TWI836765B - A method for avoiding repeated triggering of an alarm and an intelligent monitoring and alarm system - Google Patents

Abstract

The present invention provides a method for avoiding repeated triggering of an alarm and an intelligent monitoring and alarm system, which mainly input the sensing data into a database obtained by sensor. Use the logic of the data field to determine whether the alarm is activated. When the computer system checks that the sensing data exceeds the standard value within the alarm checking cycle, the computer system updates the first data field to the alarm activation time, and judges that the second data field is empty, confirming that the alarm is triggered. The computer system updates the second data field to the alarm off time according to the manual switching information. When the computer system re-checks the sensing data according to the alarm checking cycle and exceeds the standard value, the alarm activation time of the first data field is updated to the same sensing data acquisition time. When the computer system determines that the alarm off time is later than the alarm activation time, the alarm is confirmed close.

Description

Methods to avoid repeated triggering of alarms and intelligent monitoring and alarm systems

The present invention relates to a real-time alarm check, and in particular to a method to avoid repeated triggering of alarms and an intelligent monitoring alarm system.

In alarm applications, for example, to turn off the security alarm of a security system, the user can simply reset the security card reader to turn off the alarm system and the alarm.

In addition, alarms used in monitoring systems that monitor numerical values are often used as a basis for reminders of occurrences. Therefore, when an alarm occurs, maintenance personnel need to go to repair or staff to check and turn off the alarm. When maintenance personnel carry out corresponding maintenance work according to the occurrence of an alarm or when the staff wants to check the actual situation of the alarm, it is often impossible to shut down the operation of the entire monitoring system, but to turn off the sound of the corresponding alarm.

Therefore, even if the alarm ring is turned off by the maintenance personnel or staff, the alarm program of the entire monitoring system will still keep running until the next time the same alarm is detected, the alarm ring will be turned on again. For maintenance personnel or staff, the repeated alarm ringing will disturb them and affect their work.

In view of the problems raised by the prior art, the present invention provides a method for preventing alarms from being repeatedly triggered and an intelligent monitoring alarm system to solve the problem that the alarm program is repeatedly triggered, resulting in repeated alarm ringing and interrupting the work of workers or maintenance personnel.

According to an embodiment of the present invention, a method for avoiding repeated alarm triggering is provided, which is used in a computer system, and the computer system is provided with a database. The method includes: inputting a sensing data obtained by a sensor into the database; the computer system determines whether the sensing data exceeds a standard value according to an alarm check cycle; when the sensing data exceeds the standard value, the computer system updates an alarm activation time of a first data field, and confirms an alarm triggering when determining that a second data field is a null value; The computer system updates the second data field to a state with data according to a manual switching message during the alarm check cycle, and the second data field is an alarm closing time; and the computer system updates the alarm activation time of the first data field, and when it is determined that the second data field has data and the alarm closing time of the second data field is later than the alarm activation time, confirms that an alarm is closed.

According to another embodiment of the present invention, an intelligent monitoring and alarm system is provided, which includes: a computer system, the computer system is provided with a database; and a sensor is communicatively connected to the computer system, and the computer system receives the sensor. A sensing data obtained by the detector is input into the database. The computer system determines whether the sensing data exceeds a standard value based on an alarm check period. When the sensing data exceeds the standard value, the computer system updates an alarm activation time of a first data field and determines When a second data field is empty, confirm that an alarm is triggered. The computer system updates the second data field to have data according to a manual switching information during the alarm check period, and the second data field is an alarm closing time. Wherein the computer system updates the alarm activation time of the first data field, and when the alarm closing time of the second data field is later than the alarm activation time, an alarm is confirmed to be closed.

The possible technical effect of the present invention is that it can be applied to any monitoring system, machine or equipment that senses any value. When used in monitoring, it can determine whether the alarm is activated based on the logic of the alarm record in the data field, and can avoid work. Personnel or maintenance personnel are interrupted by unnecessary repeated alarms.

