2 and the first and second right pads 3, 4 are arranged opposite to each other , forming a hollow cube suspended cavity for placing an integrated computer 9 and a buffer accessory box 5; The inner box (not shown in the figure) is fixed in the hollow cavity of the outer box body 51 through the high elastic film 6 .

Further, the first left liner 1, the second left liner 2, the first right liner 3, the second right liner 4 and the outer box body 51 are all made of one-piece corrugated sheets after die-cutting and creasing. Cardboard is formed by folding along crease lines.

In this embodiment, the first left pad 1 and the first right pad 3 are mirror-symmetrical to each other in structure, and are composed of the pad panel I11, the first support wall I12, the second support wall I13, the first side Wall I14, second side wall I15, fixed cavity position I16 and high elastic film 6, the pad panel I11 is connected with the first support wall I12, the second support wall I13, the first side wall I14, the second support wall I18 through the folding line I18 The side walls I15 are connected to each other, the one side of the pad panel I11 is provided with a jack I19, and the other side is provided with the fixed cavity I16; the high elastic film 6 is completely covered on the fixed cavity I16, through the environmental protection water Strong glue 61 is fixed on the pad panel I11 and the first supporting wall I12.

Furthermore, the fixed cavity I16 is composed of a die cutting line I 161, a reinforced support wall 162 and a high elastic film 6; the first support wall I12 and the second support wall I13 are provided with a folding line I18 and a tongue-inserting piece I 121. Tongue piece two 131, the fold line I18 divides the first support wall I12 into the first support wall surface I122 and the tongue piece one 123, and the fold line I18 divides the second support wall I13 into the second support wall surface I132 and the tongue piece The second piece 133; the first side wall I14 and the second side wall I15 are provided with a folding line I18 and a third tongue 17.

Further, after the first support wall I12 is folded by the first support wall surface I122, the first tongue 123 and the third tongue 17 arranged on the first side wall I14 and the second side wall I15 through the folding line I18, the first The third tongue 17 and the reinforced support wall 162 on the side wall I14 and the second side wall I15 are clamped between the first support wall I122 and the first tongue 123, and are fixed on the insert of the pad panel I11 by the first tongue 121. The support wall of the three-layer corrugated cardboard structure formed on the hole one 191; After the tongue three 17 is folded through the folding line I18, the tongue three 17 and the reinforced support wall 162 on the first side wall I14 and the second side wall I15 are sandwiched between the second support wall I132 and the second tongue 133, and the Tongue piece 2 131 is fixed on the jack 2 192 of liner panel I11 to form the support wall of the three-layer corrugated cardboard structure; after the above-mentioned first support wall I12 and second support wall I13 are folded and formed, the first side The wall I14 and the second side wall I15 are molded and fixed at the same time, and jointly constitute the hollow first left pad and the first right pad.

The high elastic film 6 covered on the fixed cavity position I16 and fixed on the pad panel I11 and the first support wall I12 by the environmentally friendly water-based strong adhesive 61 is formed by folding the pad panel I11 and the first support wall I12 along the fold line I18. In this embodiment, when the integrated computer 9 is fixed in the fixed cavity position I16, the high elastic film 6 is stretched and deformed by the gravity of the integrated computer 9 to form a first buffer body. At the same time, the high elastic film 6 will The received gravity is transmitted to the pad panel I11 and the first support wall I122 through the environmental protection water-based strong adhesive 61, so that the received gravity is more evenly distributed throughout the corrugated paper structure of the first left pad 1 and the first right pad 3 On the top, the second buffer body is formed by the corrugated structure, and the first buffer body and the second buffer body jointly form a suspended buffer structure with resilience and buffer performance close to or reach the buffer materials such as EPE and EPS, if not in the first left pad The structure of I1 and the first right pad I3 is provided with a high elastic film 6. When the integrated computer 9 is packaged, the integrated computer 9 is directly connected to the first left pad I1 and the first right pad I3 at the fixed cavity position I16. One support wall I12 is in contact, and most of the gravity of the all-in-one computer 9 is concentrated on the first support wall I12, so that the resilience and cushioning performance of the first left pad 1 and the first right pad 3 are obviously reduced.

