PARENTAL SUB-LINE PRECAUTION AND CONTROL SYSTEM

Abstract

This invention relates to a system (1) by which the main line owner monitors the safety and health status of the subline and is warned of possible hazards.

Description

1 TARIFF PARENTAL SUB-LINE PRECAUTION AND CONTROL SYSTEM Technical Area This invention allows the main line owner to monitor the safety and health status of the subline. It relates to a system that provides warnings about potential dangers. Previous Technique Today, smart wearable devices are rapidly evolving, especially for children. The designed products are attracting great interest from parents. By parents Wearable bracelets for children are preferred for safety and tracking purposes. However, current devices are limited to a single positioning method. Incorrect or inadequate positioning affects the movement trajectories of children. inability to record, inability to monitor health status, inability to send a signal in case of danger The lack of a sending function, difficulties in data transfer, and usage It has several disadvantages, such as its difficulty of use. Additionally, it is limited in terms of color and style. offering options encourages device adoption among children. These shortcomings make things more difficult. These deficiencies affect the safety and health of children. a wearable that provides real-time information while also being more functional and user-friendly This highlights the need for bracelet development. Therefore, it can be worn to overcome the shortcomings mentioned above. By analyzing health data obtained from technologies, the health status of the lower end 25 and identify their emotional responses, and, if necessary, contact parents and law enforcement. A system is needed that provides information and enables rapid intervention. Chinese utility model number CN206994678U, which is included in the known state of the art. in the document, precise positioning, motion tracking, health measurements and 30 for children GPS, WiFi, communication network and various functions such as emergency notification 2 The discussion refers to a system for wearable wristbands equipped with sensors. The invention in question involves a bracelet with multiple sensors, a communication module, and software. by bringing together the components, it captures both the child's physical movements and biometrics. This includes the ability to analyze and transmit data, especially for children. getting lost, being exposed to dangerous situations, or experiencing health problems 5 The bracelet offers real-time data tracking and alarm features to protect against potential threats. (GPS included) Equipped with a module that determines the child's location in real time. and communicate this information to parents or caregivers via a mobile application. It provides the possibility of GPS tracking, in addition to geofencing. It includes a system that triggers an alarm when the area goes outside the designated zones. This 10 In this way, parents are informed if their children stray from safe areas. Notifications are being sent. The bracelet also tracks the child's physical activities and with sensors such as accelerometer and gyroscope to track their movements The system is equipped to trigger an emergency alert when sudden and unusual movements are detected. It generates a signal and sends notifications to the relevant individuals. It also provides basic biometric data. 15 It includes integrated sensors that can measure data. This data is collected regularly. and to parents or healthcare professionals in case of any abnormalities Instant notifications are transmitted. The wristband also has an emergency button. It is located there. By pressing this button, the child will receive a pre-defined phone number. They can send an SOS signal to these numbers. Along with the signal, the child's GPS 20 By also sending the location, help can be provided quickly and effectively. The goal is to improve the device's communication capabilities and ensure full compatibility with mobile devices. It includes Bluetooth and / or Wi-Fi modules that provide connectivity. Parents should be aware of these... to control the wristband and access the data collected by the wristband Transactions can be carried out through a user-friendly mobile application. 25 Brief Description of the Invention The aim of this invention is to provide real-time biometric health data for sub-lineages. monitor and identify abnormal situations and, if necessary, notify the parent or relevant health authority. 30 3 a system that enables rapid intervention by notifying relevant units to accomplish. Detailed Description of the Invention The “Parental Bottom Line Measure and The "Control System" is shown in the attached figure; Figure 1. Schematic view of the system described in the invention. The parts shown in the figure are individually numbered, and the corresponding numbers correspond to these numbers. given below: 1. System 2. First Electronic Device 15 3. Second Electronic Device 4. Application 5. Database 6. Server The main line owner monitors the safety and health status of the subline to identify potential issues. The invention was developed to provide warnings about hazards. system (1); - capable of running at least one application and any remote communication EN 25 is configured to communicate with remote servers using the protocol. at least one first electronic device (2), - capable of running at least one application and any remote communication By using the protocol, it communicates with remote servers and retrieves