Community fire fighting access intelligent management and control system based on big data analysis

Abstract

The invention discloses a community fire fighting access intelligent management and control system based on big data analysis, and relates to the technical field of fire fighting access intelligent management and control. The intelligent management and control system comprises a fire-fighting area supervision platform, a condition information acquisition unit, an identification and determination unit, a user early warning unit, a vehicle access information management unit and a personnel service management unit. According to the method, the road occupation condition of the fire fighting area is collected, then the road occupation objects are identified and judged, and different processing modes are selected according to the different road occupation objects; according to the method, the vehicles occupying the road are classified from the two directions that the license plate number of the motor vehicle cannot be detected and the license plate number of the motor vehicle can be detected, and then the two vehicles occupying the road are processed in different modes, so that the processing steps are more refined, and the probability of manual participation is reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent management and control of fire passages, and in particular to an intelligent management and control system for fire passages in a residential area based on big data analysis. Background Art

[0002] Fire passages are life passages. They are an important prerequisite for quickly extinguishing fires, saving people's lives and property, and reducing fire losses. They cannot be occupied at will and must be kept open at all times. Most of the existing residential security booths are equipped with special fire passages, which are important passages to protect people's lives and property. If the fire passages are occupied, it will bring major hidden dangers to the lives and property of the owners of the community. However, with the continuous increase in private cars, some car owners often occupy fire passages to park due to insufficient parking spaces.

[0003] However, existing communities can only monitor the occupancy of fire passages through a surveillance system, and then manually alert the occupied vehicles. This not only increases the workload of staff, but also may result in missed inspections. In addition, the surveillance system in the community has blind spots, and not always able to accurately capture detailed information on occupied vehicles. Manual work is required to go to the scene to copy the license plate or re-retrieve surveillance, which prolongs the occupation time of the fire passage. Summary of the invention

[0004] The purpose of the present invention is to solve the problems in the prior art and to propose an intelligent management and control system for community fire passages based on big data analysis.

[0005] In order to achieve the above-mentioned purpose, the present invention adopts the following technical solutions: an intelligent control system for community fire passages based on big data analysis, including a fire area supervision platform, a situation information collection unit, an identification and determination unit, a user early warning unit, a vehicle access information management unit, and a personnel service management unit;

[0006] When the fire area management platform generates a fire passage supervision instruction and sends the fire passage supervision instruction to the situation information collection unit, the situation information collection unit is used to collect real-time situation information of the fire area, the real-time situation information of the fire area includes a real-time state image of the fire passage, the fire area number and the image shooting time, and sends the real-time situation information of the fire area to the recognition and determination unit;

[0007] After receiving the real-time status information of the fire protection area, the recognition and determination unit immediately performs object recognition and analysis operations on the real-time status image, and sends the license plate number of the motor vehicle occupying the road and other object occupying the road signals to the user early warning unit, and sends the signal of the motor vehicle occupying the road without a license plate and the real-time status information of the fire protection area to the vehicle access management unit;

[0008] The vehicle access management unit is used to collect and store vehicle information in the current community, wherein the vehicle information in the current community includes vehicle image information, vehicle driver contact information and vehicle license plate number, and receives the signal of the motor vehicle without license plate occupying the road and the real-time status information of the fire protection area, and then performs query and comparison operations on the real-time status information of the fire protection area;

[0009] The user warning unit is used to receive vehicle information, the license plate number of the motor vehicle occupying the road, and the signal of other objects occupying the road, and then automatically send a vehicle moving warning to the mobile phone of the vehicle driver according to the received information and signal, and after sending the vehicle moving warning, perform information recording operation, and generate a vehicle occupying the road signal, and then send the vehicle occupying the road signal and the corresponding vehicle information to the personnel service management unit;

[0010] The personnel service management unit is used to store the duty information of the community management personnel and receive the vehicle occupying the road signal and the corresponding vehicle information.