Further, the tongues 17 connected to the first side wall I14 and the second side wall I15 on the first left pad 1 and the first right pad 3 have the same length, and both are the first support wall I12 or half of the length of the second support wall I13.

Further, the second left pad 2 and the second right pad 4 are structurally mirror-symmetrical to each other, and are composed of a pad panel II21, a first support wall II22, a second support wall II23, and a first side wall II24. , the second side wall II25, the fixed cavity II26 and the high elastic film 6, the cushion panel II21 is connected with the first support wall II22, the second support wall II23, the first side wall II24, the second side wall through the folding line II28 II25 are connected to each other, and one side of the liner panel II21 is provided with a jack II29, and the other side is provided with the fixed cavity II26; the high elastic film 6 is completely covered on the fixed cavity II26. Glue 61 is fixed on the pad panel II21 and the first support wall II22.

Furthermore, the fixed cavity II26 is composed of a die cutting line II 261, a reinforced support surface 262 and a high elastic film 6; the first support wall II22 and the second support wall II23 are provided with a fold line II28 and a third tongue piece 221. Tongue piece four 231, the fold line II28 divides the first support wall II22 into the first support wall surface II222, the tongue piece four 223 and the buffer reinforcement edge one 224, and the fold line II28 divides the second support wall II23 into the second support wall surface II222. The second supporting wall surface II232, the fifth tongue piece 233 and the second buffer reinforcement edge 234; the first sidewall II24 and the second sidewall II25 are provided with a folding line II28, tongue piece six 271 and tongue piece seven 272.

Further, after the first support wall II22 is folded by the first support wall surface II222, the tongue four 223 and the tongue six 271 arranged on the first side wall II24 and the second side wall II25 through the folding line II28, the first The six tongues 271 on the side wall II24 and the second side wall II25 are clamped between the first support wall II222 and the four tongues 223, and are fixed on the three sockets 291 of the gasket panel II21 by the three tongues 221. The support wall of the formed four-layer corrugated cardboard structure; the second support wall II23 is formed by the second support wall surface II232, the tongue five 233 and the tongue seven 272 arranged on the first side wall II24 and the second side wall II25. After the folding line II28 is folded, the tongue seven 272 on the first side wall II24 and the second side wall II25 is sandwiched between the second support wall II232 and the fifth tongue 233, and is fixed on the pad panel by the fourth tongue 231 The supporting wall of the jack four 292 of II21 is formed on a three-layer corrugated cardboard structure.

Covered on the fixed cavity position II26 and fixed on the cushion panel II21 and the first support wall II22 by the environmental protection water-based strong adhesive 61, the high elastic film 6 is folded along the fold line II28 through the cushion panel II21 and the first support wall II22. In this embodiment, when the all-in-one computer 9 is fixed in the fixed cavity II26, the high elastic film 6 is stretched and deformed by the gravity of the all-in-one computer 9 to form a first buffer body. At the same time, the high elastic film 6 The received gravity is transmitted to the cushion panel II21 and the first supporting wall surface II222 through the environmentally friendly water-based strong adhesive 61, so that the received gravity is more evenly distributed on the corrugated paper of the second left cushion 2 and the second right cushion 4 Structurally, the corrugated paper structure forms the second buffer body, and the first buffer body and the second buffer body jointly form a suspended buffer structure with resilience and buffer performance close to or reach the buffer materials such as EPE and EPS, if not in the second left lining The pad 2 and the second right pad 4 are provided with a high elastic film 6. When the integrated computer 9 is packaged, the integrated computer 9 is directly connected to the fixed cavity II26 of the second left pad 2 and the second right pad 4. The first supporting wall II22 is in contact with the reinforced supporting surface 262, and most of the gravity of the integrated computer 9 is concentrated on the first supporting wall II22 and the reinforced supporting surface 262, although the reinforced supporting surface 262 is in surface contact with the integrated computer 9, it can be compared Good distribution of force, but the first support wall II22 still bears a relatively large external force, so that the resilience and cushioning performance of the second left pad 2 and the second right pad 4 are significantly reduced.

