Liftable fruit display packaging box
By designing a liftable fruit display packaging box, the structure of corrugated cardboard and canvas is used to solve the problem of the lack of dynamic display and strength of existing fruit packaging boxes, and the dynamic display and better protection effect of fruits are achieved.
Patent Information
- Application Number
- CN202421673790.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-07-16
- Publication Date
- 2024-12-27
- Estimated Expiration
- 2034-07-16
AI Technical Summary
The existing fruit packaging boxes lack dynamic display effect and interactivity, and the strength of single-layer cardboard is insufficient, making it difficult to effectively protect the content during transportation.
A liftable fruit display packaging box is designed, using a structure that combines corrugated cardboard and canvas. The dynamic display of fruits is achieved through the lifting pallet, and the strength of the box is increased through elastic rope and adhesive connection.
It realizes the dynamic display of fruits, increases the interactivity and fun of the product, and at the same time, the packaging strength is improved through the design of multi-layer corrugated cardboard, and the effect of the content is protected.
Smart Images
Figure CN222248044U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the technical field of packaging, in particular to a liftable fruit display packaging box. Background Art
[0002] At present, the fruit express boxes or fruit gift boxes on the market have basically no display effect, and there are few boxes that can dynamically display the contents, lacking interactivity and fun. At the same time, the general packaging box has only one layer of cardboard, which has low strength and is inevitably bumped during transportation, and cannot better protect the contents. Summary of the invention
[0003] The technical problem to be solved by the utility model is to provide a liftable fruit display packaging box in view of the deficiencies of the above-mentioned prior art. The liftable fruit display packaging box can fully display the contents through the lifting function, and the four sides of the folded packaging box have two layers of cardboard, which has higher strength and can better protect the contents.
[0004] In order to achieve the above technical purpose, the technical solution adopted by the utility model is:
[0005] A liftable fruit display packaging box, comprising a packaging box body and a liftable support plate structure;
[0006] The packaging box body comprises a left swing cover, a right swing cover and a box body, wherein the left swing cover and the right swing cover are folded and connected to two sides of the bottom of the box body respectively, and the left swing cover and the right swing cover can cover the top of the box body;
[0007] The lifting support plate structure comprises a canvas and a cardboard, wherein the cardboard is connected to the middle of the upper surface of the canvas, one end of the canvas is connected to the left swing cover, and the other end of the canvas is connected to the right swing cover, and the cardboard is located inside the box body and can be lifted up and down along the inside of the box body under the pulling force at both ends of the canvas;
[0008] One end of the canvas generates tension by closing or opening the left swing cover, and the other end generates tension by closing or opening the right swing cover.
[0009] As a further improved technical solution of the utility model, the packaging box body is formed by paper, including a bottom plate, a front inner end plate, a front outer end plate, a front flap piece 1, a front flap piece 2, a rear inner end plate, a rear outer end plate, a rear flap piece 1, a rear flap piece 2, a left outer end plate, a left outer cover plate, a left inner cover plate, a left insert plate 1, a left insert plate 2, a right outer end plate, a right outer cover plate, a right inner cover plate, a right insert plate 1, a right insert plate 2, a left corner plate 1, a left corner plate 2, a right corner plate 1 and a right corner plate 2;
[0010] The left inner cover plate, the left outer cover plate, the left outer end plate, the bottom plate, the right outer end plate, the right outer cover plate and the right inner cover plate are folded and connected in sequence; the front inner end plate, the front outer end plate, the bottom plate, the rear outer end plate and the rear inner end plate are folded and connected in sequence; the left side of the front inner end plate is folded and connected to the front flap piece 1, and the right side is folded and connected to the front flap piece 2; the left side of the rear inner end plate is folded and connected to the rear flap piece 1, and the right side is folded and connected to the rear flap piece 2; the front side of the left outer end plate is folded and connected to the left corner panel 1, and the rear side is folded and connected to the left corner panel 2; the left side of the left corner panel 1 is folded and connected to the left plugging plate 1, and the left side of the left corner panel 2 is folded and connected to the left plugging plate 2; the front side of the right outer end plate is folded and connected to the right corner panel 1, and the rear side is folded and connected to the right corner panel 2; the right side of the right corner panel 1 is folded and connected to the right plugging plate 1, and the right side of the right corner panel 2 is folded and connected to the right plugging plate 2;
[0011] The bottom plate, the front inner end plate, the front outer end plate, the front flap piece 1, the front flap piece 2, the rear inner end plate, the rear outer end plate, the rear flap piece 1 and the rear flap piece 2 are folded to form a square box body; the left outer end plate, the left outer cover plate, the left inner cover plate, the left plug-in plate 1, the left plug-in plate 2, the left corner plate 1 and the left corner plate 2 are folded to form a left rocking cover; the right outer end plate, the right outer cover plate, the right inner cover plate, the right plug-in plate 1, the right corner plate 1 and the right corner plate 2 are folded to form a right rocking cover.
