Translation of a patent for a quantum cryptographic authentication device conveys the technical concept of securing communication channels, explains system architecture and key generation principles, and ensures accurate understanding of the scope of legal protection
Translation of a patent for a quantum cryptographic authentication device requires precise rendering of both the legal and technical aspects of the invention. The document describes the use of quantum states to authenticate communication parties and prevent unauthorised access. It discloses device components, their functional interaction, key distribution algorithms and intrusion detection mechanisms. During translation, it is essential to preserve the patent structure and accurately convey claims, terminology and references to drawings. Any inaccuracy may distort the scope of protection or affect the assessment of novelty. A professional translation enables foreign patent filing, licensing activities and effective international enforcement of the patent holder’s rights.
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| The present invention relates to a quantum cryptographic authentication device configured to verify the identity of communicating parties using quantum states of photons. The device comprises a quantum signal generator, a transmission module and a detection unit adapted to analyse quantum correlations. Authentication is performed by comparing measured quantum parameters with predefined reference values. Any attempt of interception causes a detectable disturbance of the quantum states. The invention provides enhanced security for data transmission networks and may be implemented in governmental, financial and industrial communication systems. | Настоящее изобретение относится к устройству квантовой криптографической аутентификации, предназначенному для проверки подлинности сторон связи с использованием квантовых состояний фотонов. Устройство содержит генератор квантового сигнала, модуль передачи и блок детекции, выполненный с возможностью анализа квантовых корреляций. Аутентификация осуществляется путем сравнения измеренных квантовых параметров с заданными эталонными значениями. Любая попытка перехвата вызывает обнаруживаемое искажение квантовых состояний. Изобретение обеспечивает повышенный уровень безопасности сетей передачи данных и может применяться в государственных, финансовых и промышленных системах связи. |
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