Display packaging structure capable of effectively protecting ceramic and glass products

Abstract

The utility model provides a display packaging structure capable of effectively protecting ceramic and glass products. The display packaging structure comprises a main box body, a first accessory box, a second accessory box, a first partition card and a second partition card, the main box body comprises an upper box body and a lower box body. A plurality of buffering parts are formed on the main box body, and the first accessory box is correspondingly arranged in the first accessory box storage space in an embedded mode; the second accessory box is correspondingly arranged in the second accessory box containing space in an embedded mode. A product storage space B is defined by the fifth buffering part, the sixth buffering part, the seventh buffering part and the eighth buffering part, and the interior of the product storage space B is divided into a plurality of embedding spaces matched with the length of products through first partition cards and second partition cards. A product storage space A is defined by the first buffering part, the second buffering part, the third buffering part and the fourth buffering part, and the interior of the product storage space A is divided into a plurality of embedded spaces through first partition cards and second partition cards. A good anti-seismic buffering protection function can be provided for the product, and a good display effect is achieved.

Description

Technical Field

[0001] The utility model relates to the technical field of packaging, in particular to a display packaging structure for effectively protecting ceramic and glass products. Background Art

[0002] Chinese authorized publication number CN 205602334 U, with the authorized publication date of September 28, 2016, discloses a general ceramic packaging box, which includes a gasket and a box body. The gasket is placed inside the box body. The box body includes a side surface, a bottom surface and a box cover. The gasket includes a vertical mounting plate and a sliding plate. Slots are opened at both ends of the sliding plate, and the sliding plate is inserted through the slots on the vertical mounting plate. At least one sliding plate is vertically inserted between two vertical mounting plates. The general ceramic packaging box of the utility model can not only be used for packaging common round or square ceramic dishes, but also can be flexibly used for packaging special-shaped ceramics of different specifications. Moreover, it has a simple structure, low cost, large space utilization and good stability, meeting the requirements of practical applications. The defect of this prior art is that its seismic cushioning performance is weak and the product display effect is poor. In view of this situation, it is urgent to improve. Content of the Utility Model

[0003] Based on this, the purpose of the utility model is to provide a display packaging structure for effectively protecting ceramic and glass products. The main box body is paper-formed with multiple buffer parts, which can provide good seismic cushioning protection for products and has a good display effect.

[0004] The utility model provides a display packaging structure for effectively protecting ceramic and glass products, including a main box body, a first accessory box, a second accessory box, at least one first partition card and at least one second partition card. The main box body includes an upper box body and a lower box body which are paper-formed and connected to each other.

[0005] The main box body includes a first folding surface, a second folding surface, a third folding surface, a fourth folding surface, a fifth folding surface, a sixth folding surface, a seventh folding surface, an eighth folding surface, a ninth folding surface, a tenth folding surface, an eleventh folding surface, a twelfth folding surface, a thirteenth folding surface, a fourteenth folding surface, a fifteenth folding surface, a sixteenth folding surface, a seventeenth folding surface, an eighteenth folding surface which are formed by cutting a cardboard and connected in sequence, a nineteenth folding surface and a twentieth folding surface formed on opposite sides of the second folding surface, a twenty-first folding surface and a twenty-second folding surface formed on opposite sides of the seventh folding surface, a twenty-third folding surface, a twenty-fourth folding surface, a twenty-fifth folding surface which are formed on one side of the eighth folding surface and connected in sequence, a twenty-sixth folding surface, a twenty-seventh folding surface, a twenty-eighth folding surface which are formed on the other side of the eighth folding surface and connected in sequence, a twenty-ninth folding surface and a thirtieth folding surface formed on opposite sides of the ninth folding surface, a thirty-first folding surface and a thirty-second folding surface formed on opposite sides of the tenth folding surface, a thirty-third folding surface, a thirty-fourth folding surface, a thirty-fifth folding surface which are formed on one side of the eleventh folding surface and connected in sequence, a thirty-sixth folding surface, a thirty-seventh folding surface, a thirty-eighth folding surface which are formed on the other side of the eleventh folding surface and connected in sequence, a thirty-ninth folding surface and a fortieth folding surface formed on opposite sides of the twelfth folding surface, a forty-first folding surface and a forty-second folding surface formed on opposite sides of the seventeenth folding surface;

[0006] A first downward folding surface is cut in the middle of the seventeenth folding surface, and a second downward folding surface is cut in the middle of the second folding surface;

[0007] When the main box body is in a formed state, the ninth folding surface and the tenth folding surface are folded upward at 90° in contact with each other, the seventh folding surface is folded upward at 90°, the sixth folding surface is folded horizontally at 90° toward the side of the ninth folding surface, the fifth folding surface is folded downward at 90°, the fourth folding surface is folded horizontally at 90° and then is in contact with the eighth folding surface, the third folding surface is folded upward at 90°, the second folding surface is folded horizontally at 90° toward the side of the ninth folding surface, the first folding surface is folded downward at 90° and then is in contact with the ninth folding surface, the twenty-second folding surface and the thirtieth folding surface are folded toward each other at 90°, the twenty-first folding surface and the twenty-ninth folding surface are folded toward each other at 90°, the twentieth folding surface and the nineteenth folding surface are both folded downward at 90°, the twenty-third folding surface and the twenty-sixth folding surface are both folded upward at 90°, the twenty-fourth folding surface and the twenty-seventh folding surface are both folded horizontally toward each other at 90°, the twenty-eighth folding surface and the twenty-fifth folding surface are both folded downward at 90° to form an upper box body; the second downward folding surface is folded downward at 90° to form a first accessory box storage space, and the first accessory box is correspondingly and fittingly arranged in the first accessory box storage space; the fifth folding surface, the sixth folding surface, and the seventh folding surface form a first buffer part, the first folding surface, the second folding surface, and the third folding surface form a second buffer part, the twenty-sixth folding surface, the twenty-seventh folding surface, and the twenty-eighth folding surface form a third buffer part, the twenty-third folding surface, the twenty-fourth folding surface, and the twenty-fifth folding surface form a fourth buffer part, and the first buffer part, the second buffer part, the third buffer part, and the fourth buffer part surround to form a product storage space A, and the product storage space A is divided into a plurality of fitting spaces matching the product length by the first partition card and the second partition card;

