Embodiments of the invention provide a module collapsible accessory organizer for use with a luggage bag. The accessory organizer includes foldable compartments. The compartments can each be collapsed down when necessary to free up interior volume of the luggage bag in which the accessory organizer is placed. The compartments can stack and fold onto each other, and be inserted into or removed from a luggage bag. The compartments can be attached to each other. The compartments are modular such that the accessory organizer can be configured to include any desired number of compartments. The compartments of the accessory organizer are quickly unfolded and deployed for easy access to personal contents stored therein. The accessory organizer is a standalone organizer when not stored in a luggage bag. The accessory organizer can be manufactured and shipped as a standalone organizer, and then used with a variety of already-existent luggage bags of various dimensions.

A storage solution for children's toys is described. A storage and transportation device for children's items (e.g., toys, puzzles, craft supplies, etc.) is specially designed to be used by children, including children under three years old. The storage solution may also include an improved zipper pull for opening and closing the storage and transportation device.

The present invention discloses a sack comprising a second container and a first container, an activated carbon filter that is positioned between said first and second containers and a sealable rubberized zipper and the activated carbon filter is positioned such that it may absorb at least a portion of odor and moisture from items stored inside sack.

An article of apparel has at least one panel including a first material having a first modulus of elasticity and a second material having a second modulus of elasticity, the first modulus of elasticity being greater than the second modulus of elasticity. An auxetic structure is provided by the first material on the panel, the auxetic structure comprising a pattern of reentrant shapes. A fill portion is provided by the second material on the panel, the fill portion formed by a plurality of stitches positioned inside of each reentrant shape of the auxetic structure, and the fill portion substantially filling an interior area defined by each reentrant shape. The fill portion is a base layer of the at least one panel and the auxetic structure is an auxetic layer positioned on the base layer.

A bag for storing and holding electronic and non-electronic items upon the passenger seat of a vehicle is a fabric accessory holder that opens to resemble an open rectangular tray having short sidewalls with multiple interior accessory pockets each having closures, and a coffee cup holder mounted on the inside bottom. A stiffener is used to provide some rigidity to the base and the sidewalls. The sides pull together with closures such as zippers into a domed top with handles for carrying.

A woven or mesh bag which holds a container/bottle of any liquid, upside-down which enables the user to fully, and completely, dispense the contents of the container/bottle. This saves money by eliminating waste of the liquid product inside the container/bottle. The mesh bag is opened and closed by using a drawstring action on top and a cord stop to keep it closed. The ends of the cord are secured using a cord clasp. The container/bottle is inserted into the mesh bag upside-down. The top of the container/bottle protrudes the elastic opening of the mesh bag and is supported, upside-down. This allows the contents inside to flow to the top of the container/bottle's lid or opening. It can then be hung from any hook or other protruding apparatus that can hold the full weight of the container/bottle.

This invention is a carrying article that includes a body having an inner layer and an outer layer defining cavity; an interrupted floor carried by the body allowing particulates of a certain size to pass through the interrupted floor; a bottom cover removably attached to the body having an open position allowing debris to fall through the floor and a closed position preventing debris from falling through the floor where the open position is configured to allow articles of a certain size to remain in the interior space while allowing particulate of a certain size to pass through the floor; and, a side pocket affixed to the inner layer of the body and disposed in the cavity.

An ergonomic harvesting bag is provided for attachment to a user's body via an adjustable strap around the waist and/or neck. It allows the user to comfortably trim in a reclined or standing position. The advantage of using the ergonomic harvesting bag is that the user does not need to reach with their arms or body to approach the work, or perform the task of trimming over a table or receptacle, or on the lap or floor because the receptacle is attached and close to the body. The ergonomic harvesting bag includes an upper section, a lower section, an opening and a cavity within which items of interest may be inserted, the adjustable strap coupled to the upper section of the harvesting bag and a filter mechanism removably positioned within the cavity of the harvesting bag.

A garment includes at least one garment panel made of a fabric including a first yarn having a first denier and a second yarn having a second denier, the first denier being greater than the second denier. The first yarn forms an auxetic structure comprising a pattern of interconnected segments on the garment panel. The second yarn forms a fill portion extending between the interconnected segments of the auxetic structure.

In various embodiments, a carrying bag is disclosed which includes a one or more security panel assemblies comprising a first flexible material layer and a polymeric fiber matrix, such as a polymer fiber-based cut-resistant fabric, matrix or mesh. Various carrying straps are disclosed which include a first flexible fabric or webbing; and a second flexible fabric or webbing comprising a polymeric fiber matrix. Additional polymeric fibers, filaments, cables, threads or yarns may be included in the security panel assemblies and straps, such as cut-resistant monofilament and multifilament fibers comprised of a polyethylene such as ultra high molecular weight polyethylene (UHMWPE), high-modulus polyethylene (HMPE), or High Performance Polyethylene (HPPE), for example.