TWM669295U - Lock packaging box buckle and stacking structure - Google Patents

Abstract

The invention provides a buckling and stacking structure for a lock packaging box, which includes: a top cover, which is provided with a slot; a base, which is arranged in a box shape and has extensions extending from its two side walls; a partition is arranged between the extensions to separate the base into two accommodating spaces; a handle is formed at the top of the partition; the top cover corresponds to the portion of the extension that is covered on the base, and the handle corresponds to extending from the slot to the upper end of the top cover; thereby, the invention can accommodate locks through the accommodating space and can be displayed, and because the handle of the invention is arranged on the base below and is provided on the upper end of the top cover, the user can directly lift and carry the locks. The lock can enhance the overall load-bearing effect of the creation. In addition, the top cover and the base of the creation can be formed by cutting the sheet and then folding it, and the handle can be bent accordingly, so that different creations can be displayed and stacked in an upper and lower manner. Since the creation has storage spaces formed on both sides, it can be displayed on both sides, which is conducive to rectangular or pyramid stacking, so that the creation can be stacked and sold, and consumers can observe the style of the lock contained inside from multiple angles. Moreover, through the setting of the handle, consumers can directly extract it when purchasing, which can improve the convenience of users when taking it, and can help to improve the success rate of sales.

Description

Lock packaging box buckle and stacking structure

This invention is a lock packaging box with a buckling and stacking structure, particularly a lock packaging box that can accommodate locks and display the locks from both sides. A handle is provided at the top to facilitate the user to take out the locks, and the locks can be stacked for display and sale by bending the handles.

In general, packaging boxes are used to package and place items for easy transportation and sales. As for the packaging of locks, since locks come in a variety of different forms and appearances, and some door lock products are equipped with multiple types of locks and kits, such as auxiliary locks, handles, or electronic locks inside and outside assemblies, when multiple locks of the same or different types are placed in a single packaging box for sale, the main function of the lock is usually displayed to attract consumers' attention and increase their willingness to buy.

As for the packaging used to display locks, it is common to use a single packaging box to package the lock and its set, and to set a single or at most two windows to display the appearance of the lock from various viewing angles, so as to prevent users from purchasing locks that are not suitable or do not meet their usage specifications, thereby greatly reducing the costs of related operations such as returns and exchanges; however, the packaging configuration is usually a rectangular box as a whole, which cannot be directly taken out and purchased by users, thus affecting the convenience of users when taking out, resulting in a certain degree of influence on the user's willingness to purchase; in addition, since the lock generally includes an inner lock and an outer lock, users or store replenishment personnel may sometimes misjudge the number of product sets contained in the product and cause misunderstandings.

Furthermore, although there is a packaging box currently provided with a handle at the top so that the lock can be taken out by extraction, its configuration usually does not have the aforementioned window to display the lock from various viewing angles, which will cause the user to accurately observe the relevant specifications and appearance details of the lock; furthermore, the opening of the packaging box with a handle for accommodating the lock is usually arranged upward. , resulting in the handle being formed directly upwards without the ability to be folded or stored, and the overall design is not rectangular, making it impossible to stack up and down, which limits its display and sales methods. This will affect the sales volume of locks and reduce the willingness of stores to display and sell them. In addition, during transportation, the inability to stack up and down will cause a waste of transportation space.

In view of this, the author of this invention has specially studied and improved the lock display and easy-to-grab packaging, hoping to improve the above problems with a better creation. After long-term research and development and continuous testing, this creation was finally released.

Therefore, the present invention is to solve the aforementioned problems. To achieve the above purpose, we, the creators, provide a locking and stacking structure for a lock packaging box, which comprises: a top cover having a top wall, and a surrounding wall is arranged at the bottom end of the periphery of the top wall; a slot is formed through the top wall; and a base is arranged in a box shape, so as to form a side wall at the top end of the periphery, and an extension portion is respectively extended from the two opposite side walls; a partition is arranged between the extension portions, and the partition is used to separate the base into two accommodating spaces; a handle is formed at the top end of the partition; the top cover corresponds to the portion covering the extension portion of the base, and the handle corresponds to the portion extending from the slot to the upper end of the top cover.

