A purse storage hook (1) having a C-shaped body (2) that is placed over an edge of a table or counter. A bottom support strap (6) extends from a bottom horizontal arm (4) of the purse storage hook and may be wrapped around one or more purse handles (16) to act as a sling that supports the purse handles and distributes pressure along a predetermined length of the purse handles. A protective cover (22) protects a purse from spills while hanging from the purse storage hook or while being carried.

A purse storage hook (1) having a C-shaped body (2) that is placed over an edge of a table or counter. A bottom support strap (6) extends from a bottom horizontal arm (4) of the purse storage hook and may be wrapped around one or more purse handles (16) to act as a sling that supports the purse handles and distributes pressure along a predetermined length of the purse handles. A protective cover (22) protects a purse from spills while hanging from the purse storage hook or while being carried.

A device for carrying multiple collapsible bags having a horizontal member, such as a beam or bar, with a handle for receiving a user's hand along an upper edge and three or more hooks along the lower edge of the horizontal member, in which each hook has an opening to receive a pair of handles of a collapsible bag, and in which each hook is positioned with its opening in a non-coplanar orientation relative to each other hook.

An adjustable container carrying strap structure includes a strip-shaped carrying strap and a container sleeving assembly. The strip-shaped carrying strap includes a first end, a second end, and a carrying strap body. The container sleeving assembly includes two sleeve ropes and an adjusting element, where each sleeve rope includes a first rope end, a second rope end, and a rope body, the first rope end of each sleeve rope is connected to the first end, the second rope end of each sleeve rope is connected to the second end, and the adjusting element is assembled on the two rope bodies of the two sleeve ropes, so that the adjusting element, the two rope bodies, and the first end of the strip-shaped carrying strap encircle a container sleeving hole. The adjusting element can slide relatively along the two rope bodies so as to adjust the size of the container sleeving hole.

An adjustable container carrying strap structure includes a strip-shaped carrying strap and a container sleeving assembly. The strip-shaped carrying strap includes a first end, a second end, and a carrying strap body. The container sleeving assembly includes two sleeve ropes and an adjusting element, where each sleeve rope includes a first rope end, a second rope end, and a rope body, the first rope end of each sleeve rope is connected to the first end, the second rope end of each sleeve rope is connected to the second end, and the adjusting element is assembled on the two rope bodies of the two sleeve ropes, so that the adjusting element, the two rope bodies, and the first end of the strip-shaped carrying strap encircle a container sleeving hole. The adjusting element can slide relatively along the two rope bodies so as to adjust the size of the container sleeving hole.

A stringer for retaining empty beverage cans is disclosed. The stringer may include a catch at a first end of the stringer. The catch may be configured to be threaded through a hole in a tab of a beverage can. The stringer may also include a stopper that is configured to prevent the beverage cans from falling off of a second end of the stringer. An elongated neck may be positioned between the catch and the stopper that is configured to hold a plurality of beverage cans. The catch, the stopper, and the elongated neck may all be manufactured from a unitary piece of material or may be a combination of different materials. This material may be aluminum to allow the stringer to remain attached to cans during the recycling process or a ferromagnetic metal so that the stringer may be extracted magnetically in the recycling process.

A device and methods in the device including at least one flexible annular member coupled to at least one hook element which can be worn by a person to couple one or more containers to the hook element to reduce effort in transport of the containers.

A protective case system for use with an electronic device includes a protective case and a flexible tether. The protective case includes a shell configured for receiving and removably retaining an electronic device. The flexible tether has a first end and a second end where the first end of the tether is attached to the protective case. The protective case system also includes a device grip mounting platform attached to the second end of the tether. The protective case system also includes a device grip configured to be removably attachable to the protective case and to the device grip mounting platform, alternatively.

A device (100) for distributing the weight of a hand-held load, the device (100) comprising a first portion (1) arranged for attachment to the wrist, arm or hand of a user of the device (100); and a second portion (2) arranged to support, at least in part, the weight of the hand-held load; wherein the first and second portions (1,2) are formed from a single piece of material.

The present disclosure provides a bag carrier for hand, including a handle, a fastener and a button. The handle includes a handheld portion and a bag carrying portion. The handle is provided with an opening between the handheld portion and the bag carrying portion. The fastener includes a closing portion for closing the opening. A passage for placing the button is disposed at the end of the handheld portion. The button is movably placed in the passage and is fixedly connected to the first elastic rod. The button is pressed to drive the first elastic rod to deform so as to open the closing portion.