1. A multi-level safety intelligent park control method is characterized by comprising the following steps:

acquiring information of vehicles and personnel entering a park to judge a danger level, and outputting a corresponding alarm prompt according to a result of the danger level;

recognizing the fire level in the park, outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level and sending the fire extinguishing measure electronic guide to a user side;

acquiring feedback information of the user side, and identifying a level threshold value to output a corresponding response mechanism, wherein when the level threshold value is identified to be within a first preset range, a first control mode is adopted for control; when the level threshold is identified to be a second preset range, a second control mode is adopted for control;

wherein the first control mode is as follows:

acquiring a current value personnel list, and controlling an interphone to call security personnel to eliminate danger;

the second control mode is as follows:

controlling an alarm to send out alarm reminding, and carrying out alarm playing through broadcasting so as to evacuate people in the park;

extracting building and road information and personnel and visiting registration information in the park, and establishing an emergency event data packet; and establishing communication connection with an emergency department and sending the emergency event data packet.

2. The method as claimed in claim 1, wherein the step of obtaining information of vehicles and persons entering the park to determine the danger level and outputting a corresponding warning prompt according to the result of the danger level comprises:

acquiring license plate information entering a park through a license plate recognizer, comparing the license plate information with a pre-stored license plate database to acquire vehicle registration information, and if the comparison is unsuccessful, recording and sending a class I license plate warning prompt;

the personnel information entering the park is obtained through the face monitor, the personnel information is compared with a prestored face database to obtain the personnel identity information, and if the comparison is unsuccessful, a class I face alarm is given.

3. The method of claim 2, further comprising:

extracting the license plate information which is not successfully compared, and checking the result of the license plate and the dangerous license plate database, wherein if the comparison is successful, extracting the corresponding license plate information and sending a II-level license plate warning prompt;

extracting face information which is not successfully compared, checking the result of the face and dangerous face database, wherein if the comparison is successful, extracting corresponding personnel identity information and sending a level II face alarm prompt.

4. The method as claimed in claim 2, further comprising planning a driving route after recognizing the vehicle information, specifically:

identifying the registration information of the vehicle, giving a driving direction according to a matching result and carrying out visual display so as to guide the vehicle to enter different parking lots;

and recognizing the license plate information of the parking through different entrance probes of the parking lot, judging whether the vehicle belongs to the current parking lot range, and if not, sending an alarm prompt.

5. The method as claimed in claim 1, wherein the method comprises the steps of recognizing fire level in a campus, outputting a corresponding electronic fire-extinguishing measure guide to a user according to the result of the danger level, and specifically:

recognizing a fire factor through a preset sensor, wherein the fire factor comprises smoke, temperature, pressure and flame;

identifying the fire level of the current fire based on a level discrimination formula, wherein the fire level comprises a level I fire, a level II fire and a level III fire;

and outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level, wherein the electronic guide corresponds to a class I guide, a class II guide and a class III guide.

6. The method as claimed in claim 1, further comprising: and feedback information of preset touch equipment is obtained, and the corresponding level threshold is judged based on the feedback information of the touch equipment.

7. A multi-level security intelligent park control system is characterized by comprising a memory and a processor, wherein the memory comprises a multi-level security intelligent park control method program, and the multi-level security intelligent park control method program realizes the following steps when being executed by the processor:

acquiring information of vehicles and personnel entering a park to judge a danger level, and outputting a corresponding alarm prompt according to a result of the danger level;

recognizing the fire level in the park, outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level and sending the fire extinguishing measure electronic guide to a user side;

acquiring feedback information of the user side, and identifying a level threshold value to output a corresponding response mechanism, wherein when the level threshold value is identified to be within a first preset range, a first control mode is adopted for control; when the level threshold is identified to be a second preset range, a second control mode is adopted for control;

wherein the first control mode is as follows:

acquiring a current value personnel list, and controlling an interphone to call security personnel to eliminate danger;

the second control mode is as follows:

controlling an alarm to send out alarm reminding, and carrying out alarm playing through broadcasting so as to evacuate people in the park;

extracting building and road information and personnel and visiting registration information in the park, and establishing an emergency event data packet; and establishing communication connection with an emergency department and sending the emergency event data packet.