According to the above-mentioned buckling and stacking structure of the lock packaging box, the top cover is further extended with an extension wall on the surrounding wall corresponding to the extension part, and the extension wall is provided with a combination part; and the extension part of the base is provided with a buckling part corresponding to the combination part, so that the buckling part is respectively assembled with the combination part to position the top cover and the base relative to each other.

According to the buckling and stacking structure of the lock packaging box described above, the top cover is further provided with a slot adjacent to one side of the slot, so that when the handle extends to the upper end of the top cover, the handle can be folded and locked in the slot accordingly.

According to the above-mentioned buckling and stacking structure of the lock packaging box, the top cover is formed by folding a first sheet body arranged in a sheet shape.

According to the buckling and stacking structure of the lock packaging box described above, the first sheet body has a main board corresponding to the top cover, and a bending piece is respectively provided around the main board, and a first bending portion is formed between the bending piece and the main board, so that the bending piece is bent along the first bending portion to form the corresponding side wall, and the main board forms the top wall.

According to the above-mentioned buckling and stacking structure of the lock packaging box, the base is formed by folding a second sheet body arranged in a sheet shape.

According to the buckling and stacking structure of the lock packaging box described above, the second sheet body has a side panel formed corresponding to the side wall, the side panels are adjacent to each other and arranged side by side, and the side panels are respectively provided with an assembly plate at their lower ends, which can be assembled with each other to form the bottom of the base after the assembly plate is bent on the side panels; and the two side panels are respectively formed with a connecting piece at one end opposite to the assembly plate, and the connecting pieces are connected to each other to form the handle.

According to the buckling and stacking structure of the lock packaging box described above, the folding piece corresponding to the extension wall is cut to form a groove, and a hanging ear is formed at the groove to form the extension wall and the assembly part after the hanging ear is bent.

According to the buckling and stacking structure of the lock packaging box described above, the connecting pieces are respectively provided with a cutout and a concave interface in the longitudinal direction, and a second bending portion is formed at the upper end and the lower end of the cutout and the concave interface respectively, so that the cutout and the concave interface are bent along their corresponding second bending portions, and then a buckling portion is formed at the concave interface of one connecting piece, and passes through the cutout of the other connecting piece, so that the connecting pieces are matched with each other, and a ring piece is extended from the top end of each connecting piece, and the ring piece is also correspondingly combined to form the handle when the connecting pieces are matched with each other.

From the above description and settings, it is clear that this creation has the following advantages and functions, which are described in detail as follows:

1. The handle at the bottom of the invention can pass through the top cover and be located at the top of the top cover. When the user removes the handle, the force is directly applied to the base of the lock, thereby improving the overall load-bearing capacity of the invention. In addition, through the setting of the top cover, the top of the invention can be modified to form a flat surface. Therefore, different inventions can be stacked up and down by simply bending the handle, which is convenient for stacking and displaying in the store. In addition, The partition can be arranged to form two storage spaces on the base, so that the same or different lock assemblies can be accommodated respectively. The locks can also be displayed on both sides through different storage spaces, which is conducive to the diversity of display. The locks can be placed on shelves or directly displayed on the ground for stacking and sales, which can help to increase the exposure and sales of the products. When users need to purchase, they can directly take them out through the handle, which increases the convenience of taking them out.

2. The invention can form a top cover by folding the first sheet, and form a base by correspondingly folding the second sheet. The invention can be directly cut by a die cutter, folded and assembled, which can greatly reduce the manufacturing cost of the invention and help achieve the effects of energy saving and environmental protection.

This invention is a buckling and stacking structure of a lock packaging box. Its implementation methods, characteristics and effects are described in detail below with several preferred feasible embodiments and accompanying drawings, so that you can have a deep understanding and agree with this invention.