[0008] The twelfth folding surface is folded upward by 90°, the thirteenth folding surface is folded horizontally by 90° toward the tenth folding surface, the fourteenth folding surface is folded downward by 90°, the fifteenth folding surface is folded horizontally by 90° and then abuts against the eleventh folding surface, the sixteenth folding surface is folded upward by 90°, the seventeenth folding surface is folded horizontally by 90° toward the tenth folding surface, the eighteenth folding surface is folded downward by 90° and then abuts against the tenth folding surface, the forty-first folding surface and the forty-second folding surface are both folded downward by 90°, the thirty-ninth folding surface and the thirty-first folding surface are folded toward each other by 90°, the fortieth folding surface and the thirty-second folding surface are folded toward each other by 90°, the thirty-third folding surface and the thirty-sixth folding surface are both folded upward by 90°, the thirty-fourth folding surface and the thirty-seventh folding surface are folded toward each other by 90°, the thirty-fifth folding surface and the thirty-eighth folding surface are both folded downward by 90° to form a lower box body; the first downward folding surface is folded downward by 90° to form a second accessory box storage space, and the second accessory box is correspondingly fitted and arranged in the second accessory box storage space; the twelfth folding surface, the thirteenth folding surface, and the fourteenth folding surface form a fifth buffer portion, the sixteenth folding surface, the seventeenth folding surface, and the eighteenth folding surface form a sixth buffer portion, the thirty-sixth folding surface, the thirty-seventh folding surface, and the thirty-eighth folding surface form a seventh buffer portion, the thirty-third folding surface, the thirty-fourth folding surface, and the thirty-fifth folding surface form an eighth buffer portion, the fifth buffer portion, the sixth buffer portion, the seventh buffer portion, and the eighth buffer portion surround and form a product storage space B, and the product storage space B is separated into a plurality of fitting spaces matching the product length by the first partition card and the second partition card;

[0009] The upper box body is turned over by 180° and correspondingly covers the upper surface of the lower box body so that the main box body is in a closed state.

[0010] Preferably, a plurality of first insertion holes are cut along the length direction at the connection between the second folding surface and the third folding surface, a plurality of second insertion holes corresponding to the positions of the first insertion holes are cut along the length direction at the connection between the fifth folding surface and the sixth folding surface, and the first partition card or the second partition card is correspondingly inserted and fixed between the first insertion holes and the second insertion holes on opposite sides.

[0011] Preferably, a plurality of third insertion holes are cut along the length direction at the connection between the thirteenth folding surface and the fourteenth folding surface, a plurality of fourth insertion holes corresponding to the positions of the third insertion holes are cut along the length direction at the connection between the sixteenth folding surface and the seventeenth folding surface, and the first partition card or the second partition card is correspondingly inserted and fixed between the third insertion holes and the fourth insertion holes on opposite sides.

[0012] Preferably, first limiting slots are provided on opposite sides in the length direction of the third folding surface, fifth jacks are cut on opposite sides near the edges along the length direction at the connection between the fifth folding surface and the sixth folding surface, and second limiting slots are cut on opposite sides of the free ends of the twenty-eighth folding surface and the twenty-fifth folding surface. When in the formed state, the second limiting slots on both sides are correspondingly inserted between the fifth jacks and the first limiting slots on the same side to achieve limiting and fixing.

[0013] Preferably, third limiting slots are provided on opposite sides in the length direction of the sixteenth folding surface, sixth jacks are cut on opposite sides near the edges along the length direction at the connection between the thirteenth folding surface and the fourteenth folding surface, and fourth limiting slots are cut on opposite sides of the free ends of the thirty-fifth folding surface and the thirty-eighth folding surface. When in the formed state, the fourth limiting slots on both sides are correspondingly inserted between the sixth jacks and the third limiting slots on the same side to achieve limiting and fixing.

[0014] Preferably, a buckle surface with a hole in the middle is cut across the middle between the fifth folding surface and the sixth folding surface, and an outward-turning buckle block is cut in the middle of the twelfth folding surface. When in the formed state, the outward-turning buckle block is correspondingly inserted into the buckle surface to achieve buckling.

[0015] Preferably, inward-turning insertion blocks are cut at the bending positions on opposite sides in the length direction of the fourth folding surface and the fifteenth folding surface.