8. The system according to claim 7, wherein the system comprises a plurality of intelligent campus control modules, each intelligent campus control module comprises a central control unit, a central processing unit and a central processing unit, wherein the central processing unit is used for acquiring information of vehicles and persons entering the campus to judge danger levels and outputting corresponding alarm prompts according to the result of the danger levels, and the intelligent campus control modules comprise:

acquiring license plate information entering a park through a license plate recognizer, comparing the license plate information with a pre-stored license plate database to acquire vehicle registration information, recording and sending a class I license plate warning prompt if the comparison is unsuccessful, extracting the license plate information which is not successfully compared, checking the results of the license plate and a dangerous license plate database, wherein if the comparison is successful, extracting the corresponding license plate information and sending a class II license plate warning prompt;

the method comprises the steps that personnel information entering a park is obtained through a face monitor, the personnel information is compared with a prestored face database to obtain personnel identity information, if the comparison is unsuccessful, a class I face alarm prompt is carried out, wherein unsuccessful face information is extracted, the results of the face and a dangerous face database are verified, and if the comparison is successful, corresponding personnel identity information is extracted and a class II face alarm prompt is sent out.

9. The system according to claim 7, wherein the system identifies the fire level in the campus and outputs a corresponding electronic guidance of fire extinguishing measures to the user end according to the result of the danger level, specifically:

recognizing a fire factor through a preset sensor, wherein the fire factor comprises smoke, temperature, pressure and flame;

identifying the fire level of the current fire based on a level discrimination formula, wherein the fire level comprises a level I fire, a level II fire and a level III fire;

and outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level, wherein the electronic guide corresponds to a class I guide, a class II guide and a class III guide.

10. A computer-readable storage medium, wherein the computer-readable storage medium includes a multi-level secure intelligent park control method program, and when the multi-level secure intelligent park control method program is executed by a processor, the steps of implementing a multi-level secure intelligent park control method according to any one of claims 1 to 6 are implemented.

Background

The intelligent park is a standard building or building group which is generally planned and constructed by the government, has complete water supply, power supply, gas supply, communication, roads, storage and other supporting facilities and reasonable layout, and can meet the requirements of production and scientific experiments in a certain specific industry.

With the continuous advance and construction of smart parks, more and more problems are also shown, such as: based on data acquisition of the Internet of things, the linkage is difficult to realize due to single isolation; and as for the safety supervision of the park, the construction of the intelligent park becomes difficult due to various problems such as lack of monitoring, early warning and forecasting, hidden danger troubleshooting, comprehensive emergency linkage and the like, and needs to be solved urgently.

Disclosure of Invention

In view of the above problems, it is an object of the present invention to provide a multi-level security intelligent park control method, system and readable storage medium, which can achieve multiple guarantees on the park security by classifying the abnormal and emergency situations in the intelligent park, effectively ensure the personal and property security, and further reduce the loss of the intelligent park.

The invention provides a multi-level safety intelligent park control method, which comprises the following steps:

acquiring information of vehicles and personnel entering a park to judge a danger level, and outputting a corresponding alarm prompt according to a result of the danger level;

recognizing the fire level in the park, outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level and sending the fire extinguishing measure electronic guide to a user side;

acquiring feedback information of the user side, and identifying a level threshold value to output a corresponding response mechanism, wherein when the level threshold value is identified to be within a first preset range, a first control mode is adopted for control; when the level threshold is identified to be a second preset range, a second control mode is adopted for control;

wherein the first control mode is as follows:

acquiring a current value personnel list, and controlling an interphone to call security personnel to eliminate danger;

the second control mode is as follows:

controlling an alarm to send out alarm reminding, and carrying out alarm playing through broadcasting so as to evacuate people in the park;

extracting building and road information and personnel and visiting registration information in the park, and establishing an emergency event data packet; and establishing communication connection with an emergency department and sending the emergency event data packet.

In this scheme, acquire the vehicle and the personnel information that get into the garden in order to judge the danger level to according to the corresponding warning of danger level's result output is reminded, specifically do:

acquiring license plate information entering a park through a license plate recognizer, comparing the license plate information with a pre-stored license plate database to acquire vehicle registration information, and if the comparison is unsuccessful, recording and sending a class I license plate warning prompt;

the personnel information entering the park is obtained through the face monitor, the personnel information is compared with a prestored face database to obtain the personnel identity information, and if the comparison is unsuccessful, a class I face alarm is given.

