Container carrying kit structure

Abstract

A container carrying assembly includes a buckle assembly, a handle, and at least one rotating mechanism. The buckle assembly is constructed from a plurality of buckle bodies and a bridging portion. The buckle bodies have a concentric ring with a central cutout for respectively fitting the upper edges of a plurality of easy-open cans. The bridging portion has a predetermined rigidity and is fixedly connected to the opposite side of the buckle body to provide balanced support for fitting the plurality of easy-open cans. The handle is disposed above the buckle assembly and is integrally configured with the buckle assembly. The rotating mechanism is disposed on the bridging portion of the buckle assembly and has at least one set of positioning seats and a rotating member fixedly connected to the handle. Accordingly, the handle can rotate relative to the positioning seats and can be configured to switch positions between a storage position and at least one retrieval position, so that the user can simultaneously retrieve the easy-open cans through the handle.

Claims

1. A container carrying assembly structure comprising a buckle assembly, a handle, and at least one rotating mechanism; characterized in that: the buckle assembly is constructed of a plurality of buckle bodies and a bridging portion, wherein the center of each buckle body is hollowed out to form a concentric ring for respectively fitting the upper edge of a plurality of easy-open cans; the bridging portion has a predetermined rigidity and is fixedly connected to the opposite side of the buckle body to provide balanced support for fitting the plurality of easy-open cans; the handle is disposed above the buckle assembly to form an integral configuration with the buckle assembly; the rotating mechanism is disposed on the bridging portion of the buckle assembly, having at least one set of positioning seats and a rotating member fixedly connected to the handle, thereby being able to rotate relative to the positioning seats with respect to the handle and being able to switch positions between a storage position and at least one extraction position, so that the user can simultaneously extract the easy-open cans through the handle.

2. The container carrying kit structure as described in claim 1, wherein, The buckle system of the buckle assembly is interconnected and arranged through the bridging part, and the buckle bodies can be arranged in a matrix or in parallel.

3. The container carrying kit structure as described in claim 1, wherein, The concentric ring of the ring body has a plurality of buckles protruding horizontally on the bottom circumference of the inner diameter of the ring for inserting and locking the circumferential edge of the easy-open can.

4. The container carrying kit structure as described in claim 1, wherein, The outer side of the ring body has at least one horizontally protruding lever, which can be used by finger to release the easy-open can that is locked in place.

5. The container carrying kit structure as described in claim 1, wherein, The handle is located in the middle area of ​​the buckle assembly and spans multiple buckle bodies.

6. The container carrying kit structure as described in claim 1, wherein, The top side of the handle has a horizontally recessed part corresponding to the curvature of the human finger cross-section, which facilitates the finger to curl and support balance. The bottom side has a plurality of open positioning grooves.

7. The container carrying kit structure as described in claim 1, wherein, The rotating mechanism is located in the bridging part of the middle area of ​​the buckle assembly. The positioning seat is integrally formed with the bridging part. It has interconnected positioning slots on its left and right ends. A limiting part extends laterally from its top side and a receiving part extends downward in a concave arc from its bottom side. A lateral opening is provided on the front ventral side of the positioning seat. A central column of a predetermined diameter extends longitudinally from the center of the lateral opening. The rotating component is a two integrally formed rotating shaft extending from the handle end. The opposite ends of the rotating shafts maintain a separation distance. The separation distance corresponds to the diameter of the central column, thereby providing a positive forced crossing of the central column into the positioning slots on the left and right ends of the positioning seat.

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