In order to further understand the technology, method and effect adopted by the present invention to achieve the established purpose, please refer to the following detailed description and drawings of the present invention. It is believed that the purpose, characteristics and features of the present invention can be deeply and specifically understood from them. However, the attached drawings are only provided for reference and explanation, and are not used to limit the present invention.

The following is an explanation of the implementation of the "method to avoid repeated triggering of alarms and intelligent monitoring alarm system" disclosed in the present invention through specific embodiments. Those skilled in the art can understand the advantages and advantages of the present invention from the content disclosed in this specification. Effect. The present invention can be implemented or applied through other different specific embodiments, and various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the concept of the present invention.

In addition, the drawings of the present invention are only for simple illustration and are not depicted according to actual size. Please note in advance. The following implementation will further explain the relevant technical content of the present invention. The first and second order descriptions mentioned in the present invention are only for the convenience of explaining the number or order of data fields and programs, but the disclosed content is not used to limit the protection scope of the present invention.

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, a brief introduction will be given below to the drawings needed to be used in the description of the embodiments. Obviously, the drawings in the following description are only some embodiments of the present invention. For those of ordinary skill in the art, other drawings can also be obtained based on these drawings without excessive effort.

The invention discloses a method to avoid repeated triggering of alarms and an intelligent monitoring alarm system. The invention is different from the alarm application generated by general alarm systems through comparison of numerical values and thresholds. The present invention can accurately determine whether an alarm is true, and can also avoid repeated triggering of alarms to generate the same alarm ring based on the update of sensing data, data update means for alarm checking, and logical judgment of data fields.

When the method of the present invention to avoid repeated triggering of alarms is applied in a computer system or implemented in a smart monitoring alarm system, the effect of avoiding repeated triggering of alarms can be realized in various environmental fields, machines or equipment, and not only can data The detection of data and accurate judgment of whether the alarm is true can also avoid repeated triggering of alarms, so that staff or maintenance personnel can perform relevant actions after learning that the alarm rings without being interrupted by repeated alarms.

The present invention will be further described as follows. According to an embodiment of the present invention, please refer to FIG. 1 , which shows a block diagram of an intelligent monitoring alarm system according to an embodiment of the present invention.

The present invention provides an intelligent monitoring alarm system, which includes but is not limited to: a computer system 10, a database 11 and a sensor 12.

In one embodiment, the computer system 10 can be a monitoring system or a host computer with a monitoring program installed. When the computer system 10 is a monitoring system, the sensor 12 can be used to monitor the value. Therefore, the monitoring system can be applied to monitor air, water quality or environmental pollution, etc. The monitoring system monitors the environmental values such as temperature, humidity or pollutant values. In addition, the computer system 10 can also be a monitoring system used in manufacturing equipment or machines in various industries to monitor the use of manufacturing equipment or machines, such as monitoring the voltage and current used by the machine, and the present invention is not limited to the above, and the present invention can be expanded to be applicable to numerical monitoring in various fields.

In one embodiment, the sensor 12 can be set according to the object or environment to be monitored. For example, when environmental pollution problems are to be detected, the sensor 12 can be set as a trihalomethane (THMs) sensor. Or, for example, when the operating voltage or current of the machine is to be detected, the sensor 12 can be set as a voltage sensor or a current sensor.

In one embodiment, the computer system 10 is provided with a database 11, and the sensor 12 is communicatively connected to the computer system 10. The database 11 may be a database formed by a server or a database provided by a mainboard corresponding to a data storage device in the computer system 10. The sensor 12 may directly transmit a sensing signal to the computer system 10, and the computer system 10 then transmits the data in the sensing signal including the sensing value and the sensing time to the database 11 for storage.

Please continue to refer to FIG. 2 and FIG. 3 . FIG. 2 presents a schematic diagram of the actual field application of the intelligent monitoring and alarm system according to an embodiment of the present invention. FIG. 3 presents a step flow of a method for avoiding repeated triggering of an alarm according to an embodiment of the present invention.

