Abstract: Determination of the location of an error condition or a failure includes receiving at a network interface a first framed digital signal from customer premises equipment, and determining whether the first framed digital signal indicates a failure. Overhead bits are modified in the first framed digital signal to generate a second framed digital signal, such that the modification is equivalent to insertion of errors into the first framed digital signal at a bit error ratio (BER) of not greater than a predetermined ratio, if the first framed digital signal indicates a failure. The second framed digital signal is then sent from the network interface in place of the first framed digital signal to indicate that the failure reported by the first framed digital signal is located in the customer premises equipment. Otherwise, if no failure is indicated, the first framed digital signal is transmitted without any modifications.

Abstract: The present invention provides a suspension beam and bush attachment assembly. The assembly comprises a longitudinally extending control arm, a bush eye clamp, and a mounting bracket. The control arm has a bush end, a mid-region, an axle mount formed opposite of the bush end, and one or more fastener bore. The bush eye clamp is transversely mounted to the bush end of the control arm and has a center bore configured for receiving a bush therein and an axial slot biasing the bushing eye clamp open for bush insertion. To securely position the bush within the bush eye clamp, the mounting bracket is affixed to the bushing eye clamp and has one or more fastener bores substantially aligned with the one or more fastener bores of the control arm such that securing a fastener through each of the bores of the bracket and control arm couples the bracket to the control arm and biases the axial slot into a substantially closed position to contact and compress a perimeter of the bush with the bush eye clamp.

Abstract: One method operates a printer-controller application specific integrated circuit (ASIC) by applying a predetermined voltage to an analog input pin which identifies a desired operating mode (such as, but not limited to, one of at least several test modes) of the ASIC. An analog-to-digital converter (ADC) converts the voltage to a digital output which is used to configure the ASIC to operate in the desired operating mode. Another method operates a printer by applying a predetermined voltage to an analog input pin of an ADC which identifies the printer (such as, without limitation, the particular make or the particular make and model of the printer). The digital output of the ADC is used to configure a printer-controller ASIC to operate with the identified printer (such as, but not limited to, setting the maintenance cycle timing and/or setting the default printing mode required by the identified printer).

Abstract: A device for controlling a power distribution to subsystems, comprising a power input to be connected to a power source; a primary power output to be connected to a primary device; at least one secondary power output to be connected to at least one secondary device; sensing means for sensing when a current level falls below a threshold in response to the primary device being turned off and when the current level raises above a threshold in response to the primary device being turned on; executing means operatively connected with said sensing means and operative for interrupting a power supply to said at least one secondary device when the sensing means sense the current level below the threshold and supplying power to said at least one secondary device when said sensing means sense the current level above the threshold correspondingly; power limiting means for limiting voltage across said sensing means; and a low current operating means which increases the voltage to provide triggering of said executing means

Abstract: An apparatus for controlling a power distribution to devices has a power inlet to be connected to a power source, a primary power outlet to be connected to a primary device, at least one secondary power outlet to be connected to at least one secondary device, a sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the current level raises above a threshold in response to the primary device being turned on, an executing unit for interrupting a power supply to the at least one secondary power outlet when the sensing unit senses the currents level below the threshold and supplying power to the at least one secondary power outlet when the sensing unit senses the current level above the threshold correspondingly, and a unit for setting the threshold for interrupting a power supply lower than the threshold for supplying power to the at least one secondary outlet.

Abstract: The present invention provides a suspension beam and bush attachment assembly. The assembly comprises a longitudinally extending control arm, a bush eye clamp, and a mounting bracket. The control arm has a bush end, a mid-region, an axle mount formed opposite of the bush end, and one or more fastener bore. The bush eye clamp is transversely mounted to the bush end of the control arm and has a center bore configured for receiving a bush therein and an axial slot biasing the bushing eye clamp open for bush insertion. To securely position the bush within the bush eye clamp, the mounting bracket is affixed to the bushing eye clamp and has one or more fastener bores substantially aligned with the one or more fastener bores of the control arm such that securing a fastener through each of the bores of the bracket and control arm couples the bracket to the control arm and biases the axial slot into a substantially closed position to contact and compress a perimeter of the bush with the bush eye clamp.

