AN IN-VEHICLE EMERGENCY MANAGEMENT SYSTEM

Abstract

This invention relates to a system (1) that enables the monitoring of the amount of oxygen, toxic gas level, temperature values, fire status and / or the health status of the driver and / or passengers inside the vehicle to determine if there is any emergency situation in the vehicle and, in case of any emergency situation such as the health problems of the driver or passengers, the increase in temperature inside the vehicle and the fire, the adjustment of the air inside the vehicle from inside and / or outside the vehicle according to the optimized values ​​and the notification of the relevant units, and the taking of predetermined actions.

Description

1 TARIFF AN IN-VEHICLE EMERGENCY MANAGEMENT SYSTEM Technical Area This invention addresses the amount of oxygen and toxic gases inside passenger vehicles (cars). level, temperature values, fire status and / or driver and / or passengers monitoring their health status to determine if there is any emergency in the vehicle. and if the driver or passengers experience health problems inside the vehicle, Any emergency situation such as an increase in temperature and a fire breaking out inside 10 When this happens, the air inside the vehicle is optimized according to the vehicle's values. Adjustment from inside and / or outside, notification of relevant units. with a system that enables the taking of predetermined actions in this manner It is related. Previous Technique In recent years, many vehicles have included measures for emergency scenarios. It has started to be implemented. Some automobile companies are using it in the new vehicles they are developing. Warning and emergency braking when a collision risk is detected, 20 When automatic transmissions overheat, they go into "emergency" mode to protect themselves. switching to "state mode" and generally operating in lower gears and the vehicle An emergency warning indicator will light up inside the vehicle, signaling that it needs to be serviced. They are implementing emergency measures. Current technology also includes emergency systems in some vehicles. SOS button and emergency 25 that allows notification of emergency teams. to reduce the time it takes for services to arrive at the scene in the event of an accident or illness systems that allow automatic or manual searching (free of charge) However, a certain number of seconds are required for these systems to become active. There are requirements for pressing and holding or a specific number of times. 2 Therefore, considering the studies and shortcomings in the current technique... when present, any person inside the vehicle as driver and / or passenger any emergency whether it is present or not, or whether the vehicle is running or not to determine whether such a situation exists and whether the driver or passengers are inside the vehicle health problems, increased temperature inside the vehicle and fire breaking out 5 In the event of any emergency such as this, the air inside the vehicle Adjustment from inside and / or outside the vehicle according to optimized values, relevant taking predetermined actions such as notifying the relevant units It appears that a system providing this is needed. Chinese patent CN116985765A, which falls under the known state of the art. The document mentions an emergency braking system. This patent... The invention described in this document is an automobile emergency brake control method and system. This method involves placing a device in the cockpit to collect the driver's facial expressions. It includes a camera and a brake controller that captures the facial expressions the camera collects. 15 Additionally, it monitors the driver's heart rate and transmits this information to the brake controller. A smart wearable device is included for sending signals. The brake controller controls the driver. It assesses the level of tension based on heart rate and facial expression, and determines the vehicle's emergency status. It determines whether braking is required. If necessary, the vehicle applies emergency braking. The system switches to braking mode and the braking force is 20 until the driver's right foot presses the brake pedal. It is increased gradually. This invention reduces the emergency braking distance and improves braking performance. The system aims to improve performance and driving safety. Brief Description of the Invention The purpose of this invention is to measure the amount of oxygen, the level of toxic gases, and the temperature inside the vehicle. values, fire situation and / or health status of driver and / or passengers by monitoring the decrease in oxygen levels, the increase in toxic gas levels, and the temperature. an increase or decrease in the appearance of drivers or passengers in their images Any changes to the vehicle, such as health problems, fire, etc., will incur a 30% risk. 3 a system that helps determine whether or not there is an emergency to accomplish. Another purpose of this invention is to address health problems of drivers or passengers inside the vehicle. surviving, the temperature inside the vehicle increasing and a fire breaking out, an accident occurring 5 In the event of any emergency such as this, the air inside the vehicle Adjustment from inside and / or outside the vehicle according to optimized values, relevant taking predetermined actions such as notifying the relevant units The goal is to create a system that provides this. Detailed Description of the Invention The purpose of this invention is to create an "In-Vehicle Emergency" system. The "Management System" is shown in the attached diagram; Figure 1 shows a schematic view of the system that is the subject of the invention. The parts shown in the figures are individually numbered, and these numbers... The corresponding answers are given below. 