First, please refer to Figures 1 to 3. This invention is a buckle-joined and stacked structure of a lock packaging box, which includes: a top cover 1, which has a top wall 11, and a surrounding wall 12 is arranged at the bottom of the periphery of the top wall 11; a notch 13 is penetrated by the top wall 11; and

A base 2 is provided in a box shape, so that a side wall 21 is formed at the top of the periphery thereof, and an extension portion 22 is respectively extended from the two opposite side walls 21; a partition 23 is provided between the extension portions 22, and the partition 23 is used to separate the base 2 into two accommodating spaces 24, and it is known that the partition 23 can be fully extended into and contact the bottom of the base 2, or can be vacant at the bottom of the base 2, so that the accommodating spaces 24 are completely separated or interconnected, and in this embodiment, the partition 23 is vacant at the bottom of the base 2, so that the lower ends of the accommodating spaces 24 can be connected, but this is not a limitation;

In addition, since the extension 22 is extended from the two side walls 21 of the box-shaped base 2, the partition 23 will be higher than the side walls 21. Therefore, as shown in Figures 2 and 3, when an object 3 (such as a lock or its packaging) is placed in the accommodating space 24 and rests on the partition 23, the portion protruding from the side wall 21 can be visually presented, so that as shown in Figure 2, the lock located in the accommodating space 24 can be The purpose of display is to observe from multiple angles (front and sides), so that the appearance, size, locking method and other details of the lock can be fully displayed, so that consumers can carefully compare, refer to and observe the appearance of the lock before purchasing, so as to avoid users purchasing locks that are not suitable or do not meet their usage specifications, thereby greatly reducing the cost of related operations such as returns and exchanges, and also avoiding the situation where users have to remove the packaging for inspection and cause packaging damage;

A handle 25 is formed at the top of the partition 23; the top cover 1 corresponds to the part covering the article 3 and the extension portion 22 of the base 2, so that the entire top can be modified by the top cover 1 to form a flat surface that can be easily stacked, and the handle 25 extends from the slot 13 to the upper end of the top cover 1; thereby, when a user needs to make a purchase, he can directly use the handle 25 to carry out the present invention. The whole device together with the article 3 can be taken out, so that the convenience of taking out is improved, and it can help to increase the consumer's willingness to purchase; in addition, because the handle 25 is extended upward from the base 2 carrying the article 3 below, and passes through the top cover 1 and is located at the upper end of the top cover 1, when the user takes out the handle 25, a force is directly applied to the base 2, thereby improving the overall load-bearing capacity of the creation.

As for the assembly between the top cover 1 and the base 2, in one embodiment, the top cover 1 is further extended to be provided with an extension wall 121 on the surrounding wall 12 corresponding to the extension portion 22, and the extension wall 121 is provided with a combination portion 122; and the extension portion 22 of the base 2 is provided with a buckle portion 221 corresponding to the combination portion 122, so that the buckle portion 221 is respectively assembled to the combination portion 122 to position the top cover 1 and the base 2 relative to each other; and in this embodiment, the combination portion 122 can be configured as a through hole, and the buckle portion 221 can be configured as a protrusion, so as to perform the positioning through the tenon method, but it is only an example for explanation and is not intended to be limiting.

As mentioned above, the top cover 1 is modified to form a flat surface that is easy to stack. In order to prevent the handle 25 from interfering with the stacking, it is preferred that the top cover 1 is further provided with a slot 14 adjacent to one side of the slot 13, so that when the handle 25 extends to the upper end of the top cover 1, the handle 25 can be folded and locked in the slot 14 accordingly. Therefore, the slot 14 can be configured to correspond to the size of the handle 25, so that the handle 25 can be bent and inserted into the slot 14 accordingly. Therefore, in one embodiment, the handle 25 can be a pivotable, bendable structure or material configuration, but it is only an example. The present invention is not intended to be limiting. In this embodiment, the handle 25 and the base 2 can be configured as an integrated sheet-like arrangement, so that the handle 25 can be bent and formed, and the handle 25 can also be bent and placed in the slot 14. In one embodiment, a block 251 can be arranged along the top of the handle 25, and the length and area of the block 251 are smaller than the handle 25. As shown in FIG. 4, the block 251 can be inserted into the slot 14 to position it. In this way, as shown in FIG. 5, the entire creation can be stacked up and down without interference or instability caused by the handle 25 during stacking.