In one embodiment, a sensor 12, such as a temperature sensor, a humidity sensor or any environmental sensor, may be installed on the floor or space 200 to detect the ambient temperature or humidity of the floor or space 200, and a computer system 10 and a database 11 may be installed in a machine room or a monitoring center (not shown). This embodiment takes environmental monitoring as an example, but is not limited thereto.

Before executing steps S1 to S9 and step S31 in FIG. 3 , in one embodiment, the sensor 12 installed on the floor or space 200 can obtain sensing data of the floor or space 200 and transmit it to the computer system 10 . The measurement data may include the sensed value and time.

In one embodiment, the computer system 10 updates the sensing data according to a first program, and the updating of the sensing data is performed according to a sensing data checking cycle. That is to say, the sensing data checking period is not the periodic time for the sensor 12 to obtain the sensing data, but only confirms the update of the sensing data through time period checking.

In one embodiment, the sensing data is updated, for example, once every 30 seconds, for example, once every 0 seconds, 30 seconds, and 60 seconds, so that the sensing data in the database 11 can be kept up to date.

As shown in FIG. 2 and FIG. 3, in one embodiment, regarding step S1, when the sensor 12 is a temperature sensor and generates sensing data after sensing a temperature, the computer system 10 inputs the sensing data obtained by the sensor 12 into the database 11. Regarding step S3, the computer system 10 determines whether the sensing data exceeds a standard value. That is, the computer system 10 determines whether the sensing data exceeds a standard value according to an alarm check cycle. For example, the computer system 10 determines whether the sensed temperature exceeds the standard value. In this embodiment, determining whether the sensing data exceeds the standard value also includes the computer system 10 reading the data in the sensing data, and the present invention is not limited to this.

When the computer system 10 determines that the sensing data exceeds the standard value, step S5 is executed, and the computer system 10 updates an alarm activation time of the first data field to the time when the sensing data is obtained, and when it is determined that the second data field is a null value and there is no data, an alarm is confirmed to be triggered. The computer system 10 can issue a warning through a display screen (not shown) or a sound through an alarm (not shown) according to the alarm triggering, and the present invention is not limited to the above.

According to the above and in one embodiment, when the computer system 10 determines that the temperature data in the sensing data, for example 40°C, exceeds the average temperature of the floor or space 200 by 35°C and exceeds the standard value, it means that the air conditioner corresponding to the floor or space 200 may need to be turned on.

In other words, as long as the data in the sensing data exceeds the standard value, the time recorded in the sensing data is updated to the first data field, that is, the alarm activation time. For the computer system 10, the first data field records the time when the sensing data is obtained. Then, when the computer system 10 determines that there is no data in the second data field (that is, null), the alarm is confirmed to be triggered.

In one embodiment, if step S3 is executed to allow the computer system 10 to determine that the sensing data does not exceed the standard value, step S31 is executed, and the computer system 10 sets the first data field and the second data field to null values. Let the data fields be reset, and then return to step S1. In this embodiment, when the computer system 10 checks and determines that the sensing data does not exceed the standard value during the alarm check period, the computer system 10 sets the first data field and the second data field to null values, that is, the sensing data has been confirmed. The data does not exceed the standard or has any problems, and it is waiting to enter the next alarm check cycle. Moreover, the alarm check period is, for example, 0 to 10 seconds or 1 to 11 seconds, and the next alarm check period is, for example, 10 to 20 seconds or 11 to 21 seconds, and so on, and the present invention is not limited to the above.

Before executing step S7, the maintenance personnel or staff will go to perform maintenance, check or handle the corresponding situation of the alarm according to the screen warning or the actual alarm sound triggered by the confirmation alarm generated by the computer system 10. Therefore, the maintenance personnel or staff will turn off the alarm that generates the actual sound to avoid being disturbed by the sound. Therefore, after the alarm is turned off, a manual switching information will be generated through the computer system 10. At this time, step S7 is executed again. The computer system 10 updates the second data field to a state with data according to the manual switching information. The second data field is an alarm closing time.

