nanoHUB
The intelligent mine logging solution
nanoHUB is designed to be a ruggedized multipurpose personnel transport, data communications hub and black box data recorder. The nanoHUB provides a universal interface for Personnel Transporter and Collision Warning System (CWS). It increases productivity and improves mine safety with the intelligent data logging capabilities as well as providing uniform and secure records to promote operational efficiency
Design Features
- Ingress Protected IP67
- Compact and Tamperproof
- Shock rated to ±10 g impact
- Configurable Auto Electrical Interface
- Multiport radio interface
Communication
- Wi-Fi Access Point or Client
- RS 232
- RS 485 - Optional
- CAN BUS (ISO21815/J1939)
- CAN BUS (open CAN/Sensor CAN)
Data Logging
- CWS Commands Instruction, Request Logging
- AES128 Data Encryption
- Data and Event Recorder
- Logging Options on Mobile, Laptop, Server/Client
- Dynamic Sampling Rate
- Efficient Use of Deep Memory 8 GB
- Deep Memory Storage of 8 GB (2 years of data)
- Short Memory Storage of 128 kB
Mining Use
CAS/TMM interface
Black box recorder
Bi-directional logging of M2M data and events
Communications router
Compatible with conventional engines
Compatible with all known CAS systems
Operational monitoring
Driver access control
CAN Bus, modbus & conventional protocols
Descriptive functionality
In addition to the bonding of multiple networked devices, nanoHUB is also responsible for data logging functions. Short term memory and Deep memory logging functions are realized within this sub-system since all data passes through nanoHUB at some stage during the information flowing through the machine. The nanoHUB has specially developed Step Change, Rate of Change and Periodic Sampling capabilities that allow the capture of Big Data and Little Data live on the fly.
The connectivity is provisioned between the vehicle and the mining communication infrastructure, and for vehicle-to-vehicle connectivity. Specialized high-level protocols allow data to transact opportunistically as well as continuously to suit all possible data networking models.
The nanoHUB also optionally integrates an array of high-performance internal sensors, including machine roll, yaw, pitch, vibration, temperature, humidity, acceleration, angular velocity and 3D magnetometer sensors. These sensor measurements are for on-the-fly operation decisions, such as, built-in test and protection monitoring, as well as for remote viewing purposes.
The nanoHUB also has the option to include Bluetooth technology for beaconing functionality.