CN114095701A - Intelligent monitoring method and system for machine room and computer readable storage medium - Google Patents
Intelligent monitoring method and system for machine room and computer readable storage medium Download PDFInfo
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Abstract
The application relates to a machine room intelligent monitoring method, a system and a computer readable storage medium, wherein the method comprises the following steps: establishing a monitoring center, monitoring the machine room and transmitting a monitoring image to the monitoring center in real time; the monitoring center stores and analyzes the acquired monitoring image, judges whether an abnormal condition occurs or not, and starts an alarm if the abnormal condition occurs; detecting environmental parameters in the machine room, and sending the detected environmental parameters in the machine room to a monitoring center; after receiving the environmental parameters, the monitoring center regulates and controls the machine room environment and alarms abnormal environmental parameters; the monitoring center detects the power failure of a line for supplying power to equipment in the machine room in real time, and starts a preset standby power supply to supply power to the machine room if the power failure occurs; and the monitoring center uploads the received monitoring image and the received environmental parameters to a preset cloud server in real time. The method and the device have the advantages that the accident occurrence is predicted in advance, and the effect of preventing accidents in advance is achieved.
Description
Technical Field
The present application relates to the field of machine room monitoring, and in particular, to a machine room intelligent monitoring method, system and computer readable storage medium.
Background
With the rapid development of the internet industry, the scale of the information system is continuously enlarged. Today, with the day to day, the steady infrastructure construction serves to some extent as a foundation stone for continued growth of internet companies. At present, the information network is in an era of high-speed information exchange and propagation, and is closely combined with daily office work, life and study. The computer room is an important place for information processing and exchange, and is used for placing various important devices, such as a network switch, a server cluster, a memory, data input/output wiring, a network monitoring terminal and the like. In general, information services of different sizes are required to be equipped with different amounts of equipment, and accordingly, the areas of rooms for housing the equipment are different. The floor space of a small machine room is usually tens to hundreds of square meters, while the floor space of a large machine room can reach tens of thousands of square meters.
Therefore, monitoring equipment is required to be arranged to monitor the whole machine room, potential safety hazards of the machine room are eliminated, and breakdown of the equipment in the machine room due to faults is avoided. The machine room monitoring system monitors and manages the running state and working parameters of all system equipment in real time, finds out component faults or parameter abnormity, immediately adopts various alarm modes such as multimedia animation, voice, telephone, short message and the like, records historical data and alarm events, and provides intelligent expert diagnosis suggestions, remote monitoring and management functions, WEB browsing and the like. However, the existing machine room monitoring usually adopts a passive monitoring mode, and can give an alarm after a fault or disaster occurs, and still generates great loss.
For the related technologies, the inventor thinks that the existing machine room monitoring system can only give an alarm for the potential safety hazard in the machine room after the potential safety hazard occurs, still causes great loss, and cannot predict the occurrence of the potential safety hazard in time.
Disclosure of Invention
In order to solve the problems that a machine room monitoring system can only give an alarm after the occurrence of potential safety hazards in a machine room, still causes great loss and cannot predict the occurrence of the potential safety hazards in time, the application provides an intelligent machine room monitoring method and system and a computer readable storage medium.
In a first aspect, the present application provides an intelligent monitoring method for a machine room, which adopts the following technical scheme:
an intelligent monitoring method for a machine room comprises the following steps:
establishing a monitoring center, monitoring the machine room through a monitoring camera arranged in the machine room and transmitting a monitoring image to the monitoring center in real time;
the monitoring center stores and analyzes the acquired monitoring image, judges whether an abnormal condition occurs or not, starts an alarm if the abnormal condition occurs, and sends alarm information to patrol personnel;
detecting environmental parameters in the machine room through an environmental monitoring sensor arranged in the machine room, and sending the detected environmental parameters in the machine room to a monitoring center;
after receiving the environmental parameters, the monitoring center compares the environmental parameters with a preset environmental scheme, regulates and controls the machine room environment through environmental regulation and control equipment preset in the machine room, and gives an alarm for abnormal environmental parameters;
the monitoring center checks the employee through the monitoring image after the employee enters the machine room, and if the authority authentication is not passed, the alarm is started to give an alarm;
the monitoring center detects the power failure of a line supplying power to equipment in the machine room in real time, starts a preset standby power supply to supply power to the machine room if a power failure condition occurs, and simultaneously alarms through a preset alarm;
and the monitoring center uploads the received monitoring image and the received environmental parameters to a preset cloud server in real time.