1. System 2. Sensor 3. Image capture device 4. Electronic devices 5. Application 25 6. Vehicle control unit 7. Emergency control unit 8. Battery 9. Communication Unit 10. Emergency button 30 11. Window control unit 4 12. Door control unit 13. Air conditioning control unit A. Vehicle battery Whether or not there is a driver and / or passenger in the vehicle 5 whether there is an emergency or not, whether the vehicle is running or not to detect and identify any health problems of the driver or passengers inside the vehicle any of the following situations: the vehicle becoming unusable, the temperature inside the vehicle rising, and a fire breaking out. When an emergency occurs, the air inside the vehicle is optimized to the desired values. adjustments made from inside and / or outside the vehicle, stopping the vehicle, doors unlocking the lock and notifying the relevant authorities are predetermined 10 a system that enables actions to be taken (1); - positioned inside the vehicle, it removes oxygen and carbon dioxide from the vehicle. detecting and quantifying gases, measuring the interior temperature of the vehicle, and the vehicle at least one sensor (2) configured to detect smoke inside, - positioned inside the vehicle to take images of the interior of the vehicle and 15 to detect pulse and health status data of people in the vehicle at least one image acquisition device configured for (3), - exchanging data using any remote communication protocol to carry out and at least run an application on it at least one electronic device configured (4), 20 - electronic device (2) and at least users in the vehicle notifications and information regarding emergencies that occur to be able to view and instantly manage the actions to be taken at least one application configured to provide (5), - located inside the vehicle, enabling the operation of vehicle units and functions 25 to manage and identify pre-defined in-vehicle emergencies and / or to enable the taking of actions decided upon at the moment at least one configured vehicle control unit (6), - located inside the vehicle, which automatically processes data. and run at least one software that produces meaningful results, sensor (2), image 30 Communication with receiving device (3), electronic device (4) and vehicle control unit (6). to set up and exchange data, from the sensor (2) and image acquisition By processing the data received from the device (3), toxic gas emission inside the vehicle, health problems of the driver or passengers, increase in temperature, and Determine if there is any emergency situation, such as a fire. 5 to determine and to identify a predetermined emergency situation. to trigger the vehicle control unit (6) to take action at least one configured emergency control unit (7), - located inside the vehicle, it receives power from the vehicle battery (A). by storing 10 to provide uninterrupted power to the emergency control unit (7). at least one battery configured (8), - located inside the vehicle and connected to the vehicle control unit (6) and emergency Communication of the control unit (7) with remote servers and electronic devices (4) at least one communication unit configured to enable it to establish (9), - 15 in any place accessible to the driver and / or passengers inside the vehicle positioned so that users can use it in emergency situations and at least one emergency that enables notification to be transmitted to the electronic device (2) button (10), - located inside the vehicle and controlled by the vehicle control unit (6) 20 triggered to control the opening and closing of vehicle windows At least one configured glass control unit (11), - located inside the vehicle and controlled by the vehicle control unit (6) to control the opening and closing of vehicle door locks by being triggered at least one configured door control unit (12) and - located inside the vehicle and manages the vehicle's ventilation. 25 It includes at least one climate control unit (13) configured for this purpose. In the system that is the subject of the invention, the sensor (2) is located inside the vehicle (1). It is configured to collect and / or measure data related to the vehicle interior. The sensor (2) is used to detect gases such as oxygen and carbon dioxide in the vehicle, 30 to measure the quantity and transmit the data obtained to the emergency control unit (7) 6 It is a gas sensor configured to measure the interior temperature of the vehicle. The sensor (2) measures the interior temperature of the vehicle. to determine whether there is a fire inside and to use the data obtained as an emergency response. It is configured to transmit to the control unit (7). The invention is a preferred one. In the arrangement, the sensor (2) detects the pressure applied to the car seats and A pressure system configured to detect whether someone is sitting in the seat. 5 It is a sensor. In another preferred arrangement of the invention, the sensor (2) is a vehicle sensor. by positioning them in different locations on the vehicle, it detects objects around it. and is configured to measure the distance of the vehicle to detected objects. The sensor (2) transmits the data it receives to the emergency control unit (7). It is being structured. 10 The image capture device (3) located in the system (1) which is the subject of the invention is inside the vehicle is being positioned to at least obtain images of the vehicle interior. It is a device in the form of a camera. The image acquisition device in question (3) Image data obtained from inside the vehicle is processed using image processing techniques. 15 by processing the images, it identifies the people in the image and their health status, such as their pulse rate. It is structured to do so. The image acquisition device in question (3) vehicle emergency control systems obtain health data on the people inside. It is configured to transmit to unit (7). The electronic device (1) in the system that is the subject of the invention has at least one (4) sound input. microphone, speakers providing sound output, and buttons and / or touchscreen. mobile cell phones, tablet computers, which have at least one input unit in this form, It is a device in the form of a laptop and / or desktop computer. Electronic device (2) vehicle control unit (6) and emergency control unit 25 via communication unit (9). It is structured to communicate and exchange data with (7). Electronic device (2) on which users can report emergency situations occurring in the vehicle to run at least one application (5) that enables them to manage It is being structured. 