As for the molding configuration of the top cover 1, in order to reduce its configuration cost and to dismantle and recycle it after use, it is preferred that the top cover 1 can be cut and formed into a first sheet 4 arranged in a sheet shape by a die cutter to correspond to the folding formation; for example, as shown in FIG. 6, the first sheet 4 has a main board 41 corresponding to the top cover 1, and a bending piece 42 is respectively arranged around the main board 41, and a first bending portion 43 is formed between the bending piece 42 and the main board 41, so that the bending piece 42 is arranged along the first bending portion 43. The bent portion 43 is bent and can be folded once or multiple times to correspond to the side wall 21, and the main board 41 forms the top wall 11; in addition, since it also needs to be folded to correspond to the extension wall 121, the bent piece 42 corresponding to the extension wall 121 is cut to form a groove 421, and a hanging ear portion 44 is formed at the groove 421, and the hanging ear portion 44 can be cut to form a combination portion 122, so that after the hanging ear portion 44 is bent, the extension wall 121 and the combination portion 122 can be formed.

The base 2 can also be formed by cutting and shaping by a die cutter as described above, so that it can be formed by folding a second sheet 5 in a sheet shape; as shown in FIG. 7 , the second sheet 5 has a side panel 51 formed corresponding to the side wall 21, the side panels 51 are arranged adjacent to each other, and the side panels 51 are respectively provided with an assembly plate 52 at their lower ends, so that after the assembly plates 52 are bent on the side panels 51, they can be assembled to form the bottom of the base 2; and the two side panels 51 are respectively formed with a connecting piece 53 at one end opposite to the assembly plate 52, and the connecting pieces 53 are mutually connected and combined to form the extension 22, the partition 23 and the handle 25;

In addition, in order to form the buckle portion 221 correspondingly and to position the connecting pieces 53, the connecting pieces 53 are longitudinally connected with a notch 531 and a concave interface 532, and a second bending portion 533 is formed at the upper and lower ends of the notch 531 and the concave interface 532, respectively, so that the notch 531 and the concave interface 532 are bent along the corresponding second bending portions 533, and the buckle portion 221 is formed at the concave interface 532 of one connecting piece 53, and the buckle portion 221 is formed correspondingly, and the buckle portion 221 passes through the other connecting piece 53. The cutouts 531 are formed so that the connecting pieces 53 are aligned with each other, and a ring piece 54 is respectively extended from the top of each connecting piece 53. Therefore, it can be known that a connection hole will be formed in the ring piece 54, so that when the ring piece 54 is aligned with the connecting pieces 53 and assembled, the ring piece 54 will be correspondingly combined and the connection holes will be aligned with each other to form the handle 25. In addition, one of the ring pieces 54 can be formed with the aforementioned clamping block 251 at its top end, so that after the handle 25 is formed, it can be clamped in the clamping slot 14 by bending as mentioned above.

As for the configuration of the connecting piece 53, the notch 531 and the concave joint 532 are provided so that after the second bent portion 533 is bent, a hole can be formed at the notch 531, and the protruding portion of the concave joint 532 can be formed into a convex block, so that they can be interlocked with each other, thereby improving the stability of the connecting piece 53 connected to form the extension portion 22; in addition, preferably, the notch 531 and the concave joint 532 of the connecting piece 53 can also be connected to form a hole. A slot is provided between the interfaces 532, so that when the connecting pieces 53 are aligned, the slots are aligned with each other to form a handle. When the user accidentally damages the ring piece 54 when removing the top cover 1, the user can still extract the entire creation through the handle formed by the slot. Alternatively, the carried object 3 can have a special structure so that the special structures of the objects 3 on both sides can pass through the slots to connect and buckle with each other.