By adopting the technical scheme, the machine room is subjected to all-dimensional video monitoring, the safety of equipment in the machine room can be effectively ensured, and abnormal conditions can be found in advance and processed in advance through the analysis of the monitoring images, so that the effect of preventing in the bud is achieved; the environment in the machine room is maintained through the preset machine room regulation and control equipment by detecting the environmental parameters of the machine room, so that the environment in the machine room is kept in a proper state, and the probability of accidents is reduced; and through carrying out outage detection to the power supply line in the computer lab and combining stand-by power supply's setting, ensure the steady operation of equipment in the computer lab, avoid the phenomenon that the outage leads to data loss suddenly.
Preferably, the monitoring center stores and analyzes the acquired monitoring image, judges whether an abnormal condition occurs, starts the alarm if the abnormal condition occurs, and sends alarm information to patrol personnel, and the method specifically comprises the following steps: the monitoring images comprise normal monitoring images and thermal imaging monitoring images in the machine room, the monitoring center analyzes and reads the thermal imaging monitoring images, judges whether point positions with point position temperatures exceeding a preset reference value exist in the thermal imaging monitoring images or not, starts an alarm if the point positions exist in the thermal imaging monitoring images, and sends alarm information to patrol personnel.
Through adopting above-mentioned technical scheme, adopt different types of surveillance cameras to monitor and then generate normal control image and thermal imaging control image in the computer lab, through carrying out the analysis to thermal imaging control image and reading, discover in advance that the temperature exceeds the position of predetermineeing the benchmark value, overhaul, effectively reduce the emergence probability of conflagration in the computer lab, reach and take precautions against in the effect in the bud.
Preferably, the detecting the environmental parameters in the machine room by the environmental monitoring sensor arranged in the machine room specifically includes:
detecting the temperature and humidity in the machine room through a temperature and humidity sensor;
detecting the concentration content of harmful gas in the machine room through a harmful gas sensor;
detecting combustible gas in the machine room through a combustible gas sensor;
smoke in the machine room is detected through the fire smoke sensor.
By adopting the technical scheme, the environment in the machine room is maintained through the preset machine room regulation and control equipment by detecting the environmental parameters of the machine room, so that the environment in the machine room is kept in a proper state, and the accident probability is reduced.
Preferably, the environment conditioning equipment comprises an air conditioner, a humidifier, ventilation equipment and fire fighting equipment.
Through adopting above-mentioned technical scheme, can high-efficient swift maintain the computer lab internal environment for the computer lab internal environment keeps under suitable state, reduces the probability that the accident took place.
Preferably, the monitoring center performs authority authentication on the staff entering the machine room, the staff enters the machine room and then is checked through the monitoring image, and if the authority authentication fails, the alarm is started to give an alarm, and the method specifically comprises the following steps:
the monitoring center identifies the identity authority of the workers about to enter the machine room at the entrance of the machine room, wherein the identity authority identification adopts one or more combinations of facial identification, fingerprint identification, IC card reading identification, identity ID identification and password identification;
the monitoring center controls the monitoring camera to take a picture of the face characteristics and the behavior characteristics of the workers entering the machine room after identity verification;
the monitoring center extracts the face features of the workers in the monitored image, compares the face features with the face features of the workers stored in advance, judges whether the identity verification information read by the monitoring center and the identity recognition is the same person or not, if the identity verification information read by the monitoring center and the identity recognition read by the monitoring center is the same person, the verification is passed, and if the identity verification information is not passed, an alarm is given;
and the monitoring center compares the acquired behavior characteristics with prestored violation behavior characteristics to judge whether violation behaviors exist or not, and if yes, an alarm is given.