[0016] Preferably, both the first accessory box and the second accessory box include a forty-third folding surface, a forty-fourth folding surface, a forty-fifth folding surface, a forty-sixth folding surface, a forty-seventh folding surface which are cut and formed from a cardboard and connected in sequence, a forty-eighth folding surface and a forty-ninth folding surface which are formed on one side of the forty-fourth folding surface and connected in sequence, a fiftieth folding surface which is formed on the other side of the forty-fourth folding surface, a fifty-first folding surface and a fifty-second folding surface which are formed on opposite sides of the forty-fifth folding surface, a fifty-third folding surface which is formed on one side of the forty-sixth folding surface, a fifty-fourth folding surface and a fifty-fifth folding surface which are formed on opposite sides of the forty-seventh folding surface. A seventh jack is cut at the bending position between the forty-eighth folding surface and the forty-ninth folding surface, an insertion block is formed in the middle of the side of the forty-sixth folding surface away from the fifty-third folding surface, first buckle blocks are formed on opposite sides of the free end of the fiftieth folding surface, and three second buckle blocks are formed along the length direction at the free end of the fifth jack. The positions of the first buckle blocks and the second buckle blocks are arranged in a finger-like staggered manner.

[0017] When in the formed state, the forty-third folding surface, the forty-fourth folding surface, the forty-fifth folding surface, the forty-sixth folding surface, and the forty-seventh folding surface are successively folded by 90°, the fifty-fourth folding surface and the fifty-first folding surface are folded towards each other by 90°, the fifty-fifth folding surface and the fifty-second folding surface are folded towards each other by 90°, and the fiftieth folding surface and the fifty-third folding surface are folded upwards by 90° and are fastened through the cooperation of the first buckle and the second buckle; the forty-eighth folding surface is horizontally folded by 90°, the forty-ninth folding surface is folded downwards by 90°, and the insertion block is inserted into the seventh insertion hole from the outside to achieve closure.

[0018] Preferably, the first partition card includes a fifty-sixth folding surface and a fifty-seventh folding surface which are cut and formed from a cardboard and are connected to each other. Sixth limiting slots are cut on opposite sides of the free ends of the fifty-sixth folding surface and the fifty-seventh folding surface; when in the formed state, the fifty-sixth folding surface and the fifty-seventh folding surface are folded against each other.

[0019] Preferably, the second partition card includes a fifty-eighth folding surface, a fifty-ninth folding surface, a sixtieth folding surface, and a sixty-first folding surface which are cut and formed from a cardboard and are connected to each other; fifth limiting slots are cut on opposite sides of the free ends in the length direction of the sixtieth folding surface and the sixty-first folding surface; an arc-shaped hole matching the shape of the product is cut across between the fifty-eighth folding surface and the fifty-ninth folding surface;

[0020] When in the formed state, the sixty-first folding surface is folded by 180° towards the side close to the fifty-ninth folding surface and then is in contact with the sixtieth folding surface, the fifty-eighth folding surface is folded by 180° towards the side close to the sixty-first folding surface and then is in contact with the fifty-ninth folding surface, and the fifty-ninth folding surface and the fifty-eighth folding surface are folded by 180° and then are in contact with the sixty-first folding surface.

[0021] The beneficial effects of the present utility model are as follows: It includes a main box body, a first accessory box, a second accessory box, at least one first partition card, and at least one second partition card. The main box body includes an upper box body and a lower box body which are formed by paper molding and connected to each other. A first buffer part, a second buffer part, a third buffer part, and a fourth buffer part enclose to form a product storage space A. Inside the product storage space A, through the first partition card and the second partition card, it is divided into multiple fitting spaces matching the length of the product. A fifth buffer part, a sixth buffer part, a seventh buffer part, and an eighth buffer part enclose to form a product storage space B. Inside the product storage space B, through the first partition card and the second partition card, it is divided into multiple fitting spaces matching the length of the product, enabling ceramic and glass products to be correspondingly fitted and placed in the fitting spaces and achieving a good anti-seismic and buffer protection function. After the upper box body is flipped 180°, it correspondingly covers the upper surface of the lower box body to make the main box body in a closed state. After the upper box body and the lower box body are opened to a horizontally juxtaposed placement state, the products can be well displayed, thus achieving a good display effect and giving customers a good box-opening experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 It is a schematic diagram of the present utility model in an open state.

[0023] Figure 2 It is a schematic diagram of the present utility model in a closed state.

[0024] Figure 3 It is a schematic diagram of the main box body in a flat unfolded state.

[0025] Figure 4 It is a comparison schematic diagram of the first accessory box or the second accessory box in an unfolded and formed state.

[0026] Figure 5 It is a comparison schematic diagram of the first partition card in an unfolded and formed state.

[0027] Figure 6 It is a comparison schematic diagram of the second partition card in an unfolded and formed state.

[0028] Figure 7 It is a schematic diagram of the present utility model in an open state (with products).