In this scheme, still include:

extracting the license plate information which is not successfully compared, and checking the result of the license plate and the dangerous license plate database, wherein if the comparison is successful, extracting the corresponding license plate information and sending a II-level license plate warning prompt;

extracting face information which is not successfully compared, checking the result of the face and dangerous face database, wherein if the comparison is successful, extracting corresponding personnel identity information and sending a level II face alarm prompt.

In this scheme, still plan the route of traveling after including discernment vehicle information, specifically do:

identifying the registration information of the vehicle, giving a driving direction according to a matching result and carrying out visual display so as to guide the vehicle to enter different parking lots;

and recognizing the license plate information of the parking through different entrance probes of the parking lot, judging whether the vehicle belongs to the current parking lot range, and if not, sending an alarm prompt.

In this scheme, discernment condition of a fire grade in the garden to according to the corresponding measure of putting out a fire electronic guidance of result output of dangerous grade sends for the user side, specifically does:

recognizing a fire factor through a preset sensor, wherein the fire factor comprises smoke, temperature, pressure and flame;

identifying the fire level of the current fire based on a level discrimination formula, wherein the fire level comprises a level I fire, a level II fire and a level III fire;

and outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level, wherein the electronic guide corresponds to a class I guide, a class II guide and a class III guide.

In this scheme, still include: and feedback information of preset touch equipment is obtained, and the corresponding level threshold is judged based on the feedback information of the touch equipment.

The second aspect of the present invention further provides a multi-level secure smart park control system, including a memory and a processor, where the memory includes a multi-level secure smart park control method program, and when the multi-level secure smart park control method program is executed by the processor, the multi-level secure smart park control method program implements the following steps:

acquiring information of vehicles and personnel entering a park to judge a danger level, and outputting a corresponding alarm prompt according to a result of the danger level;

recognizing the fire level in the park, outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level and sending the fire extinguishing measure electronic guide to a user side;

acquiring feedback information of the user side, and identifying a level threshold value to output a corresponding response mechanism, wherein when the level threshold value is identified to be within a first preset range, a first control mode is adopted for control; when the level threshold is identified to be a second preset range, a second control mode is adopted for control;

wherein the first control mode is as follows:

acquiring a current value personnel list, and controlling an interphone to call security personnel to eliminate danger;

the second control mode is as follows:

controlling an alarm to send out alarm reminding, and carrying out alarm playing through broadcasting so as to evacuate people in the park;

extracting building and road information and personnel and visiting registration information in the park, and establishing an emergency event data packet; and establishing communication connection with an emergency department and sending the emergency event data packet.

In this scheme, acquire the vehicle and the personnel information that get into the garden in order to judge the danger level to according to the corresponding warning of danger level's result output is reminded, specifically do:

acquiring license plate information entering a park through a license plate recognizer, comparing the license plate information with a pre-stored license plate database to acquire vehicle registration information, and if the comparison is unsuccessful, recording and sending a class I license plate warning prompt;

the personnel information entering the park is obtained through the face monitor, the personnel information is compared with a prestored face database to obtain the personnel identity information, and if the comparison is unsuccessful, a class I face alarm is given.

In this scheme, still include:

extracting the license plate information which is not successfully compared, and checking the result of the license plate and the dangerous license plate database, wherein if the comparison is successful, extracting the corresponding license plate information and sending a II-level license plate warning prompt;

extracting face information which is not successfully compared, checking the result of the face and dangerous face database, wherein if the comparison is successful, extracting corresponding personnel identity information and sending a level II face alarm prompt.

In this scheme, still plan the route of traveling after including discernment vehicle information, specifically do:

identifying the registration information of the vehicle, giving a driving direction according to a matching result and carrying out visual display so as to guide the vehicle to enter different parking lots;

and recognizing the license plate information of the parking through different entrance probes of the parking lot, judging whether the vehicle belongs to the current parking lot range, and if not, sending an alarm prompt.

In this scheme, discernment condition of a fire grade in the garden to according to the corresponding measure of putting out a fire electronic guidance of result output of dangerous grade sends for the user side, specifically does:

recognizing a fire factor through a preset sensor, wherein the fire factor comprises smoke, temperature, pressure and flame;

identifying the fire level of the current fire based on a level discrimination formula, wherein the fire level comprises a level I fire, a level II fire and a level III fire;

and outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level, wherein the electronic guide corresponds to a class I guide, a class II guide and a class III guide.

In this scheme, still include: and feedback information of preset touch equipment is obtained, and the corresponding level threshold is judged based on the feedback information of the touch equipment.

