1. The intelligent image picture pushing system based on the alarm information is characterized by comprising the following components:

the acquisition terminal (1) is used for acquiring basic data of an industrial control field, judging the working state of industrial control and connecting with the control center (2);

the control center (2) is used for analyzing the acquired data and judging whether the data is targeted to be pushed or not;

the monitoring management cloud platform (3) is used for storing the acquired data, the control process and the result to the cloud end and is connected with the control center (2);

and the access terminal (4) is used for remotely accessing data and checking an industrial control field and is respectively connected with the remote access control center (2) and the monitoring management cloud platform (3).

2. The intelligent image picture pushing system based on the alarm information as claimed in claim 1, wherein the collection terminal (1) comprises a data processing module (1.1), and a collection module (1.2), an emergency processing module (1.3), an alarm module (1.4), a communication module (1.5) and a GPS positioning module (1.6) which are respectively connected with the data processing module (1.1), and the communication module (1.5) is connected with the control center (2).

3. The intelligent image picture pushing system based on the alarm information as claimed in claim 2, wherein the acquisition module (1.2) comprises an industrial camera, a pyroelectric ion detector, a smoke detector and a temperature and humidity sensor, the pyroelectric ion detector and the smoke detector are uniformly distributed on the top of the industrial control field, and the temperature and humidity sensor is installed on an industrial control field device.

4. The system according to claim 3, wherein the industrial cameras are installed on top of the industrial control site, and the number of the complete industrial control field devices collected within the range of each industrial camera is less than or equal to 4.

5. The intelligent image picture pushing system based on the alarm information as claimed in claim 1, wherein the control center (2) comprises a data analysis module (2.1), a pushing standard storage module (2.2) and a pushing judgment module (2.3), the pushing standard storage module and the pushing judgment module are respectively connected with the data analysis module (2.1), the data analysis module (2.1) is connected with the monitoring management cloud platform (3), and the pushing judgment module (2.3) is connected with the access terminal (4).

6. The intelligent image picture pushing system based on the alarm information as claimed in claim 2, wherein the emergency processing module (1.3) comprises a power-off device, a drying device, an emergency refrigeration device, and a high-pressure water mist spraying device, the power-off device is installed at the power input end of the industrial control field device, and the high-pressure water mist spraying device is installed above the pyroelectric ion detector.

7. An intelligent image picture pushing method based on alarm information is characterized by comprising the following steps:

an S1 acquisition module (1.2) acquires data;

s2 the data processing module (1.1) preprocesses the collected data;

the S3 data analysis module (2.1) analyzes the preprocessed data;

s4, the pushing judgment module (2.3) compares the analysis result with the judgment threshold value;

s5, if the analysis result meets the judgment threshold, carrying out image pushing;

s6 staff monitors the industrial control site through the access terminal (4) and issues a response instruction;

and S7, the alarm module (1.4) gives an alarm, and the emergency processing module (1.3) works at the same time.

8. The method as claimed in claim 7, wherein the preprocessing of the collected data in step S2 includes framing the video collected by the industrial camera, and extracting a picture every 30 frames.

9. The method as claimed in claim 8, wherein the step S4 includes comparing the collected temperature and humidity data, thermal release ion data, smoke, and extracted pictures with a set threshold, determining whether an image pushing criterion is met, if the determination threshold is met, pushing the image and data in the time period to a worker through an access terminal (4), and if the determination threshold is not met, returning to the step S1.

10. The intelligent image pushing method based on the alarm information as claimed in claim 7, wherein the emergency processing module (1.3) in step S7 controls the power-off of the equipment to be processed, controls the operation of the drying device if the humidity is too high and the operation of the equipment is affected, controls the operation of the emergency cooling device if the temperature of the equipment is too high, and controls the high-pressure fine water spraying device to extinguish the fire if a fire occurs.