[0029] The reference numerals are: the first folding surface 10, the second folding surface 11, the third folding surface 12, the fourth folding surface 13, the fifth folding surface 14, the sixth folding surface 15, the seventh folding surface 16, the eighth folding surface 17, the ninth folding surface 19, the tenth folding surface 20, the eleventh folding surface 21, the twelfth folding surface 22, the thirteenth folding surface 23, the fourteenth folding surface 24, the fifteenth folding surface 25, the sixteenth folding surface 26, the seventeenth folding surface 27, the eighteenth folding surface 28, the twenty-third folding surface 31, the twenty-fourth folding surface 30, the twenty-fifth folding surface 29, the twenty-sixth folding surface 32, the twenty-seventh folding surface 33, the twenty-eighth folding surface 34, the thirty-third folding surface 37, the thirty-fourth folding surface 36, the thirty-fifth folding surface 35, the thirty-sixth folding surface 38, the thirty-seventh folding surface 39, the thirty-eighth folding surface 40, the twenty-first folding surface 41, the twenty-second folding surface 42, the twenty-ninth folding surface 43, the thirtieth folding surface 44, the thirty-first folding surface 45, the thirty-second folding surface 46, the thirty-ninth folding surface 47, the fortieth folding surface 48, the forty-first folding surface 49, the forty-second folding surface 50, the buckling surface 51, the outward-turning buckling block 52, the second downward-turning folding surface 53, the first downward-turning folding surface 54, the nineteenth folding surface 55, the twentieth folding surface 56, the sixth limiting slot 57, the fifth jack 58, the first limiting slot 59, the second limiting slot 60, the first jack 61, the inward-turning inserting block 62, the forty-third folding surface 63, the forty-fourth folding surface 64, the first buckling block 65, the fiftieth folding surface 66, the fifty-second folding surface 67, the fifty-third folding surface 68, the second buckling block 69, the fifty-fifth folding surface 70, the forty-seventh folding surface 71, the fifty-fourth folding surface 72, the inserting block 73, the forty-fifth folding surface 75, the forty-sixth folding surface 74, the fifty-first folding surface 76, the forty-eighth folding surface 78, the forty-ninth folding surface 77, the seventh jack 79, the fifty-sixth folding surface 80, the fifty-seventh folding surface 81, the fifty-eighth folding surface 82, the fifty-ninth folding surface 83, the sixtieth folding surface 84, the sixty-first folding surface 85, the fifth limiting slot 86, the first partition card 88, the second partition card 87, the first accessory box 89, the second accessory box 99, the upper box body 91, the lower box body 92, the first buffer part 93, the fourth buffer part 94, the second buffer part 95, the third buffer part 96, the seventh buffer part 97, the fifth buffer part 98, the arc-shaped hole, the eighth buffer part 100, the product storage space A 101, the product storage space B 102, the second jack 103, the third jack 104, the fourth jack 105, the sixth jack 106, the third limiting slot 107, the fourth limiting slot 108, and the product 18. Detailed implementation manners

[0030] In order to further understand the features, technical means, specific purposes and functions achieved by the present utility model, the present utility model will be further described in detail below in conjunction with the detailed implementation manners and the drawings.

[0031] In the present utility model, unless otherwise clearly defined and limited, terms such as "installation", "connection", "linkage", "fixation", etc. shall be understood in a broad sense. For example, it may be a fixed connection, a detachable connection, or an integral connection; it may be a mechanical connection or an electrical connection; it may be a direct connection or an indirect connection through an intermediate medium, and it may be the communication inside two components. For those of ordinary skill in the art, the specific meanings of the above terms in the present utility model can be understood according to specific circumstances.

[0032] Please refer to Figures 1-7 As shown, the present utility model provides a display packaging structure for effectively protecting ceramic and glass products, including a main box body, a first accessory box 89, a second accessory box 99, at least one first partition card 88, and at least one second partition card 87; the main box body includes an upper box body 91 and a lower box body 92 which are paper-formed and connected to each other.

[0033] The main box body includes a first folding surface 10, a second folding surface 11, a third folding surface 12, a fourth folding surface 13, a fifth folding surface 14, a sixth folding surface 15, a seventh folding surface 16, an eighth folding surface 17, a ninth folding surface 19, a tenth folding surface 20, an eleventh folding surface 21, a twelfth folding surface 22, a thirteenth folding surface 23, a fourteenth folding surface 24, a fifteenth folding surface 25, a sixteenth folding surface 26, a seventeenth folding surface 27, an eighteenth folding surface 28, a nineteenth folding surface 55 and a twentieth folding surface 56 formed on opposite sides of the second folding surface 11, a twenty-first folding surface 41 and a twenty-second folding surface 42 formed on opposite sides of the seventh folding surface 16, a twenty-third folding surface 31, a twenty-fourth folding surface 30, a twenty-fifth folding surface 29 formed on one side of the eighth folding surface 17 and connected in sequence, a twenty-sixth folding surface 32, a twenty-seventh folding surface 33, a twenty-eighth folding surface 34 formed on the other side of the eighth folding surface 17 and connected in sequence, a twenty-ninth folding surface 43 and a thirtieth folding surface 44 formed on opposite sides of the ninth folding surface 19, a thirty-first folding surface 45 and a thirty-second folding surface 46 formed on opposite sides of the tenth folding surface 20, a thirty-third folding surface 37, a thirty-fourth folding surface 36, a thirty-fifth folding surface 35 formed on one side of the eleventh folding surface 21 and connected in sequence, a thirty-sixth folding surface 38, a thirty-seventh folding surface 39, a thirty-eighth folding surface 40 formed on the other side of the eleventh folding surface 21 and connected in sequence, a thirty-ninth folding surface 47 and a fortieth folding surface 48 formed on opposite sides of the twelfth folding surface 22, a forty-first folding surface 49 and a forty-second folding surface 50 formed on opposite sides of the seventeenth folding surface 27, which are cut and formed from a cardboard and connected in sequence.

