JP7669066B2 - Enclosures and External Hardware - Google Patents

Description

This application relates to the field of storage, and in particular to storage devices and external hardware.

In the related art, many types of self-sealing envelopes are provided as storage devices for storing items such as letters, courier mail, etc.

Envelopes provided by related technologies have a short life span, are difficult to reuse once opened, and are bad for the environment.

The objective of this application is to provide storage devices and external hardware that can extend the useful life of each storage device, enable reuse, and improve environmental friendliness.

An embodiment of the present application is implemented as follows:

In a first aspect, the present application provides a storage device including a storage body, a first folding wing, and at least one first safety control mechanism, the storage body including a first plate and a second plate connected to each other, the first plate and the second plate being capable of being folded along a fold line to form a storage chamber, the storage body having a storage opening communicating with the storage chamber when the first plate and the second plate are folded along the fold line, the first plate being connected to the first folding wing, the first folding wing being adapted to rotate about a first set axis relative to the first plate so as to abut against a surface of the second plate to seal the storage opening, or the first folding wing being adapted to rotate about the first set axis relative to the first plate so as to enter the storage chamber from the storage opening. The first safety control mechanism is for connecting the first folding wing and the second plate to seal the storage opening when the first folding wing abuts against the surface of the second plate, or for disconnecting the first folding wing and the second plate to open the storage opening, and a second safety control mechanism is provided on the second plate, and the second safety control mechanism is for connecting the second plate and the first folding wing to seal the storage opening when the first folding wing enters the storage chamber, or the second safety control mechanism is for connecting a portion of the first plate adjacent to the storage opening and a portion of the second plate adjacent to the storage opening to seal the storage opening when the first folding wing abuts against the surface of the second plate.

Optionally, the first safety control mechanism includes a first self-adhesive assembly and a first safety inspection unit, the first self-adhesive assembly is provided on the first folding wing or the second plate, the first safety inspection unit is provided on the first folding wing, the first self-adhesive assembly is for connecting the first folding wing and the second plate so as to seal the storage opening when the first folding wing abuts against the surface of the second plate, the first safety inspection unit is for disconnecting the connection between the first folding wing and the second plate so as to open the storage opening, the first self-adhesive assembly and the first safety inspection unit are arranged in sequence in a predetermined direction, and the predetermined direction is arranged to form an angle with the first set axis.

Optionally, the first safety management mechanism further includes a biasing unit connected to the first safety inspection unit, the biasing unit being configured to drive the first safety inspection unit by the action of an external force so as to sever the connection between the first folding wing and the second plate.

Optionally, the storage device further includes an insertion assembly, the insertion assembly including a slot and a latch that are inserted into and engaged with each other, one of the slot and the latch being provided on the first safety control mechanism and the other of the slot and the latch being provided on the second plate.

Optionally, the second safety control mechanism includes a second self-adhesive assembly and a second safety inspection part, the second self-adhesive assembly is provided on the second plate via the second safety inspection part, the second self-adhesive assembly is for connecting the second plate and the first folding wing in the storage chamber so as to seal the storage opening, or for connecting the portion of the first plate adjacent to the storage opening and the portion of the second plate adjacent to the storage opening so as to seal the storage opening, the second safety inspection part is for disconnecting the connection between the second plate and the first folding wing in the storage chamber so as to open the storage opening, or the second safety inspection part is for disconnecting the connection between the portion of the first plate adjacent to the storage opening and the portion of the second plate adjacent to the storage opening so as to open the storage opening, and the second self-adhesive assembly and the second safety inspection part are arranged in sequence in a predetermined direction, and the predetermined direction is provided to form an angle with the first set axis.

Optionally, the storage device further includes a first digital encoding member provided on at least one of both the first plate and the second plate.

Optionally, the first digital encoding member includes at least one of both a machine-readable optical volume label assembly and a radio frequency chip.

Optionally, the first digital encoding member includes a machine-readable optical volume label assembly, the machine-readable optical volume label assemblies are provided on the second plate, the number of the machine-readable optical volume label assemblies is the same as the number of the first security control mechanisms, and when the first folding wing abuts against the second plate, the first security control mechanisms and the machine-readable optical volume labels are provided in one-to-one correspondence.

Optionally, the storage device further includes a third safety control mechanism, a second folding wing connected to the second plate, the second folding wing for rotating relative to the second plate about a second set axis to abut against a surface of the first plate to seal or open the storage opening, or the second folding wing for rotating relative to the second plate about the second set axis to enter the storage chamber from the storage opening, and the third safety control mechanism for connecting the second folding wing to the first plate when the second folding wing abuts against a surface of the first plate to seal the storage opening.

Optionally, the third safety control mechanism includes a third self-adhesive assembly and a third safety inspection unit, the third self-adhesive assembly being provided on the second folding wing or the first plate, the third safety inspection unit being provided on the second folding wing, the third self-adhesive assembly being for connecting the second folding wing and the first plate so as to seal the storage opening when the second folding wing abuts against the surface of the first plate, and the third safety inspection unit being for disconnecting the connection between the second folding wing and the first plate so as to open the storage opening, the third self-adhesive assembly and the third safety inspection unit being arranged in sequence in a predetermined direction, and the predetermined direction being arranged to form an angle with the second set axis.

Optionally, the storage device further includes external hardware, the external hardware including a third plate and a fourth plate connected to each other, the third plate being connectable to one of both the first plate and the second plate, and the fourth plate being rotatable relative to the third plate about a third set axis to abut against a surface of the other of both the first plate and the second plate to seal or open the storage port.

Optionally, a fourth safety control mechanism is provided on the fourth plate, and the fourth safety control mechanism is for connecting the fourth plate to the first plate or the second plate with which the fourth plate abuts.

Optionally, the fourth safety control mechanism includes a fourth self-adhesive assembly and a fourth safety inspection part, the fourth self-adhesive assembly is connected to the fourth plate via the fourth safety inspection part, the fourth self-adhesive assembly is for connecting the fourth plate to the first or second plate against which the fourth plate abuts so as to seal the storage opening, the fourth safety inspection part is for disconnecting the connection between the fourth plate and the first or second plate against which the fourth plate abuts so as to open the storage opening, and the fourth self-adhesive assembly and the fourth safety inspection part are arranged in sequence in a predetermined direction, and the predetermined direction is provided to form an angle with the third set axis.

Optionally, the external hardware further includes a second digital encoding member provided on at least one of both the third plate and the fourth plate.

Optionally, the second digital encoding member includes at least one of both a machine-readable optical volume label assembly and a radio frequency chip.

In a second aspect, the present application provides an external hardware for mounting on a storage body, the external hardware including a third plate and a fourth plate connected to each other, the third plate for connecting to the storage body, the fourth plate provided with a fourth safety control mechanism, the fourth plate for rotating relative to the third plate about a third set axis to seal or open a storage opening of the storage body, the fourth safety control mechanism including a fourth self-adhesive assembly and a fourth safety inspection part, the fourth self-adhesive assembly connected to the fourth plate via the fourth safety inspection part, the fourth self-adhesive assembly for connecting the fourth plate and the storage body to seal the storage opening, and the fourth safety inspection part for disconnecting the connection between the fourth plate and the storage body to open the storage opening.

Optionally, the external hardware further includes a second digital encoding member provided on at least one of both the third plate and the fourth plate.

Optionally, the second digital encoding member is at least one of both a machine-readable optical volume label assembly and a radio frequency chip.

The beneficial effects of the storage device of the present application include the following: The storage device of the present application includes a storage body, a first folding wing, and a first safety management mechanism, the storage body includes a first plate and a second plate connected to each other, the first plate and the second plate can be folded along a fold line to form a storage chamber, when the first plate and the second plate are folded along the fold line, the storage body is provided with a storage opening communicating with the storage chamber, and an item can be placed and stored in the storage chamber through the storage opening, the first folding wing is connected to the first plate, and the first folding wing can rotate relative to the first plate about a first set axis until the storage opening is sealed or opened, or the first folding wing can rotate relative to the first plate about a first set axis to enter the storage chamber from the storage opening. a first safety control mechanism for connecting the first folding wing to the second plate to seal the storage opening when the first folding wing abuts against a surface of the second plate, or for disconnecting the first folding wing from the second plate to open the storage opening; and a second safety control mechanism is provided on the second plate, and the second safety control mechanism is for connecting the second plate to the first folding wing to seal the storage opening when the first folding wing enters the storage chamber, or for connecting a portion of the first plate adjacent to the storage opening and a portion of the second plate adjacent to the storage opening to seal the storage opening when the first folding wing abuts against the surface of the second plate. In this way, the storage port can be sealed by the first safety management mechanism or the second safety management mechanism, that is, one storage body can have the storage port sealed two or more times by the first safety management mechanism and the second safety management mechanism, thereby extending the service life of each storage device, enabling reuse and improving environmental friendliness.

The beneficial effects of the external hardware of the present application include the following: The external hardware provided in the present application can be provided on the storage body and used in combination with the storage body. The external hardware includes a third plate and a fourth plate connected to each other, and a fourth safety control mechanism provided on the fourth plate, the third plate is for connecting to the storage body, the fourth safety control mechanism includes a fourth self-adhesive assembly and a fourth safety checker, the fourth self-adhesive assembly is connected to the fourth plate via the fourth safety checker, the fourth self-adhesive assembly is for connecting the fourth plate and the storage body so as to seal the storage opening, and the fourth safety checker is for disconnecting the connection between the fourth plate and the storage body so as to open the storage opening. In this way, the storage opening of the used storage body can be resealed by the external hardware, which extends the service life of the storage body, enables the storage body to be reused, and improves environmental friendliness.