7 The application (5) in the system (1) is on the electronic device (4) is being implemented and at least users are aware of fires occurring in the vehicle. notifications and information transmitted from the emergency control unit (7) It is configured to enable them to view it. The application in question (5) 5 to be taken by users when any emergency occurs in the vehicle It is structured to enable them to define the actions to be taken. application (5) transmits the specified action information to the vehicle control unit (6) and It is configured to trigger the vehicle control unit (6). The vehicle control unit (6) in the system (1) which is the subject of the invention is located inside the vehicle 10 the units, modules and functions located in the vehicle are positioned operations such as opening, closing, activating, and suspending It is configured to manage the vehicle control unit (6), emergency To communicate with the status control unit (7) and the communication unit (9) and emergency Triggered by the status control unit (7), 15 emergency situations occur inside the vehicle. It is structured to take the necessary actions. The preferred method of the invention. in the arrangement by the vehicle control unit (6) emergency control unit (7) triggered to turn on vehicle ventilation, increase the climate control setting, vehicle door unlocking doors and opening windows, and activating the fire extinguishing system if available. glass control unit (11), door control unit (12) and 20 for taking actions It is configured to transmit commands to the climate control unit (13). Vehicle control unit (6) when an emergency is detected inside the vehicle emergency The four hazard lights in the vehicle are activated by the control unit (7). to activate and receive measured data from the sensor (2) about the vehicle's surroundings It is configured to slow the vehicle down and bring it to a complete stop if stopping is deemed appropriate. Vehicle 25 The control unit (6) receives driver seat weight data from the sensor (2) and the driver's seat weight data from the sensor (2) to determine if the person is in the vehicle and when the driver is found to be in the vehicle to control the vehicle door locks via the door control unit (12) and the door If it determines that the door locks are not open, the door control unit (12) is contacted to unlock the door locks. It is configured to transmit commands. The vehicle control unit (6) is located inside the vehicle 30 When an emergency is detected, by the emergency control unit (7) 8 When triggered, determine the vehicle location and the relevant vehicle location and emergency situation. an information message created regarding the matter was sent to emergency contact persons by the communication unit. (9) is structured to transmit via. The emergency control unit (7) in the system (1) which is the subject of the invention is located inside the vehicle 5 It is positioned in such a way that toxic gases are released and oxygen levels are low inside the vehicle. any emergency situation occurring in the form of a health problem or fire It is configured to detect whether it has arrived or not. Emergency control The most efficient unit (7) that automatically processes data and produces meaningful results It is configured to run a small amount of software. Emergency control unit (7) 10 sensor (2), image capture device (3), electronic device (4) and vehicle control unit (6) It is structured to communicate and exchange data. In the preferred arrangement of the invention, the emergency control unit (7) sensor (2) data obtained by and detected by the image capture device (3) by collecting health status data and analyzing it through software and 15 to determine if there is any emergency situation inside the vehicle It is configured. Emergency control unit (7) data obtained from the sensor By checking the amount of oxygen in the vehicle accordingly, the oxygen level is adjusted to the pre-determined level. If the level falls below a specified threshold, the toxic substances detected in the vehicle... by controlling the amount of gas, if the amount of gas exceeds a predetermined threshold value 20 in case and health data obtained from the imaging device (2) Accordingly, the health condition of an individual inside the vehicle is negatively affected. If assessed, it is structured to trigger emergency actions. The word The subject is the emergency control unit (7) detecting that there is an emergency inside the vehicle. If so, the vehicle control unit (6) 25 will take predetermined actions. trigger and notification to the application (5) run on the electronic device (4) and It is configured to deliver an informational message. In the system that is the subject of the invention, the battery (8) located in (1) is inside the vehicle with the vehicle battery (A). By positioning them in a connected manner, the power obtained from the vehicle battery (A) is 30 to store and provide uninterrupted power to the emergency control unit (7) 9 It is being configured. The battery in question (8) is not switched on and the vehicle is to ensure the operation of the emergency control unit (7) even though it is not activated It is being structured. The communication unit (9) in the system (1) which is the subject of the invention is located inside the vehicle 5 is located between the vehicle control unit (6) and the emergency control unit (7) to communicate with remote servers and electronic devices (4) and exchange data It is structured to enable its realization. The preferred method of the invention. communication unit (9) vehicle control unit (6) and emergency control in its arrangement unit (7) using a remote communication protocol in the form of the internet remote 10 to communicate with servers and electronic devices (4) and exchange data It is structured to enable it to be carried out. The emergency button (10) in the system (1) of which the invention is located inside the vehicle, driver and / or are located in a place accessible to passengers 15 to enable users to use it in emergency situations It is configured by the user. The emergency button (10) in question is configured by the user. When pressed, the vehicle control unit is activated to take emergency actions (6) It is configured to transmit signals and deliver notifications to the electronic device (4). Industrial application of the invention With the system (1) that is the subject of the invention, the amount of oxygen inside the vehicle in passenger cars, toxic gas level, temperature readings, fire status and / or driver and / or passengers 25 and if the driver or passengers experience health problems inside the vehicle, the vehicle any emergency situation such as an increase in temperature and a fire breaking out When this happens, the air inside the vehicle is optimized according to the vehicle's values. Adjustment from inside and / or outside, notification of relevant units. This ensures that predetermined actions are taken, as described above. 30 Around these fundamental concepts, the invention is titled "An In-Vehicle Emergency Management System". 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

