Abstract: An enclosure (10) contains an APU (12) and an electrical distribution system (14) to form a self-contained module that can be mounted at any suitable location on a truck's exterior, eliminating significant portions of the wire/cable routing that would otherwise typically be required.

Abstract: A method for enabling a truck having an electrical system that can accept shore power to be supplied with shore power is provided. While the truck is stationary, an electric cable is connected between the truck's electrical system and an APU of a second truck that not only can deliver AC electricity to electrical loads in the second truck and also can export AC electricity as shore power. A condition precedent to enabling the APU to export AC electricity to the truck that can accept shore power is confirmed via a communication link between the two trucks. Upon confirmation of the condition, the APU is enabled to export AC electricity to the truck that can accept shore power.

Abstract: A clamp member for a suspension system of a vehicle includes a base having a length, a width and a depth. The base also has an inside surface and an outside surface, and a front surface and a back surface. A semi-cylindrical receiving portion is disposed on the inside surface of the base and extends through the depth of the base. A first joint portion is disposed on the base and has a first finger extending from the inside surface in the width direction. The first finger is offset in the depth direction from the back surface. A second joint portion is disposed on the base on the opposite side of the semi-cylindrical receiving portion from the first joint portion. The second joint portion has a second finger extending from the inside surface in the width direction, and is offset in the depth direction from the front surface.

Abstract: A clamp member for a suspension system of a vehicle includes a base having a length, a width and a depth. The base also has an inside surface and an outside surface, and a front surface and a back surface. A semi-cylindrical receiving portion is disposed on the inside surface of the base and extends through the depth of the base. A first joint portion is disposed on the base and has a first finger extending from the inside surface in the width direction. The first finger is offset in the depth direction from the back surface. A second joint portion is disposed on the base on the opposite side of the semi-cylindrical receiving portion from the first joint portion. The second joint portion has a second finger extending from the inside surface in the width direction, and is offset in the depth direction from the front surface.