In order to more clearly describe the technical solutions of the embodiments of the present application, the following briefly describes the drawings used in the embodiments. The following drawings merely illustrate some embodiments of the present application, and should not be considered as limiting the scope, and it is understood that those skilled in the art can think of other related drawings based on these drawings without creative efforts.
FIG. 2 is a structural schematic diagram of a storage device that does not include a second folding wing in an embodiment of the present application. FIG. 1 is a structural schematic diagram (part 1) of a storage device in an embodiment of the present application. FIG. 2 is a structural schematic diagram (part 2) of a storage device in an embodiment of the present application. FIG. 11 is a structural schematic diagram (part 1) of the storage device when the first folding wing abuts against the second plate in the embodiment of the present application. FIG. 2 is a structural schematic diagram (part 2) of the storage device when the first folding wing abuts against the second plate in the embodiment of the present application. FIG. 11 is a structural schematic diagram (part 3) of the storage device when the first folding wing abuts against the second plate in the embodiment of the present application. FIG. 4 is a structural schematic diagram (part 4) of the storage device when the first folding wing abuts against the second plate in the embodiment of the present application. FIG. 13 is a structural schematic diagram of the storage device when the first folding wing is not in contact with the second plate in the embodiment of the present application. FIG. 13 is a structural schematic diagram of a test unit main body in another embodiment of the present application. FIG. 1 is a structural schematic diagram (part 1) of a storage device according to another embodiment of the present application. FIG. 2 is a structural schematic diagram (part 2) of a storage device according to another embodiment of the present application. FIG. 2 is a structural schematic diagram of a storage device when the first folding wing enters the storage chamber in an embodiment of the present application. FIG. 1 is a structural schematic diagram (part 1) of a storage device including a second folding wing in an embodiment of the present application. FIG. 2 is a structural schematic diagram (part 2) of a storage device including a second folding wing in an embodiment of the present application. FIG. 2 is a structural schematic diagram of external hardware in an embodiment of the present application. FIG. 2 is a structural schematic diagram of an embodiment of the present application in which external hardware is installed on the storage body. FIG. 3 is a structural schematic diagram (part 3) of a storage device in an embodiment of the present application. FIG. 11 is a structural schematic diagram of an external hardware mounted on a storage body in another embodiment of the present application.

In order to make the objectives, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application are described clearly and completely below with reference to the drawings in the embodiments of the present application, and it is to be understood that the described embodiments are only a part of the embodiments of the present application, and are not all of the embodiments. In general, the assemblies of the embodiments of the present application described and shown in the drawings can be arranged and designed in various arrangement manners.

Therefore, the detailed description added to the embodiments of the present application provided below in the drawings is not intended to limit the scope of the claimed application, but merely represents selective embodiments of the present application. All other embodiments that can be obtained by a person skilled in the art without any creative effort based on the embodiments in the present application are within the scope of protection of the present application.

It should be noted that like symbols and letters represent like items in the following drawings, and therefore, once an item is defined in one drawing, it need not be further defined and interpreted in subsequent drawings.

In the description of this application, it should be explained that the orientation or positional relationship indicated by the terms "inside", "outside", etc. is the orientation or positional relationship shown based on the drawings, or the orientation or positional relationship normally arranged when the product of the application is used, and is merely intended to facilitate the description of the application and simplify the description, and does not expressly or imply that the described devices or components necessarily have a specific orientation or are constructed or operated in a specific orientation, and should not be understood as limiting this application. In addition, the terms "first", "second", "third", etc. are used for the purpose of differentiation and should not be understood as indicating or implying relative importance.

In the description of this application, it should be further explained that unless expressly specified or limited, the terms "provide" and "connect" should be understood in a broad sense, and may refer to, for example, a fixed connection, a detachable connection, an integral connection, a mechanical connection, an electrical connection, a direct connection, an indirect connection via an intermediate medium, or internal communication between two members. Those skilled in the art will be able to understand the specific meaning of the above terms in this application according to the specific circumstances.

In this embodiment, unless otherwise specified, the term "predetermined direction" refers to the direction of the arrows ab in the figure.

This embodiment provides a storage device, such as an envelope, document pouch, etc., that can be used to store items such as letters, document files, etc. The following is a detailed explanation using an envelope as an example.

Referring to FIG. 1, FIG. 2 and FIG. 3, the storage device 010 includes a storage body 100, which includes a first plate 110 and a second plate 120 connected to each other, and the first plate 110 and the second plate 120 can be folded along a fold line (hereinafter referred to as a first fold line 132) to form a storage chamber 130. When the first plate 110 and the second plate 120 are folded along the first fold line 132, the storage body 100 has a storage opening 131 connected to the storage chamber 130. When the storage device 010 stores an item, the item is put into the storage chamber 130 through the storage opening 131.

It should be noted that the connection method between the first plate 110 and the second plate 120 can be selected as needed, and the connection methods between the first plate 110 and the second plate 120 described below are merely a few examples, and the specific connection methods are not limited to these.

Optionally, referring to FIG. 1, the first plate 110 and the second plate 120 are an integrally molded plate-like structure having a first fold line 132 between the first plate 110 and the second plate 120, the first plate 110 and the second plate 120 are folded along the first fold line 132 to form a storage chamber 130 between the first plate 110 and the second plate 120, and one end of the first plate 110 away from the first fold line 132 and one end of the second plate 120 away from the first fold line 132 form a storage opening 131.

Optionally, the storage body 100 can be manufactured using a hard plate material, such as cardboard or a plastic plate, i.e., the first plate 110 and the second plate 120 can be manufactured using a hard plate material.

Optionally, still referring to FIG. 1, a side wing 121 is connected to at least one side of the first plate 110 in the extending direction of the first fold line 132, and the side wing 121 can be folded relative to the first plate 110 and connected to the second plate 120. Optionally, a side wing 121 is connected to both sides of the first plate 110 in the extending direction of the first fold line 132, and each side of the first plate 110 is connected to the second plate 120 via two side wings 121.

Optionally, the first plate 110 and the side wing 121 are integrally formed, and have a second fold line 133 between the side wing 121 and the first plate 110, and the side wing 121 can be rotated relative to the first plate 110 along the second fold line 133 to abut against the surface of the second plate 120. The connection method between the side wing 121 and the second plate 120 may be connection by adhesive or by fasteners such as staples, and is not specifically limited here.

Optionally, the first plate 110 and the side wing 121 may be connected by adhesive or by fasteners such as staples, and the connection is not specifically limited here.

Optionally, the first plate 110 and the second plate 120 are connected by adhesive. The first plate 110 and the second plate 120 are stacked and a first end of the first plate 110 and a first end of the second plate 120 are connected to each other by adhesive, so as to form a storage chamber 130 between the first plate 110 and the second plate 120, and a second end of the first plate 110 and a second end of the second plate 120 form a storage opening 131.

Of course, in other embodiments, the side wings 121 are not connected to the first plate 110, and both sides of the first plate 110 and both sides of the second plate 120 are connected in a one-to-one correspondence in the extension direction of the first fold line 132, and the connection method may be connection by adhesive or connection by fasteners such as staples, etc., and is not specifically limited here.

Optionally, the first plate 110 and the second plate 120 are connected by a fastener such as a staple, the first plate 110 and the second plate 120 are stacked, and a first end of the first plate 110 and a first end of the second plate 120 are connected by a fastener such as a staple to form a storage chamber 130 between the first plate 110 and the second plate 120, and a second end of the first plate 110 and a second end of the second plate 120 form a storage opening 131.

1, 2 and 3, the storage device 010 further includes a first folding wing 200, the first plate 110 is connected to the first folding wing 200, and when the first plate 110 and the second plate 120 are folded along the first fold line 132, the first folding wing 200 is adapted to rotate about the first set axis 141 relative to the first plate 110 so as to abut against a surface of the second plate 120 to seal the storage opening 131, or the first folding wing 200 is adapted to rotate about the first set axis 141 relative to the first plate 110 so as to enter the storage chamber 130 from the storage opening 131. The storage device 010 further includes at least one first safety control mechanism 210, which is for connecting the first folding wing 200 to the second plate 120 when the first folding wing 200 abuts against the surface of the second plate 120 to seal the storage opening 131, i.e., for sealing the storage opening 131 by the first folding wing 200, or for disconnecting the connection between the first folding wing 200 and the second plate 120 so that the storage opening 131 can be opened. In this way, when an article is put into the storage chamber 130 and stored by the storage device 010, the first folding wing 200 can be inserted into the storage chamber 130 so that the first folding wing 200 is sandwiched between the second plate 120 and the article, or the first folding wing 200 is sandwiched between the first plate 110 and the article, or the first folding wing 200 is rotated around the first set axis 141 so that the first folding wing 200 abuts against the surface of the second plate 120, and the first safety control mechanism 210 connects the first folding wing 200 and the second plate 120, thereby preventing the article put into the storage chamber 130 from accidentally falling out of the storage opening 131. When it is necessary to remove the items from the storage chamber 130, the first safety control mechanism 210 disconnects the first folding wing 200 from the second plate 120, allowing the first folding wing 200 to rotate about the first set axis 141 to open the storage opening 131.

It should be explained that the above-mentioned first folding wing 200 is for rotating about the first set axis 141 relative to the first plate 110 so as to abut against the surface of the second plate 120 and seal the storage opening 131, means that the first folding wing 200 is for rotating about the first set axis 141 relative to the first plate 110 so as to abut against the surface of the second plate 120 that is away from the first plate 110 and seal the storage opening 131.

By abutting the first folding wing 200 against the surface of the second plate 120 and connecting the first folding wing 200 and the second plate 120 by the first safety management mechanism 210, the stability of the first folding wing 200 when abutting against the second plate 120 is improved, and it is ensured that the first folding wing 200 can reliably seal the storage opening 131, effectively improving the reliability of item storage.

Referring to FIG. 1 and FIG. 2, the second plate 120 is provided with a second safety management mechanism 220, which is for connecting the second plate 120 and the first folding wing 200 so as to seal the storage opening 131 when the first folding wing 200 enters the storage chamber 130. In this way, when it is necessary to store items in the storage device 010 and seal the storage opening 131, the first safety management mechanism 210 or the second safety management mechanism 220 can be selected and used as necessary to seal the storage opening 131.

In this embodiment, when it is necessary to store an item in the storage device 010 for the first time and seal the storage opening 131, the first folding wing 200 can be rotated forward to be inserted into the storage chamber 130 through the storage opening 131 so that the first folding wing 200 is sandwiched between the second plate 120 and the item in the storage chamber 130, and the first folding wing 200 and the second plate 120 are connected by the second safety control mechanism 220, so that the storage opening 131 is jointly sealed by the second plate 120 and the first folding wing 200. When it is necessary to remove the item, the second safety control mechanism 220 can be broken to cut the connection between the first folding wing 200 and the second plate 120, and the first folding wing 200 can be rotated in the reverse direction to remove the first folding wing 200 from the storage chamber 130, and the item in the storage chamber 130 can be removed through the storage opening 131. When it is necessary to store an item in the storage device 010 for the second time and seal the storage opening 131, the first folding wing 200 can be rotated forward to abut against the surface of the second plate 120, and the first safety control mechanism 210 connects the first folding wing 200 and the second plate 120, so that the storage opening 131 is sealed by the first folding wing 200. When it is necessary to remove an item, the first safety control mechanism 210 can be broken to disconnect the first folding wing 200 and the second plate 120, and the first folding wing 200 can be rotated in the opposite direction to open the storage opening 131, and the item in the storage chamber 130 can be removed from the storage opening 131.