[0012] As a further improved technical solution of the utility model, in the box body:
[0013] The front inner end plate coincides with the front outer end plate, and the rear inner end plate coincides with the rear outer end plate;
[0014] The front flap piece 1 is plugged into the back flap piece 1, or the overlapped portion between the front flap piece 1 and the back flap piece 1 is connected by gluing or stapling to form a left inner end plate perpendicular to the bottom plate;
[0015] The second front flap piece is plugged into the second back flap piece, or the overlapping portion between the second front flap piece and the second back flap piece is connected by bonding or stapling to form a right inner end plate perpendicular to the bottom plate.
[0016] As a further improved technical solution of the utility model, in the left swing cover:
[0017] The left plug-in plate 1 is provided with a slot 1 perpendicular to its front side, and the left plug-in plate 2 is provided with a slot 2 perpendicular to its front side. The slot 1 of the left plug-in plate 1 and the slot 2 of the left plug-in plate 2 are plugged together to form a left inner plate perpendicular to both the left outer end plate and the left angle plate 2; the left outer cover plate overlaps with one side of the left inner plate, and the left inner cover plate overlaps with the other side of the left inner plate; the left angle plate 1 and the left angle plate 2 are both triangular plates, and one side of the triangular plate is S-shaped;
[0018] In the right rocker cover:
[0019] The right plug-in plate 1 is provided with a slot 3 perpendicular to its front side, and the right plug-in plate 2 is provided with a slot 4 perpendicular to its front side. The slot 3 of the right plug-in plate 1 and the slot 4 of the right plug-in plate 2 are connected to form a right inner plate 2 which is perpendicular to both the right outer end plate and the right angle plate 2; the right outer cover plate overlaps with one side of the right inner plate 2, and the right inner cover plate overlaps with the other side of the right inner plate 2; the right angle plate 1 and the right angle plate 2 are both triangular plates, and one side of the triangular plate is S-shaped.
[0020] As a further improved technical solution of the utility model, the connection hole on the left outer end plate is connected to the connection hole on the right outer end plate by an elastic rope.
[0021] As a further improved technical solution of the utility model, one end of the canvas is clamped between the left inner cover plate and the left inner layer plate, and one end of the canvas, the left inner cover plate and the left inner layer plate are connected by bonding or stapling; the other end of the canvas is clamped between the right inner cover plate and the second right inner layer plate, and the other end of the canvas, the right inner cover plate and the second right inner layer plate are connected by bonding or stapling.
[0022] As a further improved technical solution of the utility model, the surface of the cardboard is provided with a groove for placing fruits, and the width of the cardboard is consistent with the width of the canvas.
[0023] As a further improved technical solution of the utility model, the packaging box body and the cardboard are made of corrugated cardboard.
[0024] The beneficial effects of the utility model are:
[0025] The utility model relates to a liftable fruit display packaging box, which is a creative design of a dynamic display lightweight fruit express box for fruit gift boxes. The structure can conveniently and dynamically display the fruits in the content through a liftable support plate structure. That is: the left swing cover and the right swing cover are connected to a canvas on which fruits can be placed, and fruits are placed on a cardboard on the canvas. When the left swing cover and the right swing cover are unfolded, the canvas connected to the left swing cover and the right swing cover can lift the fruits dragged by the cardboard, thereby playing a dynamic display function. The perforated elastic ropes on the left swing cover and the right swing cover can be used as handles when the packaging box body is closed, and can fix the left swing cover and the right swing cover when opened to prevent the left swing cover and the right swing cover from closing due to the weight of the fruit.
[0026] The packaging materials are mainly corrugated cardboard (paperboard) and supplemented by canvas. Corrugated cardboard is easy to recycle, and canvas is durable and easy to care for, which conforms to the concept of green environmental protection.