[0011] Furthermore, the object recognition and analysis operation of the information recognition and analysis unit includes the following steps:

[0012] S1, receiving the real-time status image of the fire passage, the fire area number and the image shooting time sent by the situation information collection unit, and then identifying the real-time status image of the fire passage,

[0013] S2, when it is identified that other objects are occupying the road, a signal indicating that other objects are occupying the road is generated;

[0014] S3, when it is identified that a motor vehicle is occupying the road, the image of the corresponding vehicle occupying the road within a period of time is automatically obtained from the situation information collection unit, and the vehicle is determined by multiple images of the vehicle occupying the road to see whether the license plate number of the vehicle occupying the road can be detected;

[0015] If the license plate number of a road-occupying vehicle is detected, the license plate number of the road-occupying vehicle is generated;

[0016] If the license plate number of the vehicle occupying the road is not detected, a signal of a motor vehicle occupying the road without a license plate is generated.

[0017] Furthermore, after receiving the license plate number of the vehicle occupying the road, the user warning unit obtains the contact information of the vehicle driver corresponding to the vehicle license plate number from the vehicle access management unit, and automatically sends a vehicle moving warning to the vehicle driver's mobile phone to remind the vehicle driver to move the vehicle in time.

[0018] Furthermore, the query comparison operation includes the following steps:

[0019] S1. After receiving the real-time status image of the fire passage, the vehicle access management unit compares and analyzes the real-time status image of the fire passage with the image information of vehicles entering and leaving the community collected by it.

[0020] S2. Find out the corresponding vehicle information entering and exiting the community, and then send the corresponding vehicle driver contact information to the user early warning unit.

[0021] Furthermore, the information recording operation of the user early warning unit includes the following steps:

[0022] S1. The number of times a vehicle moving warning is sent to a driver of the same vehicle is marked as N, where N is a natural number;

[0023] S2, when N>2, a vehicle occupying the lane signal is generated;

[0024] When N≤2, no processing is performed.

[0025] Furthermore, after receiving the vehicle occupying the road signal and the corresponding vehicle information, the user warning unit sends the corresponding vehicle information to the mobile terminal of the current on-duty manager to prompt him to handle it in time;

[0026] After receiving the signal of other objects occupying the road and the fire area number, the user warning unit will sound an alarm through the voice alarm device corresponding to the fire area. When the alarm is sounded more than 3 times, the user warning platform will retrieve the information of the current on-duty manager from the personnel service management unit, and send the fire area number and real-time status image to the mobile terminal of the current on-duty manager.

[0027] In summary, due to the adoption of the above technical solution, the beneficial effects of the present invention are:

[0028] The present invention collects the road-occupying situation in the fire-fighting area, and then identifies and determines the objects occupying the road, and selects different processing methods according to different objects occupying the road. When the object occupying the road is identified as a motor vehicle, the occupying vehicles are classified from two directions: the motor vehicle license plate number cannot be detected and the motor vehicle license plate number can be detected. Then, different processing methods are performed on the two types of occupying vehicles, so that the processing steps are more refined and the probability of manual participation is reduced. After it is identified that it is a motor vehicle occupying the road and the license plate number of the occupying vehicle is not detected to generate a license plate-free motor vehicle occupying the road signal, the vehicle entry and exit management unit is used to compare and analyze the received real-time status image of the fire passage with the image information of the vehicles entering and exiting the community collected, so that the license plate number of the undetected occupying vehicle can be accurately queried, thereby avoiding the situation where manual participation is required to evacuate the vehicle due to the blind spot of the monitoring system that cannot capture the detailed information of the occupied vehicle. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 It is a principle block diagram of the present invention. DETAILED DESCRIPTION

[0030] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0031] Embodiment 1:

[0032] The present invention proposes an intelligent control system for community fire passages based on big data analysis, please refer to Figure 1 , including a fire area supervision platform, a situation information collection unit, an identification and determination unit, a user warning unit, a vehicle entry and exit information management unit, and a personnel service management unit;

[0033] When the fire area management platform generates a fire passage supervision instruction and sends the fire passage supervision instruction to the situation information collection unit, the situation information collection unit uses the monitoring equipment to collect the real-time situation information of the fire area, the real-time situation information of the fire area includes the real-time state image of the fire passage, the fire area number and the image shooting time, and sends the real-time situation information of the fire area to the recognition and determination unit;

[0034] After receiving the real-time status information of the fire protection area, the recognition and determination unit immediately performs object recognition and analysis operations on the real-time status image, and sends the license plate number of the motor vehicle occupying the road and other object occupying the road signals to the user early warning unit, and sends the signal of the motor vehicle occupying the road without a license plate and the real-time status information of the fire protection area to the vehicle access management unit;