Optionally, in another embodiment, when it is necessary to store an item in the storage device 010 for the first time and seal the storage opening 131, the first folding wing 200 can be rotated forward to abut against the surface of the second plate 120, and the first safety control mechanism 210 connects the first folding wing 200 and the second plate 120, so that the storage opening 131 is sealed by the first folding wing 200. When it is necessary to remove an item, the first safety control mechanism 210 can be broken to disconnect the first folding wing 200 and the second plate 120, and the first folding wing 200 can be rotated in the opposite direction to open the storage opening 131, and the item in the storage chamber 130 can be removed from the storage opening 131. When it is necessary to store an item in the storage device 010 for the second time and seal the storage opening 131, the first folding wing 200 can be rotated forward to be inserted into the storage chamber 130 through the storage opening 131 so that the first folding wing 200 is sandwiched between the second plate 120 and the item in the storage chamber 130, and the first folding wing 200 and the second plate 120 are connected by the second safety control mechanism 220, so that the storage opening 131 is jointly sealed by the second plate 120 and the first folding wing 200. When it is necessary to remove the item, the second safety control mechanism 220 can be broken to disconnect the first folding wing 200 and the second plate 120, and the first folding wing 200 can be rotated in the opposite direction to remove the first folding wing 200 from the storage chamber 130, so that the item in the storage chamber 130 can be removed through the storage opening 131.

Envelopes provided in the related art usually require a structure for gluing at the storage opening 131 so that the storage opening 131 of the envelope is sealed by gluing. When opening, the edge of the envelope must be cut with a knife or the envelope must be forcefully torn to remove the items stored in the envelope, and since there is no structure for re-gluing and sealing the storage opening 131 after each envelope is opened and the items are removed, the envelopes provided in the related art have a short service life, are difficult to reuse once opened, and are bad for the environment. The storage device 010 provided in the present application can seal the storage opening 131 by the first safety management mechanism 210 or the second safety management mechanism 220, that is, one storage body 100 can seal the storage opening 131 at least twice by the first safety management mechanism 210 and the second safety management mechanism 220, thereby extending the service life of each storage device 010, enabling reuse, and improving environmental friendliness.

Optionally, in another embodiment, the second safety management mechanism 220 is for connecting the portion of the first plate 110 adjacent to the storage opening 131 and the portion of the second plate 120 adjacent to the storage opening 131 so as to seal the storage opening 131 when the first folding wing 200 abuts against the surface of the second plate 120. In this way, when it is necessary to store an item and seal the storage opening 131 for the first time, the storage opening 131 can be sealed by the first safety management mechanism 210, and when it is necessary to store an item and seal the storage opening 131 for the second time, the storage opening 131 can be sealed by the second safety management mechanism 220, or when it is necessary to store an item and seal the storage opening 131 for the first time, the storage opening 131 can be sealed by the second safety management mechanism 220, and when it is necessary to store an item and seal the storage opening 131 for the second time, the storage opening 131 can be sealed by the first safety management mechanism 210. Even in this way, the storage device 010 can reliably store items at least twice, thereby extending the useful life of the storage device 010, making it reusable, and improving environmental friendliness.

The number of the first safety management mechanisms 210 can be selected as needed, and the more the number of the first safety management mechanisms 210, the more times the storage device 010 can be reused. Referring to FIG. 2, in this embodiment, the storage device 010 includes three sets of the first safety management mechanisms 210. In this way, the number of safe storage times in which the storage device 010 stores an item and seals the storage port 131 is four, and one of the safe storage times is realized by the second safety management mechanism 220 connecting the second plate 120 and the first folding wing 200 to seal the storage port 131, and the other three safe storage times are realized by the first safety management mechanism 210 connecting the second plate 120 and the first folding wing 200 to seal the storage port 131. Of course, in other embodiments, the number of sets of the first safety management mechanisms 210 may be one set (shown in FIG. 1), two sets, four sets, etc., and is not specifically limited here.

It should be noted that in another embodiment, the second plate 120 is not provided with the second safety control mechanism 220, and the storage device 010 includes at least two sets of first safety control mechanisms 210 so as to extend the service life of the storage device 010. Each time the storage device 010 stores an item and seals the storage port 131, one set of first safety control mechanisms 210 connects the first folding wing 200 and the second plate 120 to seal the storage port 131.

2, the first safety control mechanism 210 of this embodiment includes a first self-adhesive assembly 211 and a first safety inspection part 212, the first safety inspection part 212 is provided on the first folding wing 200, and the first self-adhesive assembly 211 is provided on the first folding wing 200 through the first safety inspection part 212. The first self-adhesive assembly 211 is for connecting the first folding wing 200 and the second plate 120 so as to seal the storage opening 131. The first safety inspection part 212 is for disconnecting the connection between the first folding wing 200 and the second plate 120 so as to open the storage opening 131. The first self-adhesive assembly 211 and the first safety inspection part 212 are arranged in sequence in a predetermined direction, and the predetermined direction is arranged to form an angle with the first set axis 141. In this way, when it is necessary to rotate the first folding wing 200 connected to the second plate 120 to open the storage opening 131, the connection between the first folding wing 200 and the second plate 120 can be cut off simply by destroying the structure of the first safety inspection part 212, and the first folding wing 200 can rotate freely around the first set axis 141 until the storage opening 131 is opened. Furthermore, since the structure of the storage body 100 is not damaged, the storage body 100 can be reused to store items again next time.

It is understood that in other embodiments, the first self-adhesive assembly 211 is provided on the second plate 120, and the first safety inspection portion 212 is provided on the first folding wing 200. The first self-adhesive assembly 211 is for connecting the first folding wing 200 and the second plate 120 so as to seal the storage opening 131 when the first folding wing 200 abuts against the surface of the second plate 120, that is, when the first folding wing 200 abuts against the surface of the second plate 120, the first self-adhesive assembly 211 is connected to the first folding wing 200 via the first safety inspection portion 212. The first safety inspection portion 212 is for disconnecting the connection between the first folding wing 200 and the second plate 120 so as to open the storage opening 131. In this way, when it is necessary to rotate the first folding wing 200 connected to the second plate 120 to open the storage opening 131, the connection between the first folding wing 200 and the second plate 120 can be cut off simply by destroying the structure of the first safety inspection part 212, and the first folding wing 200 can rotate freely around the first set axis 141 until the storage opening 131 is opened. Furthermore, since the structure of the storage body 100 is not damaged, the storage body 100 can be reused to store items again next time.

It should be noted that in this embodiment, the predetermined direction is perpendicular to the first set axis 141, i.e., the angle between the predetermined direction and the first set axis 141 is 90°. Of course, in other embodiments, the angle between the predetermined direction and the first set axis 141 may be 88°, 93°, etc., and is not specifically limited here.

It should be noted that when the number of first safety control mechanisms 210 is two or more, all the first safety control mechanisms 210 are arranged in sequence in a predetermined direction, one of which is closest to the first set axis 141, and the first safety inspection portion 212 closest to the first set axis 141 is directly connected to the first folding wing 200, and the first safety inspection portion 212 of the remaining first safety control mechanisms 210 is provided to the first folding wing 200 via the first safety inspection portion 212 of another first safety control mechanism 210 closer to the first set axis 141. For example, the three sets of first safety management mechanisms 210 in this embodiment are numbered 1, 2, 3, from the set furthest from the set closest to the first set axis 141, and the first safety inspection portion 212 of the third first safety management mechanism 210 is directly connected to the first folding wing 200, the first safety inspection portion 212 of the second first safety management mechanism 210 is connected to the first folding wing 200 via the first safety inspection portion 212 of the third first safety management mechanism 210, and the first safety inspection portion 212 of the first first safety management mechanism 210 is connected to the first folding wing 200 via the first safety inspection portion 212 of the second first safety management mechanism 210. The order of connecting the first folding wing 200 and the second plate 120 by the first safety control mechanism 210 may be such that the first safety control mechanism 210 farthest from the first set axis 141 is used first, and then the next first safety control mechanism 210 relatively close to the first set axis 141 is used in sequence. In this way, when the first safety inspection part 212 of the first safety control mechanism 210 is destroyed to disconnect the first folding wing 200 and the second plate 120, damage to the next first safety control mechanism 210 can be avoided, and thus it is ensured that there are still other undestroyed first safety control mechanisms 210 for reusing the storage device 010. Referring to FIG. 4 to FIG. 8, for example, the storage device 010 of this embodiment uses three sets of first safety control mechanisms 210 in the order of first using the first safety control mechanism 210, then using the second first safety control mechanism 210, and finally using the third first safety control mechanism 210. Thus, even after the first safety control mechanism 210 No. 1 has been used and the first safety inspection section 212 of the first safety control mechanism 210 No. 1 has been destroyed, the first safety control mechanism 210 No. 2 and the first safety control mechanism 210 No. 3 are still intact, so the storage device 010 can continue to be reused.

Referring to FIG. 2, the first self-adhesive assembly 211 of this embodiment includes a self-adhesive tape 214 and a protective layer 215 that removably covers the self-adhesive tape 214, and the side of the self-adhesive tape 214 that faces away from the protective layer 215 is adhered to the first safety inspection portion 212, the first safety inspection portion 212 is connected to the first folding wing 200, and the self-adhesive tape 214 and the protective layer 215 covering the self-adhesive tape 214 are provided on the first folding wing 200 via the first safety inspection portion 212. When the first folding wing 200 abuts against the surface of the second plate 120 and needs to be connected to the second plate 120 by the first self-adhesive assembly 211, the protective layer 215 can be peeled off, and then the side of the self-adhesive tape 214 that is far from the first safety inspection portion 212 can be attached to the second plate 120 to connect the first folding wing 200 to the second plate 120. When the first safety inspection portion 212 is destroyed, the connection between the first folding wing 200 and the second plate 120 can be cut, and the first folding wing 200 can freely rotate around the first set axis 141. When the first folding wing 200 and the second plate 120 do not need to be attached by the self-adhesive tape 214, the protective layer 215 can be used to cover the side of the self-adhesive tape 214 that is far from the first safety inspection portion 212 to protect the self-adhesive tape 214.