the user's biometric data. at least one second electronic device configured to measure its data (3), - the first and second electronic devices (2, 3) are working on the second electronic device 30 (3) The owner monitors the user's location, health status and security scores in real time. 4 to receive and follow up the main line owner via the first electronic device (2) at least one application structured to enable it (4), - the user's sub-line received via electronic devices (2, 3) and application (4) external factors such as location information, biometric data, and crime rates at least one database (5) and 5 structured to ensure that records are kept. - by communicating with electronic devices (2, 3) application (4) and database (5) to facilitate data exchange, big data analysis and deep learning. calculating safety risk score, bidirectional encoder from transformers analyzing representations and machine learning algorithms, long-term and short-term Biometric data obtained from the second electronic device (3) using memory algorithms 10 Analyzing data and making predictions about the user's emotional and health status. by being configured to provide automated recommendations for emergency management. It contains at least one server (5). The first electronic device (2) in the system (1) which is the subject of the invention, main line owner 15 Used by and for viewing and editing downline owner data. mobile phones and tablet computers configured to perform these operations It is a smart device in this form. The second electronic device (3) in the system (1) which is the subject of the invention, is the owner of the sub-line 20 Used by and monitors the user's pulse, oxygen level, electrocardiogram. Smartwatches and mobile phones configured to measure biometric data in this form It is a smart device in the form of a smart device. The application (4) in the system (1) which is the subject of the invention, is on electronic devices (2, 3) 25 communication is being carried out between electronic devices (2, 3) and the server (6). It is configured to exchange data with the server (6) via. The application in question (4) allows the user to upload sub-line data, health and to monitor security data, assess risks, and receive recommendations It is structured to provide an interface that enables 30 The database (5) in the system (1) which is the subject of the invention is in communication with the server (6) and is configured to be managed by the server (6). The invention is preferred In the regulation made, the database (5), electronic devices (2, 3) and application (3) Location information or the route drawn by the user's sub-line, sent by Crime rates in different regions within the country, crime news, and the user's pulse and blood pressure (5) keeping records of health and biometric data such as oxygen levels It is structured to provide the database (5), second electronic device (3) subnet data received via, based on user preferences and actions taken. It is configured for storage according to the evaluations. The server (6) in the system (1) which is the subject of the invention, any remote communication to communicate with electronic devices (2, 3) using the protocol and the established protocol application (4) carried out on electronic devices (2, 3) via communication It is configured to carry out data exchange. The server in question (6), 15 transformers to analyze regional crime rates and crime news. Bidirectional encoder representations Using the Transformers - BERT algorithm, it can classify crime news and This is configured to determine the geographical locations in these news reports. Server (6), bidirectional encoder representations from transformers obtained from analyses Data on geographic locations, types of crime, number of crimes, and severity are used to create a risk score of 20. It is configured to be used for calculation. Server (6), long short term memory using the LSTM (Long Short-Term Memory) algorithm, second pulse, oxygen level, electrocardiography obtained from electronic device (3) Biometric data such as this, the user's health status and emotional state It is structured to provide information about the reactions. Server (6), long 25 and short-term memory algorithms analyze the user's biometric data over time By analyzing it, we can identify abnormal situations and make emotional state predictions. by examining the effects of stress, fear, or excitement on health and safety risks. It is structured to evaluate. The server (6) creates risk scores and these by transmitting the scores to the first electronic device (2) via application (4) the user 30 to provide instant information and alert users if the risk level increases. 6 Automatic notification to health and safety forces by sending notifications. It is structured to enable this to happen. Industrial Application of the Invention The system in question (1) deep-seates the location information and biometric data of the sub-lines. By analyzing with learning and artificial intelligence algorithms, the overall security of the region and When a situation deviating from health trends is identified, parents are informed and, if necessary, It ensures that instant notifications are sent to the relevant health and safety units. Around these fundamental concepts, the invention focuses on "Parental Bottom Line Protection and Control." It is possible to develop a wide variety of applications related to the System (1)”, and the invention This cannot be limited to the examples described here, but is primarily stated in the claims. It is like that.

