A new battery packaging carton

Abstract

The utility model relates to a novel battery packaging carton, including base and the cover of upside down in base, the base includes bottom plate and surrounds two side plates, front plate and back plate of bottom plate four all, wherein, two side plates are opposite each other, and the front plate and back plate are opposite to set up, in the folding state, the height of front plate is lower than the height of back plate to be used as the observation side, and the upper end surface of side plate is inclined transition from front plate to back plate. The utility model adopts the split type structure of "base and upside down cover", need not like traditional flat mouthed box to rely on adhesive tape sealing or plug tongue fixed, only need to take off the cover to open the package, and the cover is removed to be able to intuitively check the internal battery state, need not destroy the integrity of the package, after taking the battery, the cover is upside down again to be closed, avoid the disadvantage of traditional packaging " unboxing is damaged, can not be reused", greatly improve the use flexibility.

Description

Technical Field

[0001] This utility model belongs to the field of battery packaging technology, and specifically relates to a novel battery packaging carton. Background Technology

[0002] Most cardboard boxes on the market are flat-topped boxes, where batteries are placed inside and then sealed with tape or flaps. To inspect or use the batteries, the box must be opened, which can easily damage the packaging. This new cardboard box structure allows you to inspect the batteries simply by removing the top cover, revealing the product at a glance without opening the box. In addition, the gift box design allows customers to display the batteries and box together on supermarket shelves for sale after receiving their purchase. Utility Model Content

[0003] This utility model addresses the problems of the prior art by providing a novel battery packaging carton, the specific technical solution of which is as follows: A novel battery packaging carton includes a base and a cover inverted on the base; The base includes a base plate and two side plates, a front plate and a rear plate surrounding the base plate. The two side plates are opposite to each other, and the front plate and the rear plate are opposite to each other. In the folded state, the height of the front plate is lower than the height of the rear plate to serve as the observation side. The upper surface of the side plate slopes from the front plate to the rear plate.

[0004] As a further technical solution of this utility model, the side plate includes an outer side plate, an inner side plate, and a side insert plate that extend outward from the edge of the bottom plate in sequence. The base plate has side slots corresponding to the side plates; In the folded state, the inner side panel and the outer side panel are folded together at the connection point, and the entire side panel is folded towards the bottom plate so that the side insert is inserted into the side slot.

[0005] As a further technical solution of this utility model, the front plate includes a front outer plate, a front inner plate and a front insert plate that extend outward from the edge of the bottom plate in sequence. The base plate has a front insertion port corresponding to the front plate; In the folded state, the inner front panel and the outer front panel are folded together at the joint, and the entire front panel is folded towards the bottom panel so that the front insert is inserted into the front insertion port.

[0006] As a further technical solution of this utility model, a side connecting piece is connected to the side of the outer side panel facing the front panel. After the side panel is folded, the side connecting piece can extend toward the front panel and be placed in the folding cavity between the inner front panel and the outer front panel after the front panel is folded, forming a connection between the side panel and the front panel.

[0007] As a further technical solution of this utility model, the rear plate includes a vertical plate connected to the edge of the bottom plate and two rear connecting pieces distributed on both sides of the vertical plate. In the folded state, the rear connecting piece can extend into the folded cavity formed by the inner side panel and the outer side panel, forming a connection between the side panel and the rear panel.

[0008] The beneficial effects of this utility model are as follows: Adopting a split structure of "base and inverted cover", it eliminates the need for tape sealing or tongue-and-groove fastening as with traditional flat-top boxes. Simply remove the cover to open the packaging, allowing for a direct view of the battery's condition without damaging the packaging. After removing the battery, simply invert the cover to reseal it, avoiding the drawbacks of traditional packaging that is "damaged upon opening and cannot be reused," significantly improving usability. Furthermore, customers do not need to remove the batteries from the carton for repackaging upon receipt; the "batteries and carton" can be placed directly on supermarket shelves for sale, eliminating intermediate repackaging steps, reducing operational and time costs at the sales end, and improving sales efficiency.

