Abstract: An apparatus for specific fluid detection in prophylactic prognosis of a medical condition known as Sudden Infant Death Syndrome, that in one embodiment features a casing which is removably affixable to a sensor configured for receiving and transmitting the information of manifestation of micturition to an embodied acquisitioning accommodation embracing a variable frequency oscillator, the output of which interconnects with a signal converter conceptualized to transition a switching provision into energizing a built-in alarm system consequential to the signal converter's having sampled and found the oscillator's frequency to be representative of a manifestation of micturition in precursor to a CNS agonal episode derived laryngospasm attack, while in another embodiment, a switching structure provides for the energizing of an alarm configuration that injects its modulation into the signal circuitry of a baby listening device, and in yet another embodiment, provides for the switching on of a code modulator and t

Abstract: In general, the preferred form of the present invention comprises an electrical moisture sensing disposable baby diaper, having a moisture or liquid impervious outer sheet and a superimposed liquid permeable inner lining encapsulating a moisture absorbent wadding, and one single continuous electrically conductive material or two thin electrically conductive materials affixed flatly to one opposing surface between the outer sheet and the inner lining in an arrangement wherein a cavity comprising the feature of the touching of opposite inside surfaces is adjoined with one or more discrete securing means located within the central area respective the exterior margin of the absorbent wadding layer to provide a first and a second length of conduit of circuitry in said cavity respective the electrically conductive material, therefore to communicate with the inner lining and in the presence of moisture electrically short circuiting the electrically conductive materials, immediately signal the wet condition of the in