In one embodiment, the computer system 10 can execute steps S1~S7 or S31 within the alarm check cycle. In step S7, the computer system 10 updates the second data field to a state with data according to the manual switching information within the alarm check cycle, and the present invention is not limited to the foregoing.

In one embodiment, the generation of manual switching information is not limited to the computer system 10 generating the manual switching information when maintenance personnel or staff manually turn off the alarm. The manual switching information can also be generated when maintenance personnel or staff want to deal with problems corresponding to the alarm. of. For example, when the computer system 10 confirms that the alarm is triggered and the alarm sounds, and the maintenance personnel want to repair the machine, the machine enters the maintenance mode and automatically turns off the alarm to generate a manual switching message. In addition, when the alarm sounds based on confirmation of the alarm triggering, it can also automatically turn off the alarm after a period of sound or periodically after sounding to generate a manual switching message, and the generation of the manual switching message can indicate that the staff or maintenance personnel Personnel have arrived at the scene for processing, and the present invention is not limited to the above.

In one embodiment, because the computer system 10 has updated the second data field to have data according to the manual switching information, that is, the original null value is changed to the time when the manual switching information is generated, that is, the time when the manual switching information is generated is updated to the second data field. The present invention is not limited to the above.

Finally, step S9 is executed again. When the computer system 10 determines that the sensing data exceeds the standard value during the alarm check cycle, the computer system 10 updates the alarm activation time of the first data field, and when it is determined that there is data in the second data field and the alarm closing time of the second data field is later than the alarm activation time, it confirms that an alarm is closed.

In one embodiment, before step S9 is executed, there is a first alarm check period, such as the aforementioned 0 to 10 seconds, and the second alarm check period is 10 to 20 seconds, and so on. Because the aforementioned sensing data is updated, for example, every 30 seconds, and when the alarm check cycle is shorter than the sensing data update cycle, the present invention can solve the problem of repeated alarm triggering by executing steps S1 to S9 in this case. In other words, because the sensing data takes a long time to be updated, the alarm check cycle continues to be repeated several times during the period when the sensing data is not updated. The present invention can solve this problem.

In one embodiment, when performing step S3 to determine whether the value in the sensing data exceeds the standard value, if the relevant value of the sensing data is normal, the subsequent step of turning off the alarm is no longer performed and step S31 is performed, and the computer system 10 restarts. Waiting for the update of the sensing data, that is, the computer system 10 waits to receive the next piece of sensing data, and then executes step S1 again. Moreover, when step S1 is executed, it can also be executed after step S31 is executed, and the present invention is not limited to the above.

In one embodiment, after executing step S5, the alarm triggering can be confirmed so that the maintenance personnel or staff know that the alarm has actually occurred, because the maintenance personnel or staff must perform subsequent handling of the alarm. Executing step S7 can confirm that the maintenance personnel or staff want to turn off the alarm and prevent the computer system 10 or its corresponding monitoring system from triggering the alarm again. Therefore, through the logical judgment of the data in the first data field and the second data field, that is, executing step S9, when entering the (next) alarm check cycle, it can be confirmed that the alarm is turned off, avoiding repeated triggering of the alarm, and allowing maintenance personnel or staff to To smoothly carry out the corresponding processing and avoid being disturbed by the alarm sounding again, that is, after the computer system 10 confirms that the alarm is turned off, the computer system 10 turns off the alarm.

The present invention is further described as follows. Please continue to refer to FIG. 4 . FIG. 4 presents a flowchart of steps performed according to the sensing data update time and the alarm check cycle of a method to avoid repeated triggering of alarms according to an embodiment of the present invention.

In the steps of FIG. 4 , taking the sensor 12 to sense the ambient temperature as an example, the computer system 10 updates the sensing data in a periodic cycle according to the first program, for example, sensing data is performed at 0 seconds, 30 seconds, and 60 seconds. Update of test data. That is, step S01 is executed first, and at 0 seconds, the computer system 10 inputs the sensing data obtained by the sensor 12 into the database 11 .

