system structure
1. Base station: The positioning base station is used to receive the positioning signal transmitted by the positioning tag, and transmit it to the background positioning engine through a wired or wireless way for spatial calculation; it can provide a variety of erection methods such as ceiling and wall suction.
2. Tag: The positioning tag is used to transmit positioning signals, which are carried by the positioning target in real time. It is an active form; according to the configured power supply size and coordinate output frequency, it can achieve more than 180 days of battery life; it can be customized for different appearance shapes and power supply Mode (replace battery or charge).
3. Open API data interaction: The system supports TCP/UDP, Web Services and other forms to output real-time positioning data to third-party system software. Such as GIS system, VR system, AR system, camera linkage system, etc.
System advantages
1. High positioning accuracy: up to 5-10cm
2. Strong stability: strong penetrating ability, high multipath resolution
3. Large system capacity: a small unit can hold 2000+
4. Strong real-time: support 0.1-50hz refresh frequency configuration
5. Strong endurance: intelligent power control, long standby time
Positioning mode
1. Zero-dimensional positioning (existence detection)
Scenario: Material storage management, intrusion and departure alarm
2. One-dimensional positioning
Scenario: narrow areas such as tunnels and mines
3. Two-dimensional positioning
Scene: precise positioning of the plane
4. Three-dimensional positioning
Scene: Real scene linkage, AR virtual reality
Application direction
1. Precise target positioning, real-time instant position and movement information
Such as: manufacturing plants, power plants/substations, tunnels, integrated pipe corridors, high-speed railway stations, airports, hospitals/nursing homes, prisons/detention centers, etc.
2. Detailed historical trajectory information and big data analysis
Such as: electric power inspection, sports training, military training, college practical training research, etc.
3. Indoor navigation, path planning, intelligent scheduling, etc.
Such as: intelligent warehouse logistics system, intelligent factory dispatch system, autonomous robot navigation, airport, hospital, commercial complex and other indoor intelligent dispatch
4. Complex multipath environment such as explosion-proof and anti-interference
Such as: petrochemical plants, underground coal mines, etc.