[0034] A first downward folding surface 54 is cut in the middle of the seventeenth folding surface 27, and a second downward folding surface 53 is cut in the middle of the second folding surface 11;

[0035] When the main box body is in the formed state, the ninth folding surface 19 and the tenth folding surface 20 are folded upward at 90° in contact with each other, the seventh folding surface 16 is folded upward at 90°, the sixth folding surface 15 is folded horizontally at 90° toward the side of the ninth folding surface 19, the fifth folding surface 14 is folded downward at 90°, the fourth folding surface 13 is folded horizontally at 90° and then contacts the eighth folding surface 17 in contact, the third folding surface 12 is folded upward at 90°, the second folding surface 11 is folded horizontally at 90° toward the side of the ninth folding surface 19, the first folding surface 10 is folded downward at 90° and then contacts the ninth folding surface 19 in contact, the twenty-second folding surface 42 and the thirtieth folding surface 44 are folded toward each other at 90°, the twenty-first folding surface 41 and the twenty-ninth folding surface 43 are folded toward each other at 90°, the twentieth folding surface 56 and the nineteenth folding surface 55 are both folded downward at 90°, the twenty-third folding surface 31 and the twenty-sixth folding surface 32 are both folded upward at 90 degrees, the twenty-fourth folding surface 30 and the twenty-seventh folding surface 33 are both folded horizontally toward each other at 90°, the twenty-eighth folding surface 34 and the twenty-fifth folding surface 29 are both folded downward at 90° to form the upper box body 91; the second downward folding surface 53 is folded downward at 90° to form a first accessory box storage space, and the first accessory box 89 is correspondingly fitted and arranged in the first accessory box storage space; the fifth folding surface 14, the sixth folding surface 15, and the seventh folding surface 16 form a first buffer portion 93, the first folding surface 10, the second folding surface 11, and the third folding surface 12 form a second buffer portion 95, the twenty-sixth folding surface 32, the twenty-seventh folding surface 33, and the twenty-eighth folding surface 34 form a third buffer portion 96, the twenty-third folding surface 31, the twenty-fourth folding surface 30, and the twenty-fifth folding surface 29 form a fourth buffer portion 94, and the first buffer portion 93, the second buffer portion 95, the third buffer portion 96, and the fourth buffer portion 94 surround to form a product storage space A101. The product storage space A101 is divided into a plurality of fitting spaces matching the product length by a first partition card 88 and a second partition card 87.

[0036] The twelfth folding surface 22 is folded upward by 90°, the thirteenth folding surface 23 is folded horizontally by 90° toward one side of the tenth folding surface 20, the fourteenth folding surface 24 is folded downward by 90°, the fifteenth folding surface 25 is folded horizontally by 90° and then abuts against the eleventh folding surface 21, the sixteenth folding surface 26 is folded upward by 90°, the seventeenth folding surface 27 is folded horizontally by 90° toward one side of the tenth folding surface 20, the eighteenth folding surface 28 is folded downward by 90° and then abuts against the tenth folding surface 20, the forty-first folding surface 49 and the forty-second folding surface 50 are both folded downward by 90°, the thirty-ninth folding surface 47 and the thirty-first folding surface 45 are folded toward each other by 90°, the fortieth folding surface 48 and the thirty-second folding surface 46 are folded toward each other by 90°, the thirty-third folding surface 37 and the thirty-sixth folding surface 38 are both folded upward by 90°, the thirty-fourth folding surface 36 and the thirty-seventh folding surface 39 are folded toward each other by 90°, the thirty-fifth folding surface 35 and the thirty-eighth folding surface 40 are both folded downward by 90° to form the lower box body 92; the first downward folding surface 54 is folded downward by 90° to form a second accessory box storage space, and the second accessory box 99 is correspondingly fitted and arranged in the second accessory box storage space; the twelfth folding surface 22, the thirteenth folding surface 23, and the fourteenth folding surface 24 form a fifth buffer portion 98, the sixteenth folding surface 26, the seventeenth folding surface 27, and the eighteenth folding surface 28 form a sixth buffer portion 90, the thirty-sixth folding surface 38, the thirty-seventh folding surface 39, and the thirty-eighth folding surface 40 form a seventh buffer portion 97, the thirty-third folding surface 37, the thirty-fourth folding surface 36, and the thirty-fifth folding surface 35 form an eighth buffer portion 100, and the fifth buffer portion 98, the sixth buffer portion 90, the seventh buffer portion 97, and the eighth buffer portion 100 surround to form a product storage space B102, and the product storage space B102 is divided into a plurality of fitting spaces matching the product length by a first partition card 88 and a second partition card 87; the upper box body 91 is turned over by 180° and then correspondingly covers the upper surface of the lower box body 92 to make the main box body in a closed state.

[0037] A plurality of first jacks 61 are cut along the length direction at the connection between the second folding surface 11 and the third folding surface 12, a plurality of second jacks 103 corresponding to the positions of the first jacks 61 are cut along the length direction at the connection between the fifth folding surface 14 and the sixth folding surface 15, and the first partition card 88 or the second partition card 87 is correspondingly inserted and fixed between the first jacks 61 and the second jacks 103 on opposite sides.

[0038] A plurality of third jacks 104 are cut along the length direction at the connection between the thirteenth folding surface 23 and the fourteenth folding surface 24, a plurality of fourth jacks 105 corresponding to the positions of the third jacks 104 are cut along the length direction at the connection between the sixteenth folding surface 26 and the seventeenth folding surface 27, and the first partition card 88 or the second partition card 87 is correspondingly inserted and fixed between the third jacks 104 and the fourth jacks 105 on opposite sides.