Background

The industrial video is used as important inspection information for remote trial transmission of the fault outage line, can directly reflect the phenomena of no obvious oil leakage, smoke generation, discharge and the like of the fault line interval equipment, and directly influences the detailed reporting time of a monitor and the decision of a dispatcher on whether the fault line can quickly recover power transmission. However, the industrial video system used by the current monitor has the problems of many video pictures, irregular picture naming, multiple devices contained in a unified picture, manual adjustment of the picture to position the fault interval and the like, which all cause the current situation that the fault interval is searched for relatively slowly, and influence on the rapid recovery of the power supply of the line.

Therefore, an effective pushing method is needed, which realizes targeted pushing for alarm information, does not need workers to perform full-time industrial monitoring, and greatly reduces the workload of the workers on the basis of meeting safe and normal operation.

Chinese patent document CN111491132A discloses an "industrial video monitoring system based on satellite emergency communication network". An industrial video monitoring system is adopted as a monitoring center, a monitoring front end and a remote client to be constructed through a satellite IP network; the monitoring front end is provided with a network camera, a network video recorder, a sound pick-up and an alarm, the network camera is accessed into the network video recorder in the area through a network, the video code stream of the network camera is stored in the network video recorder, and the sound pick-up and the alarm are respectively accessed through an audio access end and an alarm access end which are arranged on the network camera; the monitoring center is provided with a monitoring management platform, a DVR access gateway and an operating device, the monitoring management platform is internally embedded with a database and a network video unit, a built DVR monitoring point is accessed to the monitoring center through the DVR access gateway, and the operating device is provided with client software to realize the control, management and operation of the monitoring system; and the remote client browses the monitoring image, performs PTZ control on the network camera, modifies equipment parameters, and alarms and interlocks arming and disarming. The technical scheme lacks automatic monitoring and judgment on a working site and has high requirement on the workload of workers.

Disclosure of Invention

The invention mainly solves the technical problems that the original technical scheme is lack of automatic monitoring and judgment on a working site and workers are difficult to search quickly, provides an intelligent image and picture pushing system and method based on alarm information, realizes optimization on industrial monitoring, formulates a pushing rule base according to alarm information rules, realizes preliminary fault analysis on industrial monitoring contents, judges whether a pushing condition is met or not according to a fault analysis result and the pushing rule base, realizes targeted pushing aiming at the alarm information, does not need the workers to carry out full-time industrial monitoring, and greatly reduces the workload of the workers on the basis of meeting safe and normal operation.

The technical problem of the invention is mainly solved by the following technical scheme:

an intelligent image picture pushing system based on alarm information comprises:

the acquisition terminal is used for acquiring basic data of an industrial control field, judging the working state of industrial control and connecting with the control center;

the control center is used for analyzing the acquired data and judging whether the acquired data is targeted to be pushed or not;

the monitoring management cloud platform is used for storing the acquired data, the control process and the result to the cloud end and connecting the cloud end with the control center;

and the access terminal is used for remotely accessing data and checking an industrial control field and is respectively connected with the remote access control center and the monitoring management cloud platform.

Preferably, the acquisition terminal comprises a data processing module, and an acquisition module, an emergency processing module, an alarm module, a communication module and a GPS positioning module which are respectively connected with the data processing module, wherein the communication module is connected with the control center. The acquisition module is used for acquiring basic data of an industrial control field, the emergency processing module is used for remotely controlling to realize emergency processing of the field and avoid damage expansion, the alarm module is used for alarming and reminding workers, the communication module is used for realizing information interaction with a control center, and the GPS positioning module is used for realizing equipment positioning.

Preferably, the acquisition module comprises an industrial camera, a pyroelectric ion detector, a smoke detector and a temperature and humidity sensor, the pyroelectric ion detector and the smoke detector are uniformly distributed on the top of an industrial control field, and the temperature and humidity sensor is installed on industrial control field equipment. The pyroelectric ion detector and the smoke detector are matched to judge the fire situation of the industrial control field, and the temperature and humidity sensor is used for collecting the working environment data of the industrial control field equipment.

