Abstract: A system for locating a plurality of tools including a receiver; a proximity lighting system on the receiver; an input means on the receiver; a display monitor, where the monitor displays any input; a memory means within the receiver, where the memory means stores data; and a sensor on the receiver for receiving RF signals. An audio speaker is also provided on the receiver in order to emit sounds. A transmitter and a scanning code may be affixed to an object, where the transmitter emits a unique RF signal and the scanning code is associated with a unique ID for the object. The scanning code may be stored in the memory means of the receiver.

Abstract: Arrangements may include a bearing assembly, the bearing assembly having a bearing housing ring, the housing ring having an inner bore, at least a portion of the inner bore including a dry lubricant coating; a bearing, the bearing including: an outer race, the outer race having an outer surface received within the inner bore of the housing ring, at least a portion of the outer surface including a chromate anti-corrosive coating; and an inner race, the inner race having an inner race bore, and outer surface, and two radial end surfaces each extending between the inner race bore and the outer surface, at least a portion of the inner race bore, outer surface, and radial end surfaces include the chromate coating disposed thereon. Associated methods and arrangements are also described.

Abstract: Arrangements may include a bearing assembly, the bearing assembly having a bearing housing ring, the housing ring having an inner bore, at least a portion of the inner bore including a dry lubricant coating; a bearing, the bearing including: an outer race, the outer race having an outer surface received within the inner bore of the housing ring, at least a portion of the outer surface including a chromate anti-corrosive coating; and an inner race, the inner race having an inner race bore, and outer surface, and two radial end surfaces each extending between the inner race bore and the outer surface, at least a portion of the inner race bore, outer surface, and radial end surfaces include the chromate coating disposed thereon. Associated methods and arrangements are also described.

Abstract: A process for preparing a reforming catalyst comprises incorporating a group IA alkali metal from an aqueous alkaline solution into a zeolitic material by means of ion exchange to form an alkali metal-modified zeolitic support material, which is dried, calcined and combined with an inorganic oxide. The combination is dried and calcined to form a stable inorganic oxide/zeolitic catalyst support which is impregnated with a Group VIII metal by ionic exchange to form an impregnated inorganic oxide/zeolitic catalyst support which is dried, calcined and reduced from a naphtha reforming catalyst.

Abstract: A process for preparing a reforming catalyst comprises incorporating a group IA alkali metal from an aqueous alkaline solution into a zeolitic material by means of ion exchange to form an alkali metal-modified zeolitic support material, which is dried, calcined and combined with an inorganic oxide. The combination is dried and calcined to form a stable inorganic oxide/zeolitic catalyst support which is impregnated with a Group VIII metal by ionic exchange to form an impregnated inorganic oxide/zeolitic catalyst support which is dried, calcined and reduced from a naphtha reforming catalyst.