CN214566777U - A buffering packaging structure and packing box for foldable bamboo table - Google Patents

Abstract

The utility model provides a buffer packaging structure and a packaging box for a folding bamboo table, which comprises two first buffer modules, two second buffer modules and a first block isolating module, wherein the first block isolating module is connected between the two second buffer modules, the first buffer module is formed by folding a first plate, the second buffer module is formed by folding a second plate, and the first block isolating module is formed by folding a third plate; the second plate comprises a second bottom plate, a second back plate and a second panel which are sequentially connected, and a second face jack B is arranged on one side, far away from the second back plate, of the second panel; the third plate comprises a third panel, both ends of the third panel are connected with third inserting tongues, and the two third inserting tongues are respectively connected with second surface jacks B of the two second buffer modules in an inserting mode. The utility model discloses the buffering protection effect is comprehensive, connects through first partition card module between two relative second buffering modules, can effectively improve buffering packaging structure's fastness.

Description

A buffering packaging structure and packing box for foldable bamboo table

Technical Field

The utility model relates to the field of packaging, a buffer packaging structure and packing box for foldable bamboo table is specifically disclosed.

Background

The commodities can reach a selling place for selling after being produced through transportation, and the commodities are often required to be packaged in the transportation and storage processes, so that the commodities are effectively protected, and the commodities are prevented from being damaged in the storage and transportation processes.

The package of the commodity generally uses a paperboard package structure, is beneficial to recycling and has lower cost. The packing box among the prior art is square structure, is provided with material in the packing in order to ensure usually that can not bump between commodity and the box in its inside, can effectively improve the reliability that commodity was stored, was transported, but material is rectangular frame construction in the packing among the prior art, only can be used for protecting the border position of commodity, and to commodities such as folding dining table, its large tracts of land table surface receives the extrusion easily and takes place the deformation, exists the dead angle that can't obtain the protection.

SUMMERY OF THE UTILITY MODEL

Based on this, it is necessary to provide a buffering packaging structure and packing box for foldable bamboo table to aim at prior art problem, and the buffering protection effect is comprehensive, and the module is interrelated, and buffering packaging structure is reliable and stable.

In order to solve the prior art problem, the utility model discloses a buffering packaging structure for a folding bamboo table, which comprises two first buffering modules, two second buffering modules and a first isolating and clamping module, wherein the first isolating and clamping module is connected between the two second buffering modules, the first buffering module is formed by folding a first plate, the second buffering module is formed by folding a second plate, and the first isolating and clamping module is formed by folding a third plate;

the first plate comprises a first bottom plate, a first back plate and a first panel which are sequentially connected, wherein two ends of the first bottom plate are respectively connected with a first bottom lug plate, a first bottom jack A is arranged in the first bottom lug plate, two ends of the first back plate are respectively connected with a first back lug plate, two ends of the first panel are respectively connected with a first face lug plate, one side, away from the first panel, of each first face lug plate is connected with a first face inserting tongue, the first bottom plate, the first back plate and the first panel are turned over to form a U shape, the first back lug plates are turned inwards to be perpendicular to the first back plate, the first bottom lug plates and the first face lug plates are sequentially folded on the surfaces of the first back lug plates, and the first face inserting tongues are inserted and connected into the first bottom jacks A;

the second plate comprises a second bottom plate, a second back plate and a second panel which are sequentially connected, wherein two ends of the second bottom plate are both connected with a second bottom lug plate, one end, away from the second bottom plate, of the second bottom lug plate is provided with a second insertion tongue, two ends of the second back plate are both connected with a second back lug plate, two ends of the second panel are both connected with a second face lug plate, two ends of the second panel are both provided with a second face insertion hole A, one side, away from the second back plate, of the second panel is provided with a second face insertion hole B, the second bottom plate, the second back plate and the second panel are folded to form a U shape, the second back lug plate is inwards folded to be perpendicular to the second back plate, the second face lug plate and the second bottom lug plate are sequentially folded on the surface of the second back lug plate, and the second insertion tongue is inserted and connected into the second face insertion hole A;