Optionally, in another embodiment, the side of the self-adhesive tape 214 that is away from the protective layer 215 is adhered to the surface of the second plate 120, and the first safety inspection portion 212 is connected to the first folding wing 200. When the first folding wing 200 abuts against the surface of the second plate 120 and the first self-adhesive assembly 211 needs to connect the first folding wing 200 to the second plate 120, the protective layer 215 can be peeled off, and then the side of the self-adhesive tape 214 that is away from the second plate 120 can be connected to the first safety inspection portion 212 to connect the first folding wing 200 to the second plate 120. By destroying the first safety inspection portion 212, the connection between the first folding wing 200 and the second plate 120 can be cut, and the first folding wing 200 can be freely rotated around the first set axis 141.

2, the first safety inspection part 212 of this embodiment includes an inspection part body 216 and a connection part 217, the self-adhesive tape 214 is connected to the connection part 217, and the inspection part body 216 is for connecting the connection part 217 and the first folding wing 200. The inspection part body 216 of the first safety inspection part 212 closest to the first set axis 141 is directly connected to the first folding wing 200, and the inspection part body 216 of the first safety inspection part 212 farther from the first set axis 141 is connected to the first folding wing 200 via the connection part 217 of the previous first safety inspection part 212 closer to the first set axis 141, and the inspection part body 216 of the first safety inspection part 212 of the third first safety management mechanism 210 of this embodiment is directly connected to the first folding wing 200, and the second The inspection unit body 216 of the first safety inspection unit 212 of the first safety management mechanism 210 No. 3 is connected to the connection unit 217 of the first safety inspection unit 212 of the first safety management mechanism 210 No. 3, the inspection unit body 216 of the first safety inspection unit 212 of the first safety management mechanism 210 No. 1 is connected to the connection unit 217 of the first safety inspection unit 212 of the first safety management mechanism 210 No. 2, and the first safety inspection units 212 of the other numbers of first safety management mechanisms 210 are provided in the same manner as in this embodiment, so detailed explanations will be omitted here.

Optionally, the self-adhesive tape 214 and the inspection unit body 216 attached to the connection portion 217 are distributed at intervals in a predetermined direction. In this way, when the first folding wing 200 and the second plate 120 are connected with the self-adhesive tape 214, it is easier to individually destroy the structure of the inspection unit body 216 and cut the connection between the first folding wing 200 and the second plate 120, thereby reliably avoiding damage to the structure of the storage body 100 and enabling the storage body 100 to be reused.

Optionally, the distance between the self-adhesive tape 214 attached to the connection portion 217 and the testing portion main body 216 may be 1 mm, 1.5 mm, 1.2 mm, etc., and is not specifically limited here.

Optionally, referring to FIG. 9, the inspection body 216 is a connection strip, and the connection between the connection strip and the connection portion 217 and/or the first folding wing 200 is a broken connection. Taking the broken connection between the connection strip and the connection portion 217 as an example, the broken connection means that the connection portion between the connection strip and the connection portion 217 has a plurality of through holes or openings that are not connected at intervals in the length extension direction of the first set axis 141, that is, the connection between the connection strip and the connection portion 217 is not a complete connection along the extension direction of the connection portions of both. By using the broken connection, the connection strip and the connection portion 217 can be easily disconnected by the action of an external force.

In this embodiment, the first folding wing 200 is provided with three sets of first safety control mechanisms 210 as an example. In this embodiment, the connection between one side of the inspection unit body 216 of the third first safety control mechanism 210 and the first folding wing 200 is a broken connection, and the connection between the other side of the inspection unit body 216 of the third first safety control mechanism 210 and the connection part 217 of the third first safety control mechanism 210 is a broken connection. In this way, the connection strip, which is the inspection unit body 216, is torn by an external force, so that the connection between both the first folding wing 200 and the connection part 217 of the third first safety control mechanism 210 is easily cut, thereby cutting the connection between the first folding wing 200 and the connection part 217 and the first self-adhesive assembly 211 adhered to the connection part 217. When the first self-adhesive assembly 211 is also adhered to the second plate 120 at the same time, when the inspection portion body 216 is disconnected from both the first folding wing 200 and the connection portion 217, the connection between the first folding wing 200 and the second plate 120 is also disconnected. Similarly, the connection between one side of the inspection unit body 216 of the first safety management mechanism 210 of No. 2 and the connection part 217 of the first safety management mechanism 210 of No. 3 is a broken connection, the connection between the other side of the inspection unit body 216 of the first safety management mechanism 210 of No. 2 and the connection part 217 of the first safety management mechanism 210 of No. 2 is a broken connection, the connection between one side of the inspection unit body 216 of the first safety management mechanism 210 of No. 1 and the connection part 217 of the first safety management mechanism 210 of No. 2 is a broken connection, and the connection between the other side of the inspection unit body 216 of the first safety management mechanism 210 of No. 1 and the connection part 217 of the first safety management mechanism 210 of No. 1 is a broken connection. The operating principle of the inspection unit body 216 of the first safety management mechanism 210 of No. 1 and No. 2 is the same as the operating principle of the inspection unit body 216 of the first safety management mechanism 210 of No. 3, and detailed explanation will be omitted here.

Optionally, the connection strip of the inspection part body 216 may be serrated, which prevents the inspection part body 216 from accidentally disconnecting from the connection part 217 or the first folding wing 200 when no external force is applied to the inspection part body 216 that would tear the inspection part apart, but makes the inspection part body 216 susceptible to being torn apart by the action of an external force until it is disconnected from the first folding wing 200 or the connection part 217.

Optionally, the connection strip of the inspection unit body 216 is provided with a sawtooth-shaped break point portion, so that the inspection unit body 216 can be broken from the sawtooth-shaped break point portion by the action of an external force, and the connection between the inspection unit body 216 and the connection portion 217 can be cut off. Referring to FIG. 9, taking the inspection unit body 216 of the first safety management mechanism 210 No. 1 as an example, both sides of the inspection unit body 216 are connected to the connection portion 217 of the first safety management mechanism 210 No. 1 and the connection portion 217 of the first safety management mechanism 210 No. 2, respectively, and the inspection unit body 216 is provided with a plurality of sawtooth-shaped break point portions, and the plurality of sawtooth-shaped break point portions are arranged at intervals in the length extension direction of the first set axis 141.

Optionally, referring to FIG. 9, the inspection body 216 is a connecting strip, which is connected to the connecting portion 217 and/or the first folding wing 200. Taking the inspection body 216 of the first safety control mechanism 210 No. 2 as an example, both sides of the connecting strip are connected to the connecting portion 217 of the first safety control mechanism 210 No. 3 and the connecting portion 217 of the first safety control mechanism 210 No. 2, respectively, and the connecting strip has two rows of through-hole groups 218, and each row of the through-hole groups 218 includes a plurality of through-holes spaced apart in sequence along the length of the first set axis 141.

Optionally, the connection between the inspection unit body 216 and the connection part 217 is integrally molded, and the connection between the inspection unit body 216 and the first folding wing 200 is also integrally molded, and the through holes in the through hole group 218 provided in the inspection unit body 216 may be formed by a method such as die cutting or punching, or an unconnected breaking point at the connection part between the inspection unit body 216 and the connection part 217 may be die cut or punched, and no specific limitations are provided here.

Optionally, referring to FIG. 9 , the inspection body 216 is a tension strip, and the tension strip is connected to the connection part 217 and/or the first folding wing 200. Taking the inspection body 216 of the third first safety control mechanism 210 as an example, both sides of the tension strip are respectively connected to the first folding wing 200 and the connection part 217 of the third first safety control mechanism 210, and the length extension direction of the tension strip coincides with the extension direction of the first set axis 141, and when the tension strip is torn by an external force, the tension strip can cut off the connection of both the connection part 217 and the first folding wing 200.

It should be noted that, regardless of whether the inspection body 216 adopts a connection by a breaking point, has a group of through holes 218, or uses a tensile strip as the inspection body 216, when it is necessary to break the structure of the inspection body 216 to cut off the connection between the first folding wing 200 and the second plate 120, the structure of the inspection body 216 can be easily broken without using a knife, and the structure of the storage body 100 and the structure of the unused first safety control mechanism 210 will not be broken, which effectively ensures that the storage device 010 can be reused.

It should be noted that when the storage device 010 is used, the first folding wing 200 is abutted against the second plate 120, and the first folding wing 200 and the second plate 120 are connected by the self-adhesive tape 214, in order to open the storage opening 131 and take out the item, the structure of the inspection unit body 216 is destroyed to cut the connection between the first folding wing 200 and the second plate 120, so that the first folding wing 200 can freely rotate around the first set axis 141, and the structure of the inspection unit body 216 can be broken before the structure of the inspection unit body 216 is destroyed. It is also possible to visually inspect whether the structure has been destroyed in advance, thereby ensuring the reliability and safety of the items stored in the storage device 010. If the structure of the inspection unit main body 216 is destroyed before it becomes necessary to disconnect the first folding wing 200 from the second plate 120, it is determined that the items stored in the storage device 010 are not safely stored, and if the structure of the inspection unit main body 216 is not destroyed before it becomes necessary to disconnect the first folding wing 200 from the second plate 120, it is determined that the items stored in the storage device 010 are safely stored.

Referring to FIG. 2, the first safety control mechanism 210 of this embodiment further includes a biasing part 213, which is connected to the first safety inspection part 212, and the biasing part 213 is for driving the first safety inspection part 212 by the action of an external force so as to cut off the connection between the first folding wing 200 and the second plate 120. When the first folding wing 200 abuts against the second plate 120 and the first self-adhesive assembly 211 connects the first folding wing 200 and the second plate 120, applying an external force to the biasing part 213 can destroy the structure of the first safety inspection part 212 and cut off the connection between the first folding wing 200 and the second plate 120, thereby achieving the effect of labor saving.

The biasing portion 213 is provided at one end of the first safety inspection portion 212 in the extension direction of the first set axis 141. Of course, in other embodiments, the biasing portion 213 is provided at both ends of the first safety inspection portion 212 in the extension direction of the first set axis 141.

Optionally, the biasing portion 213 and the inspection portion main body 216 are molded integrally. In this way, the stability of the connection between the biasing portion 213 and the inspection portion main body 216 can be ensured, and even when an external force is applied to the biasing portion 213, breakage is unlikely to occur between the biasing portion 213 and the inspection portion main body 216. This makes it possible to apply an external force to the biasing portion 213 to peel off the inspection portion main body 216 and cut the connection between the first folded wing 200 and the second plate 120. Of course, in other embodiments, the connection between the biasing portion 213 and the inspection portion main body 216 may be made by adhesive or by a fastener such as a staple, and is not specifically limited here.

