Abstract: A system and method for integrating call detail records for a multiple network environment includes an operations support system having call detail record control logic configured to combine wireless and wireline call detail records that correspond to the same customer into an integrated call record. Access manager control logic connected to the wireless network and switching control logic connected to the wireline network generate wireless and wireline call detail records that are received at the operations support system. Advantageously, combining the wireless and wireline call detail records forms an integrated call record.

Abstract: An apparatus including a front panel (102) and a bezel (104) coupled to the front panel (102) and having a gasket (110), where the gasket (110) is affixed to the bezel (104) and electrically couples the bezel (104) to the front panel (102). Bezel (104) can be a mezzanine card bezel, a common mezzanine card bezel, and the like. A method of electrically coupling a front panel (102) to a bezel (104) includes providing a front panel (102) having an inner surface (112) defining a cut-out (114). Also, providing a bezel (104) having a perimeter (118), where the inner surface (112) of the cut-out (114) is designed to receive the bezel (104). Affixing a gasket (110) to the perimeter (118) of bezel (104) an the inner surface (112) receiving the bezel (104) where the gasket (110) is designed to be coupled to the inner surface (112), and electrically coupling the bezel (104) to the front panel (102) through the gasket (110).

Abstract: A tub for receiving bodies and/or body parts. The bottom of the tub is sloped to one corner and a drain valve is attached in the one corner of the tub. The body and/or body parts are received in a transfer sheet or stretcher placed in the tub. A decontaminant is provided for application to the body and/or body parts. A method of use is disclosed.

Abstract: Methods and apparatus are provided for filtering electromagnetic interference (EMI) in an input/output port such as a uniform serial bus (USB) port. An electromagnetic interference filter for an input/output port transmitting both differential signals and single-ended signals between first and second input terminals and first and second output terminals suitably includes a differential mode filter electrically that is operable to reduce electromagnetic interference while passing the differential signals and a single-ended filter that is operable to reduce electromagnetic interference while passing single-ended signals of a different bandwidth from the differential signals.

Abstract: Methods and apparatus are provided for filtering electromagnetic interference (EMI) in an input/output port such as a uniform serial bus (USB) port. An electromagnetic interference filter for an input/output port transmitting both differential signals and single-ended signals between first and second input terminals and first and second output terminals suitably includes a differential mode filter electrically that is operable to reduce electromagnetic interference while passing the differential signals and a single-ended filter that is operable to reduce electromagnetic interference while passing single-ended signals of a different bandwidth from the differential signals.

Abstract: An apparatus for shield a device (102) includes a surface (104) where the device (102) is coupled to the surface (104) and the device produces electromagnetic energy (112). At least one grounded pad (106) is coupled to the surface (104) and a finger stock (108) is removably coupled to the grounded pad (106). A conductive heat sink (110) is coupled to the finger stock (108), where the conductive heat sink (110) operates to shield the electromagnetic energy (112) produced by the device (102). A method of shielding electromagnetic energy (112) includes placing at least one grounded pad (106) on a surface (104) and removably coupling a finger stock (108) to the grounded pad (106). Thereafter, coupling a conductive heat sink (110) to the finger stock (108) so that the finger stock (108) restorably compresses such that the conductive heat sink (110) couples to the device (102).

Abstract: An apparatus including a front panel (102) and a bezel (104) coupled to the front panel (102) and having a gasket (110), where the gasket (110) is affixed to the bezel (104) and electrically couples the bezel (104) to the front panel (102). Bezel (104) can be a mezzanine card bezel, a common mezzanine card bezel, and the like. A method of electrically coupling a front panel (102) to a bezel (104) includes providing a front panel (102) having an inner surface (112) defining a cut-out (114). Also, providing a bezel (104) having a perimeter (118), where the inner surface (112) of the cut-out (114) is designed to receive the bezel (104). Affixing a gasket (110) to the perimeter (118) of bezel (104) an the inner surface (112) receiving the bezel (104) where the gasket (110) is designed to be coupled to the inner surface (112), and electrically coupling the bezel (104) to the front panel (102) through the gasket (110).

Abstract: A flexible stretcher (100) and a tubular carrying case (170) are included in a stretcher system (10). Flexible stretcher (100) is formed by a pliant body member (102) having a head support portion (104), a torso support portion (110) and a leg support portion (106). The torso support portion includes a stiffened section (112) disposed between a pair of flexible side sections (114, 116). The stiffened section (112) includes three pockets (118, 122 and 126), each pocket having a respective stiffening member (120, 124 and 128) disposed therein. The three pockets (118, 122 and 126) are provided with a detachable closure (155) through which any of the slats (120, 124 and 128) may be replaced. Detachable closure (155) is formed by a pair of complementary hook-and-loop type fastening elements (158 and 160).

Abstract: This invention directs itself to a safety helmet to provide visibility of the wearer in a hostile environment such as smoke, dust and fog-like conditions. The safety helmet (10) includes a crown (18) and a brim section (20) surrounding the crown (18) and formed in one-piece formation with the crown (18). A flexible electroluminescent lamp rid (16) is mounted on the crown (18) or a transparent face shield (22) to provide electroluminescent light emission. The flexible electroluminescent lamp strip member (16) is electrically coupled to an electroluminescent actuating circuit (26) mounted on a rear section (14) of the safety helmet (10). Actuation of the electroluminescent lamp strip (16) allows for visual identification of the wearer and allows others in the vicinity to positionally locate the wearer of the electroluminescent lamp strip member (16).

Abstract: A peg for stringed musical instruments which allows quick and easy string replacement and which includes an inclined bore which communicates with a groove that encircles the head of the peg. In a preferred embodiment, a notch is provided in the head of the peg and extends transversely from the groove and in alignment with a bore opening spaced from the center of the groove.