the third plate comprises a third panel, the two ends of the third panel are connected with a third insertion tongue, the two sides of the third panel are connected with a third limiting plate A and a third limiting plate B respectively, one side, far away from the third panel, of the third limiting plate A is connected with a table seam insertion tongue and two third turnover plates A, the two third turnover plates A are located on the two sides of the table seam insertion tongue, one side, far away from the third panel, of the third limiting plate B is connected with a third turnover plate B, the two sides of the third turnover plate B are connected with a third turnover plate C, one side, far away from the third limiting plate A, of the third panel is connected with two third lug plates, the two third lug plates are arranged on the two sides of the third limiting plate B at intervals, the two third insertion tongues are connected to second face insertion holes B of the two second buffer modules in an insertion mode respectively in an insertion mode, the third limiting plate A, the third limiting plate B and the third lug plates are folded and inclined to the third panel.

Furthermore, one side of the first bottom ear plate, which is far away from the first bottom plate, is connected with an inward-folding ear plate, an inward-folding jack is arranged in the inward-folding ear plate, the inward-folding ear plate is folded on the surface of the first bottom ear plate, and the first surface inserting tongue is also inserted and connected in the inward-folding jack.

Furthermore, one side of the first panel, which is far away from the first back plate, is provided with two first face jacks, one side of the first bottom plate, which is far away from the first back plate, is connected with two front baffles arranged at intervals, one side of the front baffles, which is far away from the first bottom plate, is connected with a front insertion tongue A, the front baffles are folded to be perpendicular to the first bottom plate, and the front insertion tongue A is inserted and connected into the first face jacks.

Furthermore, one side of the front baffle plate close to the first bottom ear plate is connected with a front ear plate, a front insertion hole is formed in the front ear plate, one side of the front ear plate far away from the front baffle plate is connected with a front insertion tongue B, one side of the first bottom ear plate far away from the front baffle plate is provided with a first bottom insertion hole B, the front ear plate is folded on the surface of the first bottom ear plate, the first surface insertion tongue is further connected in the front insertion hole in an inserting mode, and the front insertion tongue B is connected in the first bottom insertion hole B in an inserting mode.

Further, one side that first backplate was kept away from to first panel has connected gradually first limiting plate, first folded plate and erects the board, and the both ends of first limiting plate all are connected with a backup pad, and one side that first panel was kept away from to the backup pad is equipped with first bayonet socket, and the erects the board and keeps away from first one side of turning over the folded plate and be equipped with two second bayonet sockets, and first limiting plate, first folded plate and erects the board and turn over a formation U font, and the backup pad is turned over a perpendicular to first limiting plate, and first bayonet socket joint is in the second bayonet socket.

Furthermore, one side of the first panel, which is far away from the first back plate, is further connected with two reinforcing ear plates, the two reinforcing ear plates are arranged at the two ends of the first limiting plate at intervals, and the reinforcing ear plates are folded on the surface of the front baffle plate.

Furthermore, one side of the second panel, which is far away from the second back plate, is connected with a second limiting plate and a second turnover plate, the second limiting plate is perpendicular to the second panel in a folding mode, and the second turnover plate is perpendicular to the second limiting plate in a folding mode.

The second separation clamp module is formed by folding a fourth plate; the fourth plate includes the fourth panel, one side of fourth panel is connected with fourth limiting plate A, the opposite side of fourth panel is connected with a fourth limiting plate B and two fourth otic placodes, two fourth otic placodes are located fourth limiting plate B's both sides, fourth limiting plate A's both ends all are connected with a fourth and turn over folded plate A, the one end that fourth panel was kept away from to fourth limiting plate B is connected with the fourth and turns over folded plate B, the folding perpendicular to fourth panel of fourth limiting plate A, the fourth turns over folded plate A and turns over a perpendicular and fourth limiting plate A, the equal folding slope in fourth panel of fourth limiting plate B and fourth otic placode.

The utility model also discloses a packing box, including the box, be equipped with above-mentioned arbitrary one kind in the box and be used for the buffering packaging structure of foldable bamboo table.