[0027] The packaging box body is made of corrugated cardboard, which is formed in one piece, which is convenient for processing, production and assembly. The four sides of the packaging box body formed after packaging have two or more layers of corrugated cardboard, which has excellent protection performance. BRIEF DESCRIPTION OF THE DRAWINGS
[0028] Figure 1This is a plan view of the packaging box body.
[0029] Figure 2 This is a schematic diagram of step 1 of folding the packaging box body.
[0030] Figure 3 This is a schematic diagram of the second step of folding the packaging box body.
[0031] Figure 4 This is a schematic diagram of step three of folding the packaging box body.
[0032] Figure 5 This is a schematic diagram of step four of folding the packaging box body.
[0033] Figure 6 This is a schematic diagram of step five of folding the packaging box body.
[0034] Figure 7 This is a paving diagram of the lifting pallet structure.
[0035] Figure 8 This is a diagram of the lifting tray structure being connected to the packaging box body and the packaging box body being unfolded.
[0036] Fig. 9 This is a picture of the packaging box with elastic rope and closed body.
[0037] Fig.10 It is a state diagram when the elastic rope is lifted. DETAILED DESCRIPTION
[0038] The specific implementation of the utility model is further described below according to the accompanying drawings:
[0039] A liftable fruit display packaging box, comprising: Figure 6 The packaging box body A and Figure 7 The lifting tray structure B.
[0040] like Figure 1 The packaging box body A is formed of paper and includes a bottom plate A1, a front inner end plate A2, a front outer end plate A3, a front flap A4, a front flap A5, a rear inner end plate A6, a rear outer end plate A7, a rear flap A8, a rear flap A9, a left outer end plate A10, a left outer cover plate A11, a left inner cover plate A12, a left insert plate A13, a left insert plate A14, a right outer end plate A15, a right outer cover plate A16, a right inner cover plate A17, a right insert plate A18, a right insert plate A19, a left corner plate A20, a left corner plate A21, a right corner plate A22 and a right corner plate A23.
[0041] like Figure 1, the left inner cover plate A12, the left outer cover plate A11, the left outer end plate A10, the bottom plate A1, the right outer end plate A15, the right outer cover plate A16 and the right inner cover plate A17 are folded and connected in sequence; the front inner end plate A2, the front outer end plate A3, the bottom plate A1, the rear outer end plate A7 and the rear inner end plate A6 are folded and connected in sequence; the left side of the front inner end plate A2 is folded and connected to the front flap A4, and the right side is folded and connected to the front flap A5; the left side of the rear inner end plate A6 is folded and connected to the rear flap A8, and the right side is folded and connected to the rear flap A9; the left The front side of the outer end plate A10 is folded and connected to the left angle plate A20, and the rear side is folded and connected to the left angle plate A21; the left side of the left angle plate A20 is folded and connected to the left plug-in plate A13, and the left side of the left angle plate A21 is folded and connected to the left plug-in plate A14; the front side of the right outer end plate A15 is folded and connected to the right angle plate A22, and the rear side is folded and connected to the right angle plate A23; the right side of the right angle plate A22 is folded and connected to the right plug-in plate A18, and the right side of the right angle plate A23 is folded and connected to the right plug-in plate A19.
[0042] like Figure 1-6 , the bottom plate A1, the front inner end plate A2, the front outer end plate A3, the front flap piece 1 A4, the front flap piece 2 A5, the rear inner end plate A6, the rear outer end plate A7, the rear flap piece 1 A8 and the rear flap piece 2 A9 are folded to form a square box body A03; the left outer end plate A10, the left outer cover plate A11, the left inner cover plate A12, the left insert plate 1 A13, the left insert plate 2 A14, the left corner plate 1 A20 and the left corner plate 2 A21 are folded to form a left swing cover A01; the right outer end plate A15, the right outer cover plate A16, the right inner cover plate A17, the right insert plate 1 A18, the right corner plate 1 A22 and the right corner plate 2 A23 are folded to form a right swing cover A02. The left swing cover A01 and the right swing cover A02 are folded and connected to the two sides of the bottom of the box body A03 respectively, and the left swing cover A01 and the right swing cover A02 can be as Fig. 9 The cover shown is fitted onto the top of the box body A03.