According to the above, step S03 is executed after step S01 is executed. In one embodiment, for example, the update time of the sensing data is 00 seconds, and then the next second is, for example, 01 seconds. Step S03 is executed, and the computer system 10 checks the cycle according to the alarm. It is judged whether the sensing data exceeds the standard value. When the sensing data does not exceed the standard value, step S032 is executed. The computer system 10 sets the first data field and the second data field to null values, and then returns to step S01. When the sensed data exceeds the standard value, step S031 is executed. In step S031, the computer system 10 updates the data in the first data field to the alarm activation time (ie, the time when sensing data is obtained), and determines that the alarm is triggered when it determines that the second data field is null.

Step S05 is then executed. The computer system 10 updates the second data field to have data according to the manual switching information during the alarm check period, and the second data field is the alarm closing time.

Because the second data field has been updated to the alarm closing time according to the manual switching information, step S07 is executed again. When the computer system 10 rechecks the sensing data according to the alarm check cycle and finds that it exceeds the standard value, the alarm activation time of the first data field is updated to the time when the same sensing data is obtained. When the computer system 10 determines that the alarm closing time is later than the alarm activation time, it confirms that the alarm is closed.

In one embodiment, the alarm checking period is from the 01st second to the 10th second, but is not limited to the above.

In one embodiment, step S07 is executed in the next alarm check cycle, for example, from the 11th second to the 20th second. If the sensing data still exceeds the standard value in the next alarm check cycle, the data in the first data field is updated to the time when the same sensing data is obtained, which means that the alarm has not been released. Therefore, the computer system 10 confirms that the alarm is closed when it determines that the alarm closing time is later than the alarm activation time based on the manual switching information. The alarm off time represents the time of manually switching the information update, indicating that the maintenance personnel or staff really want to turn off the alarm. The present invention regularly updates the sensing data and confirms the alarm in each alarm check cycle to determine whether there is data in the second data field and compares the time sequence with the first data field. It can be determined that the alarm must be turned off, thereby avoiding repeated alarm triggering.

In one embodiment, the alarm check period includes at least one alarm check time, and the alarm check time may be, for example, the 01st second in step S03 and the 11th second in step S07. That is, when the alarm check time arrives, the computer system 10 checks whether the sensed data exceeds the standard value according to the second program. When the alarm check time of the alarm check cycle arrives again, the computer system 10 checks again according to the second program whether the sensed data exceeds the standard value. When the value is set, the alarm activation time for updating the data in the first data field is the time when the same sensing data is obtained, and the alarm check time is a fixed time, and the present invention is not limited to the above.

In one embodiment, the computer system 10 checks whether the sensing data within the alarm checking period exceeds the standard value according to the second program, updates the alarm activation time of the first data field if it exceeds the standard value, and determines that the second data field is When empty, the acknowledgment alert is triggered. The computer system 10 updates the second data field to a state of having data according to the manual switching information according to the second program and within the alarm check period. Furthermore, during the alarm check cycle, when the computer system 10 rechecks the sensing data according to the second program and exceeds the standard value, the data in the first data field is updated to the time when the same sensing data was obtained. When the computer system 10 determines the alarm according to the second program Confirm alarm shutdown when the shutdown time is later than the alarm activation time.

Furthermore, as shown in FIG. 5 , FIG. 5 presents the sensing data acquisition time and null value respectively represented by the first data field and the second data field according to an embodiment of the present invention.

During the execution of the method for avoiding repeated triggering of alarms, the computer system 10 can perform data logic judgment based on the status of the first data field 13 and the second data field 14 to determine the sense value obtained by the sensor 12. To test whether the data really exceeds the standard value, an alarm trigger and corresponding sound must be generated, and to avoid repeated triggering of the alarm and turning off the alarm.

