Search

DE-202026000185-U1 - Bluetooth-based automatic control and security system

DE202026000185U1DE 202026000185 U1DE202026000185 U1DE 202026000185U1DE-202026000185-U1

Abstract

Electronic control and safety system comprising at least two modules communicating wirelessly via Bluetooth, wherein the system is designed to detect the presence of an authorized module within range and, depending on this detection, provides an electrical or mechanical circuit in a closed or open state, wherein the system is implemented without an app, without code entry, without biometric authentication and independently of existing vehicle, machine or building controls.

Assignees

  • ALHALLAK UND ALHALLAQ GBR VERTRETUNGSBERECHTIGTER GES MOHAMED ALHALLAK 32791 LAGE

Dates

Publication Date
20260513
Application Date
20260115
Priority Date
20260115

Claims (13)

  1. Electronic control and safety system comprising at least two modules communicating wirelessly via Bluetooth, wherein the system is designed to detect the presence of an authorized module within range and, depending on this detection, provides an electrical or mechanical circuit in a closed or open state, wherein the system is implemented without an app, without code entry, without biometric authentication and independently of existing vehicle, machine or building controls.
  2. System according Claim 1 , characterized by the fact that the modules communicate with each other via an encrypted Bluetooth connection.
  3. System according Claim 1 or 2 , characterized in that it is designed as a three-point system with modules A, B and C.
  4. System according to one of the preceding claims, characterized in that it is designed as a four-, five- or six-point system with additional modules.
  5. System according to one of the preceding claims, characterized in that at least one module is arranged in a hidden area of a vehicle.
  6. System according to one of the preceding claims, characterized in that the system provides controllable electrical or mechanical components such as relays, sensors, locks, microcontrollers, transistors or transformers.
  7. System according to one of the preceding claims, characterized in that the circuit is provided in an open state when an authorized module does not have the detection area.
  8. System according to one of the preceding claims, characterized in that additional modules can optionally be connected by cable.
  9. System according to one of the preceding claims, characterized in that the modules are designed to be updatable.
  10. System according to one of the preceding claims, characterized in that one module is designed as a portable module for the user and another module is permanently installed.
  11. System according to one of the preceding claims, characterized in that it is designed without visible operating elements and is therefore difficult to locate.
  12. System according to one of the preceding claims, characterized in that it is designed to provide an electrical or mechanical circuit which is provided in a closed or open state depending on the presence of an authorized module.
  13. System according to one of the preceding claims, characterized in that it is designed to activate or deactivate vehicle-relevant components such as fuel pump, ignition, engine control or safety-relevant electrical systems.

Description

1. Technical field The invention relates to an electronic control and safety system based on wireless Bluetooth connectivity. The system serves for the automatic or manual activation and deactivation of electrical and mechanical components, particularly in safety-relevant applications such as vehicles, machinery, or building technology. 2. Background of the invention Common control and security systems often use apps, keypads, biometric sensors, or wired circuits. However, these systems are vulnerable to tampering, easily detectable, or technically complex to install. Therefore, there is a need for a system that works without user input, without an app and without visible controls, while simultaneously offering a high level of security. 3. Object of the invention The object of the invention is to provide a wireless, highly secure and modularly expandable control and communication system that: - automatically detects when authorized modules are nearby, - can activate or deactivate electrical and mechanical components - works without an app, code entry or biometric authentication, - and operates independently of existing vehicle systems or other control architectures. 4. Solution to the task 4.1 Basic principle The system is based on intelligent wireless connectivity using Bluetooth technology. It consists of at least two modules (Chip A and Chip B) that communicate with each other via programmed commands. 4.2 Control of electrical and mechanical components The programmed code enables manual or automatic control of the following elements: - electrical and mechanical devices, - Sensors, - Locks, - moving parts, - Low and high voltage transformers, - Relays and voltage relays, - Temperature sensors, - Microcontrollers, - Transistors. The system can automatically open or close electrical circuits, depending on the presence of authorized modules. 4.3 Automatic Bluetooth Detection The device works without: - App, - Touch input, - Code entry, - biometric verification. Instead, it uses pairing technology and automatically recognizes authorized circuit components as soon as they are nearby. 4.4 Three-point system Technically, it is a three-point device that: - communicates automatically when the components are within range, - the connection disconnects when a component is missing, - and thereby opens or closes the circuit. 4.5 Application in the vehicle For use in vehicles: Chip A is installed together with a relay, sensor, transistor or microcontroller in a hidden area of the vehicle's electrical system, e.g.: - in the fuel pump, - in the engine compartment, - or in another component that is difficult to access. This makes it considerably more difficult for unauthorized persons to locate the location. Chip B is worn by the driver. As the driver approaches the vehicle, the system detects modules A and B and closes the circuit. If the driver moves away, the circuit is automatically interrupted again. Since the system operates independently of the vehicle's electronics, it is virtually unhackable or unidentifiable. 4.6 Expandability The system can be described as: - Three-point system (ABC), - Four-point system (ABCD), - Five-point system (ABCDE), - or six-point system (ABCDEF) be operated. All modules can communicate wirelessly; additional modules can optionally be connected via cable. The system is encrypted and can be updated. 5. Advantages of the invention - Extremely high security through automatic Bluetooth detection and encryption- No operation required - fully automatic operation- Independent of vehicle or building systems- Modularly expandable to up to six points- Easy installation without software or app- Difficult to find due to concealed mounting- Universally applicable for electrical and mechanical controls