Preferably, the industrial camera is installed at the top of the industrial control field, and the number of the complete industrial control field devices collected in the range of each industrial camera is less than or equal to 4. The situation that the equipment in the lens can be clearly reflected by the image collected by the industrial camera is guaranteed.

Preferably, the control center comprises a data analysis module, a push standard storage module and a push judgment module, wherein the push standard storage module and the push judgment module are respectively connected with the data analysis module, the data analysis module is connected with the monitoring management cloud platform, and the push judgment module is connected with the access terminal. The data analysis module analyzes the preprocessed data and calculates a result, the push standard storage module is used for storing and updating the judgment threshold value, and the push judgment module compares the calculation result with the judgment threshold value to realize push judgment.

Preferably, the emergency processing module comprises a power-off device, a drying device, an emergency refrigerating device and a high-pressure fine water spraying device, wherein the power-off device is installed at the power input end of the industrial control field device, and the high-pressure fine water spraying device is installed above the pyroelectric ion detector.

An intelligent image picture pushing method based on alarm information comprises the following steps:

the S1 acquisition module acquires data;

the S2 data processing module preprocesses the acquired data;

the S3 data analysis module analyzes the preprocessed data;

s4, the pushing judgment module compares the analysis result with the judgment threshold value;

s5, if the analysis result meets the judgment threshold, carrying out image pushing;

s6 staff monitor the industrial control site through the access terminal and issue the corresponding instruction;

the S7 alarm module performs an alarm while the emergency processing module operates.

Preferably, the preprocessing performed in step S2 includes performing frame-taking processing on the video captured by the industrial camera, and extracting a picture every 30 frames.

Preferably, the step S4 includes comparing the collected temperature and humidity data, thermal release ion data, smoke, and extracted pictures with a set threshold, determining whether an image pushing standard is met, if the determination threshold is met, pushing the image and data in the period to the staff through the access terminal, and if the determination threshold is not met, returning to the step S1.

Preferably, the emergency processing module of step S7 controls the power-off of the device to be processed, controls the operation of the drying device if the humidity is too high and the operation of the device is affected, controls the operation of the emergency cooling device if the temperature of the device is too high, and controls the high-pressure fine water spraying device to extinguish the fire source if a fire occurs.

The invention has the beneficial effects that: the optimization of industrial monitoring is realized, a pushing rule base is formulated according to the rule of alarm information, preliminary fault analysis is realized on industrial monitoring content, whether pushing conditions are met or not is judged according to the fault analysis result and the pushing rule base, targeted pushing is realized aiming at the alarm information, workers are not required to carry out full-time industrial monitoring, and the workload of the workers is greatly reduced on the basis of meeting safe normal operation. .

Drawings

Fig. 1 is a schematic connection structure of the present invention.

Fig. 2 is a schematic connection structure diagram of an acquisition terminal of the present invention.

Fig. 3 is a schematic connection structure diagram of a control center of the present invention.

Fig. 4 is a flow chart of the present invention.

In the figure, the system comprises a collection terminal 1, a data processing module 1.1, a collection module 1.2, an emergency processing module 1.3, an alarm module 1.4, a communication module 1.5, a GPS positioning module 1.6, a control center 2, a data analysis module 2.1, a standard storage module 2.2, a judgment module 2.3, a monitoring management cloud platform 3 and an access terminal 4.

Detailed Description

The technical scheme of the invention is further specifically described by the following embodiments and the accompanying drawings. Example (b): the image frame intelligent pushing system based on the alarm information, as shown in fig. 1, includes an acquisition terminal 1, a control center 2, a monitoring management cloud platform 3 and an access terminal 4, which are connected in sequence, where the control center 2 is connected with the access terminal 4. The acquisition terminal 1 is used for acquiring basic data of an industrial control field and judging the working state of the industrial control. The control center 2 is used for analyzing the collected data and judging whether the data is targeted for pushing. The monitoring management cloud platform 3 is used for storing the acquired data, the control process and the result to the cloud. The access terminal 4 is used for remotely accessing data and checking an industrial control field.

