The phrase "alarm limit" is correct and usable in written English.
It can be used in contexts related to monitoring systems, safety protocols, or thresholds for alerts in various fields such as engineering, healthcare, or finance.
Example: "The alarm limit for the temperature sensor is set to 75 degrees Celsius to prevent overheating."
Alternatives: "alert threshold" or "warning limit".
There seems to be only one problem with the new false alarm limit.
If the defined deformation-based alarm limit regarding the structural reliability is exceeded, predefined contingency actions are put into operation.
It is able to recognize specific signal behaviours such as probe disconnection or steady state near the alarm limit threshold.
But it characterized the claimed process as doing nothing other than "provid[ing] a[n unpatentable] formula for computing an updated alarm limit". Flook, supra, at 586, 98 S.Ct.
And in Flook the Court expressed concern that the claimed process was simply "a formula for computing an updated alarm limit," which might "cover a broad range of potential uses". 437 U.S., at 586, 98 S.Ct.
Unlike the process in Diehr, it did not "explain how the variables used in the formula were to be selected, nor did the [claim] contain any disclosure relating to chemical processes at work or the means of setting off an alarm or adjusting the alarm limit". Diehr, supra, at 192, n. 14, 101 S.Ct.
During transitions, dynamic alarm limits obtained by the BEDAM method can control alarm floods.
The process in Flook (held not patentable) provided a method for adjusting "alarm limits" in the catalytic conversion of hydrocarbons.
During the abnormal plant conditions, too much information is produced due to momentary plant excursions above alarm limits.
Using modules to investigate the sets of alarm sensors and the alarm limits setting for first alarm alternative signals to distinguish the fault origin, an alarm system design method is proposed.
The detector׳s discrimination of neutrons from photons is relatively good; specifically, one out of 105 photons is misclassified as a neutron and, more importantly, this misclassification rate can be calculated precisely for different measurement environments and can be taken into account in setting alarm limits for neutron detection.