Optionally, referring to FIG. 2 and FIG. 3, the storage device 010 further includes an insertion assembly (hereinafter referred to as a first insertion assembly 230), which includes a slot 233 and a latch 232 that are inserted and engaged with each other, one of the slot 233 and the latch 232 being provided on the first safety control mechanism 210, and the other of the slot 233 and the latch 232 being provided on the second plate 120. When the first folding wing 200 abuts against the second plate 120, the latch 232 can be inserted into the slot 233 so that the first folding wing 200 can abut against the second plate 120 more stably. It should be noted that when the storage device 010 is used for general storage, that is, when the storage opening 131 does not need to be sealed reliably and the first folding wing 200 and the second plate 120 do not need to be bonded by the first safety control mechanism 210, the first folding wing 200 can be rotated around the first set axis 141 so that the first folding wing 200 abuts against the second plate 120 when the item is stored in the storage chamber 130, and the latch 232 can be inserted into the slot 233. Of course, when the first folding wing 200 and the second plate 120 need to be bonded, the latch 232 can also be inserted into the slot 233 so that the stability of the connection between the first folding wing 200 and the second plate 120 is improved.

It is understood that the first insertion assembly 230 is not a required assembly, that is, the storage device 010 does not need to have the first insertion assembly 230 if necessary.

The latch 232 in this embodiment is connected to the first safety control mechanism 210 so as to be connected to the first folding wing 200 via the first safety control mechanism 210. The slot 233 is provided in the second plate 120. Of course, in other embodiments, the slot 233 may be provided in the first folding wing 200 or the first safety control mechanism 210 so as to be provided to the first folding wing 200 via the first safety control mechanism 210, and the latch 232 is provided in the second plate 120.

Optionally, the number of first insertion assemblies 230 may be the same as the number of first safety control mechanisms 210 (as shown in FIG. 3) or may be different (as shown in FIG. 10). In this embodiment, the number of first insertion assemblies 230 is the same as the number of first safety control mechanisms 210, that is, the storage device 010 of this embodiment includes three sets of first insertion assemblies 230, the latches 232 of the three sets of first insertion assemblies 230 and the three sets of first safety control mechanisms 210 are arranged in one-to-one correspondence, and the slots 233 of the three sets of first insertion assemblies 230 are arranged at intervals in a predetermined direction.

Optionally, referring to FIG. 2 and FIG. 3, the latch 232 of each set of the first insertion assembly 230 is provided corresponding to the connection portion 217 of the corresponding first safety control mechanism 210, that is, the latch 232 is connected to the connection portion 217, and in the extending direction of the first set axis 141, the latch 232 is connected to the end of the connection portion 217. In this way, it is possible to prevent the first insertion assembly 230, the first self-adhesive assembly 211, and the first safety inspection portion 212 from interfering with each other.

Optionally, the latch 232 and the connection portion 217 are integrally formed. In other embodiments, the connection between the latch 232 and the connection portion 217 may be made by adhesive or the like, and is not specifically limited here.

Optionally, the latch 232 can be in various shapes as required, as shown in FIG. 11, for example, the latch 232 is a rectangular insert piece 234, and the insert piece 234 is connected to the connection part 217; or the latch 232 is an insert piece 234, and the insert piece 234 is connected to the connection part 217, and two locking grooves 235 are provided at one end of the insert piece 234 away from the connection part 217, and the two locking grooves 235 are distributed on both sides of the insert piece 234 in a predetermined direction. The latch 232 includes an insert piece 234 and a protrusion 236, and the insert piece 234 is connected to the connection part 217, and the protrusion 236 is connected to one end of the insert piece 234 away from the connection part 217, and the protrusion 236 extends toward or away from the first set axis 141.

Optionally, as shown in FIG. 11, the slot 233 may also have various shapes, such as rectangular, curved, pentagonal, etc., without being limited thereto herein.

Optionally, latches 232 are connected to both ends of the connection portion 217 in the extending direction of the first set axis 141, and accordingly, each set of first insertion assemblies 230 includes two slots 233, and the two latches 232 can be inserted and engaged in one-to-one correspondence with the two slots 233. In this way, the stability of the engagement between the first folding wing 200 and the second plate 120 by the first insertion assembly 230 can be increased.

12, the second safety control mechanism 220 of this embodiment includes a second self-adhesive assembly 221 and a second safety inspection part 222, the second self-adhesive assembly 221 is provided on the second plate 120 through the second safety inspection part 222, and the second self-adhesive assembly 221 is for connecting the second plate 120 and the first folding wing 200 in the storage chamber 130 so as to seal the storage opening 131. The second safety inspection part 222 is for disconnecting the connection between the second plate 120 and the first folding wing 200 in the storage chamber 130 so as to open the storage opening 131. The second self-adhesive assembly 221 and the second safety inspection part 222 are arranged in a predetermined direction in sequence. In this way, when the storage device 010 is used for the first time to perform safety storage that requires sealing of the storage opening 131, the storage opening 131 can be sealed by the second self-adhesive assembly 221. That is, an object is placed in the storage chamber 130, and the first folding wing 200 can be inserted into the storage chamber 130 so that the first folding wing 200 is sandwiched between the object and the second plate 120. The second self-adhesive assembly 221 bonds the second plate 120 and the first folding wing 200, and the storage opening 131 can be sealed. When the second safety inspection part 222 is broken by an external force, the connection between the second plate 120 and the first folding wing 200 is cut, and the storage opening 131 is formed between the first plate 110 and the second plate 120, allowing the object in the storage chamber 130 to be taken out.

It should be explained that the second self-adhesive assembly 221 is for connecting the second plate 120 and the first folding wing 200 in the storage chamber 130 to seal the storage opening 131, and it may be considered that the second self-adhesive assembly 221 is for connecting the second plate 120 to the first plate 110 through the first folding wing 200 in the storage chamber 130 to seal the storage opening 131. When the second safety inspection part 222 is broken by an external force, the connection between the second plate 120 and the first folding wing 200 is cut off, and the storage opening 131 between the first plate 110 and the second plate 120 can be opened.

It should be noted that when the storage device 010 is used for general storage that does not require sealing of the storage opening 131, after an item is placed in the storage chamber 130, the first folding wing 200 is inserted into the storage chamber 130 so that the first folding wing 200 is sandwiched between the item and the second plate 120.

In this embodiment, the second self-adhesive assembly 221 is located between the second safety inspection part 222 and the storage opening 131. In this way, when the structure of the second safety inspection assembly is destroyed, the connection between the second plate 120 and the first folding wing 200 is cut off, and a new storage opening 131 communicating with the outside is formed between the first plate 110 and the second plate 120, the second self-adhesive assembly 221 is adhered to the first folding wing 200, and the structure of the storage body 100 is not damaged, so that the storage body 100 can be reused to store items.

It is understood that in another embodiment, the first folding wing 200 abuts against the surface of the second plate 120, the second self-adhesive assembly 221 is for connecting the portion of the first plate 110 adjacent to the storage opening 131 with the portion of the second plate 120 adjacent to the storage opening 131 so as to seal the storage opening 131, and the second safety inspection unit 222 is for disconnecting the portion of the first plate 110 adjacent to the storage opening 131 with the portion of the second plate 120 adjacent to the storage opening 131 so as to open the storage opening 131. In this way, an item is placed in the storage chamber 130, the first folding wing 200 abuts against the surface of the second plate 120, and the portion of the first plate 110 adjacent to the storage opening 131 with the portion of the second plate 120 adjacent to the storage opening 131 is adhered by the second self-adhesive assembly 221, so that the storage opening 131 can be sealed.

It should be noted that the structure and operating principle of the second self-adhesive assembly 221 and the second safety inspection unit 222 are similar to those of the first self-adhesive assembly 211 and the first safety inspection unit 212, respectively, that is, the first safety control mechanism 210 and the second safety control mechanism 220 have similar structures and operating principles, and detailed descriptions thereof will be omitted here.

Optionally, referring to FIG. 12, the storage device 010 further includes a first digital encoding member 240, which is provided on at least one of the first plate 110 and the second plate 120. The first digital encoding member 240 is for intelligent management of the storage device 010 and is traceable, which enables safety management such as recognizing and recording who used the storage device 010, when and where it was used, etc. It is understood that the first digital encoding member 240 is not a required member, and the storage device 010 does not need to be provided with the first digital encoding member 240 if necessary.

Optionally, the first digital encoding member 240 includes at least one of a machine-readable optical volume label assembly and a radio frequency chip 244. The machine-readable optical volume label assembly and the radio frequency chip 244 can extract data with a scanner and a sensor, respectively, and the extracted data can be transmitted to computing hardware for further data analysis, management, and other operations. The computing hardware may be a terminal such as a computer, a mobile phone, and is not specifically limited here. The machine-readable optical volume label assembly includes at least one of a barcode 242 and a two-dimensional code 243 (quick response code, QR Code).

In this embodiment, the first digital encoding member 240 includes a machine-readable optical volume label assembly (hereinafter referred to as the first machine-readable optical volume label assembly 271), the first machine-readable optical volume label assembly 271 is provided on the second plate 120, the number of the first machine-readable optical volume label assemblies 271 is the same as the number of the first safety control mechanisms 210, and when the first folding wing 200 abuts against the second plate 120, the first safety control mechanisms 210 and the machine-readable optical volume labels are provided in one-to-one correspondence. In this way, when each first safety control mechanism 210 is used, the corresponding information can be recorded by the corresponding first machine-readable optical volume label assembly 271, so as to make it easier to trace, secure, and manage the storage device 010.

Optionally, the first digital encoding member 240 further includes a second machine-readable optical volume label assembly 272 that cooperates with the second security mechanism 220. When the first folding wing 200 abuts against the second plate 120, the second security mechanism 220 cooperates with the second machine-readable optical volume label assembly 272.

In this embodiment, still referring to FIG. 12, the second machine-readable optical volume label assembly 272 and the plurality of first machine-readable optical volume label assemblies 271 are spaced apart in a predetermined direction, and the second machine-readable optical volume label assembly 272 is closest to the first set axis 141. From the closest to the first set axis 141 to the furthest, they are defined as machine-readable optical volume label assemblies No. 4, No. 3, No. 2 and No. 1, in that order, the machine-readable optical volume label assembly No. 4 is the second machine-readable optical volume label assembly 272, and No. 3, No. 2 and No. 1 are all the first machine-readable optical volume label assembly 271.