In order to facilitate the low-cost manufacturing of this invention and to enable it to be recycled after use, it is preferred that the first sheet 4 and the second sheet 5 can be configured as paper boards, which can be convenient for cutting, have a certain strength and load-bearing capacity, and can be convenient for bending to form the top cover 1 and the base 2 accordingly, thereby greatly improving the applicability of this invention, so that it can carry various items 3, and at the same time has the environmental protection effect of being recyclable.

In summary, the technical means disclosed in this invention are not only unprecedented, but can also achieve the expected purpose and effect. Therefore, they are both novel and progressive, and are truly new as defined by the Patent Law. In terms of their overall structure, they have indeed met the statutory requirements of the Patent Law, and therefore a new patent application is filed in accordance with the law.

However, what is described above is only the best embodiment of this creation, and it cannot be used to limit the scope of implementation of this creation. In other words, all equivalent changes and modifications made according to the scope of the patent application of this creation and the content of the specification should still fall within the scope of the patent of this creation.

1: Top cover 11: Top wall 12: Surrounding wall 121: Extension wall 122: Assembly part 13: Notch 14: Card slot 2: Base 21: Side wall 22: Extension part 221: Buckle part 23: Partition 24: Accommodation space 25: Handle 251: Card block 3: Item 4: First sheet 41: Main board 42: Bend sheet 421: Cutting groove 43: First bend part 44: Ear hanging part 5: Second sheet 51: Side panel 52: Assembly board 53: Connecting sheet 531: Cutting groove 532: Concave interface 533: Second bend part 54: Ring

Figure 1 is a three-dimensional schematic diagram of this creation. Figure 2 is a three-dimensional schematic diagram of this creation when it is loaded with items. Figure 3 is a three-dimensional exploded schematic diagram based on Figure 2. Figure 4 is a three-dimensional schematic diagram of the handle of this creation after being bent and positioned in the card slot and in use. Figure 5 is a three-dimensional schematic diagram of the stacking of this creation and in use. Figure 6 is a plan view of the die cutter of the first piece of this creation. Figure 7 is a plan view of the die cutter of the second piece of this creation.

1: Top cover

11: Top wall

12:Surrounding wall

121: Extension wall

122: Assembly Department

13: Notch

14: Card slot

2: Base

21: Side wall

22: Extension

221: Buckle connection part

23: Partition

24: Storage space

25: handle

251: Card block

Claims (9)