A third aspect of the present invention provides a computer-readable storage medium containing a multi-level secure intelligent park control method program of a machine, which when executed by a processor, implements the steps of a multi-level secure intelligent park control method as described in any one of the above.

According to the multi-level safety intelligent park control method, the multi-level safety intelligent park control system and the readable storage medium, the safety degree of the intelligent park is enhanced by setting the safety detection of a plurality of levels, vehicles and personnel information entering the park are identified, and the flow in the park can be controlled; the fire information in the garden is identified, the fire control can be carried out at the first time, and a fire extinguishing guide is output, so that the personal and property safety is effectively ensured; and different processing modes can be responded according to the level of the emergency, the panic of personnel in the garden is reduced, and the loss in the garden is reduced.

Drawings

FIG. 1 is a flow chart illustrating a multi-level security intelligent park control method of the present invention;

FIG. 2 is a schematic diagram of a vehicle entering a parking lot according to a multi-level security intelligent park control method of the present invention;

figure 3 shows a block diagram of a multi-level security intelligent park control system of the present invention.

Detailed Description

In order that the above objects, features and advantages of the present invention can be more clearly understood, a more particular description of the invention will be rendered by reference to the appended drawings. It should be noted that the embodiments and features of the embodiments of the present application may be combined with each other without conflict.

In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention, however, the present invention may be practiced in other ways than those specifically described herein, and therefore the scope of the present invention is not limited by the specific embodiments disclosed below.

Fig. 1 shows a flow chart of a multi-level security intelligent park control method according to the present application.

As shown in fig. 1, the present application discloses a multi-level security intelligent park control method, comprising the following steps:

s102, acquiring information of vehicles and personnel entering a park to judge a danger level, and outputting a corresponding alarm prompt according to a danger level result;

s104, identifying the fire level in the garden, outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level, and sending the fire extinguishing measure electronic guide to a user side;

and S106, acquiring the feedback information of the user side, and identifying a level threshold value to output a corresponding response mechanism.

It should be noted that, by distinguishing the vehicles and the personnel entering the park, the danger level can be judged, for example, when the vehicles are identified as vehicles in the park, the danger is the lowest, when the vehicles entering the park are identified as vehicles escaping from the public security agency, the danger is correspondingly increased, and based on the situation, a corresponding alarm prompt is output to the user side, and then the vehicles are handed to the public security agency for surrounding capture; furthermore, for an intelligent park, due to the fact that a large number of devices, buildings and personnel exist, the fire-fighting problem is very important, the flammable area in the park is monitored in real time through the arranged various sensors, the fire level in the intelligent park can be identified, and then corresponding measures can be taken according to the fire of different levels, wherein the sensors can be provided with smoke sensors, temperature sensors, pressure sensors and the like, for example, when only the temperature sensors are triggered, the situation that the temperature of the corresponding environment or the devices is too high and the fire is dangerous exists, the output electronic guidance of the fire-fighting measures can be 'abnormal temperature and please check', the fire alarm in the intelligent park is not needed to be triggered, the personnel are prevented from being panic, and only the corresponding inspectors need to carry out verification; furthermore, when the level threshold is identified to be in a first preset range, a first control mode is adopted for control; when the level threshold is identified to be a second preset range, a second control mode is adopted for control; wherein the first control mode is as follows: acquiring a current value personnel list, and controlling an interphone to call security personnel to eliminate danger; the second control mode is as follows: controlling an alarm to send out alarm reminding, and carrying out alarm playing through broadcasting so as to evacuate people in the park; extracting building and road information and personnel and visiting registration information in the park, and establishing an emergency event data packet; and establishing communication connection with an emergency department, and sending the emergency event data packet, wherein the first preset range is set to be (0, 5), and the second preset range is set to be (6, 10).

It is worth mentioning that, the scheme that this application provided, when vehicle and personnel got into the garden district, all be automatic going on, need not traditional entrance guard and carry out manual or semi-automatic switching on to improve the availability factor, improve intelligent level, do not restrict the vehicle or personnel of any source promptly, wherein, if the parking stall in the garden is saturated after, then not allow the vehicle to get into.

According to the embodiment of the invention, the acquiring of the information of the vehicles and the personnel entering the park to judge the danger level and outputting the corresponding warning prompt according to the result of the danger level specifically comprise:

acquiring license plate information entering a park through a license plate recognizer, comparing the license plate information with a pre-stored license plate database to acquire vehicle registration information, and if the comparison is unsuccessful, recording and sending a class I license plate warning prompt;

the personnel information entering the park is obtained through the face monitor, the personnel information is compared with a prestored face database to obtain the personnel identity information, and if the comparison is unsuccessful, a class I face alarm is given.