[0043] like Figure 7 The lifting support structure B includes a canvas B1 and a cardboard B2. The cardboard B2 is connected to the middle of the upper surface of the canvas B1. One end of the canvas B1 is connected to the left swing cover A01, and the other end of the canvas B1 is connected to the right swing cover A02. The cardboard B2 is located inside the box body A03 and can be lifted up and down along the inside of the box body A03 under the tension of the two ends of the canvas B1. One end of the canvas B1 generates tension through the closing or opening of the left swing cover A01, and the other end generates tension through the closing or opening of the right swing cover A02.
[0044] In this embodiment, in the box body A03, the front inner end plate A2 overlaps with the front outer end plate A3, and the rear inner end plate A6 overlaps with the rear outer end plate A7. Figure 3The front flap A4 is plugged with the back flap A8, or the overlapped portion between the front flap A4 and the back flap A8 is connected by bonding or stapling to form a left inner end plate A031 perpendicular to the bottom plate A1. The front flap A5 is plugged with the back flap A9, or the overlapped portion between the front flap A5 and the back flap A9 is connected by bonding or stapling to form a right inner end plate A032 perpendicular to the bottom plate A1.
[0045] In this embodiment, in the left swing cover A01: Figure 1 The left plug board A13 is provided with a slot A131 perpendicular to its front side, and the left plug board A14 is provided with a slot A141 perpendicular to its front side. The slot A131 of the left plug board A13 and the slot A141 of the left plug board A14 are connected to form a left inner layer board A011 perpendicular to the left outer end board A10 and the left corner board A21. Figure 4-6 , the left outer cover plate A11 overlaps with one side of the left inner plate A011, and the left inner cover plate A12 overlaps with the other side of the left inner plate A011. The left angle plate A20 and the left angle plate A21 are both triangular plates, and one side of the triangular plate is S-shaped;
[0046] In the right rocker cover A02: Figure 1 The right plug-in board A18 has a slot 3 A181 perpendicular to its front side, and the right plug-in board A19 has a slot 4 A191 perpendicular to its front side. The slot 3 A181 of the right plug-in board A18 and the slot 4 A191 of the right plug-in board A19 are connected to form the right inner layer board A021 perpendicular to the right outer end board A15 and the right angle board A23. Figure 4-6 The right outer cover plate A16 overlaps with one side of the right inner layer plate A021, and the right inner cover plate A17 overlaps with the other side of the right inner layer plate A021; the right angle plate A22 and the right angle plate A23 are both triangular plates, and one side of the triangular plate is S-shaped.
[0047] In this embodiment, the two connection holes on the left outer end plate A10 and the two connection holes on the right outer end plate A15 are connected by Fig. 9 The two elastic cords C shown are connected. The two elastic cords C are arranged crosswise. Because the elastic cords C are elastic, they can be stretched by elastic force to form a handle.
[0048] In this embodiment, one end of the canvas B1 is clamped between the left inner cover plate A12 and the left inner layer plate A011, and one end of the canvas B1, the left inner cover plate A12 and the left inner layer plate A011 are connected by bonding or stapling; the other end of the canvas B1 is clamped between the right inner cover plate A17 and the right inner layer plate A021, and the other end of the canvas B1, the right inner cover plate A17 and the right inner layer plate A021 are connected by bonding or stapling.
[0049] In this embodiment, Figure 8 The surface of the cardboard B2 is provided with a groove B21 for placing fruits, and the width of the cardboard B2 is consistent with the width of the canvas B1.
[0050] In this embodiment, the packaging box body A and the cardboard B2 are made of corrugated cardboard.
[0051] The packaging box body A of this embodiment is formed by folding a cardboard and a paper. There is a lifting support plate structure B inside the packaging box body A. Fruits are placed in the lifting support plate structure B. The elastic rope C can play the role of fixing and carrying a handle. The cardboard B2 in the middle of the canvas B1 plays a supporting role for the fruit. The packaging box body A is a corrugated cardboard, which can be recycled and is green and environmentally friendly. Through folding, the four sides of the packaging box body A have two or more layers of corrugated cardboard, one is to make the package have higher compressive strength during transportation, and the other is to protect the product. The canvas B1 is durable and easy to clean. The folded left swing cover A01 and the right swing cover A02 can be rotated 90 degrees to open, which is simple and quick. After the left swing cover A01 and the right swing cover A02 move to both sides and then open, the canvas B1 rises with the cardboard B2. When the left swing cover A01 and the right swing cover A02 are closed, the cardboard B2 carrying the fruit falls back to the bottom of the inner side of the packaging box body A to achieve the lifting of the fruit. The elastic rope C with holes on the packaging box body A can fix the left and right flaps A01 and A02 when they are closed, and can also be used as a handle. Move the elastic rope C to the bottom of the packaging box body A and open the left and right flaps A01 and A02 to both sides respectively. The elastic rope C has a certain pulling force on the left and right flaps A01 and A02, thereby fixing the left and right flaps A01 and A02 to prevent the left and right flaps A01 and A02 from closing due to the weight of the fruit.