Claims

7 REQUESTS 1. The main line owner monitors the safety and health status of the subline. It enables warnings about potential dangers; - capable of running at least one application and any remote communication 5 to communicate with remote servers using the protocol at least one primary electronic device configured (2), - capable of running at least one application and any remote communication by using the protocol, the user can communicate with remote servers. at least one second electronic device configured to measure biometric data 10 device (3), - working on the first and second electronic devices (2, 3), the second electronic The location, health status and security of the device owner (3) to get their scores instantly and main via the first electronic device (2) at least one 15 configured to allow the line owner to track it application (4), - User's data received via electronic devices (2, 3) and application (4) the line's location information, biometric data, and crime rates the most structured to ensure that external factors are kept under record containing a small database (5) and 20 - by communicating with electronic devices (2, 3) application (4) and database (5) to exchange data between big data analysis and deep Calculating safety risk score through learning, bidirectional from transformers. analyzing with encoder representations and machine learning algorithms, 25 from a second electronic device using long and short-term memory algorithms (3) analyze the biometric data received and the user's emotional and health by making predictions about the situation, it is automated for emergency management. It must include at least one server (5) configured to provide recommendations. a characterized system (1). 8 2. Used by the main line owner and viewing sub-line owner data. and a mobile phone configured to carry out the editing processes, electronic device (2) which is a smart device in the form of a tablet computer A system like the one in Claim 1, characterized (1).

3. Used by the downline owner and monitors the user's pulse, oxygen level, to measure biometric data in the form of electrocardiography The configured smartwatch is the second smart device in the form of a mobile phone. a system such as in Claim 1 or 2 characterized by an electronic device (3) (1). 10 4. It is carried out on electronic devices (2, 3) and electronic devices Data is sent between the server (6) and the server (6) via the communication established between the server (2, 3) and the server (6). characterized by the application (4) structured to carry out the shopping. a system like any of the above requests (1). 15 5. The user uploads their underlying data, including health and safety data. a system that enables monitoring, risk assessment, and receiving recommendations characterized by the application (4) which is configured to provide an interface a system like any of the above requests (1). 20 6. To be in communication with Server (6) and to be managed by Server (6) from the above requests characterized by the structured database (5) a system like any other (1).

7. Sent by electronic devices (2, 3) and application (3) The user's downline location information or the route they have drawn, within the country Regional crime rates, crime news, and the user's pulse and blood oxygen levels. keeping records of health and biometric data in the form of a ratio 30 characterized by the database structured to provide (5) a system like any of the above requests (1). 9 8. The sub-line data received via the second electronic device (3), the user to store according to preferences and evaluations made from the above requests characterized by the structured database (5) a system like any of them (1). 5 9. Using any remote communication protocol, electronic devices (2, 3) To communicate and use this communication to access electronic devices. To exchange data with the application (4) which is run on (2, 3). 10 of the above requests characterized by the server (6) configured to do so. a system like any other (1).

10. To analyze regional crime rates and crime news. bidirectional encoder representations from transformers (BERT) algorithm Using this, we can classify crime news and the 15 geographical factors in those news stories. characterized by the server (6) configured to determine locations a system like any of the above requests (1).

11. Bidirectional encoder representations of transformers obtained from analyses. Data on geographical locations, types of crime, number of crimes and severity were collected. 20 server (6) configured to use for calculating the risk score a system like any of the above characterized claims (1).

12. Long-term and short-term memory using the LSTM algorithm, second electronic 25 pulse, oxygen level, electrocardiography obtained from the device (3) Biometric data such as this, the user's health status and emotional state with the server (6) configured to provide information about the reactions a system like any of the above characterized claims (1). 30 13. User biometrics using long-term and short-term memory algorithms. By analyzing the data over time, we can identify anomalies and By making emotional state predictions, we can determine how stress, fear, or excitement affect health and structured to assess their impact on security risks 5 of the above requests characterized by the server (6) such a system (1).

14. Create risk scores and apply these scores to the first electronic device (2) (4) by transmitting the information to the user instantly and the danger If the level increases, it sends notifications to users regarding health and 10 to enable automatic notification to security forces from the above requests characterized by the configured server (6) a system like any other (1). 20 30

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