Through adopting above-mentioned technical scheme, through carrying out the authority authentication to the staff to monitoring the action characteristic of the staff who gets into in the computer lab, can further protect the equipment of computer lab, improve the security of computer lab, avoid causing serious accident, accomplish to guard against in the bud, improve the security of computer lab.
Preferably, the monitoring center is used for monitoring the electric quantity of the standby battery which is not in use, and when the electric quantity of the standby battery is detected to be lower than a preset threshold value, the standby battery is charged.
Through adopting above-mentioned technical scheme, monitor the electric quantity of the stand-by battery of service condition not, ensure the steady operation of equipment in the computer lab, avoid the phenomenon that the outage leads to data loss suddenly.
In a second aspect, the present application provides an intelligent monitoring system for a machine room, which adopts the following technical scheme:
an intelligent monitoring system of a machine room is applied to the intelligent monitoring method of the machine room in any scheme, and comprises a monitoring center module, a machine room monitoring module, an environment adjusting module, an authority authentication module, a power failure detection module and an alarm module, wherein the monitoring center module, the machine room monitoring module, the environment adjusting module, the authority authentication module, the power failure detection module and the alarm module are in communication connection with one another;
the machine room monitoring module comprises a plurality of monitoring cameras and is used for monitoring the machine room and transmitting a monitoring image to the monitoring center in real time;
the environment monitoring module is used for detecting the environment parameters in the machine room and sending the detected environment parameters in the machine room to the monitoring center;
the environment adjusting module is used for adjusting and controlling the environment of the machine room;
the authority authentication module is used for performing authority authentication on the workers entering the machine room;
the power failure detection module is used for performing power failure detection on a line for supplying power to equipment in the machine room, starting a preset standby power supply to supply power to the machine room if a power failure condition occurs, and alarming through the alarm module;
the alarm module is used for carrying out alarm reminding;
the monitoring center module is used for storing and analyzing the acquired monitoring images, judging whether abnormal conditions occur or not, starting the alarm module to give an alarm if the abnormal conditions occur, and sending alarm information to patrol personnel; and the system is also used for checking the identity authority after the employee enters the machine room through the monitoring image, and starting the alarm module to give an alarm if the authority authentication fails.
By adopting the technical scheme, the machine room is subjected to all-dimensional video monitoring, the safety of equipment in the machine room can be effectively ensured, and abnormal conditions can be found in advance and processed in advance through the analysis of the monitoring images, so that the effect of preventing in the bud is achieved; the environment in the machine room is maintained through the preset machine room regulation and control equipment by detecting the environmental parameters of the machine room, so that the environment in the machine room is kept in a proper state, and the probability of accidents is reduced; and through carrying out outage detection to the power supply line in the computer lab and combining stand-by power supply's setting, ensure the steady operation of equipment in the computer lab, avoid the phenomenon that the outage leads to data loss suddenly. .
Preferably, the monitoring cameras comprise a plurality of monitoring cameras and a plurality of thermal imaging cameras, the monitoring center module receives thermal imaging monitoring images shot by the thermal imaging cameras, analyzes the thermal imaging monitoring images, reads the thermal imaging monitoring images, judges whether point positions with point position temperatures exceeding a preset reference value exist in the thermal imaging monitoring images, starts the alarm module to give an alarm if the point positions exist, and sends alarm information to patrol personnel.
Through adopting above-mentioned technical scheme, adopt different types of surveillance cameras to monitor and then generate normal control image and thermal imaging control image in the computer lab, through carrying out the analysis to thermal imaging control image and reading, discover in advance that the temperature exceeds the position of predetermineeing the benchmark value, overhaul, effectively reduce the emergence probability of conflagration in the computer lab, reach and take precautions against in the effect in the bud.
Preferably, the environment monitoring module comprises a plurality of temperature and humidity sensors, a plurality of harmful gas sensors, a plurality of flammable gas sensors and a plurality of smoke sensors; the environment adjusting module comprises an air conditioner, a humidifier, a ventilation device and a fire fighting device.
By adopting the technical scheme, the environment in the machine room is maintained through the preset machine room regulation and control equipment by detecting the environmental parameters of the machine room, so that the environment in the machine room is kept in a proper state, and the accident probability is reduced.
