WO2025262710A1

WO2025262710A1 - An automated vehicle registration identification and emergency notification system

Info

Publication number: WO2025262710A1
Application number: PCT/IN2025/050895
Authority: WO
Inventors: Niketa Singh; Ashwani Kumar Singh Rajput; Uttam Singh; Savita Singh
Original assignee: Individual
Current assignee: Individual
Priority date: 2024-06-19
Filing date: 2025-06-17
Publication date: 2025-12-26
Anticipated expiration: 2026-12-19

Abstract

The present invention relates to an automated vehicle registration identification and emergency notification system (100). The automated vehicle registration identification and emergency notification system (100) comprises an image capturing unit (102) and a vehicle registration identification unit. The vehicle registration identification unit is configured to identify vehicle registration number from the captured photo or video and sends emergency notifications to the vehicle owner and their emergency family contacts. The vehicle registration identification unit comprises a decoder unit (104), a database, a server unit (108), an analyzing unit (110), a matching unit (112), a vehicle verification unit (114), an alert generating unit (118) and a central processing unit (116). The system (100) is an efficient, cost-effective, and user-friendly that can decode the vehicle registration number from the photo or video and sends notifications to the vehicle owner and their emergency family contacts via photo/video and phone calls.

Description

AN AUTOMATED VEHICLE REGISTRATION IDENTIFICATION AND EMERGENCY NOTIFICATION SYSTEM

The present invention relates to the communication technique field, and more particularly to a system for establish communication in emergency condition using vehicle registration number plate.

In today's fast-paced world, the need for efficient and accurate identification of vehicles is critical for various applications, including law enforcement, toll collection, parking management, and emergency response. The conventional systems for vehicle registration number plate recognition typically involve manual processes or expensive hardware installations, both of which have significant limitations. In many scenarios, law enforcement officers or other personnel manually note down vehicle registration numbers. This method is prone to human errors, such as misreading the numbers, typographical errors, and delays in recording and processing the information. Some advanced systems use fixed cameras and automatic number plate recognition (ANPR) technology. These setups involve installing cameras at fixed locations like toll booths, parking lots, or on highways. The cameras continuously capture images of passing vehicles, and the ANPR software processes these images to extract registration numbers. Along with the camera, fixed hardware installations and RFID/GPS-based systems involve significant initial investment and maintenance costs. These systems require the installation of high-resolution cameras, servers for processing, and continuous maintenance, making them expensive for large-scale deployment. Also fixed camera systems are limited to specific locations where the cameras are installed. Fixed camera systems can only monitor specific areas where cameras are installed. They cannot provide coverage outside these predefined locations. This limitation means they cannot provide real-time data for vehicles outside these areas. Additionally, RFID/GPS systems require every vehicle to be equipped with the necessary hardware, which is not always feasible. Manual identification methods are inherently prone to errors. The accuracy of recording vehicle registration numbers manually can be compromised due to poor visibility, human fatigue, or simple mistakes. Scaling fixed hardware installations to cover a larger area or increasing the number of vehicles equipped with RFID/GPS devices is logistically challenging and financially burdensome. Additionally, manual processes and some fixed hardware systems can experience delays in processing and transmitting data, which can be critical in emergency situations where immediate action is required. Further, in emergency situations, such as an accidents or improper parking, it is crucial to promptly notify the vehicle owner and their emergency contacts. Traditional methods of manual notification are slow and prone to errors. Moreover, there is a significant risk of call misuse and unauthorized access.

The above-mentioned conventional systems and methods for identification of vehicles are rely on manual identification, which is prone to errors and delays, and require expensive dedicated hardware setups, time consuming.

Therefore, there remains a need in the art for an automated vehicle registration identification and emergency notification system that does not suffer from the above-mentioned deficiencies or at least provides a viable, economical and effective solution.

