Abstract: A patient-monitoring device includes an adapter with a flexible printed circuit, the flexible printed circuit includes a rigid portion with a rigid stiffener and a flexible portion with a trace, and with a connector that is connected to one end of the trace, that is movable in two or three dimensions independent of the rigid portion, and that is connectible to an electrode assembly.

Abstract: The invention replaces mechanical actuation of the valve (22) in lubricant dispense meters (10) to provide a software driven method of controlling the dispense of fluids. The design utilizes either a pressure sensitive membrane switch or a multi-position membrane switch (18) in conjunction with either a multistage solenoid actuated valve, a proportional solenoid actuated valve or an on/off solenoid actuated valve (22) to provide operator or programmed control of lubricant dispense frequency and flow rate via the meter's microprocessor.

Abstract: The system is designed to provide PC based comprehensive fluid management for automotive lubrication that is easy to install, operate and troubleshoot. The system utilizes facility's current business PC and is comprised of PC software, wireless PC transceiver, linked wireless repeater, standard wireless repeater, wireless electronic meter, wireless tank level monitor and pulse charger all in quantities as required for a given service facility. The PC software communicates directly with the meters via wireless communication modules (e.g. PC transceiver and repeaters) to set desired operational defaults, to control security authorization (if desired), to receive all dispense transactions (tied to work order or repair order if desired) and to receive rechargeable battery levels.