TW201628242A - Miniature battery safety package with battery recycling function - Google Patents

Abstract

This invention provides a miniature battery safety package with battery recycling function which ensures battery recycling and prevents easy access of batteries by children, the miniature battery safety package with battery recycling function has the feature that the miniature battery safety package comprises a lower cover sheet, a weak folding sheet, and an upper cover sheet, wherein the weak folding sheet makes the upper cover sheet folded in half toward the lower cover sheet and bonded with the edge not connected with the weak folding sheet to form an integrated configuration, also, the top of the upper cover sheet and the top of the lower cover sheet face each other while forming a gap therebetween; the lower cover sheet is provided with a main cavity, an inlet groove, an outlet groove, and a protruding rib; the upper cover sheet is correspondingly provided with an inlet slot, a safe blade, and an outlet slot. Only with the configuration in conjunction with the operation by two hands can the new battery be removed, and at the same time the old battery can be placed into the package box to prevent children from accessing the old battery easily.

Description

Micro-small battery safe packaging with recycled battery function

The invention relates to a micro-small battery safety package with a function of recycling batteries, in particular to a package applied to a micro-miniature battery package.

Since the advent of micro-miniature batteries (or button cells), there have been numerous incidents in the world that have caused casualties such as accidental swallowing and explosions.

Therefore, European and American countries have legislation and regulations, and all electronic products equipped with micro-sized batteries should comply with safety regulations. It is required that micro-sized batteries cannot be easily taken out by children to avoid accidental ingestion.

The design of electronic products to prevent the micro-small battery from falling out or being easily taken out is very important, but the micro-sized battery after use is often neglected after being disassembled by the adult, and is randomly and randomly placed and mixed. I don't know if this is one of the main causes of children's accidental ingestion.

At present, although there are so-called child-safe packaging designed for micro-miniature batteries, it is only limited to the packaging of new micro-miniature batteries. Although it is designed with a new battery that is not easily taken out by children, it is still impossible to avoid the above. The problem of old micro-battery being accidentally swallowed by children.

On the other hand, micro-small batteries are not very good for environmental protection, so they must be properly recycled. However, there is currently no design for the forced recycling of old micro-sized batteries, so that the recycling efficiency of old micro-mini batteries is not good.

In view of this, how to provide a solution to the aforementioned problems and implement the concept of security, Further, it is an object of the present invention to prevent a child from easily taking out a micro-sized battery or ingesting an old micro-small battery, and forcibly recovering a micro-small battery safety package having a function of recycling a battery of a micro-sized battery.

The object of the present invention is to provide a micro-miniature battery safety package capable of carrying out the recycling of the old micro-mini battery and avoiding the danger that the child can easily obtain the micro-sized battery.

In order to solve the above problems and achieve the object of the present invention, the technical means of the present invention is implemented as a micro-small battery safety package with a function of recycling batteries, characterized in that: the micro-small battery safety package (100), The utility model comprises a cover sheet body (1), a weak flap (2) and an upper cover sheet body (3), wherein the lower cover sheet body (1) and the upper cover sheet body (3) have the same side edge, Connected to the corresponding side edge of the weak flap (2), the weak flap (2) enables the upper cover sheet (3) to be folded into the folded state in the direction of the lower cover sheet (1), The edges not connected to the weak flaps (2) are fixed to each other in an integrated state, and the top surface of the upper cover sheet (3) is opposite to the top surface of the lower cover sheet (1), and is formed therebetween. a gap (4); the lower cover sheet body (1) is provided at its intermediate portion with a main recess portion (11) for accommodating the micro-miniature battery (200), the main recess portion (11) The one side communication recess is formed with an inlet recess portion (12), and the other side of the recess portion (11) is also connected to the recess to form an outlet recess portion corresponding to the inlet recess portion (12). ), the entrance concave a recessed portion (12) and the outlet recessed portion (13), at a side away from the main recessed portion (11), at least one rib portion (14) is respectively spaced apart; the upper cover sheet body (3) corresponding to the boundary between the main recess portion (11) and the inlet recess portion (12), an inlet slit (31) corresponding to the inlet recess portion (the inlet slit (31) is provided 12) is further provided with a side slit corresponding to the edge of the inlet recess (12) and having one end in contact with the inlet slit (31) and the other end away from the inlet slit (31) (311) to form a safety blade (33) that can be pressed into the inlet recess (12), and corresponding to a boundary between the main recess portion (11) and the outlet recess (13), There is an exit slit (32).

More preferably, the lower cover sheet body (1) and the upper cover sheet body (3) have the same area and are preferably rectangular; and the weak flap (2) is a narrow distance with a turning effect. The sheet has a width smaller than the width of the lower cover sheet body (1) and the upper cover sheet body (3).