As shown in fig. 2, the acquisition terminal 1 includes a data processing module 1.1, and an acquisition module 1.2, an emergency processing module 1.3, an alarm module 1.4, a communication module 1.5, and a GPS positioning module 1.6, which are respectively connected to the data processing module 1.1, where the communication module 1.5 is connected to the control center 2. The acquisition module is used for acquiring basic data of an industrial control field, the emergency processing module is used for remotely controlling to realize emergency processing of the field and avoid damage expansion, the alarm module is used for alarming and reminding workers, the communication module is used for realizing information interaction with a control center, and the GPS positioning module is used for realizing equipment positioning.

The acquisition module 1.2 comprises an industrial camera, a pyroelectric ion detector, a smoke detector and a temperature and humidity sensor, wherein the pyroelectric ion detector and the smoke detector are uniformly distributed at the top of an industrial control field, and the temperature and humidity sensor is installed on industrial control field equipment. The pyroelectric ion detector and the smoke detector are matched to judge the fire situation of the industrial control field, and the temperature and humidity sensor is used for collecting the working environment data of the industrial control field equipment. The industrial cameras are installed on the top of an industrial control field, and the number of complete industrial control field devices collected in the range of each industrial camera is less than or equal to 4. The situation that the equipment in the lens can be clearly reflected by the image collected by the industrial camera is guaranteed. The emergency processing module 1.3 comprises a power-off device, a drying device, an emergency refrigerating device and a high-pressure fine water spraying device, wherein the power-off device is installed at the power input end of the industrial control field device, and the high-pressure fine water spraying device is installed above the pyroelectric ion detector. The power-off device controls the power-off of the equipment to be treated, if the humidity is too high and the equipment operation is influenced, the drying device is controlled to operate, if the temperature of the equipment is too high, the emergency refrigerating device is controlled to work, and if a fire disaster occurs, the high-pressure fine water spraying device is controlled to extinguish the fire source.

As shown in fig. 3, the control center 2 includes a data analysis module 2.1, and a push standard storage module 2.2 and a push judgment module 2.3 respectively connected to the data analysis module 2.1, where the data analysis module 2.1 is connected to the monitoring management cloud platform 3, and the push judgment module 2.3 is connected to the access terminal 4. The data analysis module analyzes the preprocessed data and calculates a result, the push standard storage module is used for storing and updating the judgment threshold value, and the push judgment module compares the calculation result with the judgment threshold value to realize push judgment.

As shown in fig. 4, an intelligent image frame pushing method based on alarm information is characterized by comprising the following steps:

the S1 acquisition module 1.2 acquires data;

the data processing module 1.1 of S2 carries out preprocessing on the collected data, the preprocessing on the collected data comprises the steps of carrying out frame taking processing on the video collected by the industrial camera and extracting a picture every 30 frames.

The S3 data analysis module 2.1 analyzes the preprocessed data;

the S4 pushing determination module 2.3 compares the analysis result with a determination threshold, compares the collected temperature and humidity data, thermal release ion data, smoke, and extracted pictures with a set threshold, determines whether the image pushing standard is met, if the determination threshold is met, pushes the image and data in the time period to the staff through the access terminal 4, and if the determination threshold is not met, returns to step S1.

S5, if the analysis result meets the judgment threshold, carrying out image pushing;

s6 staff monitor the industrial control site through the access terminal 4 and issue the corresponding instruction;

s7, an alarm module 1.4 gives an alarm, an emergency processing module 1.3 works, the emergency processing module 1.3 controls the power-off of the equipment to be processed, if the humidity is too high and the equipment operation is affected, the drying device is controlled to operate, if the equipment temperature is too high, the emergency refrigerating device is controlled to operate, and if a fire disaster occurs, the high-pressure fine water spraying device is controlled to extinguish the fire source.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.

Although the terms acquisition terminal, control center, etc. are used more often herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed as being without limitation to any additional limitations that may be imposed by the spirit of the present invention.