[0009] The surround-around protective design ensures the safety of battery transportation and storage. The base adopts a frame structure of "base plate, four upright plates, two side plates, front plate, and rear plate". When the upright plates are folded, they form a surround-around protective railing, which can effectively limit battery displacement and prevent the battery from slipping off the edge of the base. At the same time, the side plates and the front plate are both double-layered structures of "outer plate and inner plate", which doubles the strength compared to single-layer cardboard and can better resist external pressure, avoiding damage to the battery due to collision and compression during transportation or storage.

[0010] The differentiated height and tilted transition design balances observation field and structural stability. When folded, the front panel is lower than the rear panel, reducing obstruction of the battery inside the base and reinforcing the core advantage of "no need to open the box to check". The upper surface of the side panel tilts from the front panel to the rear panel, making the top contour of the base smoother and preventing sharp edges from scratching operators or damaging other items. It also provides a close fit for the cover to be inverted, preventing the cover from shifting and improving the overall structural stability.

[0011] The assembly process is simplified by using glue-free and nail-free components, and the side and front panels are fixed by interlocking side inserts with side sockets and front inserts with front sockets. No additional connectors such as tape, glue, or staples are needed. Assembly is tool-free and easy to operate, making it suitable for rapid batch assembly. At the same time, the interlocking relationship between the inserts and sockets can be flexibly disassembled. If it is necessary to adjust the battery placement or reuse the packaging, simply pull out the insert, unfold the stand, adjust, and then fold it back to fix it, reducing packaging waste and conforming to the concept of environmental protection. Attached Figure Description

[0012] Figure 1 A schematic diagram of the overall structure of a novel battery packaging carton is shown. Figure 2 A schematic diagram of the structure with the base unfolded is shown.

[0013] Legend: 100. Base; 110. Base plate; 111. Side socket; 112. Front socket; 120. Side plate; 121. Side outer plate; 122. Side inner plate; 123. Side insert; 124. Side connecting piece; 130. Front plate; 131. Front outer plate; 132. Front inner plate; 133. Front insert; 140. Rear plate; 141. Vertical plate; 142. Rear connecting piece; 200. Cover. Detailed Implementation

[0014] To make the objectives, technical solutions, and advantages of the present invention clearer, the technical solutions of the present invention will be clearly and completely described below in conjunction with the embodiments.

[0015] Figure 1 A schematic diagram of the overall structure of a novel battery packaging carton is shown. Figure 2 A structural schematic diagram of the base 100 in its unfolded state is shown. This novel battery packaging carton includes a base 100 and a cover 200 that is inverted on the base 100.

[0016] This packaging carton features a split structure design consisting of a base and an inverted cover. The base 100 serves as the foundation for the batteries, securing their placement and preventing movement during transport or storage. The cover 200 covers the base 100 in an inverted manner, creating a closed space. Unlike traditional flat-top boxes, it doesn't require tape or tongue-and-groove sealing; simply remove the cover to open the packaging and snap it back on to reseal it. This structure directly solves the problems of traditional flat-top boxes where "viewing / retrieving batteries requires opening the box, and the packaging is easily damaged after opening." On one hand, removing the cover allows for quick observation of the battery status without compromising the packaging's integrity. On the other hand, the split design aligns with the aesthetic logic of gift boxes, allowing customers to directly display the "batteries and packaging carton" as a whole on supermarket shelves for sale, eliminating additional repackaging steps and improving sales convenience.

[0017] The base 100 includes a base plate 110 and two side plates 120, a front plate 130 and a rear plate 140 surrounding the base plate 110. The two side plates 120 are opposite to each other, and the front plate 130 and the rear plate 140 are opposite to each other. In the folded state, the height of the front plate 130 is lower than the height of the rear plate 140 to serve as the observation side. The upper surface of the side plate 120 slopes from the front plate 130 to the rear plate 140.