An embodiment of the present invention is to provide an automated vehicle registration identification and emergency notification system. The automated vehicle registration identification and emergency notification system comprises an image capturing unit and a vehicle registration identification unit. The image capturing unit is configured to capture the photos or videos of the vehicle registration number. The vehicle registration identification unit is operationally connected with the image capturing unit. The vehicle registration identification unit is configured to identify vehicle registration number from the captured photos or videos and sends emergency notifications to the vehicle owner and their emergency family contacts. The vehicle registration identification unit comprises a decoder unit, a database, a server unit, an analyzing unit, a matching unit, a vehicle verification unit , an alert generating unit and a central processing unit. The decoder unit is configured to decode the vehicle registration number from the captured photos or videos. The database is configured to store the primary information of the vehicle owner. The server unit is configured to fetch vehicle owner details from the database using the recognized text, text prediction and decoded vehicle registration number is sent to the backend server for further processing. The analyzing unit is operationally connected with the server unit, configured to analyses the fetched and decoded information. The matching unit is operationally connected with the database and analyzing unit. The matching unit is configured to match the stored the primary information of the vehicle owner with the analyzed information. The vehicle verification unit is operationally connected with the server unit. The vehicle verification unit is configured to verify the matched and generated a notification. The notification includes: If the vehicle number is not registered in the database, the system returns a "No Record Found" message if the vehicle number is found, the system returns a success message with the vehicle owner and emergency contact details. The alert generating unit operationally connected with the vehicle verification unit. The alert generating unit is configured to send captured photo/ video to the vehicle owner and their registered emergency contacts in real-time. The central processing unit is operationally connected with the decoder unit, database, server unit, analyzing unit, matching unit, vehicle verification unit and alert generating unit. The central processing unit comprises a memory unit and a processor. The memory unit is configured to store machine-readable instruction. The processor obtaining the machine-readable instructions from the memory unit, and being configured by the machine instruction to control the function perform by decoder unit, database, server unit, analyzing unit, matching unit, vehicle verification unit and alert generating unit; decode the registration number of the vehicle from the captured image; send decoded information to the server; send query to the database using the decoded number by the server; predict and match the store the primary information of the vehicle owner with the decoded information; sends emergency notifications to the vehicle owner and their emergency family contacts.

In accordance with an embodiment of the present invention, the image capturing unit is configured to focus from a minimum distance of three feet and to ensures that only three-dimensional images are processed.

In accordance with an embodiment of the present invention, the primary information of the vehicle owner includes the identity number of the vehicle owner, contact number of closer-ones/family/friends/authorized person/ emergency contacts of the vehicle owner in the virtual form which remains hidden/masked for safety purpose.

In accordance with an embodiment of the present invention, the vehicle registration identification unit using an open API or FCM (Firebase Cloud Messaging) protocol.

In accordance with an embodiment of the present invention, the analyzing unit includes YOLOv5 object detection for detection and identification of vehicle registration number.

In accordance with an embodiment of the present invention, the vehicle registration identification unit using Optical Character Recognition (OCR) for extracting text information from the captured images.

In accordance with an embodiment of the present invention, the vehicle registration identification unit is configured to send the generated the emergency information (photos or videos) of the accident site along with a siren alert, ensuring a swift response along with the location, date, and time to the computing device of the vehicle owner. their family, police PRV, Ambulance, trauma center, fire helpline.

In accordance with an embodiment of the present invention, the vehicle registration identification unit configured to send the generated the emergency notification to the vehicle owner. their family, police PRV, Ambulance, trauma center, fire helpline even if the computing device of the vehicle owner. their family, police PRV, ambulance, trauma center, fire helpline are locked.

In accordance with an embodiment of the present invention, the vehicle registration identification unit can exclusively read and decodes the vehicle registration number, initiating calls only if the number adheres is written in the standard form of vehicle registration number. This ensures that the system accurately identifies and processes genuine vehicle registration plates, reducing the risk of false or erroneous alerts. The vehicle registration identification unit configured to analyze the captured image, confirming that the registration number follows the correct syntax and structure typical of vehicle registration formats. If the decoded number matches the standard format, the system proceeds to initiate calls to the vehicle owner and their emergency contacts. This stringent verification process enhances the reliability of the system, ensuring that only legitimate registration numbers trigger notifications, thereby maintaining the integrity and effectiveness of the emergency response.