It should be noted that the arrangement of parking spaces in the smart park is strict and is divided into a park employee parking space and a visitor parking space, wherein the license plate database is a set of park employee vehicle information, license plate information entering the park is acquired through the license plate recognizer and compared with the prestored license plate database to acquire vehicle registration information, and if the comparison is unsuccessful, recording and sending a level I license plate alarm prompt, namely, automatic registration is performed on the visitor vehicle entering the smart park; the personnel information entering the park is obtained through the face monitor, the personnel identity information is obtained through comparison with a prestored face database, if the comparison is unsuccessful, the I-level face is alarmed and reminded, wherein the face database is a data set of the faces of the staff in the intelligent park, when the faces entering the park cannot be identified, the I-level alarm reminding is output, and the personnel or the group of personnel are tracked and positioned in the park monitoring video.

According to the embodiment of the invention, the method further comprises the following steps:

extracting the license plate information which is not successfully compared, and checking the result of the license plate and the dangerous license plate database, wherein if the comparison is successful, extracting the corresponding license plate information and sending a II-level license plate warning prompt;

extracting face information which is not successfully compared, checking the result of the face and dangerous face database, wherein if the comparison is successful, extracting corresponding personnel identity information and sending a level II face alarm prompt.

It should be noted that the dangerous license plate database is published by the public security organization and is an illegal vehicle license plate or a license plate of a criminal suspect, if the license plates in the visitors can be successfully compared in the dangerous license plate database, a II-level license plate warning prompt is sent out and synchronized to the public security organization, so that the time efficiency is ensured, and the success of the public security organization in capturing the criminal suspect is increased; and similarly, analyzing the face of the visitor, and comparing the face with a dangerous face database, wherein the dangerous face database is also provided by a public security agency, and if the comparison is successful, sending a II-level license plate warning prompt, synchronizing the II-level license plate warning prompt to the public security agency, and handing the II-level license plate warning prompt to the public security agency.

According to the embodiment of the invention, the method further comprises planning the driving path after identifying the vehicle information, and specifically comprises the following steps:

identifying the registration information of the vehicle, giving a driving direction according to a matching result and carrying out visual display so as to guide the vehicle to enter different parking lots;

and recognizing the license plate information of the parking through different entrance probes of the parking lot, judging whether the vehicle belongs to the current parking lot range, and if not, sending an alarm prompt.

It should be noted that, the electronic screen is used for visually displaying the driving direction so as to guide the vehicle to enter the corresponding parking lot, and in order to avoid the vehicle from parking in the wrong parking lot, the vehicle license plate information of the parking lot is identified through the different entrance probes of the parking lot, and whether the vehicle belongs to the current parking lot range is judged, if not, an alarm prompt is sent, for example, if the visitor vehicle stops in the employee parking lot, the alarm prompt is triggered.

It is worth mentioning that as shown in fig. 2, the vehicle entrance is a double-track single channel, a movable stop lever is arranged at the split rail, the left side is a parking lot a corresponding to the employee parking lot, the right side is a parking lot B corresponding to the visitor parking lot, and the single channel is fixed on the ground on the traffic lane corresponding to the driving direction while the driving direction is given by the electronic screen.

According to the embodiment of the invention, the fire level in the park is identified, and the corresponding fire extinguishing measure electronic guide is output according to the result of the danger level and sent to the user side, specifically:

recognizing a fire factor through a preset sensor, wherein the fire factor comprises smoke, temperature, pressure and flame;

identifying the fire level of the current fire based on a level discrimination formula, wherein the fire level comprises a level I fire, a level II fire and a level III fire;

and outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level, wherein the electronic guide corresponds to a class I guide, a class II guide and a class III guide.

It should be noted that the fire factor includes smokeTemperature ofPressure, pressureAnd a flameAnd identifying the corresponding fire level through the level discrimination formula, wherein the level discrimination formula is as follows:

wherein the fire grades comprise I-grade fire, II-grade fire and III-grade fire,indicating smokeThe detected value of (a) is detected,indicating temperatureThe detected value of (a) is detected,indicating pressureThe detected value of (a) is detected,indicating flamesAccording to the result of the danger level, corresponding electronic guidance of fire extinguishing measures is output, wherein the electronic guidance corresponds to I-level guidance, II-level guidance and III-level guidance.

