Mobile Network-Based Drone Traffic Control System Method

Abstract

The invention relates to a system and method for monitoring drone traffic over mobile networks.

Description

1 TARIFF Mobile Network-Based Drone Traffic Control System Method Technical Area 5 The invention is a system and method that enables the monitoring of drone traffic over mobile networks. It is related to. State of the Art Today, drone traffic control systems typically incorporate integrated sensors and GPS technology. It takes various measures to ensure that drones fly safely. This various systems enable drones to remain in specific airfields or orbits. It can apply algorithms and constraints. Current methods are only GPS-based tracking methods, and these methods involve charging the device. Because it consumes power quickly, the flight function can be negatively affected. In addition to GPS-based methods, 15 A mobile network-based location tracking method is proposed. Additionally, with current methods, drones can go outside the coverage area, which... In this situation, tracking the drone's location becomes difficult. Patent number US 20170092138 A1 authorizes a drone to be detected in a specific area. It is related to determining that it is not. 20 https: / / www.patentlyapple.com / 2022 / 12 / apple-has-won-a-patent-for-a-possible-future-drone- 10202004252X mentioned in the link device-that-was-originally-filed-in-singapore.html The patent relates to the integration of an unmanned vehicle with a control unit. As a result, these methods offer features not found in existing methods, increasing power and mobility. The following 25 are used in combination with network coverage and RF command methods. A system and method have been proposed. In this method, the drone has a SIM card and is connected to the mobile network. Location tracking application It monitors the device's power status via the data path and tracks mobile network coverage. And based on whether it has a GPS sensor, it follows this logic: If the device's power status is adequate and the SIM card and GPS location are working, then both GPS 30 It receives, processes, stores, and makes available to interfaces both its own location and location information from the network. If the device does not have GPS or the power situation is not suitable, network-based location is only available. accounts. The device's location information can only be obtained from GPS. The mobile network transmits the data. 2 If the device goes out of network coverage and is within the Wi-Fi / radio control range, it can be directly controlled. The location is obtained via RF (or wifi), and the remote control matches the location of the control application with the main unit. It feeds the control application. Data collected under all conditions is processed within the same management application, stored in a database, and It is displayed in the web-based interface and is displayed in the web-based interface and mobile 5 via API. It will be opened for application. The purpose of the invention The invention represents a new breakthrough in this field, unlike the structures used in existing technology. It is related to a system and method with different technical specifications that bring about change. 10 The invention aims to create a system that enables the monitoring of drone traffic over mobile networks. and to propose a method. All the advantages mentioned above and explained in detail below. The invention enables the control of drone traffic over mobile networks. It is a system whose feature is; a remotely controllable drone, containing a SIM card and / or GPS, connected to a mobile network 15 The connected drone device, through which a location tracking application is running, The paired remote control is located in the same position as the drone and its location information is being received. location information received via the control device, drone device and remote control device the database in which it is recorded, the database running on it, paired with the drone device, The position of the drone and the remote control device is determined via the software running inside. by collecting information and saving it to a database, via software run within it. The drone device analyzes requests coming from interfaces and responds to those requests via software. and / or analyze the position information of the remote control device and present it to the user. The position control unit, which transmits information to the interfaces, controls the drone's movements via the remote control device. 25 through the software running inside it that enables it to establish connections to the specified addresses. It analyzes the position information of the drone and the remote control device, which includes The power status of the drone and the remote control device is determined through the software being run. A database that monitors and records GPS status and access status. Status of the registered drone and remote control device via the software running on it. Analyzing the information and combining this situational information with location information, and 30 interfaces that transmit data to the user and / or through which mobile applications are run, Querying location information and / or location via software running on a database It includes a mobile application that writes the information to a database. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it is clearer than ever. 35 It will be understood. 3 Ways to Help Understand the Discovery Figure 1 shows a general representation of the system that is the subject of the invention. Description of Part References 5 1. Drone device 2. Base station 3. Processor 4. Control unit 5. Database 10 6. Interfaces 7. Mobile application 8. Remote control device 9. User Detailed Description of Find In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. to facilitate understanding and without creating any limiting effects. The invention relates to mobile networks. It relates to a system and method that enables the control of drone traffic. The elements and functions used in the system that is the subject of this invention are as follows: 20 Drone devices (1) are remotely controlled air transport vehicles, drones. Drone The drone device (1) has a SIM card and / or GPS. The drone device (1) is connected to the mobile network and A location tracking application is being run through it. The base station is typically a 5G gNodeB. The drone device (1) accesses the mobile network. Base station (2) is important for determining location. 25 The processor (3) is a 5G multi-access edge computing device. Position and control of the drone device (1). The connection with unit (4) is made via processor (3). The control unit (4) is paired with the drone device (1), which runs on the database (5), through the software running inside the drone device (1) and the remote control device (8) 30 by means of the software that runs in it, which records the location information into the database (5). The drone device analyzes the requests coming from the interfaces (6) and responds to the requests through the software. (1) and / or analyze the position information of the remote control device (8) and send it to the user (9) It is the unit that transfers to interfaces (6) to present. Location obtained via database (5), drone device (1) and remote control device (8) It is the storage area where the information is recorded. The database (5) contains the drone device (1) and the remote 35 Information such as the location of the controller (8), power status, GPS status and access status. 4 This ensures that information is recorded and stored. In this way, the drone device (1) and the remote The movements and status of the control device (8) can be continuously monitored. Interfaces (6) are web and API. Control unit (4) and mobile application via interfaces (6). Communication is established between (7). Thanks to the interfaces (6), users (9) can communicate with the drone device (1) and (7). The location information and other status of the remote control device (8) are displayed in the mobile application (7) 5 You can view and control it through this channel. The mobile application (7) enables the operator (9) to control the drone (1) and the remote control device (8). It is an application that enables communication over the internet. The application, interfaces (6) By working in integration with the control unit (4), the users (9) control the drone device (1) and It enables them to track the positions of the remote control device (8) in real time. 10 The mobile application (7) allows users (9) to analyze the performance of the drone device (1) and It allows them to control it remotely when needed. In this way, the drone device (1) is safe. It ensures that it is used and controlled in some way. The remote control device (8) is paired with the drone device (1), in the same location as the drone device (1). It is the device that is located and from which location information is obtained. Remote control device (8), drone device 15 (1) is paired using a protocol such as Bluetooth or near field communication. This Pairing is critical for controlling and tracking the location of the drone device (1). It has. Remote control device (8) displays the power, battery status, and GPS status of the drone device (1). and checks important statuses such as access status and reports these statuses with the mobile application (7) shares. 20 User (9) is the operator, customer, drone user. The operating principle of the system described in the invention is as follows: The system described in the invention performs the following actions... The steps involved in the process are listed below: •Location information received via drone device (1) or remote control device (8) recording in the database (5), 25 •registered drone by the control unit (4) through the software running on the database (5) Analysis of the status information of the device (1) and the remote control device (8) and this status Analyzing location information along with other data, • Database (5) with location and status information analyzed by the control unit (4) (6) information is transferred to the interfaces via the software running on it and users (9) mobile 30 position and status analyzed by control unit (4) using applications (7) Access to information. 35

