Storage Clip

The present disclosure relates to the technical field of storage structures, and in particular, to a storage clip.

Generally, storage clips are configured to store glasses, hats, etc. during outdoor activities or travel, in order to facilitate the hanging and placement of the glasses, hats, etc.

At present, the storage clip used for storing the glasses, the hats, etc. on the market generally includes a lanyard and a clip body. The clip body and the lanyard are connected to each other, and the clip body forms a closed structure that can hold a bridge of the glasses. The storage clips on the market can store the glasses, the hats and other objects to be hung.

Embodiments of the present disclosure provide a storage clip, in order to solve the problems existing in related art. The technical solutions thereof are described as follows.

The embodiments of the present disclosure provide a storage clip, including:

The embodiments of the present disclosure further provide a storage clip, including:

The embodiments of the present disclosure further provide a storage clip, including:

. Hanging body;. Clip body;. First closed structure;. Clamping structure;. Hanging hook;. Connecting ring;. First engagement body;. Second engagement body;. First connecting portion;. First limiting portion;. Second connecting hole;. Second connecting portion;. Third engagement body;. Fourth engagement body;. Second closed structure;. First hanging portion;. Second hanging portion;. First hung object;. Hanging carrier;. First magnet;. Second magnet.

Only some exemplary embodiments are briefly described below. As can be appreciated by those skilled in the art, modifications may be made to the described embodiments in various ways without departing from the spirit or scope of the present disclosure. Therefore, the accompanying drawings and the description are considered as exemplary in nature rather than limiting.

Referring to, the embodiments of the present disclosure disclose a storage clip, including:

When the first hung objectsuch as a pair of glasses or a hat is hung from the storage clip of the embodiments of the present disclosure, a hangable portion of the first hung object (e.g., a bridge of the glasses or a rear clasp strap of the hat) may be coupled to the clip bodyof the closed structure, such that the first hung objectcan be held on the clip body. Finally, the hanging bodyis connected to the hanging carriersuch as a handbag, a satchel, a knapsack, a key chain, clothes or a hat, so that the first hung objectcan be hung, stored and placed. Thanks to the closed structure of the clip body, the connection of the first hung objectis more reliable, and the first hung objectcan be effectively prevented from falling off from the clip body.

In an implementation, the hanging bodyincludes a clamping structure. The clamping structureis configured to clamp a second hung object. In this way, the second hung objectcan be held, and the utilization rate of the storage clip is improved, so that the storage clip can hang and store more hung objects.

Referring to, the embodiments of the present disclosure further disclose a storage clip, including:

When the second engagement bodyand the first engagement bodyare connected to each other, the clip bodyforms a first closed structure. The first closed structureis configured to hold a first hung objectso as to place the first hung objecton the hanging carrier.

When the first hung objectsuch as a pair of glasses or a hat is hung from the storage clip of the embodiments of the present disclosure, the second endof the clip bodymay pass through a hangable portion of the first hung object(e.g., a bridge of the glasses or a rear clasp strap of the hat), and the second engagement bodyand the first engagement bodyare then removably connected together, such that the clip bodyforms the first closed structurewith high connecting reliability, and the first hung objectcan then be held on the clip body. Finally, the hanging bodyis connected to the hanging carriersuch as a handbag, a satchel, a knapsack, a key chain, clothes or a hat, so that the first hung objectcan be hung, stored and placed. The first endof the clip bodyis connected to the hanging bodyand the first engagement bodyis arranged on the first endof the clip body, the first hung objectis borne by the clip bodywhen the first hung objectis held, and the gravity of the first hung objectis borne by the clip bodyand does not act directly on the first engagement bodyand the second engagement body. Therefore, the first engagement bodyand the second engagement bodycan be less prone to disconnection, so that the first closed structureis stably kept locked, has a higher connecting reliability and can effectively prevent the first hung objectfrom falling off from the clip body.

