An adjustable harness is implemented by interweaving a cord throughout a woven portion of the harness to form a loop portion, an intermediate portion and an end portion. A length of the loop portion is selected by adjusting a length of the end portion. Once an appropriate length of the loop portion is selected, a locking mechanism attached to the intermediate portion ensures that the length of the loop portion remains fixed. A breakaway buckle may be attached to the adjustable harness and a carabiner may be attached to the breakaway buckle. In operation, a loop portion of the adjustable harness may be cinched down onto an accessory, such as a water bottle, and locked into place. A carabiner may then be attached to a user and the breakaway buckle may be used by the user to conveniently remove the accessory for use and then returned for storage.

The present invention relates to a holder configured to hold vessels, including liquid drinking vessels such as cans and bottles, in a substantially upright configuration whilst being attached to a user or any supporting object to enable the user to free their hand(s) and engage in other activities. The holder is configured to securely accommodate vessels of a plurality of different shapes and sizes and to prevent spillage of the contents of the vessel.

A mountable holder for carrying a beverage on a supporting structure, such as a ski pole, snowboard, ski shoes, and the like. The mountable holder can safely hold a beverage container and can be coupled to multiple objects. The mountable holder includes an insulative sleeve having multiple pairs of slits in the wall of the sleeve. Dual hook and loop cinch straps pass through the pairs of slits and tighten around the sleeve and the supporting structure for securing the beverage container into the sleeve and the mounting holder to the supporting structure.

A portable cup holder system for transporting one or more beverage containers. Portable cup holder systems may include a receiver body and a carrying member. The receiver body may accept at least one beverage-style container and may be removably inserted in a vehicle-cup-holder by anyone who has a requirement to transport one or more beverages simultaneously. The portable cup holder system may be inserted and removed from a vehicle-cup-holder by engaging with a hingeably-attached carrying member adjacent to the receiver body. A plurality of portable cup holder systems may be removably coupled in a manner to allow a user to carry additional beverage-style containers in a practical manner. To enable convenience and efficiency in storing portable cup systems, portable cup holder system is structured and arranged to be collapsible for efficient stackable storage purposes.

An apparatus comprises an elongate band and a magnet assembly. The elongate band is formed of an elastomer and defines a back surface, a front surface, a loop at a first end, a hook at a second end, and an enclosure. The magnet assembly is at least partially enclosed within the enclosure. The apparatus provides a convenient means by which to removably attach a bottle to a vertical surface. The bottle may thereby be stored out-of-the-way while not in use, but easily accessed.

The disclosure provides a travel bag comprising a main body extending from a first end to a second end, and configured to assume an extended configuration for transportation of one or more elongated articles, and a compressed configuration for use other than transportation of the elongated article, wherein a distance between the first end and the second end is larger in the extended configuration than in the compressed configuration. The disclosure further relates to methods of storing garments and methods of displaying garments.

A leveraging can holder enables secure retention of a paint can, and performs multiple functions pertinent to the can. The can holder has a sufficiently elongated and rigid composition, such that a leveraging effect can be applied on the can for supporting the can and performing functions to the can that require leveraging. Different regions of the can holder pivotally engage the can, enabling the can holder to brace against the side of the can to create a rigid support for holding the can. Thus, it is possible to support the can with one hand while manipulating the contents of the can with a second hand. The can holder pivots relative to the can to form three centers of rotation along its length, like a lever. The can holder has variously sized and dimensioned flanges, holes, and extensions that also use leveraging forces to perform functions.

A beverage holding and mobile device holding apparatus is provided. The apparatus includes a cylindrical housing formed from an insulating material and has flexible members attached to the cylindrical housing. A transparent member is attached to the flexible members to create a compartment which holds and allows use of the touch screen of a mobile device while in the compartment.

An apparatus supports objects on a level support plane above an underlying inclined surface, such as a vehicle seat. It comprises three or more substantially rectangular panels that are rotatably interconnected so as to form an isosceles triangular profile, in which the equal sides serve as support panels, and the shortest side is an elevation panel. Each support panel can incorporate one or more container retention structures on both its obverse and reverse surface. The apparatus is configurable, through the rotation of its panels, so that either surface of each support panel can provide the level support plane that supports objects.

A drink insulator stabilizer system is provided. In one embodiment, the stabilizer system includes a clip that attaches to the bottom portion of a drink insulator, and includes a pair of pivoting spikes on an underside of the clip. The spikes may be pivoted from a horizontal position within longitudinal indentations on an underside of the clip to a vertical position pointed downwardly from the clip, so that the spikes may be inserted into the ground to stabilize an insulated drink. In another embodiment, the pivoting spikes are positioned under the bottom portion of a drink insulator. In use, a user may rotate the spikes to a vertical position for use while the insulated drink is on the ground, and the spikes may rotate to a horizontal position and may snap fit into the longitudinal indentations for transport and storage purposes, when stabilization is not required.