It is worth mentioning that when only one factor appears in the fire factor, the outputted fire grade is I-grade fire, when any two factors appear in the fire factor, the outputted fire grade is II-grade fire, and when 3 factors or more appear in the fire factor, the outputted fire grade is III-grade fire.

According to the embodiment of the invention, the method further comprises the following steps: and feedback information of preset touch equipment is obtained, and the corresponding level threshold is judged based on the feedback information of the touch equipment.

It should be noted that feedback information of a touch device is preset, where the touch device, such as a pressure feedback device or a voice recognizer, determines the corresponding level threshold based on the feedback information of the touch device, for example, if the level threshold obtained based on the feedback information of the touch device is "3", the first control mode is started to obtain a current staff list, and control an intercom to electrically call security staff to eliminate danger.

It is worth mentioning that the method further comprises identifying the frame and the color of the vehicle of the staff, specifically:

acquiring the frame and color of the employee vehicle in the license plate database;

the frame recognition and the color recognition are carried out on the vehicles entering the employee parking lot, wherein,

and if the error is identified, outputting an alarm prompt.

Specifically, in order to avoid the fake-licensed vehicle from entering the employee parking lot, the frame and the body color of the vehicle can be identified, and if the vehicle entering the employee parking lot cannot be matched with the frame or the color of the employee vehicle in the license plate database, namely, an error is identified, an alarm prompt is output.

Figure 3 shows a block diagram of a multi-level security intelligent park control system of the present invention.

As shown in fig. 3, the present invention discloses a multi-level security smart park control system, which includes a memory and a processor, wherein the memory includes a multi-level security smart park control method program, and the multi-level security smart park control method program implements the following steps when executed by the processor:

acquiring information of vehicles and personnel entering a park to judge a danger level, and outputting a corresponding alarm prompt according to a result of the danger level;

recognizing the fire level in the park, outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level and sending the fire extinguishing measure electronic guide to a user side;

and acquiring feedback information of the user side, and identifying a level threshold value to output a corresponding response mechanism.

It should be noted that, by distinguishing the vehicles and the personnel entering the park, the danger level can be judged, for example, when the vehicles are identified as vehicles in the park, the danger is the lowest, when the vehicles entering the park are identified as vehicles escaping from the public security agency, the danger is correspondingly increased, and based on the situation, a corresponding alarm prompt is output to the user side, and then the vehicles are handed to the public security agency for surrounding capture; furthermore, for an intelligent park, due to the fact that a large number of devices, buildings and personnel exist, the fire-fighting problem is very important, the flammable area in the park is monitored in real time through the arranged various sensors, the fire level in the intelligent park can be identified, and then corresponding measures can be taken according to the fire of different levels, wherein the sensors can be provided with smoke sensors, temperature sensors, pressure sensors and the like, for example, when only the temperature sensors are triggered, the situation that the temperature of the corresponding environment or the devices is too high and the fire is dangerous exists, the output electronic guidance of the fire-fighting measures can be 'abnormal temperature and please check', the fire alarm in the intelligent park is not needed to be triggered, the personnel are prevented from being panic, and only the corresponding inspectors need to carry out verification; furthermore, when the level threshold is identified to be in a first preset range, a first control mode is adopted for control; when the level threshold is identified to be a second preset range, a second control mode is adopted for control; wherein the first control mode is as follows: acquiring a current value personnel list, and controlling an interphone to call security personnel to eliminate danger; the second control mode is as follows: controlling an alarm to send out alarm reminding, and carrying out alarm playing through broadcasting so as to evacuate people in the park; extracting building and road information and personnel and visiting registration information in the park, and establishing an emergency event data packet; and establishing communication connection with an emergency department, and sending the emergency event data packet, wherein the first preset range is set to be (0, 5), and the second preset range is set to be (6, 10).

It is worth mentioning that, the scheme that this application provided, when vehicle and personnel got into the garden district, all be automatic going on, need not traditional entrance guard and carry out manual or semi-automatic switching on to improve the availability factor, improve intelligent level, do not restrict the vehicle or personnel of any source promptly, wherein, if the parking stall in the garden is saturated after, then not allow the vehicle to get into.