11 REQUESTS 1. Oxygen levels, toxic gas levels, and temperature readings inside the vehicle, fire situation and / or the health status of the driver and / or passengers 5. By monitoring the vehicle, it is determined whether there is any emergency situation. and if the driver or passengers experience a health problem inside the vehicle, the vehicle any emergency such as an increase in temperature and the outbreak of fire When this situation occurs, the air inside the vehicle is optimized to the desired values. adjustments made from inside and / or outside the vehicle, stopping the vehicle, unlocking the door lock and notifying the relevant authorities, as per prior instructions (10 days) enabling the taking of specified actions; - positioned inside the vehicle to regulate oxygen and carbon dioxide levels in the vehicle. Detecting and measuring the quantity of gases in this form, measuring the interior temperature of the vehicle. and at least one sensor configured to detect smoke inside the vehicle (2), 15 - positioned inside the vehicle, showing the interior of the vehicle. to collect pulse and health status data of the people in the vehicle at least one image acquisition device configured to detect (3), - exchanging data using any remote communication protocol to carry out and at least run an application on 20 at least one electronic device configured (4), - electronic device (2) and at least users notifications and information regarding emergencies occurring in the vehicle to be able to view and instantly manage the actions to be taken at least one application configured to provide (5), 25 - vehicle units and functions located inside the vehicle to manage the operation and to be prepared for identified in-vehicle emergencies. to ensure that determined and / or immediate actions are taken at least one vehicle control unit configured to (6), - located inside the vehicle, it automatically stores data. 30 to run at least one software that works and produces meaningful results, sensor (2), 12 with image capture device (3), electronic device (4) and vehicle control unit (6) to communicate and exchange data from the sensor (2) and image By processing the data received from the receiving device (3), toxic gas inside the vehicle oscillation, health problems for the driver or passengers, temperature any emergency situation such as an increase in the number of fires to determine if it is not present and, if an emergency is detected, to act in advance. to trigger the vehicle control unit (6) to take the specified actions at least one emergency control unit configured to (7), - located inside the vehicle, it receives power from the vehicle battery (A). by storing 10 to provide uninterrupted power to the emergency control unit (7). at least one battery configured (8), - located inside the vehicle and connected to the vehicle control unit (6) and emergency status control unit (7) with remote servers and electronic devices (4) at least one communication unit configured to enable communication (9), 15 - any area within the vehicle accessible to the driver and / or passengers positioned on the ground so that users can use it in emergency situations and at least one emergency notification that enables the electronic device (2) to transmit a notification. button (10), - located inside the vehicle and controlled by the vehicle control unit (6) 20 to control the opening and closing of vehicle windows by being triggered At least one configured glass control unit (11), - located inside the vehicle and controlled by the vehicle control unit (6) to control the opening and closing of vehicle door locks by being triggered at least one configured door control unit (12) and 25 It is located inside the vehicle and manages the vehicle's ventilation. characterized by having at least one climate control unit (13) configured for this purpose. a system (1). 13 2. It is located inside the vehicle and collects data related to the vehicle interior. Claim characterized by a sensor (2) configured to measure and / or measure A system like the one in 1 (1).

