20240040535. Safety System with Radio Location and Testing Device simplified abstract (Pilz GmbH & Co. KG)
Contents
Safety System with Radio Location and Testing Device
Organization Name
Inventor(s)
Marcus Fritzmann of Ostfildern (DE)
Onedin Ibrocevic of Ostfildern (DE)
Jürgen Pullman of Ostfildern (DE)
Safety System with Radio Location and Testing Device - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240040535 titled 'Safety System with Radio Location and Testing Device
Simplified Explanation
The patent application describes a safety system that includes a safety controller and a radio location system. The radio location system consists of a first radio unit, a second radio unit, a reference radio unit, and a testing device.
The radio location system is designed to determine a first defined characteristic between the first and second radio units using radio location technology. It also determines a second defined characteristic between the first radio unit and the reference radio unit using the same technology.
The second defined characteristic is continuously varied according to a known pattern, which is known to the testing device. The testing device is configured to generate a confirmation of the first defined characteristic only when the radio location system detects the second defined characteristic varying according to the pattern.
- The safety system includes a safety controller and a radio location system.
- The radio location system consists of a first radio unit, a second radio unit, a reference radio unit, and a testing device.
- The radio location system determines a first defined characteristic between the first and second radio units using radio location technology.
- The radio location system also determines a second defined characteristic between the first radio unit and the reference radio unit using radio location technology.
- The second defined characteristic is continuously varied according to a known pattern.
- The testing device generates a confirmation of the first defined characteristic only when the radio location system detects the second defined characteristic varying according to the pattern.
Potential Applications of this Technology:
- Safety systems in industrial environments
- Monitoring the movement and location of objects or individuals in real-time
- Tracking the position of vehicles or assets in logistics and transportation industries
Problems Solved by this Technology:
- Ensuring the accuracy and reliability of radio location systems
- Verifying the consistency of defined characteristics between radio units
- Detecting any deviations or anomalies in the radio location system
Benefits of this Technology:
- Enhanced safety and security in various industries
- Improved efficiency in tracking and monitoring systems
- Real-time detection of any inconsistencies or abnormalities in radio location systems
Original Abstract Submitted
a safety system includes a safety controller and a radio location system including a first radio unit, a second radio unit, a reference radio unit, and a testing device. the radio location system is configured to determine a first defined characteristic between the first radio unit and the second radio unit using radio location and to determine a second defined characteristic between the first radio unit and the reference radio unit using radio location. the second defined characteristic is continuously varied according to a pattern known to the testing device. the testing device is configured to generate a confirmation of the first defined characteristic only when the radio location system detects the second defined characteristic varying according to the pattern.
