Offline-capable, AI-supported, all-round monitoring and control system with starter chip card

Abstract

AI-supported all-round camera system for real-time display of the vehicle's surroundings on a screen, where the vehicle contours, axles, wheels and steering movements are visually represented 1:1.

Description

[0001] Utility model application - AI-supported all-round camera system for real-time visual recording of the vehicle environment and control support during driving, maneuvering and parking.

[0002] The system combines indoor and outdoor cameras, vehicle data, AI-based image recognition, and a starter chip card for enhanced security and control release.

[0003] The display is a realistic, virtual 1:1 view of the vehicle, including wheel position, steering movement, and surroundings, shown on a central display.

[0004] The control system can be integrated into the vehicle, implemented as a standalone module, or used in a combination of both. The starter chip card can activate additional control and security functions. The system can be used both online and offline, optionally with app and voice control, for cars, trucks, trailers, motorcycles, special-purpose vehicles, and high-security vehicles. The AI ​​generates a realistic 360-degree field of view in real time from the video data, with distance markers in centimeters and inches, and takes into account the vehicle geometry from stored or updatable models. State of the art

[0005] Current camera systems in vehicles display the surroundings on screens, not in four fixed views (front, rear, left, right). Drivers have to mentally interpret the vehicle's contours and steering movements, especially with trucks, trailers, or in tight spaces.

[0006] Remote control, offline use, home / property monitoring, or voice control are usually not integrated. Systems primarily operate online, which incurs costs and renders them unusable during power outages. Mobile, AI-supported 360-degree monitoring that visualizes all vehicle movements in real time does not yet exist in this combination. Purpose of the invention:

[0007] The object of the invention is to provide a self-contained, AI-supported camera system that: -Offers real-time visualization of vehicle contours, axles, wheels and steering movement. -includes trailers, motorcycles and high-security vehicles. -Works offline and online, optionally with app and voice control -Starter chip card for security unlock uses -stores and updates vehicle models across manufacturers -Enables precise maneuvering, parking, and monitoring of properties and vehicles. Solution to the problem:

[0008] The invention combines existing technologies:s -High-resolution outdoor and indoor cameras for 360-degree recording -Cl processors for real-time processing and display -Display on central screen as a 1:1 bird's-eye view including steering wheel position, wheel angle, vehicle contours -Offline and online operation, optimal app and voice control -Starter chip card for unlocking additional functions -Storable vehicle models that can be added locally or via update (memory card). -Autonomous parking and maneuvering functions, even remotely. Execution functions: 1. Cars and trucks: Display of contours, wheel and steering wheel position, trailer movements. 2. Motorcycle: Additional function via starter chip card, not connected to camera system. 3. House / Property: Camera system monitors the grounds, capable of offline operation via power buffer. 4. High-security vehicles: Combination of starter chip card, keyless entry, camera system and remote control. 5. Mobile Kl: Can be used on external units, offline capable, parallel processing of multiple cameras. -1:1 visualization of steering movements makes parking and maneuvering easier. Offline operation saves costs and ensures functionality during power outages. Manufacturer-independent vehicle models increase flexibility -Starter chip card enables secure control and unlocking of additional functions -Application in cars, trucks, trailers, motorcycles, high-security vehicles, home and property surveillance.

Claims

[1] AI-supported surround-view camera system for real-time display of the vehicle's surroundings on a display, where the vehicle contours, axes, wheels and steering movements are visually represented n1:

1. [2] System according to claim 1, characterized by that the representation is applicable to cars, trucks, trailers, and special vehicles. [3] System according to one of the preceding claims, wherein the starter chip card authorizes the control of vehicles, trailers and unlocks additional security functions. [4] System according to claim 3, wherein the control is either integrated into the vehicle control system or designed as a separate control unit. [5] System according to claim 1, with offline and online operation, so that functionality is maintained even in the event of a power failure or lack of internet connection. [6] System according to claim 1, in conjunction with a mobile app which enables real-time data, control and notifications. [7] System according to claim 1, in conjunction with voice control for activating, deactivating or controlling functions. [8] System according to claim 1, wherein dimensions in cm / inch are displayed for constrictions, distances and safety areas. [9] System according to claim 1, for high-security vehicles or hazardous materials transports with enhanced security measures. [10] System according to claim 1, wherein the AI ​​corrects and gives recommendations for steering or maneuvering. [11] System according to claim 1, wherein the vehicle models can be stored across manufacturers and reused on other vehicles. [12] System according to claim 1, wherein the display is on high-resolution screens, head-up displays or external monitors. [13] System according to claim 1, wherein home and property surveillance is possible via the same camera systems. [14] System according to claim 1, with combined display of vehicle, trailer and surroundings on one display. [15] System according to claim 1, wherein the cameras process both static images and video sequences and generate real-time AI images from them. [16] System according to claim 1, wherein the control system automatically parks or maneuvers the vehicles, even without a driver in the vehicle. [17] System according to claim 1, with additional remote control via app, remote control or starter chip card. [18] System according to claim 1, wherein several vehicles can be monitored and controlled simultaneously. [19] System according to claim 1, wherein the AI ​​historically stores the vehicle movements and uses them to optimize future controls. [20] System according to claim 1, wherein power supply is secured via a buffer battery, UPS or solar unit. [21] System according to claim 1, wherein the starter chip card stores individual vehicle parameters and allows the activation of certain functions only with authorized access. [22] System according to claim 1, expandable by external NVid AI or Edge AI processors for performance enhancement. [23] System according to claim 1, wherein the representation of the vehicle movements, steering, wheel position, axle movement and safety distances are adopted and displayed one-to-one. [24] The system can be adapted and transferred to different vehicle types. [25] Combination of starter chip card, camera system and AI control as a complete solution. [26] Also applicable to private, commercial and military applications. [27] In case of collision danger, the system can generate a warning tone and display an arrow on the screen indicating the direction from which the danger is coming, e.g. from other moving vehicles. [28] System according to one of the preceding claims, wherein the AI ​​algorithms are executed locally on an edge computing platform, enabling offline operation without internet access. [29] System according to one of the preceding claims, wherein the control system is suitable for both stationary applications (house, property) and vehicles, with adapted display and warning logic in each case. [30] System according to one of the preceding claims, wherein the controller can be used in combination with mobile apps to remotely monitor and control the functions. [31] System according to one of the preceding claims, wherein the control system automatically emits an acoustic warning tone in the event of a risk of collision with moving objects and simultaneously displays a directional arrow on the screen, marking the origin of the danger Vishal so that the user can immediately recognize the source of the danger and initiate appropriate steering or braking maneuvers.