According to the embodiment of the invention, the acquiring of the information of the vehicles and the personnel entering the park to judge the danger level and outputting the corresponding warning prompt according to the result of the danger level specifically comprise:

acquiring license plate information entering a park through a license plate recognizer, comparing the license plate information with a pre-stored license plate database to acquire vehicle registration information, and if the comparison is unsuccessful, recording and sending a class I license plate warning prompt;

the personnel information entering the park is obtained through the face monitor, the personnel information is compared with a prestored face database to obtain the personnel identity information, and if the comparison is unsuccessful, a class I face alarm is given.

It should be noted that the arrangement of parking spaces in the smart park is strict and is divided into a park employee parking space and a visitor parking space, wherein the license plate database is a set of park employee vehicle information, license plate information entering the park is acquired through the license plate recognizer and compared with the prestored license plate database to acquire vehicle registration information, and if the comparison is unsuccessful, recording and sending a level I license plate alarm prompt, namely, automatic registration is performed on the visitor vehicle entering the smart park; the personnel information entering the park is obtained through the face monitor, the personnel identity information is obtained through comparison with a prestored face database, if the comparison is unsuccessful, the I-level face is alarmed and reminded, wherein the face database is a data set of the faces of the staff in the intelligent park, when the faces entering the park cannot be identified, the I-level alarm reminding is output, and the personnel or the group of personnel are tracked and positioned in the park monitoring video.

According to the embodiment of the invention, the method further comprises the following steps:

extracting the license plate information which is not successfully compared, and checking the result of the license plate and the dangerous license plate database, wherein if the comparison is successful, extracting the corresponding license plate information and sending a II-level license plate warning prompt;

extracting face information which is not successfully compared, checking the result of the face and dangerous face database, wherein if the comparison is successful, extracting corresponding personnel identity information and sending a level II face alarm prompt.

It should be noted that the dangerous license plate database is published by the public security organization and is an illegal vehicle license plate or a license plate of a criminal suspect, if the license plates in the visitors can be successfully compared in the dangerous license plate database, a II-level license plate warning prompt is sent out and synchronized to the public security organization, so that the time efficiency is ensured, and the success of the public security organization in capturing the criminal suspect is increased; and similarly, analyzing the face of the visitor, and comparing the face with a dangerous face database, wherein the dangerous face database is also provided by a public security agency, and if the comparison is successful, sending a II-level license plate warning prompt, synchronizing the II-level license plate warning prompt to the public security agency, and handing the II-level license plate warning prompt to the public security agency.

According to the embodiment of the invention, the method further comprises planning the driving path after identifying the vehicle information, and specifically comprises the following steps:

identifying the registration information of the vehicle, giving a driving direction according to a matching result and carrying out visual display so as to guide the vehicle to enter different parking lots;

and recognizing the license plate information of the parking through different entrance probes of the parking lot, judging whether the vehicle belongs to the current parking lot range, and if not, sending an alarm prompt.

It should be noted that, the electronic screen is used for visually displaying the driving direction so as to guide the vehicle to enter the corresponding parking lot, and in order to avoid the vehicle from parking in the wrong parking lot, the vehicle license plate information of the parking lot is identified through the different entrance probes of the parking lot, and whether the vehicle belongs to the current parking lot range is judged, if not, an alarm prompt is sent, for example, if the visitor vehicle stops in the employee parking lot, the alarm prompt is triggered.

It is worth mentioning that as shown in fig. 2, the vehicle entrance is a double-track single channel, a movable stop lever is arranged at the split rail, the left side is a parking lot a corresponding to the employee parking lot, the right side is a parking lot B corresponding to the visitor parking lot, and the single channel is fixed on the ground on the traffic lane corresponding to the driving direction while the driving direction is given by the electronic screen.

According to the embodiment of the invention, the fire level in the park is identified, and the corresponding fire extinguishing measure electronic guide is output according to the result of the danger level and sent to the user side, specifically:

recognizing a fire factor through a preset sensor, wherein the fire factor comprises smoke, temperature, pressure and flame;

identifying the fire level of the current fire based on a level discrimination formula, wherein the fire level comprises a level I fire, a level II fire and a level III fire;

and outputting a corresponding fire extinguishing measure electronic guide according to the result of the danger level, wherein the electronic guide corresponds to a class I guide, a class II guide and a class III guide.