In accordance with an embodiment of the present invention, the alert generating unit is configured to display emergency notification to the user along with the choice between reporting an accident (emergency) or wrong parking

In the current landscape, existing vehicle registration identification and emergency notification systems present numerous technical challenges that hinder their practical deployment and effectiveness. Manual identification methods, commonly used by law enforcement and parking authorities, are susceptible to human error, poor visibility, and delays in processing, while automated systems such as fixed-location ANPR (Automatic Number Plate Recognition) cameras and RFID/GPS-based solutions require costly infrastructure, ongoing maintenance, and are geographically limited to specific installation points. These conventional systems are incapable of providing real-time vehicle identification or emergency communication outside of predefined zones and are not equipped to promptly notify vehicle owners or emergency responders in critical situations such as accidents or improper parking. Additionally, many of these solutions fail to verify the physical presence of the number plate on the actual vehicle, increasing the risk of false alerts, and lack integrated features for authenticating and processing vehicle registration data in real time. There is a further concern regarding the potential for misuse or unauthorized access in systems lacking stringent verification mechanisms. Therefore, there exists a compelling technical need for a portable, automated, and secure vehicle registration identification and emergency notification system that is capable of capturing and decoding registration numbers from real-time photo or video input, verifying authenticity, and instantly transmitting emergency alerts to registered contacts and public safety services—even when their devices are locked—without reliance on expensive or location-dependent infrastructure.

To address the aforementioned challenges, the present invention provides an automated vehicle registration identification and emergency notification system that overcomes the limitations of conventional methods by offering a portable, real-time, and infrastructure-independent solution. The system utilizes an image capturing unit capable of detecting and processing three-dimensional images of vehicle registration plates from a minimum distance, ensuring authenticity and eliminating the use of pre-captured or static images. By integrating advanced object detection (such as YOLOv5), Optical Character Recognition (OCR), and backend server communication via APIs and Firebase Cloud Messaging (FCM), the system accurately decodes vehicle registration numbers and cross-verifies them against a secure database. Upon validation, it instantly sends photo/video-based emergency notifications to the vehicle owner and their registered emergency contacts, including police, ambulance, trauma centers, and fire services—even if the recipients’ computing devices are locked. The system further incorporates live location tracking and socket programming to enable real-time coordination and monitoring of emergency responders. With built-in safeguards that prevent manual data manipulation and restrict activation to authenticated vehicle identification only, the system ensures secure, reliable, and user-friendly emergency communication, thereby enabling prompt response and improved public safety without dependence on fixed hardware installations.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that can reduces the risk of errors associated with manual entry or poor-quality images, ensuring reliable data extraction

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system is an efficient, cost-effective, and user-friendly solution.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that can decodes the vehicle registration number from the photo or video and sends notifications to the vehicle owner and their emergency family contacts, police PRV, ambulance, trauma center, fire helpline via photo/video and phone calls.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system in which once the photo or video is taken, an alert siren along with the captured media is automatically displayed using FCM technology to the vehicle owner and their emergency family contacts, police PRV, ambulance, trauma center, fire helpline, even if the computing unit of the vehicle owner and their emergency family contacts, police PRV, ambulance, trauma center, fire helpline are locked

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system in which the photo or video received by the vehicle owner and their emergency family contacts, police PRV, ambulance, trauma center, fire helpline contacts includes the scan date, time, and location, along with a callback button that allows them to contact the reporting individual if needed.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that can capture photos or videos of the accident site, providing visual evidence that can be crucial in emergency situations.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that can notifies the vehicle owner and their emergency family contacts, police PRV, ambulance, trauma center, fire helpline in the event of an accident or improper parking, enabling timely assistance and resolution.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that can accurately decode vehicle registration numbers and verify the physical presence of the number plate on the vehicle. This ensures that only legitimate notifications are sent.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that can integrate live location tracking and real-time notifications to ensure that emergency responders, such as police PRV, ambulance, trauma center, fire helpline, are promptly alerted and can reach the accident site quickly.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that can allow users to capture additional photos or videos of the accident scene, providing valuable visual evidence that can aid emergency responders and vehicle owners in understanding the situation.