In a third aspect, the present application provides a computer-readable storage medium, which adopts the following technical solutions:
a computer readable storage medium storing a computer program capable of being loaded by a processor and executing any one of the above-mentioned intelligent monitoring methods for a computer room.
By adopting the technical scheme, the machine room is subjected to all-dimensional video monitoring, the safety of equipment in the machine room can be effectively ensured, and abnormal conditions can be found in advance and processed in advance through the analysis of the monitoring images, so that the effect of preventing in the bud is achieved; the environment in the machine room is maintained through the preset machine room regulation and control equipment by detecting the environmental parameters of the machine room, so that the environment in the machine room is kept in a proper state, and the probability of accidents is reduced; and through carrying out outage detection to the power supply line in the computer lab and combining stand-by power supply's setting, ensure the steady operation of equipment in the computer lab, avoid the phenomenon that the outage leads to data loss suddenly.
In summary, the present application includes at least one of the following beneficial technical effects:
1. the machine room is subjected to all-dimensional video monitoring, so that the safety of equipment in the machine room can be effectively ensured, and abnormal conditions can be found in advance and processed in advance through the analysis of the monitored images, so that the effect of preventing in the bud is achieved; the power failure detection is carried out on the power supply circuit in the machine room in combination with the setting of the standby power supply, so that the stable operation of equipment in the machine room is ensured, and the phenomenon of data loss caused by sudden power failure is avoided;
2. monitoring the machine room by adopting different types of monitoring cameras to generate a normal monitoring image and a thermal imaging monitoring image, analyzing and reading the thermal imaging monitoring image, finding a point position with temperature exceeding a preset reference value in advance, and overhauling the point position, thereby effectively reducing the occurrence probability of fire in the machine room and achieving the effect of preventing fire in the bud;
3. through the detection to computer lab environmental parameter, the environment in the computer lab is maintained to the computer lab through predetermined computer lab regulation and control equipment for the environment in the computer lab keeps under suitable state, reduces the probability that the accident took place.
Drawings
FIG. 1 is a flow chart of a method of an intelligent monitoring method for a machine room in an embodiment of the present application;
FIG. 2 is a block diagram of a method of detecting environmental parameters of a machine room in an embodiment of the present application;
FIG. 3 is a block diagram of a method of image verification analysis in an embodiment of the present application;
fig. 4 is a system block diagram of the intelligent monitoring system of the machine room in the embodiment of the present application.
Description of reference numerals: 1. a monitoring center module; 2. a machine room monitoring module; 21. a surveillance camera; 22. a thermal imaging camera; 3. an environment monitoring module; 31. a temperature and humidity sensor; 32. a harmful gas sensor; 33. a flammable gas sensor; 34. a smoke sensor; 4. an environment conditioning module; 41. an air conditioner; 42. a humidifier; 43. a ventilation device; 44. a fire-fighting device; 5. an authority authentication module; 6. a power-off detection module; 7. and an alarm module.
Detailed Description
The present application is described in further detail below with reference to figures 1-4.