3. Detecting and measuring the amount of gases in the vehicle, such as oxygen and carbon dioxide. 5 to measure and transmit the obtained data to the emergency control unit (7) Claim 1 is characterized by sensor (2), which is a configured gas sensor. or a system like in 2 (1).

4. Measuring the interior temperature of the vehicle helps determine if there is a fire inside the vehicle. 10 to do and transmit the data it obtains to the emergency control unit (7) from the above requests characterized by the configured sensor (2) a system like any other (1).

5. To detect pressure applied to vehicle seats and to sense if someone is sitting in the seat. 15 a pressure sensor configured to detect whether or not any of the above claims characterized by sensor (2) such a system (1).

6. By positioning them in different locations on the vehicle, they detect objects around the vehicle. to detect and measure the distance of the vehicle to the detected objects from the above requests characterized by the configured sensor (2) a system like any other (1).

7. To transmit the data it has obtained to the emergency control unit (7) 25 from the above requests characterized by the configured sensor (2) a system like any other (1).

8. It is located inside the vehicle and at least relates to the inside of the vehicle. 30, a camera-shaped device configured to capture images from the above requests characterized by the image capture device (3) a system like any other (1). 14 9. Image processing techniques for image data obtained from inside the vehicle. by processing the images and health information such as the pulse of the people in the image. with the image acquisition device (3) configured to determine their condition A system like any of the above characterized claims 5 (1).

10. Emergency health data obtained regarding the persons inside the vehicle. Image acquisition configured to transmit to the status control unit (7) 10 of the above claims characterized by the device (3) such a system (1).

11. At least one microphone for receiving sound input, speakers for providing sound output, and buttons. and / or having at least one input unit in the form of a touchscreen mobile cell phone, tablet computer, laptop and / or desktop computer 15 characterized by an electronic device (4) which is a device in the form of a system like any of the above requests (1).

12. Communication unit (9) through vehicle control unit (6) and emergency control To communicate with unit (7) and exchange data, 20 the above characterized by the structured electronic device (4) a system like any of the requests (1).

13. On it, users can report emergencies that occur in the vehicle. 25 to run at least one application (5) that enables them to manage the above characterized by the structured electronic device (4) a system like any of the requests (1).

14. The electronic device (4) is being run on and at least the users Emergency control unit (7) 30 regarding fires occurring in the vehicle to enable them to view the notifications and information sent to them from the above requests characterized by the structured application (5) a system like any other (1).

15. Information to be taken by users in case of any emergency in the vehicle. Application structured to enable them to determine actions (5) 5 as in any of the above claims characterized by system (1).

16. To transmit the determined action information to the vehicle control unit (6) and the vehicle 10 with application (5) configured to trigger control unit (6) a system like any of the above characterized claims (1).

17. Located inside the vehicle, the unit, module and 15. Turning functions on, off, enabling, and pausing their operation. Vehicle control unit configured to manage operations such as (6) as in any of the above claims characterized by system (1).

18. Communication between the emergency control unit (7) and the communication unit (9) 20 to set up and triggered by the emergency control unit (7) of the vehicle structured to take action in emergency situations from the above requirements characterized by the vehicle control unit (6) a system like any other (1).