An object of the present disclosure is to provide an automated vehicle registration identification and emergency notification system that overcomes the limitations of the conventional systems having fixed camera through automated vehicle registration identification and emergency notification system -based solution. The automated vehicle registration identification and emergency notification system can be used anywhere and at any time. The system is designed to enhance the detection, notification, and response process in vehicle-related emergencies. Unlike traditional fixed camera systems, while useful for monitoring specific areas, are limited by their static nature and inability to provide coverage outside predefined locations. To address these limitations, the automated vehicle registration identification and emergency notification system provides a portable and versatile solution that enhances vehicle safety and emergency response capabilities

: illustrate an automated vehicle registration identification and emergency notification system, in accordance with an embodiment of the present invention.

: illustrate an exemplary embodiment of the automated vehicle registration identification and emergency notification system, in accordance with an embodiment of the present invention.

: illustrate an automated vehicle registration identification and emergency notification system (100), in accordance with an embodiment of the present invention. The automated vehicle registration identification and emergency notification system (100) comprises an image capturing unit (102) and a vehicle registration identification unit. The image capturing unit (102) is configured to capture the photos or videos of the vehicle registration number. The vehicle registration identification unit is operationally connected with the image capturing unit (102). The vehicle registration identification unit is configured to identify vehicle registration number from the captured photos and videos and sends emergency notifications to the vehicle owner and their emergency family contacts. The vehicle registration identification unit comprises a decoder unit (104), a database, a server unit (108), an analyzing unit (110), a matching unit (112), a vehicle verification unit (114), an alert generating unit (118) and a central processing unit (116). The decoder unit (104) is configured to decode the vehicle registration number from the captured photos or videos. The database (106) is configured to store the primary information of the vehicle owner. The server unit (108) is configured to fetch vehicle owner details from the database (106) using the recognized text, text prediction and decoded vehicle registration number is sent to the backend server for further processing. The analyzing unit (110) is operationally connected with the server unit (108), configured to analyses the fetched and decoded information. The analyzing unit (110) includes YOLOv5 object detection for detection and identification of vehicle registration number. The matching unit (112) is operationally connected with the database (106) and analyzing unit (110). The matching unit (112) is configured to match the stored the primary information of the vehicle owner with the analyzed information. The primary information of the vehicle owner includes the identity number of the vehicle owner, contact number of closer-ones/family/friends/authorized person/ emergency contacts of the vehicle owner in the virtual form which remains hidden/masked for safety purpose. The emergency contacts include police PRV, ambulance, trauma center, fire helpline. The vehicle verification unit (114) is operationally connected with the server unit (108). The vehicle verification unit (114) is configured to verify the matched and generated a notification. The notification includes: If the vehicle number is not registered in the database, the system (100) returns a "No Record Found" message If the vehicle number is found, the system (100) returns a success message with the vehicle owner and emergency contact details. The alert generating unit (118) operationally connected with the vehicle verification unit (114) . The alert generating unit (118) is configured to send captured photos or videos to the vehicle owner and their registered emergency contacts in real-time. The central processing unit (116) is operationally connected with the decoder unit (104), database, server unit (108), analyzing unit (110), matching unit (112), vehicle verification unit (114) and alert generating unit (118). The central processing unit (116) comprises a memory unit and a processor. The memory unit is configured to store machine-readable instruction. The processor obtaining the machine-readable instructions from the memory unit, and being configured by the machine instruction to control the function perform by decoder unit (104) , database, server unit (108) , analyzing unit (110) , matching unit (112) , vehicle verification unit (114)and alert generating unit (118); decode the registration number of the vehicle from the captured image; send decoded information to the server; send query to the database (106) using the decoded number by the server; predict and match the store the primary information of the vehicle owner with the decoded information; sends emergency notifications to the vehicle owner and their emergency family contacts.