[0035] The vehicle entry and exit management unit is used to collect and store vehicle information in the current community, wherein the vehicle information in the current community includes vehicle image information, vehicle driver contact information and vehicle license plate number, and receives the signal of the motor vehicle occupying the road without a license plate and the real-time status information of the fire protection area, and then performs a query and comparison operation on the real-time status information of the fire protection area, and obtains the corresponding community entry and exit vehicle information, and then sends the community entry and exit vehicle information to the user early warning unit;

[0036] The user warning unit is used to receive vehicle information, license plate numbers of motor vehicles occupying the road, signals of other objects occupying the road, and then automatically send a vehicle moving warning to the vehicle driver's mobile phone based on the received information and signals. After sending the vehicle moving warning, information recording operations are performed, and a vehicle occupying the road signal is generated. The vehicle occupying the road signal, corresponding vehicle information, fire area number and image shooting time are then sent to the personnel service management unit.

[0037] The object recognition and analysis operation of the information recognition and analysis unit includes the following steps:

[0038] S1, receiving the real-time status image of the fire passage, the fire area number and the image shooting time sent by the situation information collection unit, and then identifying the real-time status image of the fire passage,

[0039] S2, when it is identified that other objects are occupying the road, a signal indicating that other objects are occupying the road is generated;

[0040] S3, when it is identified that a motor vehicle is occupying the road, the image of the corresponding vehicle occupying the road within a period of time is automatically obtained from the situation information collection unit, and the vehicle is determined by multiple images of the vehicle occupying the road to see whether the license plate number of the vehicle occupying the road can be detected;

[0041] If the license plate number of a road-occupying vehicle is detected, the license plate number of the road-occupying vehicle is generated;

[0042] If the license plate number of the vehicle occupying the road is not detected, a signal of a motor vehicle occupying the road without a license plate is generated, and the signal of the motor vehicle occupying the road without a license plate and the real-time status image of the fire passage are sent to the vehicle access management unit.

[0043] After receiving the license plate number of the vehicle occupying the road, the user warning unit obtains the contact information of the vehicle driver corresponding to the license plate number from the vehicle access management unit, and automatically sends a vehicle moving warning to the vehicle driver's mobile phone to remind the vehicle driver to move the vehicle in time. 10 minutes after the user warning unit sends the vehicle moving warning, the situation information collection unit collects real-time status information of the fire area again.

[0044] The query and comparison operation includes the following steps:

[0045] S1. After receiving the real-time status image of the fire passage, the vehicle access management unit compares and analyzes the real-time status image of the fire passage with the image information of vehicles entering and leaving the community collected by it.

[0046] S2. Find out the corresponding vehicle information entering and exiting the community, and then send the corresponding vehicle driver contact information to the user early warning unit.

[0047] The information recording operation of the user early warning unit includes the following steps:

[0048] S1. The number of times a vehicle moving warning is sent to a driver of the same vehicle is marked as N, where N is a natural number;

[0049] S2, when N>2, a vehicle occupying the lane signal is generated;

[0050] When N≤2, no processing is performed.

[0051] The personnel service management unit is used to store the duty information of the community management personnel, and receive the vehicle occupying the road signal and the corresponding vehicle information. After receiving the vehicle occupying the road signal and the corresponding vehicle information, the corresponding vehicle information is sent to the mobile phone terminal of the current on-duty management personnel to prompt them to handle it in time.

[0052] After receiving the signal of other objects occupying the road and the fire area number, the user warning unit will sound an alarm through the voice alarm device corresponding to the fire area. The time interval between two adjacent alarm sounds is 2 minutes. When the number of alarm sounds received by the user warning unit is greater than 3, the user warning platform will retrieve the information of the current on-duty manager from the personnel service management unit, and send the fire area number and real-time status image to the mobile terminal of the current on-duty manager to prompt the current on-duty manager to deal with the blocked fire area in a timely manner.

[0053] The working principle and process of the present invention.