Further, the tongues 6 271 connected to the first side wall II24 and the second side wall II25 on the second left pad 2 and the second right pad 4 have the same length, and both are the first support wall II22 or Five-sixths of the length of the second support wall II23; the tongues 272 connected to the first side wall II24 and the second side wall II25 on the second left pad 2 and the second right pad 4 have the same length, And both are half of the length of the first supporting wall II22 or the second supporting wall II23.

Further, the outer box body 51 of the buffer accessory box 5 is composed of tongues 8 511, first panels 512, first side walls 513, second panels 514, second side walls 515 and The high elastic film 6 that is arranged on the second panel 514 is composed of, the first panel is provided with a rectangular window 5121 and a semicircular hole 5122; the first side wall is provided with two circular holes 5131 of equal size to facilitate Take the buffer accessory box; the two ends of the first side wall 513, the second panel 514 and the second side wall 515 are provided with a continuous fold line III517, and a die cut 519 is provided at the intersection of the fold line III517 and the half-through fold line 516, and The two ends of the first side wall 513, the second panel 514, and the second side wall 515 are formed along the folding line III517 to the side where the high elastic film 6 is provided on the second panel 514 to form a fixed hem 518 and a die cut. 519 forms a support column 5191; the tongue 8 511 is inserted into the fixed flange 518 on the side of the second side wall 515 to form an outer box.

In this embodiment, the inner box (not shown in the figure) of the buffer accessory box 5 can be freely designed according to the type, size and quantity of the accessories of the integrated computer 9 . After loading the accessories of the integrated computer 9 in the liner box, pull up the high elastic film 6, place the liner box between the second panel 514 and the high elastic film 6, and then arrange the high elastic film 6 along the folding line III517 One side is reversely folded to tighten the high-elastic film 6, and the lining box (not shown) is fixed on the second panel 514 under the resilience of the high-elastic film 6, and then folded along the half-passing fold line 516. Tongue 8 511, first panel 512, first side wall 513, second panel 514, and second side wall 515 are sequentially folded toward the side where the high elastic film 6 is provided, and finally tongue 8 511 is inserted into the second side wall 515 The buffer accessory box 5 is formed in the fixed flange 518 on the side. The buffer accessories box 5 is placed on the back side of the all-in-one computer 9 to provide further buffer support for the back side thereof.

In this embodiment, the high elastic film is made of TPU material, and the thickness of the high elastic film is 0.25 mm.

As shown in Figure 12, it is the suspended cushion packing box of this embodiment, which includes the first left pad 1, the second left pad 2, the first right pad 3, the above-mentioned corrugated cardboard combined with the high elastic film 6, The second right pad 4, the buffer accessory box 5 and the box body 10, the first left gasket 1, the second left gasket 2, the first right gasket 3, the second right gasket 4 and the buffer accessory box 5 Placed in the box body 10, the all-in-one computer 9 and its accessories of this embodiment are accommodated and protected. It can be understood that the size of the box body 10 of the suspended cushion packaging box can be adjusted according to the first left pad 1, the second left pad 2, the first right pad 3, the second right pad 4 and the buffer fittings of the present invention. The size of the box 5 cushioning packaging device is adjusted so that the first left pad 1, the second left pad 2, the first right pad 3, the second right pad 4 and the cushioning accessories box 5 cushioning packaging device of the present invention can Put it into the box body 10 and can be stably supported by the box body 10 , so as to facilitate the stable placement of the packaged integrated computer 9 .