In accordance with an embodiment of the present invention, the vehicle registration identification unit is configured to send the generated the emergency information (photos or videos) of the accident site along with a siren alert, ensuring a swift response along with the location, date, and time to the computing unit of the vehicle owner. their family members, police PRV, Ambulance, trauma center, fire helpline.

In accordance with an embodiment of the present invention, the vehicle registration identification unit configured to send the generated the emergency notification to the computing unit of the vehicle owner. their family members, police PRV, Ambulance, trauma center, fire helpline even if the computing device of the vehicle owner. their family, police PRV, ambulance, trauma center, fire helpline are locked.

In accordance with an embodiment of the present invention, the computing unit includes but not limited a laptop, desktop, smartphones, tablet.

In accordance with an embodiment of the present invention, the vehicle registration identification unit can exclusively read and decodes the vehicle registration number, initiating calls only if the number adheres is written in the standard form of vehicle registration number. This ensures that the system (100) accurately identifies and processes genuine vehicle registration plates, reducing the risk of false or erroneous alerts. The vehicle registration identification unit configured to analyze the captured image, confirming that the registration number follows the correct syntax and structure typical of vehicle registration formats. If the decoded number matches the standard format, the system (100) proceeds to initiate calls to the vehicle owner and their emergency contacts. This stringent verification process enhances the reliability of the system (100), ensuring that only legitimate registration numbers trigger notifications, thereby maintaining the integrity and effectiveness of the emergency response.

In accordance with an embodiment of the present invention, the alert generating unit (118) is configured to display emergency notification to the user along with the choice between reporting an accident (emergency) or wrong parking.

In accordance with an embodiment of the present invention, the central processing unit (116) is operationally connected with the decoder unit (104), database, server unit (108), analyzing unit (110), matching unit (112), vehicle verification unit (114) and alert generating unit (118). The central processing unit (116) comprises a memory unit and a processor. The processor is envisaged to include computing capabilities such as a memory unit configured to store machine-readable instructions. The machine-readable instructions may be loaded into the memory unit from a non-transitory machine-readable medium such as, but not limited to, CD-ROMs, DVD-ROMs, and Flash Drives. Alternately, the machine-readable instructions may be loaded in a form of a computer software program into the memory unit. The memory unit in that manner may be selected from a group comprising EPROM, EEPROM, and Flash memory or cloud storage. The processor is operably connected with the memory unit. The processor obtains the machine-readable instructions from the memory unit, and is configured by the machine instruction to control the function perform by decoder unit (104) , database, server unit (108) , analyzing unit (110) , matching unit (112) , vehicle verification unit (114)and alert generating unit (118); decode the registration number of the vehicle from the captured image; send decoded information to the server; send query to the database (106) using the decoded number by the server; predict and match the store the primary information of the vehicle owner with the decoded information; sends emergency notifications to the vehicle owner and their emergency family contacts. In various embodiments, the processor (122) is one of, but not limited to, a general-purpose processor, an application-specific integrated circuit (ASIC), and a field-programmable gate array (FPGA).

In accordance with an embodiment of the present invention, the system (100)'s advanced technology enables immediate notification and efficient coordination during an accident. Upon detecting an accident, it promptly alerts the nearest police van, ambulance, and trauma center using live location data. This ensures that help reaches the victim as quickly as possible. The system (100) sends photos or videos of the accident site along with a siren alert to these responders to facilitate a swift response. Additionally, the live location feature is shared with the vehicle owner and their emergency contacts, keeping them continuously updated about the situation in real-time. The socket unit is employed for real-time tracking of the police van and ambulance, allowing the vehicle owner, emergency contacts, and the user who initiated the emergency call to monitor their locations

