A simple, portable carrier for a non-rigid container such as a plastic bag or sack that permits container to remain open for filling with articles or materials while serving as a carrying handle, especially suitable for highway crew members cleaning debris over long stretches of roadway. Device is comprised of a rigid member such as a hollow rod (tube), snug-fitting end caps, and end cap retaining bands. A segment of the open end of container is entrapped at each end of rigid member and held in place by friction between end caps and each end of rigid member. The device is reusable and is small enough to be carried in a pocket or on a belt loop.

This present invention relates to a case or package carrier for holding consumer goods, such as bottles of water, juice, or other beverages or drinks, and enables a user to easily carry and lift the case carrier. The case or package carrier comes with either an integrated handle or a standalone handle, which may be applied by the user to the carrier. Additionally, the handle of the case carrier is made of a durable collapsible plastic which allows the user to save space while storing the cases, as the user can easily stack the cases one on top of the other. The case carrier helps to reduce the strain on the user's back and body due to lifting of the cases.

A multi-purpose folding bag system with a handle, having the form of a decorating element-keyring, consisting of the main body of cylindrical shape, at the one end of which there is a detachable head, which when detached, allows the net bag located in the storage place of the main body to unfold, and when it is then fitted to the other end of the main body, an anatomical handle is created for the easy and safe transport of the items placed into the net bag. Following its use, the net bag is repositioned within the storage place, whereas the detachable head is attached to the free end of the main body which again acquires the form of a decorative element-keyring.

A multi-purpose folding bag system with a handle, having the form of a decorating element-keyring, consisting of the main body of cylindrical shape, at the one end of which there is a detachable head, which when detached, allows the net bag located in the storage place of the main body to unfold, and when it is then fitted to the other end of the main body, an anatomical handle is created for the easy and safe transport of the items placed into the net bag. Following its use, the net bag is repositioned within the storage place, whereas the detachable head is attached to the free end of the main body which again acquires the form of a decorative element-keyring.

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.

This compact (palm of hand size), lightweight utility device is designed to transport multiple plastic bags . . . 50 lbs. plus-capacity. Device measures (L: 5.5 inchW: 0.044 inchH: 1.44 inch), (Weighs: 2 ounces). Bags remain secured when sat down and while transporting.

Place both handles of each bag into one of the end cavities, balancing the weight on each side as you load; close both cavities with the slider feature after loading; prevents contents of all bags from spilling.

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 rigid or semi-rigid device for carrying at least one, and preferably a plurality of handbags is provided. The device includes a handle, an elongated portion integrated with the handle through a middle portion and a pair of hooks. The hooks are angled upwardly to extend at least up to the height of the handle and are configured to smoothly receive the plurality of handbags and retain the handbags in the space in such a way that the plurality of bags remains parallel to the body of the person.

A rigid or semi-rigid device for carrying at least one, and preferably a plurality of handbags is provided. The device includes a handle, an elongated portion integrated with the handle through a middle portion and a pair of hooks. The hooks are angled upwardly to extend at least up to the height of the handle and are configured to smoothly receive the plurality of handbags and retain the handbags in the space in such a way that the plurality of bags remains parallel to the body of the person.

The carrier includes a handle; and at least one prong attached to the handle. The at least one prong is attached to the handle such that a first portion of the prong extends in a first direction from an attachment point to the handle and a second portion of the prong extends in a second direction from the attachment point. The second direction is opposite the first direction. When the carrier is not under tension, a gap between the handle and the first portion of the prong exists.