Claims

REQUESTS 1. It is a system that enables the control of drone traffic over mobile networks, and its features include: remotely controlled drone, a device containing a SIM card and / or GPS, connected to a mobile network, and using a location tracking application. operated drone device (1), 5 paired with drone device (1), located in the same location as drone device (1) and positioned via it Remote control device (8) from which information was received, Location information received via drone device (1) and remote control device (8) is recorded database (5), 10 running on database (5), paired with drone device (1) and running inside it via software the location information of the drone device (1) and the remote control device (8) by taking and saving to the database (5) through the interfaces (6) via the software that is run within it The drone device (1) and / or analyzes the incoming requests and responds to the requests via software. to analyze the position information of the remote control device (8) and present it to the user (9) Control unit (4) which transmits to interfaces (6), 15 The drone device (1) can send the drone to the addresses specified in digits 8-7 via the remote control device (8). The drone device (1) and which is run inside it, through the software that enables it to establish a connection. software that analyzes the position information of the remote control device (8) and runs inside it via the drone device (1) and the remote control device (8) power status, GPS status, 20 that works on the database (5) which checks and records access status. Status information of the registered drone device (1) and remote control device (8) via software analyzes the situation information and analyzes the location information together with this situation information and gives the user (9) which transmits to interfaces (6) and / or runs mobile application (7) through them, Querying location information and / or location information through software running on database (5) mobile application (7) 25 that writes information to the database (5) It includes.

2. This method enables the monitoring of drone traffic over mobile networks; its characteristic feature is: •Location information received via drone device (1) or remote control device (8) recording to the database (5), •Registered drone 30 by the control unit (4) through the software running on the database (5) Analysis of the status information of the device (1) and the remote control device (8) and this status Analyzing location information along with other data, • Database (5) with location and status information analyzed by the control unit (4) Information is transferred to the interfaces (6) through the software that runs on it and users (9) mobile Position and status analyzed by control unit (4) using applications (7) 35 access to information 6 It includes the steps of the process.

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