The embodiment of the application discloses an intelligent monitoring method for a machine room. Referring to fig. 1, an intelligent monitoring method for a machine room includes the following steps:
s1, machine room monitoring: establishing a monitoring center, monitoring the machine room through a monitoring camera arranged in the machine room and transmitting a monitoring image to the monitoring center in real time;
s2, thermal imaging image analysis: the monitoring center stores and analyzes the acquired monitoring image, judges whether an abnormal condition occurs or not, starts an alarm if the abnormal condition occurs, and sends alarm information to patrol personnel;
s3, detecting environmental parameters of the machine room: detecting environmental parameters in the machine room through an environmental monitoring sensor arranged in the machine room, and sending the detected environmental parameters in the machine room to a monitoring center;
s4, machine room environment adjustment: after receiving the environmental parameters, the monitoring center compares the environmental parameters with a preset environmental scheme, regulates and controls the machine room environment through environmental regulation and control equipment preset in the machine room, and gives an alarm for abnormal environmental parameters; the environment regulation and control equipment comprises an air conditioner, a humidifier, ventilation equipment and fire fighting equipment;
s5, image checking and analyzing: the monitoring center checks the employee through the monitoring image after the employee enters the machine room, and if the authority authentication is not passed, the alarm is started to give an alarm;
s6, power failure detection: the monitoring center detects the power failure of a line supplying power to equipment in the machine room in real time, starts a preset standby power supply to supply power to the machine room if a power failure condition occurs, and simultaneously alarms through a preset alarm; the monitoring center monitors the electric quantity of the standby battery which is not in use, and when the electric quantity of the standby battery is detected to be lower than a preset threshold value, the standby battery is charged; the electric quantity of the standby battery which is not in use is monitored, so that the stable operation of equipment in a machine room is ensured, and the phenomenon of data loss caused by sudden power failure is avoided;
s7, uploading data to a cloud disk: and the monitoring center uploads the received monitoring image and the received environmental parameters to a preset cloud server in real time. The monitoring camera is adopted to carry out all-dimensional video monitoring on the machine room, so that the safety of equipment in the machine room can be effectively ensured, and abnormal conditions can be found in advance and processed in advance through analysis of the monitoring image, so that the effect of preventing in the bud is achieved; the environment in the machine room is maintained through the preset machine room regulation and control equipment by detecting the environmental parameters of the machine room, so that the environment in the machine room is kept in a proper state, and the probability of accidents is reduced; and through carrying out outage detection to the power supply line in the computer lab and combining stand-by power supply's setting, ensure the steady operation of equipment in the computer lab, avoid the phenomenon that the outage leads to data loss suddenly.
The step S2, in which the monitoring center stores and analyzes the acquired monitoring image, determines whether an abnormal condition occurs, starts an alarm if the abnormal condition occurs, and sends alarm information to patrol personnel, specifically includes: the monitoring images comprise normal monitoring images and thermal imaging monitoring images in the machine room, the monitoring center analyzes and reads the thermal imaging monitoring images, judges whether point locations with point location temperatures exceeding a preset reference value exist in the thermal imaging monitoring images or not, starts an alarm if the point locations with abnormal temperatures exist, marks the point locations with abnormal temperatures, marks temperature values and sends alarm information to patrol personnel. Adopt different types of surveillance cameras to monitor and then generate normal monitoring image and thermal imaging monitoring image in the computer lab, through carrying out analysis reading to thermal imaging monitoring image, discover in advance that the temperature exceeds the position of predetermineeing the benchmark value, overhaul, effectively reduce the emergence probability of conflagration in the computer lab, reach and guard against in the effect in the bud.
Referring to fig. 2, the step S3 of detecting the environmental parameter in the machine room by the environmental monitoring sensor disposed in the machine room specifically includes:
a1, temperature and humidity detection: detecting the temperature and humidity in the machine room through a temperature and humidity sensor;
a2, harmful gas detection: detecting the concentration content of harmful gas in the machine room through a harmful gas sensor;
a3, combustible gas detection: detecting combustible gas in the machine room through a combustible gas sensor;
a4, smoke detection: smoke in the machine room is detected through the fire smoke sensor. Through the detection to computer lab environmental parameter, the environment in the computer lab is maintained to the computer lab through predetermined computer lab regulation and control equipment for the environment in the computer lab keeps under suitable state, reduces the probability that the accident took place.