The utility model has the advantages that: the utility model discloses a buffering packaging structure and a packaging box for a folding bamboo table, which have comprehensive buffering protection effect, can protect the edge of the folding bamboo table through a first buffering module and a second buffering module, and can realize the limit protection for the table legs of the folding bamboo table and the protection effect of trampling and bending prevention for the table top plate of the folding bamboo table through a first partition card module; in addition, the buffer module is correlated with each other, connect through first separation card module between two relative second buffer modules, ensure the position stability of first separation card module, the table seam of first separation card module is inserted the tongue and can be inserted between the gap of two blocks of bamboo chips that the desktop of foldable bamboo table links to each other, can realize further location, play reliable protection effect, can effectively improve the effect that each module supported each other among the whole buffer packaging structure simultaneously, can effectively improve buffer packaging structure's fastness.

Drawings

Fig. 1 is a schematic perspective view of the present invention.

Fig. 2 is a schematic structural diagram of the first plate of the present invention.

Fig. 3 is a schematic structural diagram of a second plate of the present invention.

Fig. 4 is a schematic structural diagram of a third plate of the present invention.

Fig. 5 is a schematic structural diagram of a fourth plate member according to the present invention.

The reference signs are: the first cushion module 10, the first plate 100, the first bottom plate 110, the first bottom ear plate 111, the first bottom insertion hole a1111, the first bottom insertion hole B1112, the inward-folded ear plate 112, the inward-folded insertion hole 1121, the first back plate 120, the first back ear plate 121, the first panel 130, the first face insertion hole 1301, the first face ear plate 131, the first face insertion tongue 132, the front baffle plate 140, the front insertion tongue a141, the front ear plate 142, the front insertion hole 1421, the front insertion tongue B143, the first limiting plate 150, the supporting plate 151, the first bayonet 152, the first folded plate 160, the upright plate 170, the second bayonet 171, the reinforcing ear plate 180, the second cushion module 20, the second plate 200, the second bottom plate 210, the second bottom ear plate 211, the second insertion tongue 212, the second back plate 220, the second back ear plate 221, the second insertion hole 230, the second face A1, the second face B2302, the second ear plate 231, the second ear plate 240, the second back ear plate 250, the third back ear plate 300, the isolating plate 230300, and the third baffle plate 300, The third panel 310, the third inserting tongue 311, the third limiting plate a320, the table seam inserting tongue 321, the third folding plate a322, the third limiting plate B330, the third folding plate B331, the third folding plate C332, the third ear plate 340, the second card isolating module 40, the fourth panel 400, the fourth panel 410, the fourth limiting plate a420, the fourth folding plate a421, the fourth limiting plate B430, the fourth folding plate B431, the two fourth ear plates 440, and the box body 50.

Detailed Description

For further understanding of the features and technical means of the present invention, as well as the specific objects and functions attained by the present invention, the present invention will be described in further detail with reference to the accompanying drawings and detailed description.

Refer to fig. 1 to 5.

The embodiment of the utility model discloses a buffering packaging structure for foldable bamboo table, including two first buffering modules 10, two second buffering modules 20 and a first separation card module 30, two first buffering modules 10 are parallel to each other, two second buffering modules 20 are parallel to each other, first buffering module 10 is perpendicular to second buffering module 20, first separation card module 30 is connected between two second buffering modules 20, first buffering module 10 is formed by folding first plate 100, second buffering module 20 is formed by folding second plate 200, first separation card module 30 is formed by folding third plate 300, first plate 100, second plate 200 and third plate 300 are the cardboard after the indentation processing of tailorring;