[0039] On opposite sides in the length direction of the third folding surface 12, first limiting slots 59 are provided. At the connection between the fifth folding surface 14 and the sixth folding surface 15, fifth jacks 58 are cut on opposite sides near the edges along its length direction. On opposite sides of the free ends of the twenty-eighth folding surface 34 and the twenty-fifth folding surface 29, second limiting slots 60 are cut. When in the formed state, the second limiting slots 60 on both sides are correspondingly inserted between the fifth jacks 58 and the first limiting slots 59 on the same side to achieve limiting and fixing.

[0040] On opposite sides in the length direction of the sixteenth folding surface 26, third limiting slots 107 are provided. At the connection between the thirteenth folding surface 23 and the fourteenth folding surface 24, sixth jacks 106 are cut on opposite sides near the edges along its length direction. On opposite sides of the free ends of the thirty-fifth folding surface 35 and the thirty-eighth folding surface 40, fourth limiting slots 108 are cut. When in the formed state, the fourth limiting slots 108 on both sides are correspondingly inserted between the sixth jacks 106 and the third limiting slots 107 on the same side to achieve limiting and fixing.

[0041] In the middle between the fifth folding surface 14 and the sixth folding surface 15, a buckle surface 51 with a hole in the middle is cut across. In the middle of the twelfth folding surface 22, an outward-turning buckle block 52 is cut. When in the formed state, the outward-turning buckle block 52 is correspondingly inserted into the buckle surface 51 to achieve buckling.

[0042] On the bent parts of opposite sides in the length direction of the fourth folding surface 13 and the fifteenth folding surface 25, inward-turning insertion blocks 62 are cut. By setting the inward-turning insertion blocks 62, the physical stress of the cardboard itself is reduced, so as to ensure that a good folding state is maintained between the fourth folding surface 13 and the fifteenth folding surface 25.

[0043] Both the first accessory box 89 and the second accessory box 99 include a forty-third folding surface 63, a forty-fourth folding surface 64, a forty-fifth folding surface 75, a forty-sixth folding surface 74, a forty-seventh folding surface 71 which are cut and formed from a cardboard and connected in sequence, a forty-eighth folding surface 78 and a forty-ninth folding surface 77 which are formed on one side of the forty-fourth folding surface 64 and connected in sequence, a fiftieth folding surface 66 which is formed on the other side of the forty-fourth folding surface 64, a fifty-first folding surface 76 and a fifty-second folding surface 67 which are formed on opposite sides of the forty-fifth folding surface 75, a fifty-third folding surface 68 which is formed on one side of the forty-sixth folding surface 74, a fifty-fourth folding surface 72 and a fifty-fifth folding surface 70 which are formed on opposite sides of the forty-seventh folding surface 71. At the bent part between the forty-eighth folding surface 78 and the forty-ninth folding surface 77, a seventh jack 79 is cut. On the middle part of the side of the forty-sixth folding surface 74 far from the fifty-third folding surface 68, an insertion block 73 is formed. On opposite sides of the free end of the fiftieth folding surface 66, first buckle blocks 65 are formed. Along its length direction at the free end of the fifth jack 58, three second buckle blocks 69 are formed. The positions of the first buckle blocks 65 and the second buckle blocks 69 are arranged in a finger-like staggered manner.

[0044] When in the formed state, the forty-third folding surface 63, the forty-fourth folding surface 64, the forty-fifth folding surface 75, the forty-sixth folding surface 74, and the forty-seventh folding surface 71 are sequentially folded at 90°. The fifty-fourth folding surface 72 and the fifty-first folding surface 76 are folded towards each other at 90°. The fifty-fifth folding surface 70 and the fifty-second folding surface 67 are folded towards each other at 90°. The fiftieth folding surface 66 and the fifty-third folding surface 68 are folded upwards at 90° and are fastened through the cooperation of the first buckle 65 and the second buckle 69. The forty-eighth folding surface 78 is folded horizontally at 90°, and the forty-ninth folding surface 77 is folded downwards at 90°. The insertion block 73 is inserted into the seventh insertion hole 79 from the outside to the inside to achieve closure.

[0045] The first partition card 88 includes a fifty-sixth folding surface 80 and a fifty-seventh folding surface 81 which are cut and formed from a cardboard and are connected to each other. The free ends of the fifty-sixth folding surface 80 and the fifty-seventh folding surface 81 are both cut with sixth limiting slots 57 on the relative two sides. When in the formed state, the fifty-sixth folding surface 80 and the fifty-seventh folding surface 81 are folded in contact with each other. It is fixed by correspondingly inserting the sixth limiting slot 57 between the second insertion hole 103 and the first insertion hole 61.

[0046] The second partition card 87 includes a fifty-eighth folding surface 82, a fifty-ninth folding surface 83, a sixtieth folding surface 84, and a sixty-first folding surface 85 which are cut and formed from a cardboard and are connected to each other. The free ends of the relative two sides in the length direction of the sixtieth folding surface 84 and the sixty-first folding surface 85 are both cut with fifth limiting slots 86. An arc-shaped hole matching the shape of the product is cut across between the fifty-eighth folding surface 82 and the fifty-ninth folding surface 83.