Referring to fig. 3, the monitoring center performs authority authentication on the staff entering the machine room in step S5, and checks the staff through the monitoring image after entering the machine room, and if the authority authentication fails, the alarm is started to send an alarm, which specifically includes the following steps:
b1, authority authentication: the monitoring center identifies the identity authority of the workers about to enter the machine room at the entrance of the machine room, wherein the identity authority identification adopts one or more combinations of facial identification, fingerprint identification, IC card reading identification, identity ID identification and password identification;
b2, feature imaging: the monitoring center controls the monitoring camera to take a picture of the face characteristics and the behavior characteristics of the workers entering the machine room after identity verification;
b3, face feature verification: the monitoring center extracts the face features of the workers in the monitored image, compares the face features with the face features of the workers stored in advance, judges whether the identity verification information read by the monitoring center and the identity recognition is the same person or not, if the identity verification information read by the monitoring center and the identity recognition read by the monitoring center is the same person, the verification is passed, and if the identity verification information is not passed, an alarm is given;
b4, behavior characteristic monitoring: and the monitoring center compares the acquired behavior characteristics with prestored violation behavior characteristics to judge whether violation behaviors exist or not, and if yes, an alarm is given. According to the method, the face characteristics of the personnel entering the machine room are identified through the monitoring camera, so that the identity information of the personnel entering the machine room is obtained, the identity of the personnel entering the machine room is confirmed, the alarm is started to give an alarm when the face characteristics of the personnel except the working personnel appear, the actions of damage to equipment in the machine room or data theft and the like caused by the fact that irrelevant personnel, even illegal personnel enter the machine room are prevented, and the safety of the equipment and data is guaranteed; meanwhile, behaviors of workers are identified, and the alarm is used for warning if illegal behaviors occur, so that the situations that the workers smoke, doze and the like in a working area and working time are avoided, and the safety of a machine room is ensured. Through carrying out the authority authentication to the staff to monitoring the action characteristic of the staff who gets into in the computer lab, can further protect the equipment of computer lab, improve the security of computer lab, avoid causing serious accident, accomplish to guard against in the future, improve the security of computer lab.
The embodiment of the application also discloses a machine room intelligent monitoring system. Referring to fig. 4, an intelligent monitoring system for a machine room includes a monitoring center module 1, a machine room monitoring module 2, an environment monitoring module 3, an environment adjusting module 4, an authority authentication module 5, a power failure detection module 6, and an alarm module 7. And the monitoring center module 1, the machine room monitoring module 2, the environment monitoring module 3, the environment adjusting module 4, the authority authentication module 5, the power failure detection module 6 and the alarm module 7 are in communication connection with each other. The machine room monitoring module 2 comprises a plurality of monitoring cameras and is used for monitoring the machine room and transmitting the monitoring images to the monitoring center in real time. And the environment monitoring module 3 is used for detecting the environment parameters in the machine room and sending the detected environment parameters in the machine room to the monitoring center. And the environment adjusting module 4 is used for adjusting and controlling the environment of the machine room. And the authority authentication module 5 is used for performing authority authentication on the workers entering the machine room. And the power-off detection module 6 is used for performing power-off detection on a circuit for supplying power to equipment in the machine room, starting a preset standby power supply to supply power to the machine room if a power-off condition occurs, and alarming through the alarm module 7. And the alarm module 7 is used for alarming and reminding. The monitoring center module 1 is used for storing and analyzing the acquired monitoring images, judging whether abnormal conditions occur or not, starting the alarm module 7 to alarm if the abnormal conditions occur, and sending alarm information to patrol personnel; and the system is also used for checking the personnel who finish the identity authority authentication after entering the machine room through the monitoring image, and starting the alarm module 7 to give an alarm if the authority authentication fails.
The intelligent monitoring system of the machine room carries out all-dimensional video monitoring on the machine room, can effectively ensure the safety of equipment in the machine room, can find abnormal conditions in advance and process in advance through analyzing the monitoring images, and achieves the effect of preventing in the bud; the environment in the machine room is maintained through the preset machine room regulation and control equipment by detecting the environmental parameters of the machine room, so that the environment in the machine room is kept in a proper state, and the probability of accidents is reduced; and through carrying out outage detection to the power supply line in the computer lab and combining stand-by power supply's setting, ensure the steady operation of equipment in the computer lab, avoid the phenomenon that the outage leads to data loss suddenly.
Referring to fig. 4, the plurality of monitoring cameras include a plurality of monitoring cameras 21 and a plurality of thermal imaging cameras 22, and the monitoring center module 1 can monitor the machine room through the plurality of monitoring cameras 21 and monitor and identify the human face characteristics and the behavior characteristics of the staff entering the machine room. The monitoring center module 1 receives thermal imaging monitoring images shot by the thermal imaging cameras 22, analyzes the thermal imaging monitoring images, reads the thermal imaging monitoring images, judges whether point locations with point location temperatures exceeding a preset reference value exist in the thermal imaging monitoring images, starts the alarm module 7 to send an alarm if the point locations exist, and sends alarm information to patrol personnel. Adopt different types of surveillance cameras to monitor and then generate normal monitoring image and thermal imaging monitoring image in the computer lab, through carrying out analysis reading to thermal imaging monitoring image, discover in advance that the temperature exceeds the position of predetermineeing the benchmark value, overhaul, effectively reduce the emergence probability of conflagration in the computer lab, reach and guard against in the effect in the bud.