In the present disclosure, the clip bodymay be composed of one or more bands, the number of which may be set according to actual requirements. For example, it is possible that the clip bodyis composed of one band, and the clip bodyis obtained by bending, or that the clip bodyis composed of two bands, and the clip bodyis obtained by connecting the two bands to each other, or that the clip bodyis composed of a plurality of bands, and the clip bodyis obtained by combining and connecting the plurality of bands.

Referring to, in an implementation, the first engagement bodyincludes:

The second engagement bodyincludes a second connecting hole. The second connecting holecooperates with the first connecting portion, and the second connecting holehas an expanded diameter state in which the diameter is increased to enable the first limiting portionto pass, and a reduced diameter state in which the diameter is decreased to be less than the outer diameter of the first limiting portion. In this way, during connection, by increasing the diameter of the second connecting hole, the second connecting holecan be passed through by the first limiting portionto cooperate with the first connecting portion, and then by decreasing the diameter of the second connecting hole, the first limiting portioncan prevent the separation of the second connecting holefrom the first connecting portion, ensuring that the first connecting portionand the second connecting holecan be reliably connected together, and thus the first engagement bodyand the second engagement bodyare reliably connected together. During disconnection, by increasing the diameter of the second connecting hole, the second connecting holecan be passed through by the first limiting portionuntil it is separated from the first connecting portion. Such assembly and disassembly operations are simple and easy, the assembly and disassembly efficiency is high, and the ease of use is improved.

In an implementation, at least two second connecting holesare provided. The two second connecting holesare arranged at intervals in a length direction of the clip body, and each second connecting holecan cooperate with the first connecting portion. In this way, by allowing the second connecting holeslocated at different positions in the length direction of the clip bodyto cooperate with the same first connecting portion, the inner diameter of the formed first closed structurecan be adjusted, and thus the first closed structurecan hold first hung objectsof different sizes and is more flexible in use.

In an implementation, the second connecting holeis stressed to switch between the expanded diameter state and the reduced diameter state. In this way, the second connecting holecan be switched from the reduced diameter state to the expanded diameter state by applying a tensile force to a part of the clip bodyprovided with the second connecting hole, and the second connecting holecan be switched from the reduced diameter state to the expanded diameter state by releasing the part of the clip bodyprovided with the second connecting hole. Such a structure is simple and practical, is easy to operate, has a high operating efficiency, and can further improve the ease of use.

In other implementations, it is also possible to provide a zipper on the clip bodyto control the switch of the second connecting holebetween the expanded diameter state and the reduced diameter state.

In an implementation, when the second connecting holeis in the reduced diameter state, the width of the second connecting holeis less than the outer diameter of the first connecting portion, and the length of the second connecting holeis greater than the outer diameter of the first connecting portion. That is, the length of the second connecting holeis greater than the width of the second connecting hole. When the second connecting holeis switched from the reduced diameter state to the expanded diameter state, the length of the second connecting holeis decreased, and the width of the second connecting holebecomes larger, so that the first limiting portioncan pass through the second connecting hole. Such a structure is simple and practical, has a high connecting reliability, and is easy to operate.

In an implementation, the specific structures of the first engagement bodyand the second engagement bodyare exchangeable, that is, the first engagement bodyhas the second connecting hole, and the second engagement bodyhas the first connecting portionand the first limiting portion.

In an implementation, the first engagement bodyincludes a first magnet, and the second engagement bodyincludes a second magnet. The second magnetmagnetically cooperates with the first magnet. Similarly, the first closed structurewith high connecting reliability can be formed.