the first plate 100 comprises a first bottom plate 110, a first back plate 120 and a first panel 130 which are connected in sequence, two ends of the first bottom plate 110 are connected with a first bottom ear plate 111, each first bottom ear plate 111 is provided with a first bottom jack A1111, two ends of the first back plate 120 are connected with a first back ear plate 121, two ends of the first panel 130 are connected with a first face ear plate 131, one side of each first face ear plate 131 far away from the first panel 130 is connected with a first face insert tongue 132, after application and folding, the first bottom plate 110, the first back plate 120 and the first panel 130 are turned over to form a side-inverted U shape, the first back ear plate 121 is turned inwards to be perpendicular to the first back plate 120, the first bottom ear plate 111 and the first face ear plate 131 are folded on the outer surface of the first back ear plate 121 in sequence, the first bottom ear plate 111 is turned inwards to be perpendicular to the first bottom plate 110, the first face ear plate 131 is turned inwards to be perpendicular to the first panel 130, the first surface latch 132 is connected to the first bottom jack A1111 in a plugging manner;

the second plate 200 includes a second bottom plate 210, a second back plate 220 and a second panel 230, which are connected in sequence, two ends of the second bottom plate 210 are both connected with a second bottom ear plate 211, one end of each second bottom ear plate 211, which is far away from the second bottom plate 210, is provided with a second insertion tongue 212, two ends of the second back plate 220 are both connected with a second back ear plate 221, two ends of the second panel 230 are both connected with a second panel ear plate 231, two ends of the second panel 230 are both provided with a second panel insertion hole a2301, the second panel insertion hole a2301 is located at one side of the second panel ear plate 231, one side of the second panel 230, which is far away from the second back plate 220, is provided with a second panel insertion hole B2302, after folding, the second bottom plate 210, the second back plate 220 and the second panel 230 are folded to form a U-shaped, the second back ear plate 221 is folded inwards to be perpendicular to the second back plate 220, the second panel 231 and the second bottom ear plate 211 are folded in sequence on the outer surface of the second back ear plate 221, the second bottom ear plate 211 is folded inwards and is perpendicular to the second bottom plate 210, the second face ear plate 231 is folded inwards and is perpendicular to the second panel 230, and the second inserting tongue 212 is inserted and connected into the second face inserting hole A2301;

the third plate 300 comprises a third plate 310, wherein both ends of the third plate 310 are connected with a third inserting tongue 311, both opposite sides of the third plate 310 are respectively connected with a third limiting plate a320 and a third limiting plate B330, one side of the third limiting plate a320, which is away from the third plate 310, is connected with a table seam inserting tongue 321 and two third folding plates a322, the two third folding plates a322 are located on both opposite sides of the table seam inserting tongue 321, one side of the third limiting plate B330, which is away from the third plate 310, is connected with a third folding plate B331, both opposite sides of the third folding plate B331 are connected with a third folding plate C332, one side of the third plate 310, which is away from the third limiting plate a320, is connected with two third ear plates 340, the two third ear plates 340 are arranged on both opposite sides of the third limiting plate B330 at intervals, and after folding, the two third inserting tongues 311 are respectively connected with the respective second face B2302 of the two second buffer jack modules 20, the third limiting plate a320, the third limiting plate B330 and the third ear plate 340 are folded and inclined on the same side of the third limiting plate 310, the third turning plate a322 is turned on one side of the third limiting plate, the third turning plate B331 is turned on one side of the third limiting plate B330, the third turning plate C332 is turned on two sides of the third turning plate B331, two positioning grooves are formed between the third turning plate B331 and the two third ear plates 340 and can be used for positioning table legs of the foldable bamboo table, the table seam inserting tongue 321 is inserted into a seam between two connected bamboo chips in the foldable bamboo table, reliable positioning is achieved, and the first partition card module 30 can effectively limit positions of the table top board and the table legs of the foldable bamboo table.

In this embodiment, one side of each first bottom ear plate 111 away from the first bottom plate 110 is connected to an inner folding ear plate 112, an inner folding insertion hole 1121 is formed in the inner folding ear plate 112, after folding, the inner folding ear plate 112 is folded on the inner surface of the first bottom ear plate 111, the inner folding insertion hole 1121 coincides with the first bottom insertion hole, and the first surface insertion tongue 132 is further inserted and connected to the inner folding insertion hole 1121.

