Autosensitive detector and measurement system
OwnerRonald V. Calabreseinventor
Life of this patent
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Abstract
This disclosure relates to an autosensitive detector and an autosensitive measurement system with a self-adjustable set-off value, and more specifically, to a probe for adaptation to an environmental parameter such as liquids adapted to reset its measured sensitivity each time the probe is enabled or turned on, which can be further desensitized by adjusting a sensitivity correction factor by a factor (F) within the range of 0.05<F<2.01 of the reset sensitivity or of up to ten times or ten percent of the reset sensitivity but most likely of 10 to 20% from the initial value using a remote control system such as a handheld programmer or programming function of the sensor board.
Claims20
An autosensitive detector, comprising:
- a probe with a sensor for automatically detecting the evolution of an environmental parameter;
- and
- a control system with a casing having at least a probe connection, the control system with a probe corrected set-off value connected to the probe via the probe connection for automatically setting off the probe when the environmental factor evolves past the corrected probe set-off value,
- wherein the corrected probe set-off value is automatically calculated by measuring a first noncorrected probe set-off value based on a baseline resistance of the environmental parameter using the sensor, and correcting the noncorrected probe set-off value by a sensitivity correction factor.
An autosensitive measurement system with a set-off value, comprising:
- an autosensitive detector with a first connector, a probe with a sensor for automatically detecting the evolution of an environmental parameter, a ground, a command with a noncorrected set-off value based on a baseline resistance between the probe and the ground, and a sensitivity correction factor;
- and
- a control system with a casing, the control system with an interface and a second connector connected to the first connector for modifying the sensitivity correction factor via the interface,
- wherein a corrected set-off value is automatically calculated at each initialization of the autosensitive detector by multiplying the measure of resistance and the sensitivity correction factor.
An autosensitive detector, comprising:
- at least a probe each with a sensor for automatically detecting evolution of at least an environmental parameter;
- and
- at least a control system with a casing having at least a probe connection, the at least a control system with at least a probe corrected set-off value connected to at least one of the probes via the probe connection for setting-off the probe when the at least one of the environmental factors evolves past at least one of the corrected probe set-off values,
- wherein at least one of the corrected probe set-off values is automatically calculated by measuring a first noncorrected probe set-off value based on a baseline resistance of the at least one environmental parameter using the at least one sensor, and correcting the first non-corrected probe set-off value by a first sensitivity correction factor.
Dependencies are inferred from the claim text.