Abstract: A multipurpose multifunctional (M/M) interface device system comprises one or more system ports configured to couple to a system to be diagnosed; one or more diagnostic ports configured to couple to at least one diagnostic system; a set of power management modules configured to provide a full power level and a reduced power level; and a main processor module configured to control communications between the system ports and the diagnostic ports. The main processor module selectively transitions the M/M interface device between a standby mode at the reduced power level and an operational mode at the full power level in response to prescribed criteria. The device is useful in vehicle diagnostics, such as gas analyses, and other applications.

Abstract: A vehicle exhaust analyzer module including a housing enclosure having symmetrical portions secured together, a support shelf supported within the housing enclosure, a gas inlet for directing gaseous vehicle exhaust into the housing enclosure, a sensor assembly positioned on the support shelf for receiving the gaseous vehicle exhaust and providing an analysis of the gaseous vehicle exhaust, circuitry for controlling the sensor assembly, and a signal output connector coupled to the control circuitry for outputting a signal representing an analysis result of the sensor assembly.

Abstract: Automotive vehicle test equipment includes a controller which controls power supplied to a test circuit. The controller monitors a sleep mode switch which determines whether the controller enters a sleep mode. In sleep mode, the controller disconnects the test circuit from a power source. The controller also monitors a telephone line. Upon detection of a ring signal on the telephone line, the controller connects the test circuit to the power supply.