In this embodiment, two first face insertion holes 1301 are disposed on one side of the first panel 130 away from the first back panel 120, two front baffles 140 disposed at an interval are connected to one side of the first bottom panel 110 away from the first back panel 120, that is, the two front baffles 140 do not contact, one side of each front baffle 140 away from the first bottom panel 110 is connected to a front insertion tongue a141, the front baffles 140 are folded to be perpendicular to the first bottom panel 110, and the front insertion tongues a141 are inserted into the first face insertion holes 1301.

Based on the above embodiment, one side of each front baffle 140 close to the first bottom ear plate 111 is connected with a front ear plate 142, each front ear plate 142 is provided with a front insertion hole 1421 therein, one side of each front ear plate 142 far from the front baffle 140 is connected with a front insertion tongue B143, one side of each first bottom ear plate 111 far from the front baffle 140 is provided with a first bottom insertion hole B1112, after being folded, the front ear plate 142 is folded on the outer surface of the first bottom ear plate 111, the front insertion hole 1421 overlaps with the first bottom insertion hole a1111, the first bottom insertion tongue 132 is further connected to the front insertion hole 1421 in a plugging manner, and the front insertion tongue B143 is connected to the first bottom insertion hole B1112 in a plugging manner.

In this embodiment, one side of the first panel 130, which is away from the first back plate 120, is sequentially connected with a first limiting plate 150, a first flipping plate 160 and a vertical plate 170, two opposite ends of the first limiting plate 150 are connected with a supporting plate 151, one side of each supporting plate 151, which is away from the first panel 130, is provided with a first bayonet 152, one side of the vertical plate 170, which is away from the first flipping plate 160, is provided with two second bayonets 171, after the application is folded, the first limiting plate 150, the first flipping plate 160 and the vertical plate 170 are folded inward to form a U-shape, the table top of the foldable bamboo table can be positioned and clamped on the first bottom plate 110, the two supporting plates 151 are folded inward to be perpendicular to the first limiting plate 150, the first bayonet 152 is clamped in the second bayonet 171, two positioning grooves are formed between the first limiting plate 150 and the two front baffles 140, and the table legs of the foldable bamboo table can be positioned.

Based on the above embodiment, one side of the first panel 130, which is far away from the first back plate 120, is further connected with two reinforcing ear plates 180, the two reinforcing ear plates 180 are disposed at two opposite ends of the first limiting plate 150 at intervals, and after the application is folded, the reinforcing ear plates 180 are folded on the inner surface of the front baffle 140, so that the stability of the whole buffering package structure can be effectively enhanced.

In this embodiment, one side of the second panel 230, which is away from the second back plate 220, is connected with the second limiting plate 240 and the second flipping-over plate 250, after the application is folded, the second limiting plate 240 is folded inward and perpendicular to the second panel 230, the second flipping-over plate 250 is folded inward and perpendicular to the second limiting plate 240, a structure formed by the second limiting plate 240 and the second flipping-over plate 250 can reliably position the table top of the foldable bamboo table, and meanwhile, the supporting and positioning effects of the second face insertion hole B2302 on the third insertion tongue 311 can be effectively improved, and the structure is stable and firm.

In this embodiment, the second card isolating module 40 is located between two second buffer modules 20, and the second card isolating module 40 is formed by folding a fourth plate 400; the fourth plate 400 includes a fourth plate 410, one side of the fourth plate 410 is connected with a fourth limiting plate a420, the other side of the fourth plate 410 is connected with a fourth limiting plate B430 and two fourth ear plates 440, the two fourth ear plates 440 are located on two opposite sides of the fourth limiting plate B430, two opposite ends of the fourth limiting plate a420 are connected with a fourth turnover plate a421, one end of the fourth limiting plate B430, which is far away from the fourth plate 410, is connected with a fourth turnover plate B431, when the folding application is performed, the fourth limiting plate a420 is folded and perpendicular to the fourth plate 410, the two fourth turnover plates a421 are folded and perpendicular to the fourth limiting plate a420, the fourth limiting plate B430 and the two fourth ear plates 440 are folded and inclined to the fourth plate 410, and when the folding application is performed, the position of the table top plate of the folding bamboo table can be further limited on the same side, direct impact on the table top plate can be reduced, and the overall trampling prevention performance is good.