19. The vehicle ventilation is activated by being triggered by the emergency control unit (7). turn on, increase the air conditioning setting, unlock the car doors and windows, if applicable. to take actions such as activating the fire extinguishing system window control unit (11), door control unit (12) and air conditioning control unit (13) vehicle control unit (6) configured to transmit commands 30 a system like any of the above characterized claims (1). 16 20. When an emergency is detected inside the vehicle, the emergency control unit (7) triggers the hazard lights in the vehicle to activate to obtain the measured data about the vehicle's surroundings from the sensor (2) and to control the vehicle's Vehicle 5 is configured to slow down and stop the vehicle if stopping is appropriate. any of the above requirements characterized by the control unit (6) a system like one of them (1).

21. By receiving driver seat weight data from sensor (2), it can determine whether the driver is in the vehicle to determine if not and when it detects that the driver is in the vehicle, door 10 to control the vehicle door locks via the control unit (12) and the door If it determines that the door is not open, the door check will be performed to unlock the door locks. vehicle control unit (6) configured to transmit commands to unit (12) a system like any of the above characterized claims (1). 15 22. When an emergency is detected inside the vehicle, the emergency control unit (7) determine the vehicle position and the relevant vehicle when triggered by (7). location and an emergency information message created regarding the emergency 20 configured to transmit to the persons in question via the communication unit (9) from the above requirements characterized by the vehicle control unit (6) a system like any other (1).

23. It is located inside the vehicle and contains toxic gas inside the vehicle. release, low oxygen levels, health problems or fire in the form of 25 to determine if any emergency situation has occurred characterized by the configured emergency control unit (7) a system like any of the above requests (1).

24. At least 30 that automatically processes data and produces meaningful results. with an emergency control unit (7) configured to run software 17 a system like any of the above characterized claims (1).

25. Sensor (2), image capture device (3), electronic device (4) and vehicle control To communicate with unit (6) and exchange data, 5 characterized by the configured emergency control unit (7) a system like any of the above requests (1).

26. Data obtained by sensor (2) and image acquisition device (3) 10 working on it by taking health status data determined by to analyze via software and detect any emergency situation inside the vehicle emergency control unit configured to determine whether or not (7) like any of the above-mentioned claims characterized by system (1).

27. Based on the data obtained from the sensor, the amount of oxygen in the vehicle... by monitoring the oxygen level above a predetermined threshold value In the event of a fall, check the amount of toxic gas detected in the vehicle. by the amount of gas exceeding a specified threshold value health data obtained from the imaging device (2) in this case 20 Accordingly, the health condition of an individual inside the vehicle is negatively affected. If evaluated, emergency actions are structured to trigger emergency operations. from the above requests characterized by the status control unit (7) a system like any other (1).

28. If the vehicle detects an emergency, it will use a pre-determined method. To take action, the vehicle control unit (6) must be triggered and the electronic Notification and information to the application (5) running on the device (4) with the emergency control unit (7) configured to transmit the message A system like any of the above-mentioned described requirements 30 (1). 18 29. Inside the vehicle, connected to the vehicle battery (A). by positioning it to store the power obtained from the vehicle battery (A) and to provide uninterrupted power to the emergency control unit (7) from the above requests characterized by the configured battery (8) a system like any of them (1). 5 30. Emergency check even if the vehicle ignition is not switched on and the vehicle is not started. with the battery (8) configured to enable the operation of the unit (7) a system like any of the above characterized claims (1). 10 31. It is located inside the vehicle and is connected to the vehicle control unit (6) and emergency status control unit (7) with remote servers and electronic devices (4) to enable communication and data exchange The above 15 is characterized by the configured communication unit (9). a system like any of the requests (1).

32. Vehicle control unit (6) and emergency control unit (7) internet using a remote communication protocol such as this, remote servers and 20 to communicate with electronic devices (4) and exchange data with the communication unit (9) configured to enable it to perform a system like any of the above characterized claims (1).

33. Anywhere within the vehicle accessible to the driver and / or passengers 25 They are positioned so that users can use them in emergency situations. characterized by the emergency button (10) configured to provide a system like any of the above requests (1).

34. When pressed by the user, emergency actions are initiated. to transmit signal to the vehicle control unit (6) and notification to the electronic device (4) 19 Characterized by the emergency button (10) configured to transmit a system like any of the above requests (1).

Images