Abstract: A cryptocurrency system [a] One or more Creator Computing Devices, [b] One or more Asset-Backed Computing Devices, [c] One or more Initial Transaction Computing Devices, [d] One Certifier Entity employing a Certifier Computing Device, and [e] One or more Block-Chain Verifier Computing Devices.

Abstract: A cryptocurrency system of the present disclosure employs one or more creator computing devices, one or more initial transaction computing devices, one or more asset-backed computing devices, one or more certifier computing devices, and one or more block chain verifier computing devices. In operation, the system enables a person or legal entity to create and manage electronic currency that is backed by assets.

Abstract: A cryptocurrency system of the present disclosure employs one or more creator computing devices, one or more initial transaction computing devices, one or more asset-backed computing devices, one or more certifier computing devices, and one or more block chain verifier computing devices. In operation, the system enables a person or legal entity to create and manage electronic currency that is backed by assets.

Abstract: A VATO comprises a blade, a handle, a stabilizing assembly, and a spherical weight. In a preferred embodiment, the spherical weight makes up a significant portion of the overall weight of the VATO. The spherical weight is positioned between the blade and the handle, and the stabilizing assembly is attached to a rear portion of the handle. When the VATO is thrown, a velocity vector is established in the direction of the trajectory of the VATO. The stabilizing assembly produces aerodynamic drag which assists in keeping the blade oriented in a forward position with respect to the trajectory of the VATO. The spherical weight is permitted to freely rotate thereby enabling the blade, the handle and the stabilizing assembly to independently rotate into alignment with the trajectory of the VATO such that the blade is in a forward position as the VATO strikes a target.

Abstract: A VATO comprises a blade, a handle, a stabilizing assembly, and a spherical weight. In a preferred embodiment, the spherical weight makes up a significant portion of the overall weight of the VATO. The spherical weight is positioned between the blade and the handle, and the stabilizing assembly is attached to a rear portion of the handle. When the VATO is thrown, a velocity vector is established in the direction of the trajectory of the VATO. The stabilizing assembly produces aerodynamic drag which assists in keeping the blade oriented in a forward position with respect to the trajectory of the VATO. The spherical weight is permitted to freely rotate thereby enabling the blade, the handle and the stabilizing assembly to independently rotate into alignment with the trajectory of the VATO such that the blade is in a forward position as the VATO strikes a target.

Abstract: A stair safety apparatus includes a wrist with an elastic cord attaché at one end to said band. A bar member attached by one end to a second end of the elastic cord. The bar member is of a length sufficient to allow the bar member to become wedged between a wall-mounted stair rail and a wall.

Abstract: A stair safety apparatus includes a wrist with an elastic cord attachë at one end to said band. A bar member attached by one end to a second end of the elastic cord. The bar member is of a length sufficient to allow the bar member to become wedged between a wall-mounted stair rail and a wall.

Abstract: A VATO comprises a blade, a handle, a stabilizing assembly, and a spherical weight. In a preferred embodiment, the spherical weight makes up a significant portion of the overall weight of the VATO. The spherical weight is positioned between the blade and the handle, and the stabilizing assembly is attached to a rear portion of the handle. When the VATO is thrown, a velocity vector is established in the direction of the trajectory of the VATO. The stabilizing assembly produces aerodynamic drag which assists in keeping the blade oriented in a forward position with respect to the trajectory of the VATO. The spherical weight is permitted to freely rotate thereby enabling the blade, the handle and the stabilizing assembly to independently rotate into alignment with the trajectory of the VATO such that the blade is in a forward position as the VATO strikes a target.

Abstract: An apparatus for deploying a bola comprises a hollow outer cylinder slidably housing a hollow inner cylinder. The inner cylinder includes one closed end and houses a payload consisting of a bola consisting of three weights connected by cords, and spacers interposed between said weights.

Abstract: An apparatus for deploying a bola comprises a hollow outer cylinder slidably housing a hollow inner cylinder. The inner cylinder includes one closed end and houses a payload consisting of a bola consisting of three weights connected by cords, and spacers interposed between said weights.