[0018] The base 100 adopts a frame structure of "base plate and four upright plates". The base plate 110 is made of rigid cardboard and bears the entire weight of the battery to ensure load-bearing stability. The two side plates 120, the front plate 130, and the rear plate 140 extend from the four sides of the base plate 110 and fold up to form a surrounding protective railing to prevent the battery from slipping off the edge of the base. At the same time, the front plate 130 and the rear plate 140 are designed with different heights. The front plate is lower, which reduces the obstruction of the battery inside the base and makes it easier to see the battery directly from the observation side. The sloping transition of the upper surface of the side plate 120 connects the low height of the front plate and the high height of the rear plate, making the top contour of the base smoother and avoiding scratches from the edges. It also provides a more snug fit for the inverted cover 200 and prevents the cover from shifting.

[0019] See Figure 2 The side plate 120 includes an outer side plate 121, an inner side plate 122, and a side insert 123 that extend outward from the edge of the bottom plate 110 in sequence. The base plate 110 has a side slot 111 corresponding to the side plate 120; In the folded state, the inner side panel 122 and the outer side panel 121 are folded together at the joint, and the side panel 120 is folded towards the bottom plate 110, so that the side insert 123 is inserted into the side insert 111.

[0020] The side panel 120 adopts a "three-layer extension" structure. The outer side panel 121, the inner side panel 122, and the side insert 123 are connected outward from the edge of the bottom plate 110 in sequence. When folding, the inner side panel 122 is first folded towards the outer side panel 121 to form a double-layer superimposed structure. Then, the entire double-layer structure is folded towards the bottom plate 110 to a vertical state. Finally, the outermost side insert 123 is inserted into the side slot 111 on the bottom plate 110. The side panel position is fixed by the "insert-slot" interlocking relationship to prevent it from springing back after folding. The double-layer superimposed outer and inner side panels are twice as strong as single-layer cardboard side panels, which can better resist external pressure and protect the internal battery. The "insert-slot" fixing method does not require the use of tape or glue, which not only simplifies the assembly process but also allows for repeated disassembly and assembly. If the battery placement needs to be adjusted, the insert can be pulled out to unfold the side panel, and then folded and fixed after adjustment, avoiding the waste problem of "unreusable after disassembly" in traditional box sealing methods.

[0021] See Figure 2 The front panel 130 includes a front outer panel 131, a front inner panel 132, and a front insert 133 that extend outward from the edge of the bottom panel 110 in sequence. The base plate 110 has a front insertion port 112 corresponding to the front plate 130; In the folded state, the front inner panel 132 and the front outer panel 131 are folded together at the joint, and the front panel 130 is folded towards the bottom panel 110, so that the front insert 133 is inserted into the front insert 112.

[0022] The structure of the front panel 130 is consistent with the folding logic and the side panel 120. Both are three-layer structures consisting of an outer panel, an inner panel, and a insert. When folding, the front inner panel 132 and the front outer panel 131 are folded together to form a double-layer structure. Then, the entire structure is folded to a vertical state. Finally, the front insert 133 is engaged with the front insertion port 112 on the bottom panel 110 to fix the structure.

[0023] See Figure 2 A side connecting piece 124 is connected to the side of the outer side panel 121 facing the front panel 130. After the side panel 120 is folded, the side connecting piece 124 can extend toward the front panel 130 and is placed in the folding cavity between the inner front panel 132 and the outer front panel 131 after the front panel 130 is folded, forming a connection between the side panel 120 and the front panel 130.

[0024] The side connecting piece 124 is a key structure connecting the side plate 120 and the front plate 130. It is pre-connected to the side of the outer side plate 121 facing the front plate and can rotate flexibly along the connection point. During assembly, the side panel 120 is folded and fixed first, and then the side connecting piece 124 is extended from the side panel direction to the front panel 130 direction to a horizontal state. Then the front panel 130 is folded. When the front inner panel 132 and the front outer panel 131 are folded together, a hollow "folding cavity" is formed. At this time, the extended side connecting piece 124 is embedded into the folding cavity. Finally, the front panel 130 is fixed. Through the "fitting" of the side connecting piece in the folding cavity, the side panel and the front panel are linked and fixed, avoiding gaps or relative displacement between the two during use. This "fitting connection" does not require additional connectors. It relies solely on the cooperation of the structure itself to achieve a stable connection between the side panel and the front panel. This ensures the sealing of the base corners and improves the overall structure's resistance to deformation. When the base is subjected to lateral tension, the side panel and the front panel will not easily separate, further protecting the internal battery.