When the storage device 010 is used for the first time to perform safe storage by sealing the storage opening 131, when the first folding wing 200 is inserted into the storage chamber 130 and the first folding wing 200 is connected to the second plate 120 by the second safety management mechanism 220, the machine-readable optical volume label assemblies No. 4, No. 3, No. 2 and No. 1 are all located on the side of the second plate 120 that faces away from the first plate 110, i.e., the machine-readable optical volume label assemblies No. 4, No. 3, No. 2 and No. 1 are all exposed, and the relevant information for the first safe storage is written to the machine-readable optical volume label assembly No. 4. When the storage device 010 is reused to perform a second safety storage that requires sealing of the storage opening 131, as shown in FIG. 4, the first folding wing 200 is abutted against the surface of the second plate 120, and the first folding wing 200 and the second plate 120 are connected by the first safety control mechanism 210 No. 1, the machine-readable optical volume label assembly No. 1 is not shielded, the machine-readable optical volume label assemblies No. 4, No. 3 and No. 2 are all shielded, and the machine-readable optical volume label assembly No. 1 writes the relevant information for the second safety storage to the machine-readable optical volume label assembly No. 1. As shown in FIG. 5, after the second safe storage, the first safety inspection part 212 of the first safety control mechanism 210 of No. 1 is broken to cut off the connection between the first folding wing 200 and the second plate 120, and the first self-adhesive assembly 211 can be peeled off from the second plate 120 to perform the third safe storage, which requires the first safety control mechanism 210 to seal the storage port 131. It should be noted that after the second safe storage, the first safety inspection part 212 of the first safety control mechanism 210 of No. 1 and the first self-adhesive assembly 211 are all removed from the second plate 120, so that the second machine-readable optical volume label assembly can be exposed when the third safe storage is performed, so that the relevant information of the third safe storage can be written to the second machine-readable optical volume label assembly. The manner of the fourth safe storage and information recording is the same as above, and a detailed description is omitted here.

Optionally, each of the first machine-readable optical volume label assembly 271 and the second machine-readable optical volume label assembly 272 includes a bar code 242 and a two-dimensional code 243, and the bar code 242 and the two-dimensional code 243 of each machine-readable optical volume label assembly are spaced apart on the second plate 120 in the extension direction of the first set axis 141.

Continuing to refer to FIG. 12, the first digital encoding member 240 of this embodiment further includes a radio frequency chip 244, which is provided at one end of the second plate 120 away from the storage opening 131. Of course, in other embodiments, the radio frequency chip 244 may be provided on the first plate 110, or may be disposed directly in the storage chamber 130, or may be provided at a position close to the storage opening 131 of the second plate 120, and is not specifically limited here.

It is understood that in other embodiments, the first digital encoding member 240 may include only one of the three elements of the bar code 242, the two-dimensional code 243, and the radio frequency chip 244, or may include a combination of any two of the above three elements.

It should be noted that the machine-readable optical volume label assembly can be used to record postal information, such as delivery destination, delivery origin, sender contact information, recipient contact information, and can also be used to record the number of uses of the storage device 010, etc., without being limited thereto herein.

It should be noted that the first digital encoding member 240 is used for the process control and data collection of the storage device 010, which may include performing a traceability quality control according to ISO 9001, such as controlling the operating status and process of who, what, where and when the storage device 010 was used, and storage history for big data analysis, or may include monitoring environmental performance according to ISO 14000 series, including carbon footprint calculation, greenhouse gas emissions and compensation efficiency. Compared to the conventional disposable storage device 010, the present application provides energy saving effects by reusing the same storage chamber multiple times, and this environmentally friendly performance can be quantified as a carbon equivalent (CO2e) value by conversion.

It should be noted that the application for analyzing and monitoring the data scanned or read from the first digital encoding member 240 may be similar to the programs provided by the related art, and the relevant digitally encoded information may be data provided by all users of the storage device 010, thereby allowing communication with the website of the provider of the storage device 010 to grasp usage behavior, which may also be traceable, allowing for security management, such as who used the storage device 010, when and where it was used, etc. Alternatively, a cloud server may be used to implement ISO 9001, and the service provider of the storage device 010 may analyze the number of times the same storage device 010 is reused and other valuable information, such as a logistics company providing tracking information for user reference, and the like, without being limited here in specific terms.

13 and 14, the storage device 010 of this embodiment further includes a second folding wing 250, the second plate 120 is connected to the second folding wing 250, and the second folding wing 250 is for rotating about the second set axis 142 relative to the second plate 120 so as to abut against the surface of the first plate 110 to seal or open the storage port 131, or the second folding wing 250 is for rotating about the second set axis 142 relative to the second plate 120 so as to enter the storage chamber 130 from the storage port 131. The second folding wing 250 is provided with at least one set of third safety control mechanisms 260, and the third safety control mechanism 260 is for connecting the second folding wing 250 and the first plate 110 when the second folding wing 250 abuts against the surface of the first plate 110 to seal the storage port 131. In this way, the number of times the storage device 010 can be used can be further increased by the second folding wing 250 connected to the second plate 120 and the third safety control mechanism 260 provided on the second folding wing 250.

The second folding wing 250 is for rotating about the second set axis 142 relative to the second plate 120 so as to abut against the surface of the first plate 110 and seal or open the storage opening 131, which means that the second folding wing 250 is for rotating about the second set axis 142 relative to the second plate 120 so as to abut against the surface of the first plate 110 that is away from the second plate 120 and seal or open the storage opening 131.

It should be noted that the manner of using the storage device 010 with the second folding wing 250 connected to the second plate 120 for storing items includes: placing an item in the storage chamber 130, placing the first folding wing 200 in the storage chamber 130 such that the first folding wing 200 is located between the item and the second plate 120, and then placing the second folding wing 250 in the storage chamber 130 such that the second folding wing 250 is located between the second plate 120 and the first folding wing 200. Alternatively, the second folding wing 250 is placed in the storage chamber 130, and the second folding wing 250 may be positioned between the first plate 110 and the item, or between the second plate 120 and the item, and then the first folding wing 200 is abutted against the side of the second plate 120 that is away from the first plate 110, and the first safety control mechanism 210 bonds the first folding wing 200 and the second plate 120 together.

Optionally, the third safety control mechanism 260 includes a third self-adhesive assembly 261 and a third safety inspection part 262, the third safety inspection part 262 is provided on the second folding wing 250, the third self-adhesive assembly 261 is provided on the second folding wing 250 via the third safety inspection part 262, and the third self-adhesive assembly 261 is for connecting the second folding wing 250 and the first plate 110 so as to seal the storage opening 131. The third safety inspection part 262 is for disconnecting the connection between the second folding wing 250 and the first plate 110 so as to open the storage opening 131. The third self-adhesive assembly 261 and the third safety inspection part 262 are arranged in sequence in a predetermined direction, and the predetermined direction is arranged to form an angle with the second set axis 142.

Optionally, the second set axis 142 and the first set axis 141 extend in the same direction.

It should be noted that the structure of the second folding wing 250 is similar to that of the first folding wing 200, and detailed description thereof will be omitted here. The structures of the third self-adhesive assembly 261 and the third safety inspection unit 262 and the manner in which they are provided on the second folding wing 250 are similar to those of the first self-adhesive assembly 211 and the first safety inspection unit 212 and the manner in which they are provided on the first folding wing 200, respectively, that is, the first safety control mechanism 210 and the third safety control mechanism 260 have similar structures and operating principles, and detailed description thereof will be omitted here.

Optionally, a third self-adhesive assembly 261 is provided on the first plate 110, and a third safety checker 262 is provided on the second folding wing 250, the third self-adhesive assembly 261 is for connecting the second folding wing 250 to the first plate 110 so as to seal the storage opening 131. The third safety checker 262 is for disconnecting the connection between the second folding wing 250 and the first plate 110 so as to open the storage opening 131.

It should be noted that the manner in which the third self-adhesive assembly 261 is provided on the first plate 110 and the manner in which the third safety inspection unit 262 is provided on the second folding wing 250 are similar to the manner in which the first self-adhesive assembly 211 is provided on the first plate 110 and the manner in which the first safety inspection unit 212 is provided on the first folding wing 200, respectively, and detailed description thereof will be omitted here.

The number of third safety control mechanisms 260 provided on the second folding wing 250 can be selected as necessary. In this embodiment, three sets of third safety control mechanisms 260 are provided, while in other embodiments, one set, two sets, etc. may be provided.

It should be noted that in this embodiment, the first plate 110 is further provided with a third machine-readable optical volume label assembly 273, the number of the third machine-readable optical volume label assemblies 273 is the same as the number of the third safety management mechanisms 260, and is provided in one-to-one correspondence, and the specific installation manner and operating principle, etc. are all the same as those of the first machine-readable optical volume label assembly 271, and detailed description is omitted here.

Optionally, referring to FIG. 13, the storage device 010 further includes a second insertion assembly 231, the structure of the second insertion assembly 231 is similar to that of the first insertion assembly 230, and the second insertion assembly 231 includes a slot and a latch that are inserted into each other, one of both the slot and the latch is provided on the second folding wing 250, and the other of both the slot and the latch is provided on the first plate 110.

It should be noted that the specific structure, operating principle, and action of the second insertion assembly 231 are all the same as those of the first insertion assembly 230, and detailed description will be omitted here.

It is understood that in other embodiments, the storage device 010 need not be provided with the second folding wing 250.

15 and 16, the storage device 010 of this embodiment further includes external hardware 300, which includes a third plate 310 and a fourth plate 320 connected to each other, and the third plate 310 can be connected to one of the first plate 110 and the second plate 120, and the fourth plate 320 can rotate about a third set axis 311 relative to the third plate 310 so as to abut against the other surface of the first plate 110 and the second plate 120 to seal or open the storage port 131. In this way, when the first safety control mechanism 210 and the second safety control mechanism 220 provided on the first folding wing 200 and the second folding wing 250, respectively, are all used up, i.e., are ineffective, the external hardware 300 can be provided on the storage body 100 to seal the storage port 131, thereby further extending the service life of the storage body 100. When multiple external hardware 300 are placed in each storage device 010, and the first safety control mechanism 210, the second safety control mechanism 220, and the third safety control mechanism 260 of the storage device 010 are all disabled, the number of times that the hardware can be reused depends on the number of the multiple external hardware 300.