The embodiment of the utility model provides a still disclose a packing box, including box 50, be equipped with above-mentioned arbitrary one kind in box 50 and be used for the buffering packaging structure of foldable bamboo table.

The above-mentioned embodiments only represent some embodiments of the present invention, and the description thereof is specific and detailed, but not to be construed as limiting the scope of the present invention. It should be noted that, for those skilled in the art, without departing from the spirit of the present invention, several variations and modifications can be made, which are within the scope of the present invention. Therefore, the protection scope of the present invention should be subject to the appended claims.

Claims (9)

1. A buffering and packaging structure for a folding bamboo table is characterized by comprising two first buffering modules (10), two second buffering modules (20) and a first isolating and clamping module (30), wherein the first isolating and clamping module (30) is connected between the two second buffering modules (20), the first buffering module (10) is formed by folding a first plate (100), the second buffering module (20) is formed by folding a second plate (200), and the first isolating and clamping module (30) is formed by folding a third plate (300);

the first plate (100) comprises a first bottom plate (110), a first back plate (120) and a first panel (130) which are sequentially connected, wherein both ends of the first bottom plate (110) are respectively connected with a first bottom lug plate (111), a first bottom jack A (1111) is arranged in the first bottom lug plate (111), both ends of the first back plate (120) are respectively connected with a first back lug plate (121), both ends of the first panel (130) are respectively connected with a first face lug plate (131), one side of the first face lug plate (131) away from the first panel (130) is connected with a first face insert tongue (132), the first bottom plate (110), the first back plate (120) and the first panel (130) are folded to form a U shape, the first back lug plate (121) is inwards folded to be perpendicular to the first back plate (120), the first bottom lug plate (111) and the first face lug plate (131) are sequentially folded on the surface of the first back lug plate (121), the first surface inserting tongue (132) is connected to the first bottom inserting hole A (1111) in an inserting mode;

the second plate (200) comprises a second bottom plate (210), a second back plate (220) and a second panel (230) which are connected in sequence, two ends of the second bottom plate (210) are connected with a second bottom lug plate (211), one end, far away from the second bottom plate (210), of the second bottom lug plate (211) is provided with a second insertion tongue (212), two ends of the second back plate (220) are connected with a second back lug plate (221), two ends of the second panel (230) are connected with a second face lug plate (231), two ends of the second panel (230) are provided with a second face insertion hole A (2301), one side, far away from the second back plate (220), of the second panel (230) is provided with a second face insertion hole B (2302), the second bottom plate (210), the second back plate (220) and the second panel (230) are turned over to form a U shape, and the second back lug plate (221) is inwards perpendicular to the second back plate (220), the second face ear plate (231) and the second bottom ear plate (211) are sequentially folded on the surface of the second back ear plate (221), and the second inserting tongue (212) is inserted and connected into the second face inserting hole A (2301);

the third plate (300) comprises a third panel (310), both ends of the third panel (310) are connected with a third insertion tongue (311), both sides of the third panel (310) are respectively connected with a third limiting plate A (320) and a third limiting plate B (330), one side of the third limiting plate A (320) far away from the third panel (310) is connected with a table seam insertion tongue (321) and two third turning plates A (322), the two third turning plates A (322) are positioned at both sides of the table seam insertion tongue (321), one side of the third limiting plate B (330) far away from the third panel (310) is connected with a third turning plate B (331), both sides of the third turning plate B (331) are connected with a third turning plate C (332), one side of the third panel (310) far away from the third limiting plate A (320) is connected with two third ear plates (340), two third otic placode (340) interval set up in the both sides of third limiting plate B (330), two third tongue (311) are inserted respectively and are connect in two second buffering module (20) second face jack B (2302), third limiting plate A (320), third limiting plate B (330) with third otic placode (340) are folding to be inclined in third panel (310).