[0052] The length and width of the cardboard B2 glued to the canvas B1 are slightly smaller than those of the box body A03. The cardboard B2 can move up and down smoothly in the box body A03 and has grooves B21 corresponding to the fruits to be placed. The diameter of the grooves B21 is smaller than the diameter of the fruits and can hold the fruits.
[0053] The folding process is: Figure 1-2 As shown, the front inner end panel A2 is folded upward 180 degrees and overlaps with the front outer end panel A3, the front flap A4 is folded upward 90 degrees and perpendicular to the front inner end panel A2, the front flap A5 is folded upward 90 degrees and perpendicular to the front inner end panel A2; the rear inner end panel A6 is folded upward 180 degrees and overlaps with the rear outer end panel A7, the rear flap A8 is folded upward 90 degrees and perpendicular to the rear inner end panel A6, and the rear flap A9 is folded upward 90 degrees and perpendicular to the rear inner end panel A6. Figure 3As shown, the front outer end plate A3 is folded upward 90 degrees and is perpendicular to the bottom plate A1, the rear outer end plate A7 is folded upward 90 degrees and is perpendicular to the bottom plate A1 after being folded, the overlapping parts between the front flap A4 and the rear flap A8 are glued or stapled, and the overlapping parts between the front flap A5 and the rear flap A9 are glued or stapled. Figure 4 As shown, the left insert plate A13 is folded upward by 90 degrees and is perpendicular to the left angle plate A20, the left insert plate A14 is folded upward by 90 degrees and is perpendicular to the left angle plate A21, the left angle plate A20 is folded upward by 90 degrees and is perpendicular to the left outer end plate A10, the left angle plate A21 is folded upward by 90 degrees and is perpendicular to the left outer end plate A10, and the slot A131 of the left insert plate A13 is inserted into the slot A141 of the left insert plate A14. The right plug-in board A18 is folded upward 90 degrees and is perpendicular to the right angle board A22. The right plug-in board A19 is folded upward 90 degrees and is perpendicular to the right angle board A23. The right angle board A22 is folded upward 90 degrees and is perpendicular to the right outer end board A15. The right angle board A23 is folded upward 90 degrees and is perpendicular to the right outer end board A15. At the same time, the slot A181 of the right plug-in board A18 is plugged into the slot A191 of the right plug-in board A19. Figure 5 As shown, the left outer cover A11 is folded upwards by 90 degrees and overlaps with one side of the left inner layer plate A011, and the right outer cover A16 is folded upwards by 90 degrees and overlaps with one side of the right inner layer plate A021. Figure 6 As shown, the left inner cover plate A12 is folded down 180 degrees and overlaps with the other side of the left inner layer plate A011, and the right inner cover plate A17 is folded down 180 degrees and overlaps with the other side of the right inner layer plate A021. Figure 8 As shown, one end of the canvas B1 is inserted between the left inner cover A12 and the left inner layer A011, and one end of the canvas B1, the left inner cover A12, the left inner layer A011 and the left outer cover A11 are glued or stapled together, and the other end of the canvas B1 is inserted between the right inner cover A17 and the right inner layer A021, and the other end of the canvas B1, the right inner cover A17, the right inner layer A021 and the right outer cover A16 are glued or stapled together. Elastic rope C is connected to the connection holes of the left outer end plate A10 and the right outer end plate A15. Fig. 9 As shown, the left flap A01 and the right flap A02 are closed upwards and the elastic cord C is moved to the top of the left flap A01 and the right flap A02 to complete the packaging. Fig.10 As shown, lift up the elastic rope C, and the elastic rope C can be used as a handle.