In other implementations, the first engagement bodyand the second engagement bodyare connected together by means of any one of snap-fitting, hook-and-loop connection, adhesive bonding, etc. In an implementation, the clip bodyis a structure made of a flexible material, so that the clip bodyis flexible and deformable. When the first hung objectis held, the first hung objectis not compressed, and the first hung objectcan be protected. Moreover, since the clip bodyhas a certain elasticity, when the part of the clip bodyprovided with the second connecting holeis released, the second connecting holecan be restored automatically from the expanded diameter state to the reduced diameter state under the action of an elastic force of the clip body, so that the first engagement bodyand the second engagement bodyare easier to assemble and disassemble. In an implementation, the clip bodyis a structure made of a flexible rubber material, so that the clip bodyhas a better flexibility, and thus the clip bodyhas a strong supporting performance to ensure that the first hung objectcan be held reliably.

The flexible material described above may be a structure made of any one of silicone, other rubber materials, TPU, elastic cloth, and polyurethane.

In other implementations, the clip bodymay be a structure made of any one of an elastic material, a chain, and a bead string.

Referring to, in an implementation, the clamping structureincludes:

When the third engagement bodyand the fourth engagement bodyare connected to each other, the second connecting portionforms a second closed structure. The second closed structureis configured to hold a second hung objectso as to place the second hung objecton the hanging carrier. In this way, the utilization rate of the storage clip is improved, so that the storage clip can hang and store more hung objects.

Referring to, in an implementation, the clamping structureis a cliphaving a torsion spring.

In other implementations, the clamping structuremay be adopt another suitable structure capable of acting to hold the second hung object.

Referring to, the embodiments of the present disclosure further disclose a storage clip, including:

When the second engagement bodyand the first engagement bodyare connected to each other, the clip bodyforms a first closed structure. The first closed structureis configured to hold a first hung objectso as to place the first hung objecton the hanging carrier.

When the first hung objectsuch as a pair of glasses or a hat is hung from the storage clip of the embodiments of the present disclosure, the second endof the clip bodymay pass through a hangable portion of the first hung object(e.g., a bridge of the glasses or a rear clasp strap of the hat), and the second engagement bodyand the first engagement bodyare then removably connected together, such that the clip bodyforms the first closed structurewith high connecting reliability, and the first hung objectcan then be held on the clip body. Finally, the hanging bodyis connected to the hanging carriersuch as a handbag, a satchel, a knapsack, a key chain, clothes or a hat, so that the first hung objectcan be hung, stored and placed. The first endof the clip bodyis connected to the hanging bodyand the first engagement bodyis arranged on the first endof the clip body, the first hung objectis borne by the clip bodywhen the first hung objectis held, and the gravity of the first hung objectis borne by the clip bodyand does not act directly on the first engagement bodyand the second engagement body. Therefore, the first engagement bodyand the second engagement bodycan be less prone to disconnection, so that the first closed structureis stably kept locked, has a higher connecting reliability and can effectively prevent the first hung objectfrom falling off from the clip body.

In the present disclosure, the clip bodymay be composed of one or more bands, the number of which may be set according to actual requirements. For example, it is possible that the clip bodyis composed of one band, and the clip bodyis obtained by bending, or that the clip bodyis composed of two bands, and the clip bodyis obtained by connecting the two bands to each other, or that the clip bodyis composed of a plurality of bands, and the clip bodyis obtained by combining and connecting the plurality of bands.

Referring to, in an implementation, the first engagement bodyincludes:

The second engagement bodyincludes a second connecting hole. The second connecting holecooperates with the first connecting portion, and the second connecting holehas an expanded diameter state in which the diameter is increased to enable the first limiting portionto pass, and a reduced diameter state in which the diameter is decreased to be less than the outer diameter of the first limiting portion. In this way, during connection, by increasing the diameter of the second connecting hole, the second connecting holecan be passed through by the first limiting portionto cooperate with the first connecting portion, and then by decreasing the diameter of the second connecting hole, the first limiting portioncan prevent the separation of the second connecting holefrom the first connecting portion, ensuring that the first connecting portionand the second connecting holecan be reliably connected together, and thus the first engagement bodyand the second engagement bodyare reliably connected together. During disconnection, by increasing the diameter of the second connecting hole, the second connecting holecan be passed through by the first limiting portionuntil it is separated from the first connecting portion. Such assembly and disassembly operations are simple and easy, the assembly and disassembly efficiency is high, and the ease of use is improved.