[0054] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. An intelligent control system for community fire passages based on big data analysis, characterized in that: It includes a fire area supervision platform, a situation information collection unit, an identification and determination unit, a user warning unit, a vehicle entry and exit information management unit, and a personnel service management unit; When the fire area management platform generates a fire passage supervision instruction and sends the fire passage supervision instruction to the situation information collection unit, the situation information collection unit is used to collect real-time situation information of the fire area, the real-time situation information of the fire area includes a real-time state image of the fire passage, the fire area number and the image shooting time, and sends the real-time situation information of the fire area to the recognition and determination unit; After receiving the real-time status information of the fire protection area, the recognition and determination unit immediately performs object recognition and analysis operations on the real-time status image, and sends the license plate number of the motor vehicle occupying the road and other object occupying the road signals to the user early warning unit, and sends the signal of the motor vehicle occupying the road without a license plate and the real-time status information of the fire protection area to the vehicle access management unit; The vehicle access management unit is used to collect and store vehicle information in the current community, wherein the vehicle information in the current community includes vehicle image information, vehicle driver contact information and vehicle license plate number, and receives the signal of the motor vehicle without license plate occupying the road and the real-time status information of the fire protection area, and then performs query and comparison operations on the real-time status information of the fire protection area; The user warning unit is used to receive vehicle information, the license plate number of the motor vehicle occupying the road, and the signal of other objects occupying the road, and then automatically send a vehicle moving warning to the mobile phone of the vehicle driver according to the received information and signal, and after sending the vehicle moving warning, perform information recording operation, and generate a vehicle occupying the road signal, and then send the vehicle occupying the road signal and the corresponding vehicle information to the personnel service management unit; The personnel service management unit is used to store the duty information of the community management personnel and receive the vehicle occupying the road signal and the corresponding vehicle information.

2. According to the intelligent control system of community fire passage based on big data analysis according to claim 1, it is characterized in that: The object recognition and analysis operation of the information recognition and analysis unit includes the following steps: S1, receiving the real-time status image of the fire passage, the fire area number and the image shooting time sent by the situation information collection unit, and then identifying the real-time status image of the fire passage, S2, when it is identified that other objects are occupying the road, a signal indicating that other objects are occupying the road is generated; S3, when it is identified that a motor vehicle is occupying the road, the image of the corresponding vehicle occupying the road within a period of time is automatically obtained from the situation information collection unit, and the vehicle is determined by multiple images of the vehicle occupying the road to see whether the license plate number of the vehicle occupying the road can be detected; If the license plate number of a road-occupying vehicle is detected, the license plate number of the road-occupying vehicle is generated; If the license plate number of the vehicle occupying the road is not detected, a signal of a motor vehicle occupying the road without a license plate is generated.

3. According to the intelligent control system of community fire passage based on big data analysis according to claim 1, it is characterized in that: After receiving the license plate number of the vehicle occupying the road, the user warning unit obtains the contact information of the vehicle driver corresponding to the license plate number from the vehicle access management unit, and automatically sends a vehicle moving warning to the vehicle driver's mobile phone to remind the vehicle driver to move the vehicle in time.

4. According to the intelligent control system of community fire passage based on big data analysis according to claim 1, it is characterized in that: The query comparison operation comprises the following steps: S1. After receiving the real-time status image of the fire passage, the vehicle access management unit compares and analyzes the real-time status image of the fire passage with the image information of vehicles entering and leaving the community collected by it. S2. Find out the corresponding vehicle information entering and exiting the community, and then send the corresponding vehicle driver contact information to the user early warning unit.

5. According to the intelligent control system of community fire passage based on big data analysis according to claim 1, it is characterized in that: The information recording operation of the user early warning unit includes the following steps: S1. The number of times a vehicle moving warning is sent to a driver of the same vehicle is marked as N, where N is a natural number; S2, when N>2, a vehicle occupying the lane signal is generated; When N≤2, no processing is performed.

6. According to claim 5, a community fire passage intelligent management and control system based on big data analysis is characterized in that: After receiving the vehicle occupying the road signal and the corresponding vehicle information, the user warning unit sends the corresponding vehicle information to the mobile terminal of the current on-duty manager to prompt him to handle it in time; After receiving the signal of other objects occupying the road and the fire area number, the user warning unit will sound an alarm through the voice alarm device corresponding to the fire area. When the alarm is sounded more than 3 times, the user warning platform will retrieve the information of the current on-duty manager from the personnel service management unit, and send the fire area number and real-time status image to the mobile terminal of the current on-duty manager.

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