The method of using the suspended buffer packing box as shown in Figure 12 includes the following steps:

S01. Fold and fix the one-piece corrugated cardboard that has been die-cut and creased along the fold line to form the first left backing 1, the second left backing 2, the first right backing 3, and the second right backing 4. The rocker cover at the bottom of the body is sealed with transparent tape;

S02. Place the second left liner 2 and the second right liner 4 folded and fixed in S01 on the inner bottom of the box body 10, and attach them to the four corners of the bottom of the box body 10;

S03, put the integrated computer 9 into the box body 10, and fix the lower part of the integrated computer 9 in the fixed cavity II16 of the second left pad 2 and the second right pad 4;

S04. Fold the corrugated cardboard of a one-piece liner box along the fold line into a liner box, put the relevant accessories of the integrated computer 9 in the corresponding position of the inner liner box, and pull up the high elastic film 6 on the corrugated cardboard of the one-piece outer box body 51 , the liner box is placed between the second panel 514 of the outer box body 51 and the high elastic film 6, and then folded along the fold line III517 to the side where the high elastic film 6 is provided to tighten the high elastic film 6, at a high The liner box is fixed on the second panel 514 under the resilience effect of the elastic film 6, and the tongue piece 8 511, the first panel 512, the first side wall 513, the second panel 514, the second The side wall 515 is folded toward the side provided with the high elastic film 6 in sequence, and finally the tongue 8 511 is inserted into the fixed edge 518 on the side of the second side wall 515 to form the buffer accessory box 5;

S05. Put the buffer accessory box 5 assembled in S04 into the box body 10 from the back side of the integrated computer 9;

S06. Put the first left liner 1 and the first right liner 3 folded and fixed in S01 into the box body 10, and attach them to the top four corners of the box body 10, so that the first left liner 1 and the first right liner The fixed cavity position I16 of the liner 3 fixes the top of the all-in-one computer 9, so that the whole all-in-one computer 9 is in the position of the first left liner 1, the second left liner 2, the first right liner 3, and the second right liner 4. The hollow cube formed is suspended in the cavity;

S07. Use transparent glue to seal the top flap of the box body 10 to complete the box sealing.

As shown in Figure 13, it is another kind of suspended cushion packaging box of this embodiment. Its main suspended cushion packaging device and the production process of each device are the same as those in Embodiment 1. The difference is that the first left pad 1 and the first right pad 3, the first middle pad 7 is added, and the second middle pad 8 is added at the middle position of the second left pad 2 and the second right pad 4, so as to further ensure the cushioning of the package. Overall cushioning performance and reliability. It can be understood that the size of the box body 10 of the suspended cushion packaging box can be according to the first left pad 1, the second left pad 2, the first right pad 3, the second right pad 4, the first The size of the middle pad 7, the second middle pad 8 and the buffer accessories box 5 cushioning packaging devices is adjusted so that the first left pad 1, the second left pad 2, the first right pad 3, the second pad of the present invention Two right liners 4, the first middle liner 7, the second middle liner 8 and the cushioning accessories box 5 cushion packaging devices can be placed in the box body 10 and can be stably held against the box body 10, thereby facilitating the integration of the integrated computer 9 Stable place.

The method of using the suspended buffer packaging box as shown in Figure 13 includes the following steps:

S01. Fold and fix the one-piece corrugated cardboard that has been die-cut and creased along the fold line to form the first left backing 1, the second left backing 2, the first right backing 3, the second right backing 4, and the first middle backing. Liner 7 and the second middle liner 8, and seal the rocker cover at the bottom of the box with scotch tape;

S02. Put the second left pad 2 and the second right pad 4 folded and fixed in S01 on the inner bottom of the box body 10, and stick to the four corners of the bottom of the box body 10, place the second left pad 2 and the second right pad 4 Place the second middle pad 8 in the middle position of the right pad 4;

S03. Put the all-in-one computer 9 into the box body 10, and fix the lower part of the all-in-one computer 9 on the fixed cavity position I16 of the second left liner 2 and the second right liner 4 and the fixed cavity position of the second middle liner 8 ( not shown in the figure);