The fourth plate 320 is provided with a fourth safety control mechanism 330, which is for connecting the fourth plate 320 to the first plate 110 or the second plate 120 against which the fourth plate 320 abuts. In this way, the storage opening 131 can be reliably sealed by the external hardware 300, and it is guaranteed that the storage body 100 can be used repeatedly multiple times to perform reliable and safe storage.

The fourth safety control mechanism 330 includes a fourth self-adhesive assembly 331 and a fourth safety inspection part 332, and the fourth self-adhesive assembly 331 is connected to the fourth plate 320 via the fourth safety inspection part 332. The fourth self-adhesive assembly 331 is for connecting the first plate 110 or the second plate 120 against which the fourth plate 320 abuts to the fourth plate 320 so as to seal the storage opening 131. The fourth safety inspection part 332 is for disconnecting the connection between the first plate 110 or the second plate 120 against which the fourth plate 320 abuts and the fourth plate 320 so as to open the storage opening 131. The fourth self-adhesive assembly 331 and the fourth safety inspection part 332 are arranged in sequence in a predetermined direction, and the predetermined direction is provided to form an angle with the third set axis 311.

It should be noted that the extension directions of the third set axis 311 and the first set axis 141 are the same.

Optionally, the third plate 310 is provided with a self-adhesive assembly, and the third plate 310 can be connected to the first plate 110 or the second plate 120 by the self-adhesive assembly. It should be noted that the structure of the self-adhesive assembly is similar to that of the first self-adhesive assembly 211, and a detailed description thereof will be omitted here.

In the following, an example will be described in which the third plate 310 of the external hardware 300 is connected to the first plate 110 and can rotate around the third set axis 311 until the fourth plate 320 abuts against the second plate 120.

The third plate 310 is connected to the first plate 110, and the fourth self-adhesive assembly 331 is connected to the fourth plate 320 through the fourth safety inspection part 332. The fourth self-adhesive assembly 331 is for connecting the second plate 120 and the fourth plate 320 against which the fourth plate 320 abuts, that is, the storage opening 131 can be sealed by the external hardware 300. When the structure of the fourth safety inspection part 332 is destroyed by an external force, the connection between the second plate 120 and the fourth plate 320 is cut off, and the fourth plate 320 can freely rotate around the third set axis 311 to open the storage opening 131.

It should be noted that the external hardware 300 is connected to the storage body 100, and the method for sealing or opening the storage opening 131 does not destroy the structure of the storage body 100 itself, so that the storage body 100 is guaranteed to be reused by replacing the external hardware 300 with a new one, and the service life of the storage body 100 is sufficiently extended until the structure of the storage body 100 is destroyed.

The number of the fourth safety control mechanisms 330 provided on the fourth plate 320 can be selected as necessary, for example, one set, two sets, three sets, etc., and is not specifically limited here. Referring to FIG. 17, when the external hardware 300 is provided on the storage body 100 to seal the storage port 131, the fourth plate 320 and the second plate 120 can be connected by one set of the fourth safety control mechanisms 330 at a time to seal the storage port 131, and therefore, for safe storage, the number of times each external hardware 300 can seal the storage port 131 is determined by the number of the fourth safety control mechanisms 330 provided on the fourth plate 320. It should be noted that each storage device 010 can be provided with multiple external hardware 300, for example, one, two, three, etc., and the multiple external hardware 300 can increase the number of times the storage body 100 can be reused, extend the service life of the storage device 010, and contribute to improving economic and environmental effects.

It should be noted that the structure of the fourth self-adhesive assembly 331 and the fourth safety inspection unit 332 and the manner in which they are mounted on the fourth plate 320 are similar to the structure of the first self-adhesive assembly 211 and the first safety inspection unit 212 and the manner in which they are mounted on the first folding wing 200, respectively, that is, the first safety control mechanism 210 and the fourth safety control mechanism 330 have similar structures and operating principles, and detailed descriptions are omitted here.

Optionally, referring to Figures 15 to 17, the fifth plate 340 is connected to both sides of the third plate 310 in the extending direction of the third set axis 311, and the fifth plate 340 can rotate relative to the third plate 310. When the fourth plate 320 rotates relative to the third plate 310 around the third set axis 311 so as to be folded with the third plate 310, the fifth plate 340 can be rotated and the fifth plate 340 can abut against the side of the fourth plate 320 that is away from the third plate 310, or the fifth plate 340 can be inserted between the third plate 310 and the fourth plate 320 to connect the fifth plate 340 and the fourth plate 320, and the connection between the fifth plate 340 and the fourth plate 320 may be, for example, a connection by adhesive or a connection by a fastener such as a stapler. In this way, an insertion chamber is formed between the third plate 310 and the fourth plate 320, and the first plate 110 and the second plate 120 of the storage body 100 can be inserted into the insertion chamber at the same time, that is, the third plate 310 and the fourth plate 320 are disposed outside the first plate 110 and the second plate 120, respectively, and the storage opening 131 is sealed by the external hardware 300.

It should be noted that the third plate 310 and the fourth plate 320 are integrally molded, and the third plate 310 and the fifth plate 340 are integrally molded. Of course, in other embodiments, the connection method of the third plate 310 and the fourth plate 320 and the connection method of the third plate 310 and the fifth plate 340 may be connection by adhesive, connection by fasteners such as staplers, etc.

Optionally, referring to FIG. 18, the third plate 310 may not be connected to the fifth plate 340, that is, when the external hardware 300 does not have the fifth plate 340, the third plate 310 enters the storage chamber 130 from the storage port 131 and is connected to the first plate 110, that is, the third plate 310 can enter the storage chamber 130 and be connected to the side of the first plate 110 facing the second plate 120, or the third plate 310 can enter the storage chamber 130 and be connected to the side of the second plate 120 facing the first plate 110, or the third plate 310 can be connected to the side of the first plate 110 facing away from the second plate 120, or the third plate 310 can be connected to the side of the second plate 120 facing away from the first plate 110, and its role is the same as that of the first folding wing 200, and a detailed description thereof is omitted here.

It should be noted that the method of connecting the third plate 310 and the first plate 110 may be by adhesive or by fasteners such as staples, and is not specifically limited here.

Optionally, the external hardware 300 further includes a second digital encoding member 241, which is provided on at least one of both the third plate 310 and the fourth plate 320. The role and operating principle of the second digital encoding member 241 are similar to those of the first digital encoding member 240, and a detailed description thereof will be omitted here.

Optionally, the second digital encoding member 241 includes at least one of both a machine-readable optical volume label assembly and a radio frequency chip 244. The machine-readable optical volume label assembly includes at least one of both a bar code 242 and a two-dimensional code 243.

15 and 16, the second digital encoding member 241 of this embodiment includes a machine-readable optical volume label assembly (hereinafter referred to as the fourth machine-readable optical volume label assembly 274), and the fourth machine-readable optical volume label assembly 274 includes a barcode 242 and a two-dimensional code 243, and the barcode 242 and the two-dimensional code 243 are spaced apart in the extending direction of the third set axis 311, and the barcode 242 and the two-dimensional code 243 are both arranged corresponding to the fourth self-adhesive assembly 331. In this way, when the storage opening 131 of the storage body 100 is sealed by the external hardware 300, postal information such as the delivery destination, delivery origin, sender's contact information, and recipient's contact information can be recorded by the barcode 242 and the two-dimensional code 243, and can also be used to record the number of times the storage device 010 has been used, but is not specifically limited here.

Optionally, the barcode 242 can be used to record the number of times the record storage device 010 has been reused, and the two-dimensional code 243 can be used to record the postal information. Of course, in other embodiments, the barcode 242 can be used to record the postal information, and the two-dimensional code 243 can be used to record the number of times the storage device 010 has been reused.

Optionally, referring to FIG. 16, the second digital encoding member 241 further includes a radio frequency chip 244, and when the external hardware 300 is provided on the storage body 100, i.e., when the third plate 310 is connected to the first plate 110 or the second plate 120, the radio frequency chip 244 of the second digital encoding member 241 can be inserted into the storage chamber 130 through the storage port 131. It should be noted that the role of the radio frequency chip 244 of the second digital encoding member 241 is similar to that of the radio frequency chip 244 of the first digital encoding member 240, and a detailed description thereof will be omitted here.

It is understood that the external hardware 300 of this embodiment is used in combination with the storage body 100 to extend the service life of the storage body 100, i.e., to allow the storage body 100 to be reused for safe storage where the storage opening 131 needs to be sealed. In other embodiments, the external hardware 300 can be independently combined with a third party storage device 010 such as other envelopes or document pouches to seal the storage opening 131 of the other envelopes or document pouches for safe storage, and the service life of other general envelopes or document pouches can be extended by replacing the external hardware 300 with a new one, i.e., to allow reuse of other envelopes or document pouches and repeated safe storage where the storage opening 131 can be sealed.

The environmental effect (reuse effect) of the storage device 010 of this embodiment can be shown by calculating the economic effect and carbon equivalent (CO2e) value, and includes the following. The use of the storage device 010 once is taken as the denominator, and the first reuse of the storage device 010 in this application (i.e., the second use of the storage device 010) and the first use of the first safety management mechanism 210 when the storage device 010 is reused for the first time are taken as the numerator, and the calculation result is 2, that is, there is twice the effect. If the storage device 010 is reused twice, the unit value 1 is added to 2 to get 3, and the effect is three times, and so on. From this, it can be seen that extending the service life of the storage device 010 of this application by reuse has a considerable economic effect.

When the storage device 010 of this embodiment is used to store items, the storage opening 131 does not need to be sealed, and the first folding wing 200 and the second folding wing 250 only need to be folded back so that the first folding wing 200 and the second folding wing 250 enter the storage chamber 130, and the first folding wing 200 is sandwiched between the item in the storage chamber 130 and the second folding wing 250, and the second folding wing 250 is sandwiched between the second plate 120 and the first folding wing 200. When the storage device 010 of this embodiment is used to store items, the storage opening 131 may be sealed, and the following several methods are mainly included: The storage opening 131 can be sealed by folding back the first folding wing 200 so that it is sandwiched between the article in the storage chamber 130 and the second plate 120, and connecting the second plate 120 and the first folding wing 200 by the second safety control mechanism 220. Alternatively, the first folding wing 200 is folded back so that it is sandwiched between the article in the storage chamber 130 and the second plate 120, and the second folding wing 250 is abutted against the side of the first plate 110 that is away from the second plate 120, and the second folding wing 250 is connected to the first plate 110 by the third safety control mechanism 260. Or, the second folding wing 250 is folded back so that the second folding wing 250 is sandwiched between the item in the storage chamber 130 and the first plate 110, and the first folding wing 200 is abutted against the side of the second plate 120 that is away from the first plate 110, and the first safety control mechanism 210 connects the first folding wing 200 and the second plate 120. After the first safety control mechanism 210, the second safety control mechanism 220, and the third safety control mechanism 260 of the storage device 010 of this embodiment are all used and discarded, an external hardware 300 can be provided on the storage body 100 to seal the storage opening 131, so that the used storage body 100 can be continuously reused.