[0054] Open the left cover A01 and the right cover A02, and at the same time, move the elastic rope C to the bottom of the packaging box body A, the canvas B1 inside the packaging box body A is pulled to both sides, and the cardboard B2 with fruits placed in the middle rises accordingly. Figure 8As shown. When the left swing cover A01 and the right swing cover A02 are opened, the elastic rope C is moved to the bottom, and the left swing cover A01 and the right swing cover A02 on both sides are tightened and fixed by the elastic rope C to prevent the left swing cover A01 and the right swing cover A02 from returning to their original positions due to the gravity of the fruit. When the left swing cover A01 and the right swing cover A02 are closed, the elastic rope C is moved to the top at the same time, and the canvas B1 inside the packaging box body A falls under the influence of the gravity of the fruit on the cardboard B2, and the fruit also slowly falls with the canvas B1, thereby realizing the lifting and lowering of the fruit, fully displaying the fruit, and increasing the interactivity between the product and the customer and the fun of the product.
[0055] The protection scope of the present invention includes but is not limited to the above embodiments. The protection scope of the present invention shall be based on the claims. Any replacement, deformation, and improvement of the technology that can be easily thought of by technicians in this field shall fall within the protection scope of the present invention.
Claims
1. A liftable fruit display packaging box, characterized in that: It includes a packaging box body (A) and a lifting support plate structure (B); The packaging box body (A) comprises a left swing cover (A01), a right swing cover (A02) and a box body (A03); the left swing cover (A01) and the right swing cover (A02) are folded and connected to two sides of the bottom of the box body (A03) respectively; the left swing cover (A01) and the right swing cover (A02) can cover the top of the box body (A03); The lifting support plate structure (B) comprises a canvas (B1) and a cardboard (B2), wherein the cardboard (B2) is connected to the middle of the upper surface of the canvas (B1), one end of the canvas (B1) is connected to the left swing cover (A01), and the other end of the canvas (B1) is connected to the right swing cover (A02), and the cardboard (B2) is located on the inner side of the box body (A03) and can be lifted up and down along the inner side of the box body (A03) under the pulling force of the two ends of the canvas (B1); One end of the canvas (B1) generates tension through the closing or opening of the left swing cover (A01), and the other end generates tension through the closing or opening of the right swing cover (A02).
2. The liftable fruit display packaging box according to claim 1 is characterized in that: The packaging box body (A) is formed of paper and comprises a bottom plate (A1), a front inner end plate (A2), a front outer end plate (A3), a front flap one (A4), a front flap two (A5), a rear inner end plate (A6), a rear outer end plate (A7), a rear flap one (A8), a rear flap two (A9), a left outer end plate (A10), a left outer cover plate (A11), a left inner cover plate (A12), a left insert plate one (A13), a left insert plate two (A14), a right outer end plate (A15), a right outer cover plate (A16), a right inner cover plate (A17), a right insert plate one (A18), a right insert plate two (A19), a left corner plate one (A20), a left corner plate two (A21), a right corner plate one (A22) and a right corner plate two (A23); The left inner cover plate (A12), the left outer cover plate (A11), the left outer end plate (A10), the bottom plate (A1), the right outer end plate (A15), the right outer cover plate (A16) and the right inner cover plate (A17) are folded and connected in sequence; the front inner end plate (A2), the front outer end plate (A3), the bottom plate (A1), the rear outer end plate (A7) and the rear inner end plate (A6) are folded and connected in sequence; the left side of the front inner end plate (A2) is folded and connected to the front flap piece 1 (A4), and the right side is folded and connected to the front flap piece 2 (A5); the left side of the rear inner end plate (A6) is folded and connected to the rear flap piece 1 (A8), and the right side is folded and connected to the rear flap piece 2 (A9). The front side of the left outer end plate (A10) is folded and connected to the left angle plate 1 (A20), and the rear side is folded and connected to the left angle plate 2 (A21); the left side of the left angle plate 1 (A20) is folded and connected to the left plug plate 1 (A13), and the left side of the left angle plate 2 (A21) is folded and connected to the left plug plate 2 (A14); the front side of the right outer end plate (A15) is folded and connected to the right angle plate 1 (A22), and the rear side is folded and connected to the right angle plate 2 (A23); the right side of the right angle plate 1 (A22) is folded and connected to the right plug plate 1 (A18), and the right side of the right angle plate 2 (A23) is folded and connected to the right plug plate 2 (A19); The bottom plate (A1), the front inner end plate (A2), the front outer end plate (A3), the front flap piece 1 (A4), the front flap piece 2 (A5), the rear inner end plate (A6), the rear outer end plate (A7), the rear flap piece 1 (A8) and the rear flap piece 2 (A9) are folded to form a square box body (A03); the left outer end plate (A10), the left outer cover plate (A11), the left inner cover plate (A12), the left plugging plate 1 (A13), the left plugging plate 2 (A14), the left corner plate 1 (A20) and the left corner plate 2 (A21) are folded to form a left swing cover (A01); the right outer end plate (A15), the right outer cover plate (A16), the right inner cover plate (A17), the right plugging plate 1 (A18), the right corner plate 1 (A22) and the right corner plate 2 (A23) are folded to form a right swing cover (A02).