S04. Fold the corrugated cardboard of a one-piece liner box along the fold line into a liner box, put the relevant accessories of the integrated computer 9 in the corresponding position of the inner liner box, and pull up the high elastic film 6 on the corrugated cardboard of the one-piece outer box body 51 , the liner box is placed between the second panel 514 of the outer box body 51 and the high elastic film 6, and then folded along the fold line III517 to the side where the high elastic film 6 is provided to tighten the high elastic film 6, at a high The liner box is fixed on the second panel 514 under the resilient force of the elastic film 6, and then the tongue 511, the first panel 512, the first side wall 513, the second panel 514, and the second side are fixed along the half-piercing fold line 516. The wall 515 is folded toward the side provided with the high elastic film 6 in turn, and finally the tongue 8 511 is inserted into the fixed fold 518 on the side of the second side wall 515 to form the buffer accessory box 5;

S05. Put the buffer accessory box 5 assembled in S04 into the box body 10 from the back side of the integrated computer 9;

S06. Put the first left liner 1 and the first right liner 3 folded and fixed in S01 into the box body 10, and stick to the four corners of the top of the box body 10, place the first left liner 1 and the first right liner Place the first middle pad 7 in the middle of the pad 3, so that the fixed cavity I16 of the first left pad 1 and the first right pad 3 and the fixed cavity (not shown in the figure) of the first middle pad 7 are fixed. Live on the top of the all-in-one computer 9, so that the whole all-in-one computer 9 is in a hollow cubic suspension cavity composed of the first left pad 1, the second left pad 2, the first right pad 3, and the second right pad 4;

S07. Use transparent glue to seal the top flap of the box body 10 to complete the box sealing.

Apparently, the above-mentioned embodiments of the present invention are only examples for clearly illustrating the present invention, rather than limiting the implementation of the present invention. For those of ordinary skill in the art, other changes or changes in different forms can be made on the basis of the above description. It is not necessary and impossible to exhaustively list all the implementation manners here. All modifications, equivalent replacements and improvements made within the spirit and principles of the present invention shall be included within the protection scope of the claims of the present invention.

Claims (10)

1. a kind of hanging buffering and packaging apparatus, comprising: first it is left liner, second it is left liner, first it is right liner, second it is right liner and Buffer fittings box, it is characterised in that: the first left liner, the first right liner, is all arranged on the second right liner the second left liner There is high resiliency film, the first left liner and the first right liner are being separately positioned on the described second left liner and the second right liner just Top, and the first, second left liner and the first, second right liner are arranged so as to be opposite each other, and it is hanging to form a hollow cube Cavity, for placing packaged electronic product and buffering fittings box；The buffering fittings box is existed by lining box, outter box and setting High resiliency film composition on outter box, the lining box are fixed on the hollow cavity of the outter box by the high resiliency film In vivo.

2. the hanging buffering and packaging apparatus of corrugated board according to claim 1, it is characterised in that: the first left liner, Second left liner, the second right liner, liner in first, pads and outter box is all respectively by being die cut, pressing the first right liner in second What the single piece type corrugated board after trace was formed after folding line.

3. the hanging buffering and packaging apparatus of corrugated board according to claim 1, it is characterised in that: it is described first it is left liner and First right liner and the second left liner and the second right liner are mutually symmetrical in mirror surface in structure, all by padding panels, the first support Wall, the second supporting walls, the first side wall, second sidewall, lock chamber position and high resiliency film composition, the padding panels pass through broken line It is connected with the first supporting walls, the second supporting walls, the first side wall, second sidewall, padding panels side is provided with jack, the other side It is provided with the lock chamber position；The high resiliency film is completely covered on the lock chamber position, passes through environment-friendly water-based strong viscose glue It is fixed on the padding panels and the first supporting walls.

4. the hanging buffering and packaging apparatus of corrugated board according to claim 1, it is characterised in that: it is described first it is left liner and The lock chamber position of first right liner passes through die cut lines, reinforcement supporting walls and high resiliency film composition；The second left liner and the The lock chamber position of two right liners passes through die cut lines, reinforcement supporting surface and high resiliency film composition.

