A flexible tool holder is provided. The tool holder is formed of a length of flexible material configured into discrete sections along which are positioned pockets and straps for securing tools associated with a specific tool, such as a socket wrench, including, for example, socket wrench handles, interchangeable sockets, socket adapters, etc. The flexible material and the discrete sections are configured such that the tool holder may be expanded and compacted by folding the flexible material in predetermined configurations.

A flexible tool holder is provided. The tool holder is formed of a length of flexible material configured into discrete sections along which are positioned pockets and straps for securing tools associated with a specific tool, such as a socket wrench, including, for example, socket wrench handles, interchangeable sockets, socket adapters, etc. The flexible material and the discrete sections are configured such that the tool holder may be expanded and compacted by folding the flexible material in predetermined configurations.

The present invention provides to a transport package for lifting and positioning a wide format media roll into or out of a printing system, comprising a deformable support body for supporting a bottom side of a media roll in a stabilized manner, a releasable securing member for releasably securing a first end of the support body to an attachment region of the support body, such that the support body forms a substantially closed loop around the media roll, and at least one carrying member provided at a second end of the support body and arranged for engaging lifting means for lifting the media roll. Additionally, a media roll assembly and a method for loading a media roll into a printing system are provided.

A compression cord sleeve bundles a flexible elongated cord, such as cables, electrical cords, or wires, for storage or transportation. The compression cord sleeve includes a tubular sleeve body and a handle. The tubular sleeve body compresses around the flexible elongated cord in order to prevent the flexible elongated cord from unraveling or uncoiling. The tubular sleeve body is manipulated around a coiled or wrapped flexible elongated cord such that the tubular sleeve body compresses the coiled or wrapped flexible elongated cord radially. The handle allows a user to grasp the compression cord sleeve for ease of transportation.

Aspects of the present disclosure involve packaging and methods of producing a package for a circular disc. In a first embodiment, the flat, semi-rigid, circular material may be folded to encase the storage disc. One or more flaps of the circular packaging may be folded to encase the storage disc within the packaging. In another embodiment, the foldable flaps of the circular packaging may create a hexagon base to provide six points of contact with the encased storage disc to retain the disc securely within the packaging. The packaging may be constructed from such materials as cardboard, paper, semi-rigid plastic, or the like. In some implementations, the packaging material may be rigid and include one or more hinges to allow the flaps to fold over the storage disc to protect a storage disc through packaging of various shapes.

Aspects of the present disclosure involve packaging and methods of producing a package for a circular disc. In a first embodiment, the flat, semi-rigid, circular material may be folded to encase the storage disc. One or more flaps of the circular packaging may be folded to encase the storage disc within the packaging. In another embodiment, the foldable flaps of the circular packaging may create a hexagon base to provide six points of contact with the encased storage disc to retain the disc securely within the packaging. The packaging may be constructed from such materials as cardboard, paper, semi-rigid plastic, or the like. In some implementations, the packaging material may be rigid and include one or more hinges to allow the flaps to fold over the storage disc to protect a storage disc through packaging of various shapes.

The method includes forming a first tray with a first top surface, the first tray including first sidewalls that extend vertically downward from the first top surface, the first tray defining a first ridge extending horizontally away from the first sidewalls, and configuring an outer container to selectively contain the first tray when the outer container is in a closed position, a first outer surface of the first ridge forming part of an overall outer surface of the assembled package when the outer container is in a closed position.

The method includes forming a first tray with a first top surface, the first tray including first sidewalls that extend vertically downward from the first top surface, the first tray defining a first ridge extending horizontally away from the first sidewalls, and configuring an outer container to selectively contain the first tray when the outer container is in a closed position, a first outer surface of the first ridge forming part of an overall outer surface of the assembled package when the outer container is in a closed position.

Aspects of the present disclosure involve packaging and methods of producing a package for a circular disc. In a first embodiment, the flat, semi-rigid, circular material may be folded to encase the storage disc. One or more flaps of the circular packaging may be folded to encase the storage disc within the packaging. In another embodiment, the foldable flaps of the circular packaging may create a hexagon base to provide six points of contact with the encased storage disc to retain the disc securely within the packaging. The packaging may be constructed from such materials as cardboard, paper, semi-rigid plastic, or the like. In some implementations, the packaging material may be rigid and include one or more hinges to allow the flaps to fold over the storage disc to protect a storage disc through packaging of various shapes.

Aspects of the present disclosure involve packaging and methods of producing a package for a circular disc. In a first embodiment, the flat, semi-rigid, circular material may be folded to encase the storage disc. One or more flaps of the circular packaging may be folded to encase the storage disc within the packaging. In another embodiment, the foldable flaps of the circular packaging may create a hexagon base to provide six points of contact with the encased storage disc to retain the disc securely within the packaging. The packaging may be constructed from such materials as cardboard, paper, semi-rigid plastic, or the like. In some implementations, the packaging material may be rigid and include one or more hinges to allow the flaps to fold over the storage disc to protect a storage disc through packaging of various shapes.