Abstract: An apparatus for controlling a power distribution to devices has a power inlet to be connected to a power source, a primary power outlet to be connected to a primary device, at least one secondary power outlet to be connected to at least one secondary device, a sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the current level raises above a threshold in response to the primary device being turned on, an executing unit for interrupting a power supply to the at least one secondary power outlet when the sensing unit senses the currents level below the threshold and supplying power to the at least one secondary power outlet when the sensing unit senses the current level above the threshold correspondingly, and a unit for setting the threshold for interrupting a power supply lower than the threshold for supplying power to the at least one secondary outlet.

Abstract: A device for controlling a power distribution to subsystems, comprising a power input to be connected to a power source; a primary power output to be connected to a primary device; at least one secondary power output to be connected to at least one secondary system; sensing means for sensing when a current level falls below a threshold in response to the primary device being turned off and when the current level raises above a threshold in response to the primary device being turned on executing means operatively connected with said sensing means and operative for interrupting a power supply to said at least one secondary device when the sensing means sense the current level below the threshold and supplying power to said at least one secondary device when said sensing means sense the current level above the threshold correspondingly; power limiting means for limiting voltage across said sensing means and a low current operating means which increases the voltage to provide triggering of said executing means d

Abstract: A device for controlling a power distribution to subsystems which has a power input to be connected to a power source, a primary power output to be connected to a primary device, at least one secondary power output to be connected to at least one secondary device; sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the level current raises above a threshold in response to the primary device being turned on; and executing unit operatively connected with the sensing unit and operative for interrupting a power supply to the at least one secondary device when the sensing unit sense the current level below the threshold and supplying power to the at least one secondary device when the sensing unit sense the current level above the threshold corresepondingly.

Abstract: A device for controlling a power distribution to subsystems which has a power input to be connected to a power source, a primary power output to be connected to a primary device, at least one secondary power output to be connected to at least one secondary device; sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the level current raises above a threshold in response to the primary device being turned on; and executing unit operatively connected with the sensing unit and operative for interrupting a power supply to the at least one secondary device when the sensing unit sense the current level below the threshold and supplying power to the at least one secondary device when the sensing unit sense the current level above the threshold correspondingly; and means for limiting voltage across said sensing means so as to limit heat produced by said sensing means but at the same time to allow tripping of said sensing means.

Abstract: An apparatus for controlling a power distribution to devices has a power inlet to be connected to a power source, a primary power outlet to be connected to a primary device, at least one secondary power outlet to be connected to at least one secondary device, a sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the current level raises above a threshold in response to the primary device being turned on, and an executing unit operatively connected with the sensing unit and operative for interrupting a power supply to the at least one secondary power outlet when the sensing means sense the current level below the threshold and supplying power to the at least one secondary power outlet when the sensing means sense the current level above the threshold correspondingly, the sensing unit being formed as a high frequency current sensing coil.

Abstract: This invention relates to automotive evaporative emissions canisters. Such structures of this type employ a carbon-filled foam which adds adsorptive performance to the canister without having to enlarge the canister or having to change the carbon in the canister to a higher performance carbon.

Abstract: A high temperature superconductor lead assembly for reducing the heat leak into a cryocooled system features a shroud configured for at least partial submersion in a cryogenic fluid contained within a bath chamber, and a high temperature superconductor lead element at least partially contained within the shroud. In use, a portion of the high temperature superconductor lead element contained within the shroud extends below a fluid level of the cryogenic fluid in the bath chamber. The portion of the high temperature superconductor lead element is thermally shielded by the shroud such that it is maintained at a temperature higher than the temperature of the cryogenic fluid. The shroud is a double-walled vacuum structure with a sealed end and an open end. In use, the open end is submerged in the cryogenic fluid.

Abstract: An aromatic polyamide fiber containing a large amount of a surfactant, sufficient to enable it to be dyed a deep shade. The high surfactant level enables the fiber to be stabilized, at low temperatures, against progressive laundry shrinkage.