In accordance with an embodiment of the present invention, the socket unit using socket technology. The socket unit is configured to make the vehicle owner, emergency contacts, and the user who initiated the emergency call can all see the live location of these responders, allowing them to stay informed about their movements and expected arrival times. o facilitates real-time emergency response coordination. When an accident is detected, the system (100) instantly alerts the nearest police van, ambulance, and trauma center by utilizing live location data. This rapid notification helps ensure that emergency responders can reach the victim as swiftly as possible. The system (100) also sends photos or videos of the accident site along with a siren alert to these responders, enhancing their ability to respond effectively. The system (100) provides continuous updates to the vehicle owner and their emergency contacts through the live location feature. By employing socket programming, the system (100) offers real-time location tracking of the responding police van and ambulance. This means that the vehicle owner, emergency contacts, and the user who initiated the emergency call can all see the live location of these responders, allowing them to stay informed about their movements and expected arrival times. Additionally, district and state authorities, as well as hospitals, are equipped with action buttons within the system (100) to coordinate their response efforts. These buttons enable authorities to take necessary actions promptly and efficiently, ensuring a well-coordinated response to the emergency. Through the use of socket programming for real-time tracking and communication, the system (100) ensures that all parties involved are kept up-to-date and can respond swiftly to provide timely assistance to accident victims.

In accordance with an exemplary embodiment of the present invention, the socket unit establishes a persistent connection between the server and the client devices (such as the police van, ambulance, vehicle owner, and emergency contacts). Using sockets, the system (100) can send and receive live location data of the responding police van and ambulance. As the vehicles move, their GPS coordinates are continuously updated and transmitted to the server in real-time. The server processes the incoming location data and immediately broadcasts it to all connected clients using the socket connection. The system (100) is configured to ensures that the live location of the emergency responders is always up-to-date and visible to the vehicle owner, emergency contacts, and the user who initiated the emergency call. The socket unit is integral to the system (100)'s ability to provide real-time location tracking and instant updates. It ensures a stable, continuous connection that facilitates immediate data transmission and enhances the overall efficiency and responsiveness of the emergency coordination process

: illustrate an exemplary embodiment of the automated vehicle registration identification and emergency notification system (100), in accordance with an embodiment of the present invention. The steps involve to implement the application of the system (100):

Step 1: Initiate the process by using system (100) to access the image capturing unit (102). Position the mobile phone image capturing unit (102) to capture a clear image or video of the vehicle's registration number plate from a minimum distance of three feet. Ensure the image capturing unit (102) captures only three-dimensional images to prevent the use of pre-captured photos

Step 2: The captured image is sent to the vehicle registration identification unit. The decoder unit (104) within the identification unit decodes the vehicle registration number from the captured image. The identification unit verifies the presence of both the number plate and the vehicle to confirm authenticity.

Step 3: The decoded vehicle registration number is sent to the server unit (108). The server unit (108) queries the database (106) using the decoded number to fetch user details. The database (106) returns the primary information of the vehicle owner, including identity-numbers and emergency contact details, in a masked format for security

Step 4: The analyzing unit (110) processes the fetched and decoded information using modules like YOLOv5 object detection. The matching unit (112) compares the decoded information with the stored primary information of the vehicle owner in the database.

If the information matches, the process proceeds to the next step;

If not, a "No Record Found" message is generated

Step 5: The vehicle verification unit (114) verifies the matched information. If the vehicle number is registered, the system (100) generates a success message with the vehicle owner's and emergency contact details. The alert generating unit (118) sends the captured photo/video along with the notification message to the vehicle owner and their registered emergency contacts in real-time

Step 6: The alert generating unit (118) sends emergency notifications to the vehicle owner and their emergency contacts using open API or FCM (Firebase Cloud Messaging) protocols. The notifications include the captured image, location, date, and time of the incident, along with a siren alert to ensure a swift response.

Step 7: The vehicle owner receives the notification and has the option to activate or deactivate the call. The owner can also block specific numbers if needed. The alert generating unit (118) provides the user with choices between reporting an accident (emergency) or wrong parking, based on the context of the notification.

Step 8: The system (100) ensures that manual entry of the vehicle registration number to initiate calls is not permitted, maintaining the integrity of the process. The image capturing unit (102) focuses exclusively on the number plate from the specified distance to prevent misuse of pre-captured images.

Step 9: Regular updates are performed on the AI modules and the entire system (100) to enhance accuracy and functionality. The database (106) is periodically updated to ensure it contains the latest information of vehicle owners and their emergency contacts.