[0047] When in the formed state, the sixty-first folding surface 85 is folded towards the fifty-ninth folding surface 83 at 180° and then comes into contact with the sixtieth folding surface 84. The fifty-eighth folding surface 82 is folded towards the sixty-first folding surface 85 at 180° and then comes into contact with the fifty-ninth folding surface 83. The fifty-ninth folding surface 83 and the fifty-eighth folding surface 82 are folded at 180° and then come into contact with the sixty-first folding surface 85. It is fixed by correspondingly inserting the fifth limiting slot 86 between the second insertion hole 103 and the first insertion hole 61. By setting the arc-shaped hole, when in the formed state, one side of the product 18 can be correspondingly embedded into the arc-shaped hole to achieve further limiting and prevent the product from shaking.

[0048] In this embodiment, it includes a main box body, a first accessory box, a second accessory box, at least one first partition card, and at least one second partition card. The main box body includes an upper box body and a lower box body which are formed by paper molding and connected to each other. A first buffer part, a second buffer part, a third buffer part, and a fourth buffer part enclose to form a product storage space A. Inside the product storage space A, it is divided into a plurality of fitting spaces matching the length of the product by the first partition card and the second partition card. A fifth buffer part, a sixth buffer part, a seventh buffer part, and an eighth buffer part enclose to form a product storage space B. Inside the product storage space B, it is divided into a plurality of fitting spaces matching the length of the product by the first partition card and the second partition card, so that ceramic and glass products can be correspondingly placed in the fitting spaces and achieve a good anti-seismic and buffer protection function.

[0049] After the upper box body is flipped 180°, it is correspondingly covered on the upper surface of the lower box body to make the main box body in a closed state. After the upper box body and the lower box body are opened to a horizontally juxtaposed state, the product can be well displayed, so as to achieve a good display effect and enable customers to have a good experience of opening the box.

[0050] In addition, by adjusting the number of the first partition card 88 and the second partition card 87, the size of the fitting space can be correspondingly changed, and the fitting space can be adjusted according to different sizes of the product 18, so as to adapt to more products for placement and improve the applicability.

[0051] The above embodiments only represent one implementation manner of the present utility model, and the description is relatively specific and detailed, but it should not be construed as a limitation on the scope of the patent of the present utility model. It should be noted that for those of ordinary skill in the art, without departing from the concept of the present utility model, several modifications and improvements can still be made, and these all belong to the protection scope of the present utility model. Therefore, the protection scope of the patent of the present utility model shall be subject to the appended claims.

Claims

1. A display packaging structure for effectively protecting ceramic and glass products, characterized in that: The invention comprises a main box body, a first accessory box (89), a second accessory box (90), at least one first spacer card (88), and at least one second spacer card (87); the main box body comprises an upper box body (91) and a lower box body (92) which are formed of paper and connected to each other; The main box body comprises a first folding surface (10), a second folding surface (11), a third folding surface (12), a fourth folding surface (13), a fifth folding surface (14), a sixth folding surface (15), a seventh folding surface (16), an eighth folding surface (17), a ninth folding surface (19), a tenth folding surface (20), an eleventh folding surface (21), a twelfth folding surface (22), a thirteenth folding surface (23), a fourteenth folding surface (24), a fifteenth folding surface (25), a sixteenth folding surface (26), a seventeenth folding surface (27), an eighteenth folding surface (28), a nineteenth folding surface (55) and a twentieth folding surface (56) formed on opposite sides of the second folding surface (11), a twenty-first folding surface (41) and a twenty-second folding surface (42) formed on opposite sides of the seventh folding surface (16), a twenty-third folding surface (31), a twenty-fourth folding surface (30), a twenty-fifth folding surface (29), and a folding surface (28) formed on one side of the eighth folding surface (17) and connected in sequence. a twenty-sixth folding surface (32), a twenty-seventh folding surface (33), and a twenty-eighth folding surface (34) formed on the other side of the eighth folding surface (17) and connected in sequence; a twenty-ninth folding surface (43) and a thirtieth folding surface (44) formed on opposite sides of the ninth folding surface (19); a thirty-first folding surface (45) and a thirty-second folding surface (46) formed on opposite sides of the tenth folding surface (20); a thirty-third folding surface (37), a thirty-fourth folding surface (36), and a thirty-fifth folding surface (35) formed on one side of the eleventh folding surface (21) and connected in sequence; a thirty-sixth folding surface (38), a thirty-seventh folding surface (39), and a thirty-eighth folding surface (40) formed on the other side of the eleventh folding surface (21) and connected in sequence; a thirty-ninth folding surface (47) and a fortieth folding surface (48) formed on opposite sides of the twelfth folding surface (22); and a forty-first folding surface (49) and a forty-second folding surface (50) formed on opposite sides of the seventeenth folding surface (27); A first downward folding surface (54) is cut in the middle of the seventeenth folding surface (27), and a second downward folding surface (53) is cut in the middle of the second folding surface (11).

2. The display packaging structure for effectively protecting ceramic and glass products according to claim 1, characterized in that: A plurality of first insertion holes (61) are cut along the length direction of the connection between the second folding surface (11) and the third folding surface (12); a plurality of second insertion holes (103) corresponding to the positions of the first insertion holes (61) are cut along the length direction of the connection between the fifth folding surface (14) and the sixth folding surface (15); and the first spacer card (88) or the second spacer card (87) is correspondingly inserted and fixed between the first insertion holes (61) and the second insertion holes (103) on opposite sides.