In an implementation, at least two second connecting holesare provided. The two second connecting holesare arranged at intervals in a length direction of the clip body, and each second connecting holecan cooperate with the first connecting portion. In this way, by allowing the second connecting holeslocated at different positions in the length direction of the clip bodyto cooperate with the same first connecting portion, the inner diameter of the formed first closed structurecan be adjusted, and thus the first closed structurecan hold first hung objectsof different sizes and is more flexible in use.

In an implementation, the second connecting holeis stressed to switch between the expanded diameter state and the reduced diameter state. In this way, the second connecting holecan be switched from the reduced diameter state to the expanded diameter state by applying a tensile force to a part of the clip bodyprovided with the second connecting hole, and the second connecting holecan be switched from the reduced diameter state to the expanded diameter state by releasing the part of the clip bodyprovided with the second connecting hole. Such a structure is simple and practical, is easy to operate, has a high operating efficiency, and can further improve the ease of use.

In other implementations, it is also possible to provide a zipper on the clip bodyto control the switch of the second connecting holebetween the expanded diameter state and the reduced diameter state.

In an implementation, when the second connecting holeis in the reduced diameter state, the width of the second connecting holeis less than the outer diameter of the first connecting portion, and the length of the second connecting holeis greater than the outer diameter of the first connecting portion. That is, the length of the second connecting holeis greater than the width of the second connecting hole. When the second connecting holeis switched from the reduced diameter state to the expanded diameter state, the length of the second connecting holeis decreased, and the width of the second connecting holebecomes larger, so that the first limiting portioncan pass through the second connecting hole. Such a structure is simple and practical, has a high connecting reliability, and is easy to operate.

In an implementation, the specific structures of the first engagement bodyand the second engagement bodyare exchangeable, that is, the first engagement bodyhas the second connecting hole, and the second engagement bodyhas the first connecting portionand the first limiting portion.

In an implementation, the first engagement bodyincludes a first magnet, and the second engagement bodyincludes a second magnet. The second magnetmagnetically cooperates with the first magnet. Similarly, the first closed structurewith high connecting reliability can be formed.

In other implementations, the first engagement bodyand the second engagement bodyare connected together by means of any one of snap-fitting, hook-and-loop connection, adhesive bonding, etc. In an implementation, the clip bodyis a structure made of a flexible material, so that the clip bodyis flexible and deformable. When the first hung objectis held, the first hung objectis not compressed, and the first hung objectcan be protected. Moreover, since the clip bodyhas a certain elasticity, when the part of the clip bodyprovided with the second connecting holeis released, the second connecting holecan be restored automatically from the expanded diameter state to the reduced diameter state under the action of an elastic force of the clip body, so that the first engagement bodyand the second engagement bodyare easier to assemble and disassemble. In an implementation, the clip bodyis a structure made of a flexible rubber material, so that the clip bodyhas a better flexibility, and thus the clip bodyhas a strong supporting performance to ensure that the first hung objectcan be held reliably.

The flexible material described above may be a structure made of any one of silicone, other rubber materials, TPU, elastic cloth, and polyurethane.

In other implementations, the clip bodymay be a structure made of any one of an elastic material, a chain, and a bead string.

Referring to, in an implementation, the clamping structureincludes:

When the third engagement bodyand the fourth engagement bodyare connected to each other, the second connecting portionforms a second closed structure. The second closed structureis configured to hold a second hung objectso as to place the second hung objecton the hanging carrier. In this way, the utilization rate of the storage clip is improved, so that the storage clip can hang and store more hung objects.

Referring to, in an implementation, the clamping structureis a cliphaving a torsion spring.

In other implementations, the clamping structuremay be adopt another suitable structure capable of acting to hold the second hung object.