In accordance with an exemplary embodiment of the present invention, the system (100) imperative for the vehicle registration number plate to be physically affixed to the vehicle. The image capturing unit (102) detects not only the number plate but also verifies the presence of the vehicle itself. The image capturing unit (102) exclusively reads and decodes the vehicle registration number, initiating calls to the vehicle owner only if the number adheres to the correct format. The system (100) is engineered to recognize only three-dimensional (3D) images, ensuring that it is not feasible to take a photograph of an existing photo of the vehicle and decode the number plate. The image capturing unit (102) is equipped with a specific feature that allows it to focus on the number plate from a minimum distance of three feet. This functionality prevents the use of pre-captured images from mobile devices or other gadgets to trigger calls. The Calls can be made solely by capturing a photograph of the vehicle registration number plate through the system (100). Manual entry of the vehicle registration number to initiate calls is not permitted. The vehicle owner is provided with the capability to activate or deactivate the call receiving feature and has the option to block any specific numbers.

In accordance with an exemplary embodiment of the present invention, upon capturing the photos or videos of the registration number plate, the system (100) decodes the number and identifies the vehicle owner's mobile number from the database. A popup is displayed, offering the user a choice between reporting an accident (emergency) or wrong parking. If necessary, the phone's back image capturing unit (102) reopens, allowing the user to take additional photos or videos of the accident scene. Once the photo or video is taken, an alert siren along with the captured media is automatically displayed on the mobile phones using FCM technology of the vehicle owner and their family, even if the devices are locked. The user's call is connected simultaneously to the vehicle owner and all emergency contacts via a virtual number, ensuring complete confidentiality of their numbers. The photo or video received by the vehicle owner and their emergency contacts includes the scan date, time, and location, along with a callback button that allows them to contact the reporting individual if needed. This alert regarding the accident is also promptly communicated to the nearest police dial 112 van, ambulance, and trauma center. This immediate notification facilitates prompt assistance to the victim. The advanced technology employed in this process utilizes live location data to alert the nearest police van and ambulance. Additionally, the live location feature is shared with the vehicle owner and their emergency contacts to keep them continuously updated. In cases where the vehicle is parked incorrectly, any person can use the system (100) to capture a photo or video of the vehicle registration number plate, thereby notifying the vehicle owner and requesting them to move the vehicle. In such instances, the siren alert and the photo or video are sent only to the vehicle owner's numbers. The remaining process follows the same procedure as described above.

In accordance with an exemplary embodiment of the present invention, the steps involve to implement the application of the system (100) (as shown in ):

Step1: The user captures a photo or video of the vehicle registration number plate using the system (100).

Step2: The system (100) employs sophisticated AI algorithms to decode the vehicle registration number from the captured photo or video

Step3: The decoded vehicle registration number is sent to the backend server for further processing

Step 4: The backend server fetches user details from the database (106) using the recognized text, employing NLP text prediction

Step 5: If the vehicle number is not registered in the database, the system (100) returns a "No Record Found" message &

If the vehicle number is found, the system (100) returns a success message with the vehicle owner and emergency contact details.

Step 6: The user clicks the emergency button within the system (100). The user can capture additional photos or videos (reels) of the emergency situation.

Step 7: Firebase Cloud Messaging (FCM) is used to send push notifications to the vehicle owner and emergency contacts with the verification status.

Step 8: The captured photos or videos is sent to the vehicle owner and their registered emergency contacts. Notifications are also sent to the nearest Police Control Room (PCR) and ambulance services and trauma center, fire helpline and this notification will be send using FCM technology.

Step 9: The system (100) uses socket programming to provide real-time location tracking of the responding PCR van and ambulance. The vehicle owner, emergency contacts, and the user who initiated the emergency call can all see the live location of the PCR and ambulance.

Step10: The district/state authorities have action buttons within their interface to take appropriate actions. Hospitals also have action buttons to prepare for incoming emergencies.