In one embodiment, when the data status of the first data field 13 and the second data field 14 has not been updated, it may be empty, indicating that the computer system 10 is in a standby state or a monitoring state. In addition, the first data field 13 may be set to represent that when the sensed data exceeds the standard value, the data status of the first data field 13 is updated with the time when the sensed data is obtained. The first data field 13 indicates that the value of the sensed data really exceeds the standard value, which is indicated by the alarm activation time, and the alarm triggering can be confirmed.

In addition, the second data field 14 was originally a null value, indicating that there was no data update or no data status. Therefore, when the sensed data exceeds the standard value, the data status of the first data field 13 is updated, and when the computer system 10 determines that the second data field 14 has no data status, it confirms that the alarm is triggered. When the second data field 14 in this embodiment is empty, it means that the first data field 13 represents the determination that the value of the sensed data really exceeds the standard value, and it can be confirmed that the alarm is triggered, and the computer system 10 can issue it through a physical alarm. The alarm sounds to notify maintenance personnel or staff to handle the problem.

As shown in FIG. 5A , FIG. 5A shows a state where the second data field is updated to have data according to an embodiment of the present invention.

Therefore, in the present invention, after confirming that the alarm is triggered, the computer system 10 updates the second data field 14 to have data according to the manual switching information during the alarm check period, and the second data field 14 is the alarm closing time.

When the computer system 10 rechecks the sensing data according to the alarm check cycle and the sensing data exceeds the standard value, the alarm activation time of the first data field 13 is updated to the time when the same sensing data is obtained, and at this time, it can be further determined that the alarm is triggered. When the computer system 10 determines that the alarm off time is later than the alarm activation time, it is confirmed that the alarm is off. As shown in FIG. 5A, the second data field 14 is not only in a state of having data, but also the data time is later than the data time of the first data field 13, it can be determined that the alarm is off.

In one embodiment, the first program and the second program run by the computer system 10 may be monitoring programs in the monitoring system and are displayed through the display screen 100 of the computer system 10 . The first program and the second program are, for example, one of a temperature data monitoring program and an alarm check program for alarm confirmation. Moreover, when the computer system 10 is an electronic device or machine, the operation of the first program and the second program may also be a monitoring program other than the manufacturing process of the electronic device or machine to monitor the operation of the electronic device or machine. , and the present invention is not limited to the above.

[Possible technical effects of the present invention]

The possible technical effect of the present invention is that it can be applied to any monitoring system, machine or equipment that senses any value. When used in monitoring, it can confirm whether the alarm is activated or not according to the logical judgment of the alarm record in the data field, and can achieve Prevent workers or maintenance personnel from being interrupted by unnecessary repeated alarms.

Finally, it should be noted that in the foregoing description, although the concept of the technology of the present invention has been specifically shown and described in a plurality of exemplary embodiments, those with ordinary knowledge in the field of this technology will understand that without Various changes in form and details may be made without departing from the scope of the technical concept of the present invention as defined by the following claims.

10:Computer system 11:Database 12: Sensor 13:First data field 14: Second data field 100:Display screen 200: Floor or space S1~S9: steps S31: Steps S031: Steps S032: Steps S01~S07: Steps

FIG. 1 presents a block diagram of a smart monitoring and alarm system according to an embodiment of the present invention.

FIG. 2 presents a schematic diagram of the actual field application of the intelligent monitoring and alarm system according to an embodiment of the present invention.

FIG. 3 presents a step flow of a method for avoiding repeated triggering of an alarm according to an embodiment of the present invention.

FIG. 4 presents a flowchart of steps performed according to the sensing data update time and the alarm check cycle of a method to avoid repeated triggering of alarms according to an embodiment of the present invention.

FIG. 5 shows the sensing data acquisition time and the null value represented by the first data field and the second data field respectively according to an embodiment of the present invention.

FIG. 5A shows an embodiment of the present invention showing a state of updating the second data field to have data.

