18110422. Biometrically Activated Firing Sequence simplified abstract (Halliburton Energy Services, Inc.)
Contents
Biometrically Activated Firing Sequence
Organization Name
Halliburton Energy Services, Inc.
Inventor(s)
Nicholas Gerald Harrington of Alvarado TX (US)
Cameron Scott Badii of Alvarado TX (US)
Matthew Mlcak of Alvarado TX (US)
Christopher C. Hoelscher of Alvarado TX (US)
Biometrically Activated Firing Sequence - A simplified explanation of the abstract
This abstract first appeared for US patent application 18110422 titled 'Biometrically Activated Firing Sequence
The patent application relates to biometric access control for perforating tools, where a system is configured to authenticate users before allowing operation of the perforating apparatus.
- The system includes a firing panel that communicates with the perforating apparatus.
- A biometric interface is in communication with the firing panel to enable user authentication.
- Operation of the perforating apparatus is controlled based on successful authentication via the biometric interface.
Potential Applications: - Oil and gas industry for well perforation operations - Military applications for controlled access to explosive devices - Mining industry for precise blasting operations
Problems Solved: - Unauthorized access to perforating tools - Ensuring safety and security in explosive operations - Preventing misuse of perforating apparatus
Benefits: - Enhanced security and control over perforating operations - Reduced risk of accidents and unauthorized use - Streamlined workflow and improved efficiency in industrial settings
Commercial Applications: Title: Biometric Access Control System for Perforating Tools This technology can be utilized in various industries such as oil and gas, mining, and military for safe and secure access control to perforating tools, enhancing operational efficiency and safety measures.
Questions about Biometric Access Control System for Perforating Tools: 1. How does the biometric authentication process work in this system? The biometric interface verifies the user's identity through unique biological traits such as fingerprints or iris scans, ensuring only authorized personnel can operate the perforating apparatus.
2. What are the potential risks associated with traditional access control methods for perforating tools? Traditional access control methods like key-based systems or passwords can be vulnerable to theft, loss, or unauthorized duplication, leading to safety hazards and security breaches.
Original Abstract Submitted
Systems and methods of the present disclosure relate to biometric access to perforating tools. A perforating system includes a firing panel in communication with a perforating apparatus and a biometric interface in communication with the firing panel. The perforating system is configured to control operation of the perforating apparatus upon authentication via the biometric interface.