It should be noted that the fire factor includes smokeTemperature ofPressure, pressureAnd a flameAnd identifying the corresponding fire level through the level discrimination formula, wherein the level discrimination formula is as follows:

wherein the fire grades comprise I-grade fire, II-grade fire and III-grade fire,indicating smokeThe detected value of (a) is detected,indicating temperatureThe detected value of (a) is detected,indicating pressureThe detected value of (a) is detected,indicating flamesAccording to the result of the danger level, corresponding electronic guidance of fire extinguishing measures is output, wherein the electronic guidance corresponds to I-level guidance, II-level guidance and III-level guidance.

It is worth mentioning that when only one factor appears in the fire factor, the outputted fire grade is I-grade fire, when any two factors appear in the fire factor, the outputted fire grade is II-grade fire, and when 3 factors or more appear in the fire factor, the outputted fire grade is III-grade fire.

According to the embodiment of the invention, the method further comprises the following steps: and feedback information of preset touch equipment is obtained, and the corresponding level threshold is judged based on the feedback information of the touch equipment.

It should be noted that feedback information of a touch device is preset, where the touch device, such as a pressure feedback device or a voice recognizer, determines the corresponding level threshold based on the feedback information of the touch device, for example, if the level threshold obtained based on the feedback information of the touch device is "3", the first control mode is started to obtain a current staff list, and control an intercom to electrically call security staff to eliminate danger.

It is worth mentioning that the method further comprises identifying the frame and the color of the vehicle of the staff, specifically:

acquiring the frame and color of the employee vehicle in the license plate database;

the frame recognition and the color recognition are carried out on the vehicles entering the employee parking lot, wherein,

and if the error is identified, outputting an alarm prompt.

Specifically, in order to avoid the fake-licensed vehicle from entering the employee parking lot, the frame and the body color of the vehicle can be identified, and if the vehicle entering the employee parking lot cannot be matched with the frame or the color of the employee vehicle in the license plate database, namely, an error is identified, an alarm prompt is output.

A third aspect of the present invention provides a computer-readable storage medium containing a multi-level secure intelligent park control method program of a machine, which when executed by a processor, implements the steps of a multi-level secure intelligent park control method as described in any one of the above.

According to the multi-level safety intelligent park control method, the multi-level safety intelligent park control system and the readable storage medium, the safety degree of the intelligent park is enhanced by setting the safety detection of a plurality of levels, vehicles and personnel information entering the park are identified, and the flow in the park can be controlled; the fire information in the garden is identified, the fire control can be carried out at the first time, and a fire extinguishing guide is output, so that the personal and property safety is effectively ensured; and can respond different processing methods according to emergency's grade, reduce personnel in the garden panic to reduce the loss in wisdom garden.

In the several embodiments provided in the present application, it should be understood that the disclosed apparatus and method may be implemented in other ways. The above-described device embodiments are merely illustrative, for example, the division of the unit is only a logical functional division, and there may be other division ways in actual implementation, such as: multiple units or components may be combined, or may be integrated into another system, or some features may be omitted, or not implemented. In addition, the coupling, direct coupling or communication connection between the components shown or discussed may be through some interfaces, and the indirect coupling or communication connection between the devices or units may be electrical, mechanical or other forms.

The units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units; can be located in one place or distributed on a plurality of network units; some or all of the units can be selected according to actual needs to achieve the purpose of the solution of the embodiment.

In addition, all the functional units in the embodiments of the present invention may be integrated into one processing unit, or each unit may be separately regarded as one unit, or two or more units may be integrated into one unit; the integrated unit can be realized in a form of hardware, or in a form of hardware plus a software functional unit.

Those of ordinary skill in the art will understand that: all or part of the steps for realizing the method embodiments can be completed by hardware related to program instructions, the program can be stored in a computer readable storage medium, and the program executes the steps comprising the method embodiments when executed; and the aforementioned storage medium includes: a mobile storage device, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk or an optical disk, and other various media capable of storing program codes.

Alternatively, the integrated unit of the present invention may be stored in a computer-readable storage medium if it is implemented in the form of a software functional module and sold or used as a separate product. Based on such understanding, the technical solutions of the embodiments of the present invention may be essentially implemented or a part contributing to the prior art may be embodied in the form of a software product, which is stored in a storage medium and includes several instructions for causing a computer device (which may be a personal computer, a server, or a network device) to execute all or part of the methods described in the embodiments of the present invention. And the aforementioned storage medium includes: a removable storage device, a ROM, a RAM, a magnetic or optical disk, or various other media that can store program code.