5. the hanging buffering and packaging apparatus of corrugated board according to claim 1, it is characterised in that: it is described first it is left liner and First supporting walls of the first right liner are by the first support wall in order, tongue piece one and the tongue piece being arranged on the first side wall and second sidewall Three after folding line, by the first side wall and second sidewall tongue piece three and reinforce supporting walls be clipped in the first support wall in order and tongue Between piece one, and be fixed on the jack of padding panels by tongue piece and the supporting walls of triple wall board structure that are formed；Institute The second supporting walls are stated to be rolled over by the second support wall in order, tongue piece two and the tongue piece three being arranged on the first side wall and second sidewall through broken line Poststack, by the first side wall and second sidewall tongue piece three and reinforce supporting walls be clipped between the second support wall in order and tongue piece two, And be fixed on the jack of padding panels by tongue piece and the supporting walls of triple wall board structure that are formed.

6. the hanging buffering and packaging apparatus of corrugated board according to claim 1, it is characterised in that: it is described second it is left liner and First supporting walls of the second right liner are by the first support wall in order, tongue piece four and the tongue piece being arranged on the first side wall and second sidewall After the six channels folding line, the tongue piece six on the first side wall and second sidewall is clipped between the first support wall in order and tongue piece four, and The supporting walls of four-layer corrugated paper board structure for being fixed on the jack of padding panels by tongue piece and being formed；Second supporting walls By the second support wall in order, tongue piece five and the tongue piece seven being arranged on the first side wall and second sidewall after folding line, by first Tongue piece seven on side wall and second sidewall is clipped between the second support wall in order and tongue piece five, and is fixed on padding panels by tongue piece Jack on and formed triple wall board structure supporting walls.

7. the hanging buffering and packaging apparatus of corrugated board according to claim 1, it is characterised in that: the high resiliency film is One of TPU, TPE, PE, LDPE, PVC material or in which two or more material according to different elastic demands press than Example mixing is co-extruded.

8. the hanging buffering and packaging apparatus of corrugated board according to claim 1, it is characterised in that: the high resiliency film is thick Degree is 0.06mm-0.3mm, preferably 0.25mm.

9. a kind of hanging buffer packing case, it is characterised in that: outstanding including corrugated board such as of any of claims 1-8 Empty buffer packing device and cabinet, the hanging buffering and packaging apparatus of corrugated board are placed in the cabinet.

10. a kind of hanging buffer packing case application method, it is characterised in that: the following steps are included:

S01, will be die cut the good single piece type corrugated board of impression along folding line and be fixed into first it is left liner, second it is left liner, First right liner, the second right liner, and bottom of box rolling cover is sealed with adhesive tape；

S02, will be folded in S01 fix second it is left liner and second it is right liner be placed on bottom in cabinet, and and the bottom of box Quadrangle fitting；

S03, packaged electronic product is put into cabinet, and packaged electronic product lower part is fixed on the second left liner and the In the lock chamber position of two right liners；

S04, single piece type lining box corrugated board is put along folding line at lining box, and by packaged electronic product related accessory In the high resiliency film on lining box corresponding position, pull-up single piece type outter box corrugated board, lining box is placed on outter box Second panel and high resiliency film between, then along broken line to being provided with the reverse folded to tense height of high resiliency film side Lining box is fixed in second panel by elastic film under the rebound effect of high resiliency film, then broken line is partly worn for tongue in edge Piece, first panel, the first side wall, second panel, second sidewall are successively to the folding of high resiliency film side is provided with, finally by tongue Piece, which is inserted into the fixation flanging of second sidewall side, forms buffering fittings box；

S05, the buffering fittings box assembled in S04 is put into cabinet from the back side of packaged electronic product；

S06, will be folded in S01 fix first it is left liner and first it is right liner be put into cabinet, and with top of the box quadrangle Fitting makes the lock chamber position of the first left liner and the first right liner fix the top of packaged electronic product, makes entirely to be wrapped It fills electronic product and is in the hollow cube being made of the first left liner, the second left liner, the first right liner, the second right liner In hanging cavity；

S07, top of the box rolling cover is sealed using transparent adhesive tape, complete joint sealing；

Further, it can increase in S01 in folding first and be padded in liner and second；

Further, it can increase in S02 and be padded in placement second, and liner is right in the second left liner and second in second Pad middle position；

Further, it can increase in S06 and be padded in placement first, and liner is right in the first left liner and first in first Pad middle position.