More preferably, the micro-miniature battery safety package (100) is formed by molding with a polymer material, and the polymer material is one of the following: PET, PP, PE, PVC.

More preferably, the entrance recess (12) has a width at the interface with the main recess portion (11), at least one third of the diameter of the main recess portion (11), and the depth and the main The recesses (11) have the same depth.

More preferably, the outlet recess (13) is disposed at a side connected to the main recess portion (11) from a deep to shallow slope and is connected to the main recess portion (11) The depth at one end is at least one quarter of the depth of the main pocket portion (11).

More preferably, the inlet slit (31) and the outlet slit (32) have a length greater than or equal to the diameter of the main pocket portion (11).

More preferably, the main recess portion (11), at the center of the bottom surface thereof, is further provided with an inwardly floating convex and capable of facilitating extrusion of the micro-miniature battery (200) by the principle of the seesaw. Block (111).

Compared with the prior art, the functions and effects of the present invention are as follows:

First point: in the present invention, the fitting of the inlet recess (12), the outlet recess (13) and the gap (4), plus the inlet slit (31), the outlet slit (32) and the safety blade (33) The application of the micro-small battery (200) is difficult to remove when the user uses it incorrectly, and the removal method is not only required to be inserted by the old micro-mini battery (200b), but also requires two-handed operation. The structural design not only can effectively recycle the old micro-sized battery (200b), but also prevent children from easily taking out the new micro-sized battery (200a). As a result, the old micro-mini battery (200b) cannot be placed arbitrarily or neglected. The old micro-mini battery (200b) is recycled to enhance the protection of children's safety.

Second point: In the present invention, the combined application of the lower cover sheet (1), the weak flap (2) and the upper cover sheet (3) makes the overall structure not complicated, thereby reducing production problems and enabling Quickly put into application, don't worry about the problem that the technology threshold is too high, which makes it difficult to promote the application.

1‧‧‧Under cover

11‧‧‧Main recess

111‧‧‧Bumps

12‧‧‧ Entrance recess

13‧‧‧Exit recess

14‧‧‧ ribs

2‧‧‧ Weakly folded

3‧‧‧Upper cover

31‧‧‧ Entrance slit

311‧‧‧ side slit

32‧‧‧Export slitting

33‧‧‧Safety blades

4‧‧‧ gap

100‧‧‧Small battery safe packaging

200‧‧‧Micro battery

200a‧‧‧New micro battery

200b‧‧‧Old micro battery

300‧‧‧ elevator

Figure 1 is a perspective view of the present invention.

Figure 2: Schematic diagram of the development of the present invention.

Figures 3 and 4 are schematic views of the implementation of the present invention.

Figures 5 and 6 are schematic views of the cross-sectional implementation of the present invention.

Figure 7: Schematic diagram of the safety effect of the present invention.

Figure 8: Schematic diagram of the three-dimensional application of the present invention with the elevator.

The following is a detailed description of the following embodiments according to the drawings: as shown in FIGS. 1 to 7 , the figure discloses a micro-small battery safety package with a function of recycling batteries, characterized in that: The small battery safety package (100) comprises a lower cover sheet body (1), a weak flap (2), and an upper cover sheet body (3), the lower cover sheet body (1) and the upper cover sheet body The same side edge of (3) is respectively connected to the corresponding side edge of the weak flap (2), and the weak flap (2) enables the upper cover sheet (3) to pass to the lower cover sheet (1) After the direction is folded into a folded state, the edges not connected to the weak flap (2) are fixed to each other in an integrated state, and the top surface of the upper cover sheet (3) and the top cover sheet (1) are topped. The surface is opposite, and a gap (4) is formed between the two; the lower cover sheet body (1) is provided with a main recess portion (11) for receiving the micro-mini battery (200) at the middle portion thereof. One side of the main recess portion (11) is connected to the recess to form an inlet recess (12), and the recess The other side of the portion (11) is also provided with an outlet recess (13) corresponding to the inlet recess (12), the inlet recess (12) and the outlet recess (13). At least one of the ribs (14) is disposed at a distance from the side of the main recess portion (11); the upper cover sheet (3) corresponding to the main recess portion (11) And an entrance slit (31) is provided at the boundary with the inlet recess (12), the inlet slit (31) corresponding to one side of the inlet recess (12), and the inlet recess (12) the edge is in a corresponding relationship, and one end is in contact with the inlet slit (31), and the other end is away from the side slit (311) of the inlet slit (31) to form a can be pressed into the inlet recess The safety blade (33) in (12), and an exit slit (32) is also provided corresponding to the boundary between the main recess portion (11) and the outlet recess portion (13).

