Platform for the transfer of intellectual property rights with QR code and AI analysis

Abstract

Offline-capable QR code management system, characterized in that each QR code is individually generated, encrypted and uniquely assigned to a user or product, whereby all links between code, data record and authorization can be accessed without a permanent internet connection.

Description

[0001] The present invention relates to an enhanced QR code system that serves as a central linking element between physical authentication, digital information distribution, and automated process control. It combines classic security mechanisms with an innovative data linking via QR codes that can function both offline and online.

[0002] The QR code contains individual links to specific content, user manuals, device certificates, or invention descriptions. Assignment to a starter chip card ensures unique authentication. The system also allows for use without an internet connection by storing the data locally or transmitting it in encrypted form.

[0003] The overall system can be used as a universal platform for inventors, companies, and organizations to efficiently make intellectual property rights, manuals, or security-relevant applications accessible via QR codes. It thus opens up a new digital business field that can partially replace traditional app structures. State of the art

[0004] Existing QR code systems primarily serve the static linking of web addresses, product information, or simple payment functions. Integration with physical authentication via smart cards or dynamic management of technical documentation is not yet known. Likewise, a unified platform enabling the publication, licensing, and management of inventions via QR codes is lacking.

[0005] This documentation describes a platform for intellectual property monitoring that combines QR code technology with AI-powered patent searches. The platform enables the controlled distribution of technical documents (e.g., utility model details, manual pages) via individualized QR codes. Activation, payment, and access control can be automated; the system supports both online and offline operation through encrypted QR payloads and local verification mechanisms.

[0006] The current state of the art includes existing patent and research platforms such as Lens.org, Google Patents, and commercial services (e.g., Derwent Innovation). These offer extensive databases and search functions, but generally require an internet connection and do not provide a simple, printable, selective access solution via QR code. Furthermore, they do not offer the integrated monetization and offline activation logic proposed here. Applications for product authentication (e.g., using NFC or Secure Elements) exist, but the combination of printed QR code distribution, offline-verifiable license data, and AI monitoring for intellectual property rights within a single system is lacking.

[0007] The goal is to create a process and a platform that allows selective, secure access to intellectual property-relevant information via QR codes, activating access automatically after payment or license verification, and simultaneously operating AI-supported monitoring for similar or derivative intellectual property applications worldwide. The solution should function both online and offline and enable easy distribution via print media.

[0008] The system consists of the following core elements: • Master QR (Admin): Creates and manages sub-QRs; accesses the admin interface. • Sub-QRs: Individualized codes for users / products, containing encrypted payload or short link. • Server platform: database, payment API, license management, audit logs. • Offline mechanism: Encrypted payloads in the QR code for limited, locally verifiable content; optional local app database. • AI monitoring: Connection to patent databases (e.g. Lens.org API) for similarity searches and automatic alerts. • Activation logic: Webhook-based activation after payment or license verification; one-time tokens and expiration mechanisms. • Easy distribution: QR codes can be included in magazines, manuals, and packaging. • Monetization: Automatic payment and activation. • Data protection & security: Encrypted payloads, signatures, local auditing. • Independence: Offline operation reduces dependence on network connections. • Protective effect: The combination of monitoring and verification deters imitators.

Claims

[1] Offline-capable QR code management system, characterized by , that each QR code is individually generated, encrypted and uniquely assigned to a user or product, whereby all links between code, data record and authorization can be accessed without a permanent internet connection. [2] System according to claim 1, characterized by , that the activation of a QR code only takes place after automatic payment has been made or confirmation by an authorized control device. [3] System according to claim 1 or 2, characterized by , that after successful activation the user can only access the content intended for him / her (e.g. manual pages, function modules, product information), while all other content remains blocked. [4] System according to any one of the preceding claims, characterized by that the payment confirmation in the form of an encrypted timestamp is integrated into the QR code itself and can be verified offline. [5] System according to any one of the preceding claims, characterized by , that the QR code is intended for use in printed publications, magazines or on products and can be activated by photographing or scanning. [6] System according to any one of the preceding claims, characterized by that a master code or parent QR code exists which controls the generation, management and tracking of all subcodes. [7] System according to any one of the preceding claims, characterized by that attempts at manipulation or forgery are detected and automatically reported using checksum and signature algorithms. [8] System according to any one of the preceding claims, characterized by , that an automatic notification of activations, payments or forgery attempts is sent to the creator or administrator of the system. [9] System according to any one of the preceding claims, characterized bythat all components (QR code, payment process, activation, notification) can be operated completely offline or via local device communication. [10] System according to any one of the preceding claims, characterized by that the system serves as a replacement or alternative to app-based applications and offers a cost-effective, secure and easily deployable offline infrastructure. [11] System for the automated linking of a QR code with digital content, wherein the QR code has a unique assignment to a specific user card or identity. [12] System according to claim 11, characterized by that the QR code is generated offline and can be read without an internet connection. [13] System according to one of the preceding claims, comprising a secure module that performs the creation and management of QR codes locally. [14] System according to claim 13m wherein an automatic unlocking mechanism is triggered when a confirmed payment is received. [15] System according to any of the preceding claims m wherein the QR code is distributed on physical or digital media, including magazines, posters and publications. [16] System according to any of the preceding claims wherein access to digital content is controlled via a user manual or interactive interface. [17] System according to one of the preceding claims, wherein real-time monitoring and notification of the status of the connected QR codes is performed. [18] System according to any of the preceding claims, which provides for the secure integration of a starter chip card or an alternative authentication element to enhance cybersecurity,