Abstract: X-ray windows formed from improved materials and having improved cooling, x-ray tubes including the x-ray windows, and methods of manufacturing the x-ray windows and x-ray tubes are disclosed. An x-ray tube can include a cathode, an anode, an enclosure body at least partially surrounding the cathode and the anode, and an x-ray window. The x-ray window can include a radiolucent portion configured to transmit x-rays from the enclosure body. The radiolucent portion can be directly bonded to a radiopaque portion of the x-ray window or the enclosure body by metal-to-metal bonds.

Abstract: Embodiments include a system, comprising: a vacuum enclosure; an anode support structure penetrating the vacuum enclosure and including a plurality of first cooling passages; and an anode disposed within the vacuum enclosure, coupled to and supported by the anode support structure, and including: a target; and a plurality of second cooling passages; wherein: each of the second cooling passages is coupled to a corresponding first cooling passage; the anode is coupled to the anode support structure on a side of the anode different from a side of the anode including the target and different from axial ends of the anode on a major axis of the anode; and the anode is a linear anode.

Abstract: Embodiments include a system, comprising: a vacuum enclosure; an anode support structure penetrating the vacuum enclosure and including a plurality of first cooling passages; and an anode disposed within the vacuum enclosure, coupled to and supported by the anode support structure, and including: a target; and a plurality of second cooling passages; wherein: each of the second cooling passages is coupled to a corresponding first cooling passage; the anode is coupled to the anode support structure on a side of the anode different from a side of the anode including the target and different from axial ends of the anode on a major axis of the anode; and the anode is a linear anode.

Abstract: Provided is a slotted axle assembly for a vehicle suspension system. The slotted axle assembly includes an axle beam extending laterally between two axle connectors. Each axle connector is slotted for mating with an end of the axle beam. When assembled, each end of the axle beam surrounds or encapsulates an axle connector. A kingpin housing is inserted into each axle connector for receiving and retaining a king pin. Also, a bottom plate is attached to the axle beam and the two axle connectors. The slotted axle assembly may include a plurality of brackets, braces and channels, to include one or more damper brackets, air spring mating channels, and control arm brackets. Components of the slotted axle assembly may be welded together, or an alternate method of mechanical fastening may be employed.

Abstract: Provided is a slotted axle assembly for a vehicle suspension system. The slotted axle assembly includes an axle beam extending laterally between two axle connectors. Each axle connector is slotted for mating with an end of the axle beam. When assembled, each end of the axle beam surrounds or encapsulates an axle connector. A kingpin housing is inserted into each axle connector for receiving and retaining a king pin. Also, a bottom plate is attached to the axle beam and the two axle connectors. The slotted axle assembly may include a plurality of brackets, braces and channels, to include one or more damper brackets, air spring mating channels, and control arm brackets. Components of the slotted axle assembly may be welded together, or an alternate method of mechanical fastening may be employed.