Abstract: A new approach to respiration monitoring is made possible by the invention of a broad new class of patent-pending sensors that are labeled 'symmetric differential capacitive' (SDC). A pressure transducer of SDC type is used in the described remote respiratory monitor. It is similar to others that use a diaphragm, but its improved electrical symmetry permits greater sensitivity than was previously possible in inexpensive devices. As developed and employed, the SDC sensors have been routinely part of automated systems. Used with a personal computer, they are opening up new vistas in physics, both in research and in pedagogy. Thus, it is expected that their impact in medical areas along similar lines could also be significant.
Index Terms:
pneumodynamics; patient monitoring; computerised monitoring; pressure sensors; pressure transducers; microcomputer applications; medical computing; biomedical telemetry; electric sensing devices; remote respiratory monitor; symmetric differential capacitive sensors; pressure transducer; electrical symmetry; sensitivity; personal computer; physics
Citation:
R.D. Peters, "Remote Respiratory Monitor," cbms, pp.0204, Eighth IEEE Symposium on Computer-Based Medical Systems (CBMS'95), 1995