3. The display packaging structure for effectively protecting ceramic and glass products according to claim 1, characterized in that: A plurality of third insertion holes (104) are cut along the length direction of the connection between the thirteenth folding surface (23) and the fourteenth folding surface (24); a plurality of fourth insertion holes (105) corresponding to the positions of the third insertion holes (104) are cut along the length direction of the connection between the sixteenth folding surface (26) and the seventeenth folding surface (27); and the first spacer card (88) or the second spacer card (87) is correspondingly inserted and fixed between the third insertion holes (104) and the fourth insertion holes (105) on opposite sides.

4. The display packaging structure for effectively protecting ceramic and glass products according to claim 1, characterized in that: The third folding surface (12) is provided with first limiting slots (59) on opposite sides in the length direction, the connection between the fifth folding surface (14) and the sixth folding surface (15) is provided with fifth insertion holes (58) on opposite sides near the edges along the length direction, and the free ends of the twenty-eighth folding surface (34) and the twenty-fifth folding surface (29) are provided with second limiting slots (60) on opposite sides. When in the forming state, the second limiting slots (60) on both sides are correspondingly inserted between the fifth insertion hole (58) and the first limiting slot (59) on the same side to achieve limiting fixation.

5. The display packaging structure for effectively protecting ceramic and glass products according to claim 1, characterized in that: The sixteenth folding surface (26) is provided with third limiting slots (107) on opposite sides in the length direction, the connection between the thirteenth folding surface (23) and the fourteenth folding surface (24) is provided with sixth insertion holes (106) on opposite sides along the length direction near the edge, and the free ends of the thirty-fifth folding surface (35) and the thirty-eighth folding surface (40) are provided with fourth limiting slots (108) on opposite sides. When in the forming state, the fourth limiting slots (108) on both sides are correspondingly inserted between the sixth insertion hole (106) and the third limiting slot (107) on the same side to achieve limiting fixation.

6. A display packaging structure for effectively protecting ceramic and glass products according to any one of claims 1 to 5, characterized in that: A buckle surface (51) with a hole in the middle is cut across the middle between the fifth folding surface (14) and the sixth folding surface (15), and an outward buckle block (52) is cut in the middle of the twelfth folding surface (22). When in a forming state, the outward buckle block (52) is correspondingly inserted into the buckle surface (51) to achieve fastening.

7. The display packaging structure for effectively protecting ceramic and glass products according to claim 6, characterized in that: Inward-turned insert blocks (62) are cut at the bending positions on both sides of the fourth folding surface (13) and the fifteenth folding surface (25) in the length direction.

8. The display packaging structure for effectively protecting ceramic and glass products according to claim 4, characterized in that: The first accessory box (89) and the second accessory box (90) both include a forty-third folding surface (63), a forty-fourth folding surface (64), a forty-fifth folding surface (75), a forty-sixth folding surface (74), a forty-seventh folding surface (71) cut from a paperboard and connected in sequence, a forty-eighth folding surface (78) and a forty-ninth folding surface (77) formed on one side of the forty-fourth folding surface (64) and connected in sequence, a fiftieth folding surface (66) formed on the other side of the forty-fourth folding surface (64), a fifty-first folding surface (76) and a fifty-second folding surface (67) formed on the opposite sides of the forty-fifth folding surface (75), a fifty-third folding surface (78) formed on one side of the forty-sixth folding surface (74), and a fifty-third folding surface (77) formed on the other side of the forty-fourth folding surface (64). The invention relates to a three-fold surface (68), a fifty-fourth fold surface (72) and a fifty-fifth fold surface (70) formed on opposite sides of the forty-seventh fold surface (71), a seventh insertion hole (79) is cut at the bending portion between the forty-eighth fold surface (78) and the forty-ninth fold surface (77), an insertion block (73) is formed at the middle portion of the side of the forty-sixth fold surface (74) away from the fifty-third fold surface (68), first buckle blocks (65) are formed on opposite sides of the free end of the fiftieth fold surface (66), three second buckle blocks (69) are formed at the free end of the fifth insertion hole (58) along its length direction, and the positions of the first buckle blocks (65) and the second buckle blocks (69) form an interdigitated staggered arrangement.

9. The display packaging structure for effectively protecting ceramic and glass products according to claim 1, characterized in that: The first partition card (88) comprises a fifty-sixth folding surface (80) and a fifty-seventh folding surface (81) cut from a cardboard and connected to each other, and the free ends of the fifty-sixth folding surface (80) and the fifty-seventh folding surface (81) are both provided with a sixth limiting slot (57) on opposite sides; when in a formed state, the fifty-sixth folding surface (80) and the fifty-seventh folding surface (81) are folded against each other.

10. The display packaging structure for effectively protecting ceramic and glass products according to claim 1, characterized in that: The second partition card (87) comprises a fifty-eighth folding surface (82), a fifty-ninth folding surface (83), a sixtieth folding surface (84), and a sixty-first folding surface (85) cut from a cardboard and connected to each other; the free ends on both sides of the sixtieth folding surface (84) and the sixty-first folding surface (85) in the length direction are both provided with a fifth limiting slot (86); an arc-shaped hole matching the shape of the product is cut across the fifty-eighth folding surface (82) and the fifty-ninth folding surface (83).

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