2. The cushion packaging structure for the folding bamboo table as claimed in claim 1, wherein an inner folding ear plate (112) is connected to a side of the first bottom ear plate (111) far away from the first bottom plate (110), an inner folding insertion hole (1121) is formed in the inner folding ear plate (112), the inner folding ear plate (112) is folded on the surface of the first bottom ear plate (111), and the first face insertion tongue (132) is further inserted and connected into the inner folding insertion hole (1121).

3. The cushioning packaging structure for the folding bamboo table as claimed in claim 1, wherein two first face insertion holes (1301) are formed in one side of the first panel (130) away from the first back plate (120), two front baffle plates (140) are connected to one side of the first bottom plate (110) away from the first back plate (120) at intervals, a front insertion tongue A (141) is connected to one side of the front baffle plate (140) away from the first bottom plate (110), the front baffle plate (140) is folded to be perpendicular to the first bottom plate (110), and the front insertion tongue A (141) is inserted into the first face insertion holes (1301).

4. A cushion packaging structure for a folding bamboo table as claimed in claim 3, wherein a front ear plate (142) is connected to a side of the front baffle plate (140) close to the first bottom ear plate (111), a front insertion hole (1421) is formed in the front ear plate (142), a front insertion tongue B (143) is connected to a side of the front ear plate (142) far from the front baffle plate (140), a first bottom insertion hole B (1112) is formed in a side of the first bottom ear plate (111) far from the front baffle plate (140), the front ear plate (142) is folded on a surface of the first bottom ear plate (111), the first surface insertion tongue (132) is further inserted and connected in the front insertion hole (1421), and the front insertion tongue B (143) is inserted and connected in the first bottom insertion hole B (1112).

5. A cushioning packaging structure for a folding bamboo table according to claim 3, one side of the first panel (130) far away from the first back plate (120) is sequentially connected with a first limit plate (150), a first turnover plate (160) and a vertical plate (170), both ends of the first limit plate (150) are connected with a support plate (151), one side of the support plate (151) far away from the first panel (130) is provided with a first bayonet (152), one side of the vertical plate (170) far away from the first turnover plate (160) is provided with two second bayonets (171), the first limiting plate (150), the first turnover plate (160) and the vertical plate (170) are turned over to form a U shape, the supporting plate (151) is perpendicular to the first limiting plate (150), and the first bayonet (152) is clamped in the second bayonet (171).

6. The cushion packaging structure for the folding bamboo table as claimed in claim 5, wherein two reinforcing ear plates (180) are further connected to one side of the first panel (130) away from the first back plate (120), the two reinforcing ear plates (180) are spaced apart from each other at two ends of the first limiting plate (150), and the reinforcing ear plates (180) are folded on the surface of the front baffle plate (140).

7. The cushion packaging structure for the folding bamboo table as claimed in claim 1, wherein a second limiting plate (240) and a second flap plate (250) are connected to a side of the second panel (230) far away from the second back plate (220), the second limiting plate (240) is folded to be perpendicular to the second panel (230), and the second flap plate (250) is folded to be perpendicular to the second limiting plate (240).

8. A cushioning packaging structure for a folding bamboo table according to claim 1, further comprising a second partitioning die set (40), wherein the second partitioning die set (40) is formed by folding a fourth plate (400); the fourth plate (400) comprises a fourth panel (410), one side of the fourth panel (410) is connected with a fourth limit plate A (420), the other side of the fourth panel (410) is connected with a fourth limit plate B (430) and two fourth ear plates (440), the two fourth ear plates (440) are positioned at two sides of the fourth limit plate B (430), both ends of the fourth limiting plate A (420) are connected with a fourth turnover plate A (421), a fourth turnover plate B (431) is connected to one end of the fourth limiting plate B (430) far away from the fourth panel (410), the fourth restriction plate A (420) is folded perpendicular to the fourth panel (410), the fourth turnover plate A (421) is vertically folded with the fourth limit plate A (420), the fourth restriction plate B (430) and the fourth ear plate (440) are both folded obliquely to the fourth panel (410).

9. A packing box, characterized in that it comprises a box body (50), and a cushion packing structure for a folding bamboo table as claimed in any one of claims 1-8 is arranged in the box body (50).

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