A buckling and stacking structure of a lock packaging box, comprising: a top cover, which has a top wall, and a surrounding wall is arranged at the bottom of the periphery of the top wall; a slot is formed through the top wall; and a base, which is arranged in a box shape, so as to form a side wall at the top of its periphery, and an extension portion is respectively extended from the two opposite side walls; a partition is arranged between the extension portions, and the partition is used to separate the base into two accommodating spaces; a handle is formed at the top of the partition; the top cover corresponds to the portion of the extension portion that covers the base, and the handle corresponds to the portion extending from the slot to the upper end of the top cover. The buckling and stacking structure of the lock packaging box as described in claim 1, wherein the top cover is further extended with an extension wall on the surrounding wall corresponding to the extension portion, and the extension wall is provided with a combination portion; and the extension portion of the base is provided with a buckling portion corresponding to the combination portion, so that the buckling portion is respectively assembled to the combination portion to position the top cover and the base relative to each other. As for the buckle connection and stacking structure of the lock packaging box as described in claim 1, the top cover is further provided with a slot adjacent to one side of the slot, so that when the handle extends to the upper end of the top cover, the handle can be folded and locked in the slot accordingly. The buckling and stacking structure of the lock packaging box as described in any one of claim 1 to claim 3, wherein the top cover is formed by folding a first sheet body arranged in a sheet shape. The buckling and stacking structure of the lock packaging box as described in claim 4, wherein the first sheet body has a main board corresponding to the top cover, and a bending piece is respectively provided around the main board, and a first bending portion is formed between the bending piece and the main board, so that the bending piece is bent along the first bending portion to correspond to the side wall, and the main board forms the top wall. The buckling and stacking structure of the lock packaging box as described in any one of claim 1 to claim 3, wherein the base is formed by folding a second sheet body arranged in a sheet shape in a corresponding manner. The buckling and stacking structure of the lock packaging box as described in claim 6, wherein the second sheet has a side panel formed corresponding to the side wall, the side panels are adjacent to each other and arranged side by side, and the side panels are respectively provided with an assembly plate at their lower ends, which can be assembled with each other to form the bottom of the base after the assembly plate is bent onto the side panels; and the two side panels are respectively formed with a connecting piece at one end opposite to the assembly plate, and the connecting pieces are connected to each other to form the handle. A buckling and stacking structure of a lock packaging box, comprising: a top cover, which has a top wall, and a surrounding wall is arranged at the bottom of the top wall; a slot is formed through the top wall; and a base, which is arranged in a box shape, so as to form a side wall at the top of its periphery, and an extension portion is respectively extended from the two opposite side walls; a partition is arranged between the extension portions, and the partition is used to separate the base into two accommodating spaces; a handle is formed at the top of the partition; the top cover corresponds to the portion of the extension portion that covers the base, and the handle corresponds to extending from the slot to the upper end of the top cover; The top cover is further provided with an extension wall extending from the surrounding wall corresponding to the extension part, and the extension wall is provided with a combination part; and the extension part of the base is provided with a buckle part corresponding to the combination part, so that the buckle part is respectively assembled to the combination part in a corresponding manner, so as to position the top cover and the base relative to each other; The top cover is formed by folding a first sheet body provided in a sheet shape in a corresponding manner; and the first sheet body has a main board corresponding to the top cover, and a bending piece is respectively provided around the main board, and a first bending part is formed between the bending piece and the main board, so that the bending piece is bent along the first bending part to correspond to the side wall, and the main board forms the top wall; The folding piece corresponding to the extension wall is cut to form a groove, and a hanging ear portion is formed at the groove to form the extension wall and the assembly portion after the hanging ear portion is bent. A buckling and stacking structure of a lock packaging box, comprising: a top cover, which has a top wall, and a surrounding wall is arranged at the bottom of the top wall; a slot is formed through the top wall; and a base, which is arranged in a box shape, so as to form a side wall at the top of its periphery, and an extension portion is respectively extended from the two opposite side walls; a partition is arranged between the extension portions, and the partition is used to separate the base into two accommodating spaces; a handle is formed at the top of the partition; the top cover corresponds to the portion of the extension portion that covers the base, and the handle corresponds to extending from the slot to the upper end of the top cover; The top cover is further provided with an extension wall extending from the surrounding wall corresponding to the extension part, and the extension wall is provided with a combination part; and the extension part of the base is provided with a buckle part corresponding to the combination part, so that the buckle part is respectively assembled with the combination part correspondingly, so as to position the top cover and the base relative to each other; The base is formed by folding a second sheet body in a sheet shape, and the second sheet body has side panels formed correspondingly on the side walls, the side panels are arranged adjacent to each other and side panels are respectively provided with a connecting plate at their lower ends, which can be connected to each other to form the bottom of the base after the connecting plate is bent on the side panels; and the two side panels are respectively formed with a connecting piece at one end opposite to the connecting plate, and the connecting piece is respectively longitudinally connected with a notch and a concave connection. The notch and the concave interface are formed with a second bending portion at the upper and lower ends of the notch and the concave interface, respectively, so that the notch and the concave interface are bent along the corresponding second bending portions, and a buckle portion is formed at the concave interface of one connecting piece, and passes through the notch of the other connecting piece, so that the connecting pieces are matched with each other, and a ring piece is extended from the top end of each connecting piece, and the ring piece is also correspondingly combined to form the handle when the connecting pieces are matched with each other.

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