Secondly, the lower cover sheet body (1) and the upper cover sheet body (3) have the same area and are preferably rectangular; and the weak flap (2) is a narrow-distance sheet body having a turning effect. Its width is smaller than the width of the lower cover sheet body (1) and the upper cover sheet body (3).

For convenience of description, the following micro-small battery (200) can be subdivided into a new micro-mini battery (200a) and an old micro-small battery (200b), and if not explicitly designated new and old, it is collectively referred to as a micro-mini battery (200).

Through the above arrangement, the user can take out the new micro-sized battery (200a) by inserting the old micro-sized battery (200b) and working with both hands, so that the new and the old micro-small The battery (200a) (200b) will not be easily obtained, and there is no need to worry about the problem of the micro-small battery (200) being discarded. Therefore, it is possible to effectively prevent children from easily obtaining the old and new micro-sized batteries (200a) (200b). At the same time, the recycling of the old micro-sized battery (200b) can be forced.

Next, the use of the inlet recess (12), the outlet recess (13) and the gap (4), and the application of the inlet slit (31), the outlet slit (32) and the safety blade (33), If it is not used correctly, it will be as shown in Figure 7. The new micro-small battery (200a) will get stuck in the gap (4) and cannot be taken out directly. In this way, the new micro-small battery (200a) will not be Will slide out easily.

Furthermore, as shown in FIG. 3, in the use of the micro-miniature battery safety package (100) of the present invention, the first step is to press the outlet slit (32) with a finger to correspond to the side of the outlet recess (13). The exit slit (32) opens to form a crack.

Step 2: Use another hand to press one end of the old micro-sized battery (200b) against the safety blade (33), so that the safety blade (33) sinks into the entrance recess (12), as shown in the lower diagram of FIG. In order to facilitate the insertion of the old micro-mini battery (200b) from the inlet recess (12), it can be inserted in the direction of the main recess portion (11) to push the new micro-sized battery (200a) toward the outlet recess (13). Moved and extruded by the outlet slit (32), as shown in the upper diagram of Fig. 4 and the upper diagram of Fig. 6; accordingly, the old micro-sized battery (200b) is recovered, and the new micro-sized battery (200a) can be used. Features.

Step 3: After the old micro-sized battery (200b) completely enters the main recess portion (11), release the pressed finger, at this time the old micro-mini battery (200b), unless it is in the above manner or directly cut. In addition, it is not possible to take out the old micro-sized battery (200b) from the micro-miniature battery safety package (100) of the present invention to achieve the goal of protecting children.

In the above, the micro-small battery safety package (100) is formed by molding a polymer material, and the polymer material is one of the following: PET, PP, PE, PVC. Among them, the application of polymer materials not only facilitates production, but also allows users to quickly identify micro-sized batteries (200). In addition, it can effectively protect micro-miniature batteries (200) and make it difficult for children to directly Destroy the micro-mini battery safe package (100) and take it out.

Secondly, the application of different polymer materials can enable the free application of the industry to match the micro-sized batteries (200) of different specifications, and expand the application range of the micro-miniature battery safety packaging (100) of the present invention.

Furthermore, the micro-small battery safety package (100) is made of a polymer material, which can facilitate the edges that are not connected to the weak flaps (2), and can be fixed to each other in an integral state, whether it is a thermal fusion or a glue connection. The processing can be achieved very conveniently and quickly.

In the above, the entrance recess (12) has a width at the interface with the main recess portion (11), at least one third of the diameter of the main recess portion (11), and the depth and the main recess Part (11) has the same depth. By the arrangement of the inlet recessed portion (12), it is ensured that the used old micro-miniature battery (200b) can be smoothly placed in the main recessed portion (11), and can be smoothly slid to the original position. The new micro-sized battery (200a) in the recess portion (11) facilitates the removal of the new micro-mini battery (200a) and the recovery of the old micro-mini battery (200b), so that there is no fear that a problem that is difficult to apply may occur.

In the above, the outlet recess (13) is provided at one end connected to the main recess portion (11), and is provided in a slope from deep to shallow, and is connected to the main recess portion (11). The depth is at least one quarter of the depth of the main pocket portion (11). By means of the arrangement of the outlet recesses (13), the new micro-sized battery (200a) originally located in the main recess portion (11) is placed against the used old micro-sized battery (200b). Since the corresponding upper cover sheet (3) will abut the exit recess (13), the new micro-sized battery (200a) can slide along the slope of the exit recess (13), ensuring that the user can The new micro-sized battery (200a) is smoothly taken out, and the old micro-sized battery (200b) is simultaneously recovered.

In the above, the inlet slit (31) and the outlet slit (32) have a length greater than or equal to the diameter of the main pocket portion (11). By the arrangement of the inlet slit (31) and the outlet slit (32), the old micro-sized battery (200b) can be smoothly placed, and the micro-mini battery (200a) is extruded into the main recess portion ( 11), there is no fear that the entrance slit (31) and the outlet slit (32) will not be large enough to affect the application of the micro-small battery safety package (100).

