During an emergency event, the WeTAG communicates with the anchors and estimates its position using a methodology patented by Smart Track with variable accuracy based on the customer's needs.
Furthermore, through proprietary Smart Track algorithms, the possibility of having ambiguity between two neighboring areas is minimized.
Monitoring in real-time
Real-time monitoring of a “man down” situation is possible in 3 ways using an inertial platform present within the WeTAG:
- Inclination greater than XX ° with respect to the pre-set rest condition (customizable). In this mode it is recommended to wear the WeTAG on a belt or chest using a clip or Velcro.
- Prolonged absence of movement, i.e. the inertial platform monitors the immobility of a person for x seconds / minutes (also customizable) beyond which an alarm signal is sent. In this mode it is recommended to wear the WeTAG using a special armband.
- Abrupt acceleration indicating that the operator has fallen. In this mode it is recommended to wear the WeTAG on a belt or chest using a clip or Velcro.
Wide coverage
To ensure the widest possible coverage of a man down situation, it is possible to combine the 3 modes previously described. For example, it is possible to combine modes 1 and 2 in order to sound the alarm when one of the two conditions occurs, or it is possible to combine mode 1 with mode 3.
Since the entire HW platform, with attached FW, is proprietary, it is possible to configure the functions for verifying a man down situation. The solution is completely configurable based on the needs of the customer, as it can be adapted to the tasks performed by an operator to improve and minimize false alarms.
Features
- Completely respects worker privacy
- Functions in indoor and outdoor environments
- Alarm for no movement following x seconds
- Alarm for inclination greater than x degrees
- Alarm for sudden fall from x cm
- Pre-alarm management to minimize false positives sent to the software application
- Dedicated button to silence false alarms
- User notifications via buzzer, vibration, and LED lighting