Abstract: An apparatus and method to enable the carrying of a wireless device safely and securely while adding protection to the device and while preserving accessibility for use of the device with minimal adverse impact on such use. The apparatus and method enable a plurality of structures for carrying the wireless device.

Abstract: An synthetic wood composite ball bat (10) having no wood components comprises a rigid shell of fiber reinforced composite material filled with expansible urethane foam to develop compressive stressed therebetween. The foam is locked to the shell during the manufacturing process by use of an intermediate dry woven fiber tube into which resin from the composite shell flows during curing of the composite shell and into which urethane foam flows during expansion of the urethane foam filler.

Abstract: An apparatus for providing selective electrical coupling between a pair of mating coaxial connectors. The assembly includes an outer casing, an inner casing, and a sleeve therebetween. The inner casing is rotatably disposed about a common axis with the outer casing within the outer casing. The inner casing is internally threaded at one end for attaching to one of a pair of mating coaxial connectors. The sleeve is rotatably disposed about the common axis between the outer and inner casings with the sleeve and inner casing being rotatably retained with the outer casing. A pair of ball sockets are formed in the inner casing with each containing a ball therein. The sleeve has a pair of axial grooves which when aligned with the ball sockets permit the other one of the pair of mating connectors to be inserted and moved within the inner casing.

Abstract: A shell forming the walls of a bat comprising a striking portion, an intermediate portion and a handle portion. The shell is filled with structural foam. The striking portion is closed by a weighted cap and the handle portion is closed by a knob. The cap and knob are secured to the shell by stud or by a connecting rod. The stud receiving device has a plurality of fins which extend outwardly therefrom. The fins fit in corresponding slots formed in either end of the bat. The stud receiving device is internally threaded as are the cap and knob. A threaded stud is then used to secure the cap and knob to their respective ends. The shell is over-wrapped with woven or braided composite-type materials, such as graphite, KEVLAR, glass and boron.