S1~S9: Steps

S31: Steps

Claims (10)

A method to avoid repeated triggering of an alarm is used in a computer system. The computer system is provided with a database. The method includes: inputting sensing data obtained by sensing a sensor into the database through the computer system. in; the computer system determines whether the sensing data exceeds a standard value based on an alarm check period; if the sensing data exceeds the standard value, the computer system updates an alarm activation time of a first data field, and When it is determined that a second data field is empty, an alarm is triggered; the computer system updates the second data field to a state of having data according to a manual switching information during the alarm check period, and the second data field The bit is an alarm closing time; and the computer system updates the alarm activation time of the first data field, and when it is determined that the second data field has data, and the alarm closing time of the second data field is later Confirm that an alarm is off at the alarm activation time. A method for avoiding repeated alarm triggering as described in claim 1, wherein the computer system updates the sensing data according to a first program, and the updating of the sensing data is performed according to a sensing data check cycle, wherein the sensing data check cycle is longer than the alarm check cycle. The method of avoiding repeated triggering of an alarm as described in claim 1, wherein the computer system checks whether the sensing data within the alarm checking period exceeds the standard value according to a second program, and updates the first data if it exceeds the standard value. The alarm activation time of the field is the time when the sensing data is obtained, and when it is judged that the second data field is empty, the alarm is confirmed to be triggered, and the computer system performs the alarm checking according to the second program and within the alarm checking period. The alarm closing time of the second data field is updated according to the manual switching information. A method for avoiding repeated alarm triggering as described in claim 3, wherein the computer system updates the alarm activation time of the first data field to the time when the same sensing data is obtained when the sensing data is re-checked according to the second program during the alarm check cycle, and when the computer system determines that the alarm closing time is later than the alarm activation time according to the second program, the alarm is confirmed to be closed. The method for avoiding repeated triggering of an alarm as described in claim 3, wherein the alarm check cycle includes at least one alarm check time. When the alarm check time expires, the computer system checks whether the sensing data exceeds the second program according to the second program. When the alarm check time of the alarm check cycle arrives again, the computer system checks the sensing data again according to the second program and exceeds the standard value, and updates the data in the first data field to be the same as the sensing data. The time when the measurement data is obtained, the alarm check time is a fixed time. A method for avoiding repeated alarm triggering as described in claim 1, wherein when the computer system checks and determines that the sensing data does not exceed the standard value during the alarm check cycle, the computer system sets the first data field and the second data field to null values and waits to enter the next alarm check cycle. A smart monitoring alarm system includes: a computer system, the computer system is provided with a database; and a sensor, which is communicatively connected to the computer system, and the computer system receives a sensing data obtained by the sensor and inputs it into the database; wherein the computer system determines whether the sensing data exceeds a standard value according to an alarm check cycle, and when the sensing data exceeds the standard value, the computer system updates an alarm activation of a first data field. The computer system updates the alarm activation time of the first data field and determines that a second data field is empty, confirming that an alarm is triggered; wherein the computer system updates the second data field to a state with data according to a manual switching information during the alarm check cycle, and the second data field is an alarm closing time; wherein the computer system updates the alarm activation time of the first data field, and when the alarm closing time of the second data field is later than the alarm activation time, confirming that an alarm is closed. The intelligent monitoring alarm system as described in claim 7, wherein the alarm check cycle includes at least one alarm check time. When the alarm check time is reached, the computer system checks whether the sensing data exceeds the standard value according to a second program. When the alarm check time of the alarm check cycle is reached again, the computer system checks again according to the second program whether the sensing data exceeds the standard value, and updates the data of the first data field to the same time when the sensing data is obtained. The alarm check time is a fixed time. The intelligent monitoring alarm system as described in claim 7, wherein when the computer system checks and determines that the sensing data does not exceed the standard value during the alarm check cycle, the computer system sets the first data field and the second data field to null values and waits to enter the next alarm check cycle. An intelligent monitoring alarm system as described in claim 7, wherein the computer system updates the sensing data according to a first program, and the updating of the sensing data is performed according to a sensing data check cycle, and the sensing data check cycle is longer than the alarm check cycle.

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