In the above, the main recess portion (11) has a convex portion facing inward at the center of the bottom surface and capable of facilitating extrusion of the micro-sized battery (200) by the principle of the seesaw ( 111). Through the application of the bumps (111), a point is formed to facilitate the smooth operation of the new micro-mini battery (200a) in the correct operation while recycling the old micro-sized battery (200b). Extrusion in the autonomous pocket (11).

As shown in Fig. 8, the figure shows that the micro-small battery safety package (100) of the present invention can also be placed on the shelf together with the elevator card (300) to facilitate the consumer to select an application.

The embodiments, features, and effects of the present invention are described in detail above with reference to the embodiments shown in the drawings. However, the above description is only a preferred embodiment of the present invention, but the present invention is not limited to the scope of the present invention. Modifications that are consistent with the intent of the present invention are intended to fall within the scope of the invention as long as they are within the scope of the invention.

1‧‧‧Under cover

11‧‧‧Main recess

111‧‧‧Bumps

12‧‧‧ Entrance recess

13‧‧‧Exit recess

14‧‧‧ ribs

2‧‧‧ Weakly folded

3‧‧‧Upper cover

31‧‧‧ Entrance slit

311‧‧‧ side slit

32‧‧‧Export slitting

33‧‧‧Safety blades

100‧‧‧Small battery safe packaging

Claims (7)

A micro-small battery safety package with a function of recycling batteries, characterized in that: the micro-small battery safety package (100) comprises a cover sheet body (1), a weak flap (2), and an upper cover a sheet body (3), the same side edge of the lower cover sheet body (1) and the upper cover sheet body (3) are respectively connected to corresponding side edges of the weak flap (2), the weak flap ( 2) After the upper cover sheet body (3) is folded into the folded state in the direction of the lower cover sheet body (1), the edges not connected to the weak flaps (2) are fixed to each other to form an integral state, and The top surface of the upper cover sheet body (3) is aligned with the top surface of the lower cover sheet body (1), and a gap (4) is formed therebetween; the lower cover sheet body (1) is provided at a middle portion thereof The main recess portion (11) capable of accommodating the micro-sized battery (200) is disposed, and one side of the main recess portion (11) is formed with an inlet recess portion (12), and the recess portion (11) On the other side, the communication recess is formed with an outlet recess (13) corresponding to the inlet recess (12), the inlet recess (12) and the outlet recess (13), both of which Far from the side of the main pocket (11), respectively At least one rib portion (14) is disposed at each interval; the upper cover sheet body (3) corresponding to the boundary between the main recess portion (11) and the inlet recess portion (12) is provided with an inlet slit ( 31), the inlet slit (31) corresponds to one side of the inlet recess (12), and is further provided in a corresponding relationship with the edge of the inlet recess (12), and one end and the inlet slit (31) Two side slits (311) that are adjacent to each other and away from the inlet slit (31) to form a safety blade (33) that can be pressed into the inlet recess (12), and corresponding to the main concave An exit slit (32) is also provided at the junction of the cavity portion (11) and the outlet recess portion (13). The micro-small battery safety package with the function of recycling the battery according to claim 1, wherein: the lower cover sheet body (1) and the upper cover sheet body (3) have the same area and are preferably rectangular; The mass flap (2) is a narrow-distance sheet having a turning effect, and has a width smaller than the width of the lower cover sheet body (1) and the upper cover sheet body (3). The micro-small battery safety package with the function of reclaiming battery as claimed in claim 2, wherein: The micro-small battery safety package (100) is formed by molding a polymer material, and the polymer material is one of the following: PET, PP, PE, PVC. The micro-small battery safety package with the function of reclaiming battery according to claim 3, wherein: the inlet recess (12) has a width at a boundary with the main recess portion (11), at least the main recess The portion (11) is one-third the diameter and has the same depth as the main recess portion (11). A micro-small battery safety package with a function of reclaiming a battery according to claim 4, wherein: the outlet recess (13) is at one end connected to the main recess portion (11), from deep to shallow The depth at one end of the main recess portion (11) is at least one quarter of the depth of the main recess portion (11). The micro-small battery safety package with the function of reclaiming battery according to claim 5, wherein: the inlet slit (31) and the outlet slit (32) have a length greater than or equal to the main recess portion ( 11) The length of the diameter. The micro-small battery safety package with the function of reclaiming a battery according to claim 6, wherein: the main recess portion (11) has a downwardly convex portion at the center of the bottom surface thereof and can pass the principle of the seesaw A bump (111) for extruding the micro battery (200) is facilitated.