3. The liftable fruit display packaging box according to claim 2 is characterized in that: In the box body (A03): The front inner end plate (A2) overlaps with the front outer end plate (A3), and the rear inner end plate (A6) overlaps with the rear outer end plate (A7); The front flap piece 1 (A4) and the back flap piece 1 (A8) are plugged together, or the overlapping portion between the front flap piece 1 (A4) and the back flap piece 1 (A8) is connected by bonding or stapling to form a left inner end plate (A031) perpendicular to the bottom plate (A1); The second front flap (A5) and the second back flap (A9) are plugged together, or the overlapping portion between the second front flap (A5) and the second back flap (A9) is connected by bonding or stapling to form a right inner end plate (A032) perpendicular to the bottom plate (A1).
4. The liftable fruit display packaging box according to claim 2 is characterized in that: In the left swing cover (A01): The left plug-in board 1 (A13) is provided with a slot 1 (A131) perpendicular to its front side, and the left plug-in board 2 (A14) is provided with a slot 2 (A141) perpendicular to its front side. The slot 1 (A131) of the left plug-in board 1 (A13) and the slot 2 (A141) of the left plug-in board 2 (A14) are plugged together to form a left inner plate (A011) perpendicular to both the left outer end plate (A10) and the left angle plate 2 (A21); the left outer cover plate (A11) overlaps with one side of the left inner plate (A011), and the left inner cover plate (A12) overlaps with the other side of the left inner plate (A011); the left angle plate 1 (A20) and the left angle plate 2 (A21) are both triangular plates, and one side of the triangular plate is S-shaped; In the right swing cover (A02): The right plug-in plate 1 (A18) is provided with a slot 3 (A181) perpendicular to its front side, and the right plug-in plate 2 (A19) is provided with a slot 4 (A191) perpendicular to its front side. After the slot 3 (A181) of the right plug-in plate 1 (A18) and the slot 4 (A191) of the right plug-in plate 2 (A19) are plugged together, a right inner plate 2 (A021) which is perpendicular to both the right outer end plate (A15) and the right angle plate 2 (A23) is formed; the right outer cover plate (A16) overlaps with one side of the right inner plate 2 (A021), and the right inner cover plate (A17) overlaps with the other side of the right inner plate 2 (A021); the right angle plate 1 (A22) and the right angle plate 2 (A23) are both triangular plates, and one side of the triangular plates is S-shaped.
5. The liftable fruit display packaging box according to claim 2 is characterized in that: The connection hole on the left outer end plate (A10) is connected to the connection hole on the right outer end plate (A15) via an elastic rope (C).
6. The liftable fruit display packaging box according to claim 2 is characterized in that: One end of the canvas (B1) is clamped between the left inner cover plate (A12) and the left inner layer plate (A011), and one end of the canvas (B1), the left inner cover plate (A12) and the left inner layer plate (A011) are connected by bonding or stapling; the other end of the canvas (B1) is clamped between the right inner cover plate (A17) and the second right inner layer plate (A021), and the other end of the canvas (B1), the right inner cover plate (A17) and the second right inner layer plate (A021) are connected by bonding or stapling.
7. The liftable fruit display packaging box according to claim 1 is characterized in that: The surface of the cardboard (B2) is provided with a groove (B21) for placing fruits, and the width of the cardboard (B2) is consistent with the width of the canvas (B1).
8. The liftable fruit display packaging box according to claim 1 is characterized in that: The packaging box body (A) and the cardboard (B2) are both made of corrugated cardboard.