Claims

An automated vehicle registration identification and emergency notification system (100), comprising:
an image capturing unit (102) configured to capture the photos or videos of the vehicle registration number;
a vehicle registration identification unit operationally connected with the image capturing unit (102), configured to identify vehicle registration number from the captured photos or videos and sends emergency notifications to the vehicle owner and their emergency family contacts, comprises:
a decoder unit (104) configured to decode the vehicle registration number from the captured photos or videos;
a database (106) configured to store the primary information of the vehicle owner;
a server unit (108) configured to fetch vehicle owner details from the database (106) using the recognized text, text prediction and send decoded vehicle registration number to the backend server for further processing;
an analyzing unit (110) operationally connected with the server unit (108), configured to analyze the fetched and decoded information;
a matching unit (112) operationally connected with the database (106) and analyzing unit (110), configured to match the stored the primary information of the vehicle owner with the analyzed information;
a vehicle verification unit (114) operationally connected with the server unit (108), configured to verify the matched and generated a notification wherein the notification includes:
- If the vehicle number is not registered in the database, the system (100) returns a "No Record Found" message;
- If the vehicle number is found, the system (100) returns a success message with the vehicle owner and emergency contact details;
an alert generating unit (118) operationally connected with the vehicle verification unit (114), configured to send captured photos or videos anywhere and anytime to computing unit of the vehicle owner and their family members, police PRV, ambulance, trauma center, fire helpline.in real-time;
a socket unit configured to send and receive live location data of the police van, ambulance, vehicle owner, and their family members to keep the police van, ambulance, vehicle owner, and their family members continuously updated about the situation in real-time;
a central processing unit (116) operationally connected with the decoder unit (104), database, server unit (108), analyzing unit (110), matching unit (112), vehicle verification unit (114) and alert generating unit (118), comprises:
a memory unit configured to store machine-readable instruction;
a processor obtaining the machine-readable instructions from the memory unit, and being configured by the machine instruction to:
control the function perform by decoder unit (104), database, server unit (108), analyzing unit (110), matching unit (112), vehicle verification unit (114) and alert generating unit (118);
decode the registration number of the vehicle from the captured image or video;
send decoded information to the server;
send query to the database (106) using the decoded number by the server;
predict and match the store the primary information of the vehicle owner with the decoded information;
sends emergency notifications to the vehicle owner and their emergency family contacts, police PRV, ambulance, trauma center, fire helpline.
The system (100) as claimed in claim 1, wherein the image capturing unit (102) is configured to focus from a minimum distance of three feet and to ensures that only three-dimensional images are processed.
The system (100) as claimed in claim 1, wherein the real-time dynamic command generation module utilizes multilingual voice commands.
The system (100) as claimed in claim 1, wherein the primary information of the vehicle owner includes the identity number of the vehicle owner, contact number of closer-ones/family/friends/authorized person/ emergency contacts of the vehicle owner in the virtual form which remains hidden/masked for safety purpose.
The system (100) as claimed in claim 1, wherein the analyzing unit (110) includes YOLOv5 object detection for detection and identification of vehicle registration number.
The system (100) as claimed in claim 1, wherein the vehicle registration identification unit using Optical Character Recognition (OCR) for extracting text information from the captured images
The system (100) as claimed in claim 1, wherein the vehicle registration identification unit configured to send the generated the emergency information (photos or videos) of the accident site along with a siren alert, ensuring a swift response along with the location, date, and time to the computing unit of the vehicle owner, their family, police PRV, ambulance, trauma center, fire helpline.
The system (100) as claimed in claim 1, wherein the vehicle registration identification unit configured to send the generated the emergency notification to the computing unit of the vehicle owner, their family, police PRV, ambulance, trauma center, fire helpline even if the computing unit of the vehicle owner, their family, police PRV, ambulance, trauma center, fire helpline is locked.
The system (100) as claimed in claim 1, wherein the vehicle registration identification unit can exclusively read and decodes the vehicle registration number, initiating calls only if the number adheres is written in the standard form of vehicle registration number.
The system (100) as claimed in claim 1, wherein the alert generating unit (118) is configured to display emergency notification to the user along with the choice between reporting an accident (emergency) or wrong parking.