Referring to fig. 4, the environment monitoring module 3 includes a plurality of temperature and humidity sensors 31, a plurality of harmful gas sensors 32, a plurality of flammable gas sensors 33, and a plurality of smoke sensors 34; the environment conditioning module 4 includes an air conditioner 41, a humidifier 42, a ventilation device 43, and a fire fighting device 44. Through the detection to computer lab environmental parameter, the environment in the computer lab is maintained to the computer lab through predetermined computer lab regulation and control equipment for the environment in the computer lab keeps under suitable state, reduces the probability that the accident took place.
The embodiment of the present application further discloses a computer-readable storage medium, which stores a computer program that can be loaded by a processor and executed in the method as described above, and the computer-readable storage medium includes, for example: various media capable of storing program codes, such as a usb disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.
The above examples are only used to illustrate the technical solutions of the present invention, and do not limit the scope of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from these embodiments without making any inventive step, fall within the scope of the present invention. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art may still make various combinations, additions, deletions or other modifications of the features of the embodiments of the present invention according to the situation without conflict, so as to obtain different technical solutions without substantially departing from the spirit of the present invention, and these technical solutions also fall within the protection scope of the present invention.
Claims (10)
1. An intelligent monitoring method for a machine room is characterized by comprising the following steps:
establishing a monitoring center, monitoring the machine room through a monitoring camera arranged in the machine room and transmitting a monitoring image to the monitoring center in real time;
the monitoring center stores and analyzes the acquired monitoring image, judges whether an abnormal condition occurs or not, starts an alarm if the abnormal condition occurs, and sends alarm information to patrol personnel;
detecting environmental parameters in the machine room through an environmental monitoring sensor arranged in the machine room, and sending the detected environmental parameters in the machine room to a monitoring center;
after receiving the environmental parameters, the monitoring center compares the environmental parameters with a preset environmental scheme, regulates and controls the machine room environment through environmental regulation and control equipment preset in the machine room, and gives an alarm for abnormal environmental parameters;
the monitoring center checks the employee through the monitoring image after the employee enters the machine room, and if the authority authentication is not passed, the alarm is started to give an alarm;
the monitoring center detects the power failure of a line supplying power to equipment in the machine room in real time, starts a preset standby power supply to supply power to the machine room if a power failure condition occurs, and simultaneously alarms through a preset alarm;
and the monitoring center uploads the received monitoring image and the received environmental parameters to a preset cloud server in real time.
2. The machine room intelligent monitoring method according to claim 1, characterized in that: the monitoring center stores and analyzes the acquired monitoring images, judges whether abnormal conditions occur or not, starts an alarm if the abnormal conditions occur, and sends alarm information to patrol personnel, wherein the alarm information specifically comprises the following steps: the monitoring images comprise normal monitoring images and thermal imaging monitoring images in the machine room, the monitoring center analyzes and reads the thermal imaging monitoring images, judges whether point positions with point position temperatures exceeding a preset reference value exist in the thermal imaging monitoring images or not, starts an alarm if the point positions exist in the thermal imaging monitoring images, and sends alarm information to patrol personnel.
3. The machine room intelligent monitoring method according to claim 1, characterized in that: detecting environmental parameters in the machine room through an environmental monitoring sensor arranged in the machine room specifically comprises:
detecting the temperature and humidity in the machine room through a temperature and humidity sensor;
detecting the concentration content of harmful gas in the machine room through a harmful gas sensor;
detecting combustible gas in the machine room through a combustible gas sensor;
smoke in the machine room is detected through the fire smoke sensor.