[0025] See Figure 2 The rear plate 140 includes a vertical plate 141 connected to the edge of the base plate 110 and two rear connecting pieces 142 distributed on both sides of the vertical plate 141. In the folded state, the rear connecting piece 142 can extend into the folded cavity formed by the inner side panel 122 and the outer side panel 121, forming a connection between the side panel 120 and the rear panel 140.

[0026] The rear panel 140 adopts a structure of "upright panel and double-sided connecting pieces". The upright panel 141 is the main body of the rear panel, extending directly from the edge of the bottom panel 110. The two rear connecting pieces 142 are located on the left and right sides of the upright panel 141 and can rotate flexibly. During assembly, the upright panel 141 is first folded towards the bottom panel 110 to a vertical state, and then the rear connecting pieces 142 on both sides are rotated towards the side panel 120. Since the side panel 120 has been folded and forms a folding cavity between the inner side panel 122 and the outer side panel 121, the rear connecting pieces 142 are inserted into the folding cavity. The connection and fixation between the rear panel and the side panel are achieved through the interlocking relationship of "connecting pieces-folding cavity". The design of the rear connecting pieces extending into the folding cavity of the side panel allows the rear panel and the side panel to form a "cross fixation". Compared with simple edge bonding, it has stronger resistance to longitudinal compression and can effectively prevent the rear panel from being dented during transportation.

[0027] The above embodiments are only used to illustrate the technical solution of this utility model, and are not intended to limit it.

Claims

1. A novel battery packaging carton, characterized in that: Includes a base (100) and a cover (200) that is inverted on the base (100); The base (100) includes a base plate (110) and two side plates (120), a front plate (130) and a rear plate (140) surrounding the base plate (110). The two side plates (120) are opposite to each other, and the front plate (130) and the rear plate (140) are arranged opposite to each other. In the folded state, the height of the front plate (130) is lower than the height of the rear plate (140) to serve as the observation side. The upper surface of the side plate (120) is inclined from the front plate (130) to the rear plate (140).

2. The novel battery packaging carton according to claim 1, characterized in that: The side plate (120) includes an outer side plate (121), an inner side plate (122), and a side insert (123) that extend outward from the edge of the bottom plate (110). The base plate (110) has a side slot (111) corresponding to the side plate (120). In the folded state, the inner side panel (122) and the outer side panel (121) are folded together at the connection point, and the side panel (120) is folded towards the bottom panel (110) and the side insert (123) is inserted into the side insert (111).

3. A novel battery packaging carton according to claim 2, characterized in that: The front panel (130) includes a front outer panel (131), a front inner panel (132), and a front insert (133) that extend outward from the edge of the bottom panel (110). The base plate (110) has a front slot (112) corresponding to the front plate (130); In the folded state, the front inner panel (132) and the front outer panel (131) are folded together at the connection point, and the front panel (130) is folded towards the bottom panel (110) and the front insert (133) is inserted into the front insert (112).

4. A novel battery packaging carton according to claim 3, characterized in that: The side outer plate (121) is connected to a side connecting piece (124) on the side facing the front plate (130). The side connecting piece (124) can extend toward the front plate (130) after the side plate (120) is folded, and is placed in the folding cavity between the front inner plate (132) and the front outer plate (131) after the front plate (130) is folded, forming a connection between the side plate (120) and the front plate (130).

5. A novel battery packaging carton according to claim 3, characterized in that: The rear plate (140) includes a vertical plate (141) connected to the edge of the bottom plate (110) and two rear connecting pieces (142) distributed on both sides of the vertical plate (141). In the folded state, the rear connecting piece (142) can extend into the folded cavity formed by the inner side plate (122) and the outer side plate (121) to form a connection between the side plate (120) and the rear plate (140).

Images