Abstract: A bendable extension arm for extending a user's reach while a tool is connected. The bendable extension arm includes a deformable stiffening wire that is sufficiently deformable to be easily deformed by the hands of a user but stiff enough to resist further bending in the course of tool usage. The stiffening wire has a first end and a second end and is connected at its first end to a wire receptor and at its second end to another wire receptor. The first end also has an attachment means for attaching a tool. A sheath covers the stiffening wire and prevents over bending of the stiffening wire. The extension arm may be bent by hands of the user into desired shapes up to a bending limit determined by the sheath but remain stiff enough in the desired shapes to resist further bending during tool usage. Substantially all resistance to bending during tool usage below the bending limit is provided by the stiffening wire.

Abstract: A bendable extension arm for extending a user's reach while a tool is connected. The bendable extension arm includes a deformable stiffening wire that is sufficiently deformable to be easily deformed by the hands of a user but stiff enough to resist further bending in the course of tool usage. The stiffening wire has a first end and a second end and is connected at its first end to a wire receptor and at its second end to another wire receptor. The first end also has an attachment means for attaching a tool. A sheath covers the stiffening wire and prevents over bending of the stiffening wire. The extension arm may be bent by hands of the user into desired shapes up to a bending limit determined by the sheath but remain stiff enough in the desired shapes to resist further bending during tool usage. Substantially all resistance to bending during tool usage below the bending limit is provided by the stiffening wire.

Abstract: A bendable extension arm. A stiffening wire having a first end and a second end is connected at its first end to a wire receptor and at its second end to another wire receptor. A sheath covers the stiffening wire and prevents over bending of the stiffening wire. In a preferred embodiment, attachment devices are connected to the wire receptors. For example, in one embodiment a paint brush is connected to one of the wire receptors and an extension pole is connected to the other wire receptor. In another preferred embodiment, the bendable extension arm is used as a bendable handle. The user can grab the bendable handle at one end and attach an attachment device to the other end of the bendable handle. The bendable handle can be bent as desired by the user.

Abstract: A bendable extension arm. A stiffening wire having a first end and a second end is connected at its first end to a wire receptor and at its second end to another wire receptor. A sheath covers the stiffening wire and prevents over bending of the stiffening wire. In a preferred embodiment, attachment devices are connected to the wire receptors. For example, in one embodiment a paint brush is connected to one of the wire receptors and an extension pole is connected to the other wire receptor. In another preferred embodiment, the bendable extension arm is used as a bendable handle. The user can grab the bendable handle at one end and attach an attachment device to the other end of the bendable handle. The bendable handle can be bent as desired by the user.

Abstract: A thermoelectric module (10) which is adapted to selectively heat or cool the inside of a container includes an exterior heat exchanger (51) having a plurality of spaced and generally parallel undulating fins (52). An exterior fan (31) is positioned adjacent to the exterior heat exchanger (51) and is adapted to move air from the outside of the container through the spaces between the fins (52) of the exterior heat exchanger (51). An interior heat exchanger (54) has a plurality of spaced and generally parallel undulating fins (55). An interior fan (42) is positioned adjacent to the interior heat exchanger (54) and is adapted to move air from the inside of the container through the spaces between the fins (55) of the interior heat exchanger (54). A motor (28) drives the fans (31, 42) and is cooled by air drawn in through apertures (34) in the hub (32) of the exterior fan (31).