4. The machine room intelligent monitoring method according to claim 1, characterized in that: the environment regulation and control equipment comprises an air conditioner, a humidifier, ventilation equipment and fire fighting equipment.
5. The machine room intelligent monitoring method according to claim 1, characterized in that: the monitoring center carries out authority authentication on workers entering the machine room, the workers are checked through monitoring images after entering the machine room, and if the authority authentication is not passed, the alarm is started to give an alarm, and the method specifically comprises the following steps:
the monitoring center identifies the identity authority of the workers about to enter the machine room at the entrance of the machine room, wherein the identity authority identification adopts one or more combinations of facial identification, fingerprint identification, IC card reading identification, identity ID identification and password identification;
the monitoring center controls the monitoring camera to take a picture of the face characteristics and the behavior characteristics of the workers entering the machine room after identity verification;
the monitoring center extracts the face features of the workers in the monitored image, compares the face features with the face features of the workers stored in advance, judges whether the identity verification information read by the monitoring center and the identity recognition is the same person or not, if the identity verification information read by the monitoring center and the identity recognition read by the monitoring center is the same person, the verification is passed, and if the identity verification information is not passed, an alarm is given;
and the monitoring center compares the acquired behavior characteristics with prestored violation behavior characteristics to judge whether violation behaviors exist or not, and if yes, an alarm is given.
6. The machine room intelligent monitoring method according to claim 1, characterized in that: the monitoring center is used for monitoring the electric quantity of the standby battery which is not in use, and when the electric quantity of the standby battery is detected to be lower than a preset threshold value, the standby battery is charged.
7. An intelligent monitoring system for a machine room, which is applied to the intelligent monitoring method for the machine room according to any one of claims 1 to 6, and is characterized by comprising the following steps: the monitoring center module (1), the machine room monitoring module (2), the environment monitoring module (3), the environment adjusting module (4), the authority authentication module (5), the power failure detection module (6) and the alarm module (7) are in communication connection with one another;
the machine room monitoring module (2) comprises a plurality of monitoring cameras and is used for monitoring the machine room and transmitting a monitoring image to the monitoring center in real time;
the environment monitoring module (3) is used for detecting the environment parameters in the machine room and sending the detected environment parameters in the machine room to the monitoring center;
the environment adjusting module (4) is used for adjusting and controlling the environment of the machine room;
the authority authentication module (5) is used for performing authority authentication on workers entering the machine room;
the power failure detection module (6) is used for performing power failure detection on a circuit for supplying power to equipment in the machine room, starting a preset standby power supply to supply power to the machine room if a power failure condition occurs, and alarming through the alarm module (7);
the alarm module (7) is used for carrying out alarm reminding;
the monitoring center module (1) is used for storing and analyzing the acquired monitoring images, judging whether abnormal conditions occur or not, starting the alarm module (7) to alarm if the abnormal conditions occur, and sending alarm information to patrol personnel; and the system is also used for checking the personnel who finish the identity authority authentication after entering the machine room through the monitoring image, and starting the alarm module (7) to give an alarm if the authority authentication fails.
8. The intelligent monitoring system for machine room according to claim 7, characterized in that: it is a plurality of surveillance camera head includes a plurality of surveillance camera machine (21) and a plurality of thermal imaging camera head (22), thermal imaging monitoring image that a plurality of thermal imaging camera head (22) was shot is received in surveillance center module (1) to carry out the analysis to thermal imaging monitoring image and read thermal imaging monitoring image, judge whether there is the position that the position temperature surpassed the default reference value in the thermal imaging monitoring image, if exist then start alarm module (7) and send alarm information to patrol personnel department.
9. The intelligent monitoring system for machine room according to claim 7, characterized in that: the environment monitoring module (3) comprises a plurality of temperature and humidity sensors (31), a plurality of harmful gas sensors (32), a plurality of combustible gas sensors (33) and a plurality of smoke sensors (34); the environment conditioning module (4) comprises an air conditioner (41), a humidifier (42), a ventilation device (43) and a fire fighting device (44).
10. A computer-readable storage medium characterized by: a computer program which can be loaded by a processor and which executes the method according to any of claims 1-6.
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