Abstract: Silencing equipment is provided for an air-cooling assembly in a large off-road vehicle having wheels, traction motors for the wheels that operate in a motoring mode to propel the vehicle and a power generating dynamic braking mode, resistor grids for dissipating the dynamic braking power, and a blower for moving cooling air past the grids to cool them. The silencing equipment may include a resistor grid housing 24 and at least one upper inlet 22 for passing cooling air to the interior of the housing. The inlet includes noise-absorbing material. A conduit 28 is provided for directing cooling air from the upper inlet through a transition chamber to reach the blower and at least one resistor grid in the housing. The conduit is lined with noise-absorbing material. A removable cover 30 is provided for the conduit for accessing the air blower in the housing through the transition chamber, whereby servicing of the blower may be performed without removal of the entire upper inlet.

Abstract: A system and method for retrofitting a propulsion circuit of an existing Off Highway Vehicle to enable the propulsion circuit to operate as a hybrid energy Off Highway Vehicle propulsion circuit. The hybrid propulsion circuit includes a primary power source, and a traction motor for preopelling an Off Highway Vehicle in response to the primary electric power. The traction motor has a motoring mode of operation and a power dissipation mode of operation. The traction motor generates dynamic braking electrical power in the power dissipation mode of operation. An electrical energy storage system includes a chopper circuit coupled to an energy storage device. The storage device is responsive to the chopper circuit to selectively store electrical energy generated in the power dissipation mode. The storage system selectively provides secondary electric power from the storage device to traction motor to assist in propelling the Off Highway Vehicle during the motoring mode.

Abstract: A fastening member used for, e.g., a disposable absorbent article is disclosed. The fastening member extends in a longitudinal direction and in a lateral direction and has a lateral centerline. The fastening member comprises a base panel and a shaped tab extending laterally from the base panel. The shaped tab has a longitudinal centerline, a lateral centerline, a distal portion and a proximal portion. The shaped tab has a contour edge comprising a shaped upper edge and a shaped lower edge. The shaped upper edge and the shaped lower edge are symmetric with respect to the longitudinal centerline of the shaped tab when relatively shifted in the longitudinal direction and are asymmetric with respect to the lateral centerline of the fastening member.

Abstract: An openable closure assembly including: a) a base having two end edges, a front longitudinal side and a back longitudinal side, a top surface and a bottom surface; b) an opening mechanism mounted on the top surface of the base adjacent to and spaced from both of the longitudinal side edges; c) at least one gripping aid joined to an end edge of the opening mechanism. Also disclosed are packages comprising the closure assembly. Additionally disclosed are securement loops which can be attached to the package bottom panel and into which the gripping aids can be inserted.

Abstract: An openable closure assembly including: a) a base having two end edges, a front longitudinal side and a back longitudinal side, a top surface and a bottom surface; b) an opening mechanism mounted on the top surface of the base adjacent to and spaced from both of the longitudinal side edges; c) at least one gripping aid joined to an end edge of the opening mechanism. Also disclosed are packages comprising the closure assembly. Additionally disclosed are securement loops which can be attached to the package bottom panel and into which the gripping aids can be inserted.

Abstract: Disclosed is an apparatus for telephone signaling comprising a burst detector connected across the line emanating from the central office and an amplifier, similarly connected, which is enabled with the output signal of the burst detector. In operation, the central office applies a succession of signal bursts of predetermined frequency and duration, followed by the desired alerting signal. When a signal burst is detected in the burst detector, the amplifier is enabled for a predetermined period of time following the signal burst. During the enabled time, the ringing signal applied by the central office is appropriately amplified to cause an alerting transducer to produce the desired sound.