As described above, when storing an item, the storage device 010 provided in this application can perform safe storage by sealing the storage opening 131 using the first safety management mechanism 210, the second safety management mechanism 220, the third safety management mechanism 260 and the external hardware 300, thereby effectively reusing the storage body 100 and extending the service life of the storage body 100.

The above is merely a preferred embodiment of the present application and does not limit the present application. Those skilled in the art may make various modifications and changes to the present application. All modifications, equivalent replacements, improvements, etc. made within the scope that does not deviate from the spirit and principles of the present application are considered to be within the scope of protection of the present application.

The storage device of the present application stores an item using a storage body, and when an item is stored in the storage chamber of the storage body, the first safety management mechanism or the second safety management mechanism can be selected to seal the storage port for safe storage. After one safe storage in which the storage port is sealed is performed using one of the first and second safety management mechanisms, the next safe storage can be performed by further sealing the storage port using the other of the first and second safety management mechanisms, and the basic structure of the storage body is not destroyed whether the first or second safety management mechanism is used for safe storage in which the storage port is sealed, that is, the storage device can perform at least two safe storages in which the storage port can be sealed using the first and second safety management mechanisms. A storage device including a second folding wing and a third safety management mechanism can perform safe storage in which the storage port is sealed more times. In addition, even after all of the first, second, and third safety management mechanisms are discarded, the storage port of the storage body can be further sealed using external hardware to perform safe storage, thereby further extending the service life of the storage body. Since the storage device can be safely stored multiple times, it effectively extends the storage device's service life and contributes to improved economic and environmental benefits.

010 Storage device 100 Storage body 110 First plate 120 Second plate 121 Side wing 130 Storage chamber 131 Storage opening 132 First fold line 133 Second fold line 141 First set axis 142 Second set axis 200 First folding wing 210 First safety control mechanism 211 First self-adhesive assembly 212 First safety inspection part 213 Pressing part 214 Self-adhesive tape 215 Protective layer 216 Inspection part body 217 Connection part 218 Through hole group 220 Second safety control mechanism 221 Second self-adhesive assembly 222 Second safety inspection part 230 First insertion assembly 231 Second insertion assembly 232 Latch 233 Slot 234 Insertion piece 235 Locking groove 236 Protrusion 240 First digital encoding member 241 Second digital encoding member 242 Barcode 243 Two-dimensional code 244 Radio frequency chip 250 Second folding wing 260 Third safety control mechanism 261 Third self-adhesive assembly 262 Third safety checker 271 First machine-readable optical volume label assembly 272 Second machine-readable optical volume label assembly 273 Third machine-readable optical volume label assembly 274 Fourth machine-readable optical volume label assembly 300 External hardware 310 Third plate 311 Third set axis 320 Fourth plate 330 Fourth safety control mechanism 331 Fourth self-adhesive assembly 332 Fourth safety checker 340 Fifth plate

Claims (14)

A storage device including a storage body, a first folding wing, and a plurality of first safety control mechanisms, the storage body including a first plate and a second plate connected to each other, the first plate and the second plate being foldable along a fold line to form a storage chamber, the storage body having a storage opening communicating with the storage chamber when the first plate and the second plate are folded along the fold line;
the first plate is connected to the first folding wing, the first folding wing being for rotating relative to the first plate about a first set axis to abut a surface of the second plate to seal the storage opening, or the first folding wing being for rotating relative to the first plate about the first set axis to enter the storage chamber through the storage opening;
Each of the first safety control mechanisms is for connecting the first folding wing and the second plate so as to seal the storage opening when the first folding wing abuts against a surface of the second plate, or for disconnecting the first folding wing and the second plate so as to open the storage opening, and the first safety control mechanisms are sequentially arranged in a direction away from the first set axis,
A storage device, characterized in that a second safety management mechanism is provided on the second plate, the second safety management mechanism being for connecting the second plate and the first folding wing so as to seal the storage opening when the first folding wing enters the storage chamber, or the second safety management mechanism being for connecting a portion of the first plate adjacent to the storage opening and a portion of the second plate adjacent to the storage opening so as to seal the storage opening when the first folding wing abuts a surface of the second plate. The storage device according to claim 1, characterized in that the first safety management mechanism includes a first self-adhesive assembly and a first safety inspection unit, the first self-adhesive assembly is provided on the first folding wing or the second plate, the first safety inspection unit is provided on the first folding wing, the first self-adhesive assembly is for connecting the first folding wing and the second plate so as to seal the storage opening when the first folding wing abuts against the surface of the second plate, the first safety inspection unit is for disconnecting the connection between the first folding wing and the second plate so as to open the storage opening, the first self-adhesive assembly and the first safety inspection unit are arranged in sequence in a predetermined direction, and the predetermined direction is provided to form an angle with the first set axis. The storage device according to claim 2, characterized in that the first safety management mechanism further includes a biasing unit connected to the first safety inspection unit, and the biasing unit is for driving the first safety inspection unit by the action of an external force so as to cut off the connection between the first folding wing and the second plate. The storage device according to claim 1, further comprising an insertion assembly, the insertion assembly including a slot and a latch that are inserted into and engaged with each other, one of the slot and the latch being provided on the first safety management mechanism, and the other of the slot and the latch being provided on the second plate. the second safety control mechanism includes a second self-adhesive assembly and a second safety inspection part, the second self-adhesive assembly is provided on the second plate via the second safety inspection part, and the second self-adhesive assembly is for connecting the second plate and the first folding wing that has entered the storage chamber so as to seal the storage opening, or for connecting a portion of the first plate adjacent to the storage opening and a portion of the second plate adjacent to the storage opening so as to seal the storage opening;
the second safety inspection unit is for disconnecting the second plate from the first folding wing in the storage chamber so that the storage opening can be opened, or the second safety inspection unit is for disconnecting the portion of the first plate adjacent to the storage opening and the portion of the second plate adjacent to the storage opening so that the storage opening can be opened,
The storage device according to claim 1 , wherein the second self-adhesive assembly and the second safety inspection portion are arranged in sequence in a predetermined direction, and the predetermined direction is provided to form an angle with the first set axis. The storage device of claim 1, further comprising a first digital encoding member provided on at least one of the first plate and the second plate, the first digital encoding member comprising at least one of a machine-readable optical volume label assembly and a radio frequency chip. The storage device according to claim 6, characterized in that the first digital encoding member includes a machine-readable optical volume label assembly, the machine-readable optical volume label assembly is provided on the second plate, the number of the machine-readable optical volume label assemblies is the same as the number of the first security control mechanisms, and when the first folding wing abuts against the second plate, the first security control mechanisms and the machine-readable optical volume labels are provided in one-to-one correspondence. a third safety control mechanism, a second folding wing connected to the second plate, the second folding wing for rotating relative to the second plate about a second set axis to abut a surface of the first plate to seal or open the storage port, or the second folding wing for rotating relative to the second plate about the second set axis to enter the storage chamber from the storage port;
7. The storage device according to claim 1, 4 or 6, characterized in that the third safety management mechanism is for connecting the second folding wing and the first plate when the second folding wing abuts against a surface of the first plate to seal the storage opening. the third safety control mechanism includes a third self-adhesive assembly and a third safety inspection part, the third self-adhesive assembly is provided on the second folding wing or the first plate, the third safety inspection part is provided on the second folding wing, the third self-adhesive assembly is for connecting the second folding wing and the first plate to seal the storage opening when the second folding wing abuts against a surface of the first plate, and the third safety inspection part is for disconnecting the connection between the second folding wing and the first plate to open the storage opening;
The storage device according to claim 8 , wherein the third self-adhesive assembly and the third safety inspection portion are arranged in sequence in a predetermined direction, and the predetermined direction is provided to form an angle with the second set axis. The storage device according to claim 1 or 8, further comprising external hardware, the external hardware including a third plate and a fourth plate connected to each other, the third plate being connectable to one of the first plate and the second plate, and the fourth plate being rotatable relative to the third plate about a third set axis so as to abut against a surface of the other of the first plate and the second plate to seal or open the storage port. The storage device according to claim 10, characterized in that the fourth plate is provided with a fourth safety control mechanism, and the fourth safety control mechanism is for connecting the fourth plate to the first plate or the second plate against which the fourth plate abuts. the fourth safety control mechanism includes a fourth self-adhesive assembly and a fourth safety inspection part, the fourth self-adhesive assembly is connected to the fourth plate via the fourth safety inspection part, the fourth self-adhesive assembly is for connecting the fourth plate to the first plate or the second plate against which the fourth plate abuts so as to seal the storage opening, and the fourth safety inspection part is for disconnecting the connection between the fourth plate and the first plate or the second plate against which the fourth plate abuts so as to open the storage opening;
The storage device of claim 11, wherein the fourth self-adhesive assembly and the fourth safety inspection portion are arranged in sequence in a predetermined direction, and the predetermined direction is provided at an angle to the third set axis. 11. The storage device of claim 10, wherein the external hardware further includes a second digital encoding member provided on either the third plate or the fourth plate, the second digital encoding member including at least one of both a machine-readable optical volume label assembly and a radio frequency chip. an external hardware for mounting on a storage body, the external hardware including a third plate and a fourth plate connected to each other, the third plate for mounting on the storage body, the fourth plate having a plurality of fourth safety control mechanisms, the fourth plate for rotating relative to the third plate about a third set axis to seal or open a storage opening of the storage body;
The external hardware further includes a plurality of second digital encoding members, each of which includes a machine-readable optical volume label assembly, and the machine-readable optical volume label assembly is provided on each of the fourth self-adhesive assemblies. The external hardware further includes a plurality of second digital encoding members, each of which includes a machine-readable optical volume label assembly, and the machine- readable optical volume label assembly is provided on each of the fourth self-adhesive assemblies. The external hardware further includes a plurality of second digital encoding members, each of which includes a machine-readable optical volume label assembly, and the machine-readable optical volume label assembly is provided on each of the fourth self-adhesive assemblies .

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