The objective of the present invention is to provide a stability ball case configured to store a stability ball therein and, especially, having a weight thereon to prevent the stored stability ball from rolling, thereby avoiding a safety accident that may happen when the stability ball rolls and drops, as well as storing the stability ball at a desired place in a safe and convenient manner. Particularly, another objective of the present invention is to provide a stability ball case configured such that a weight can be attached to and detached from a body constituting the case, whereby the weight can be separated from the body when the case is washed, or when the stability ball is carried, thereby enabling the stability ball case to be safely used and stored, as well as being conveniently used.

A bag for carrying sports equipment includes an upper wall, a bottom wall, and a side panel extending between the upper wall and bottom wall to form an enclosure for containing the sports equipment, wherein the upper wall is removably coupled to the side panel along at least a part of its perimeter to provide access to the enclosure; a first strengthening rib comprising a first rib section extending laterally across the upper wall, a second non-foldable rib section extending across the side panel on a first side of the bag, a third non-foldable rib section extending laterally across the bottom wall, and a fourth non-foldable rib section extending across the side panel on a second side of the bag opposite the first side, wherein the rib sections are arranged to abut each other such that they completely surround the enclosure: at least one foldable region adjacent the first strengthening rib.

A container system includes several carry items or containers for carrying items. The carry items or containers each have a first side and a second side opposite the first side. The carry items or containers include magnetic coupling elements on at least one side to magnetically couple to another one of the carry items or containers. The magnetic coupling elements can be arranged so that a specific orientation of the carry items or containers can be enforced by there not being a magnetic attraction when the items are not properly oriented and aligned.

A convertible travel bag includes a first compartment, a second compartment rotatably coupled to the first compartment, and a third compartment rotatably coupled to the first compartment. The second compartment and the third compartment are rotatable between a backpack mode and a side-carry mode. In the backpack mode, the first compartment is positioned between the second compartment and the third compartment, and in the side-carry mode, the first compartment is longitudinally in line with both the second compartment and the third compartment.

Customizable multi-purpose carrying system having reconfigurable interior with positionable, moveable, and removable partitions held in place with fabric hook and loop fasteners, creating different sized customized compartments, also including uniquely sized and positioned pockets, and ideally suited for use as travel carry-on, or up-scale sneakers, footwear, and/or sports gear bag.

A heated equipment bag includes: a housing providing a first compartment configured to receive a first piece of footwear, the housing further providing a second compartment configured to receive a second piece of footwear, the first compartment being separate from the second compartment; a first heater disposed in the first compartment and configured to produce heat; and a second heater disposed in the second compartment and configured to produce heat.

The disclosure provides a transportation bag particularly suitable for carrying articles that can be rolled-up such as yoga-pilates mats, elongated articles such as instruments, toys, or bottles as well as, blueprints or garments such as suits or shirts. The bag may be used as a foam roller when not being used for transportation. The disclosure further relates to methods of storing, packing, and displaying rolled yoga mats and garments.

A bag for carrying sports equipment includes an upper wall, a bottom wall, and a side panel extending between the upper wall and bottom wall to form an enclosure for containing the sports equipment, wherein the upper wall is removably coupled to the side panel along at least a part of its perimeter to provide access to the enclosure; a first strengthening rib comprising a first rib section extending laterally across the upper wall, a second non-foldable rib section extending across the side panel on a first side of the bag, a third non-foldable rib section extending laterally across the bottom wall, and a fourth non-foldable rib section extending across the side panel on a second side of the bag opposite the first side, wherein the rib sections are arranged to abut each other such that they completely surround the enclosure: at least one foldable region adjacent the first strengthening rib.

A yoga mat carrier that includes: a cylindrical body; a strap attachment at each end of the cylindrical body; a sleeve on the cylindrical body; a plurality of pockets on the cylindrical body; and a pull cart, wherein the pull cart supports the cylindrical body. The pull cart includes an extendable handle, where the sleeve fits over the extendable handle. Further features of the pull cart includes a base and a set of wheels, where the base supports the cylindrical body. The plurality of pockets may includes a towel pocket and other pockets for accessories related to the yoga practice. A bottle holder is provided on the cylindrical body to hold a water bottle.

A bag includes at least one panel, an emitter configured to provide a supply of neutralizer, and a gas distribution assembly coupled to the at least one panel. The at least one panel defines an enclosed volume configured to receive at least one item and an opening configured to at least selectively facilitate access to the enclosed volume. The gas distribution assembly defines a gas distribution volume extending along the at least one panel and a series of apertures. The apertures are positioned along a length of the gas distribution volume and configured to fluidly couple the gas distribution volume to the enclosed volume. The gas distribution volume is fluidly coupled to the emitter such that the neutralizer is configured to flow from the emitter, through the gas distribution volume, and into the enclosed volume.