PMR-W1A

Indoor wheeled surveillance robot

Wheeled indoor inspection robot system mainly realizes autonomous unmanned inspection of equipment and its surrounding environment in indoor scenes.

While replacing traditional manual inspection, it also conducts multi-angle and multi-dimensional analysis of the running status of the field equipment, optimizes inspection strategy and fault defect analysis, improves management efficiency and greatly improves operation and maintenance efficiency.

Functional characteristics

Image recognition

Automatic identification of all kinds of meters, switches, indicators, displays, etc
Partial discharge detection

The volume was detected and analyzed in combination with background graph library
Infrared temperature measurement

Joint, inlet and outlet temperature detection
Environmental monitoring

Ambient temperature and humidity monitoring
Security linkage

Improve the efficiency and effectiveness of security precautions
Face recognition

Improve recognition speed and efficiency
Noise monitoring

Noise monitoring in the working area, timely detection of anomalies
Personnel safety behavior monitoring

Identification and alarm of behaviors such as wearing safety helmet, smoking, falling down and calling for help

Product advantages

Dynamic high-speed inspection

Through efficient video stream processing technology and data transmission technology, inspection tasks can be completed during uninterrupted walking, and anomalies can be found in time, effectively reducing the risk of loss.
Support offline running

After the network is disconnected, the robot can normally perform inspection tasks and charge autonomously without data loss. When the network is restored, the robot will retransmit data to the centralized control platform.
Support edge computing

The robot itself has AI computing ability, and the local computing efficiency is higher and the response is faster. It reduces the dependence on background AI servers and AI algorithm boxes, reduces network dependence, and achieves true autonomy to run autonomic computing.
Strong environmental adaptability

Lightweight and integrated design, vertical lifting mechanism, more flexible inspection. Equipped with obstacle avoidance and anti-fall functions, it can re-plan the path independently when encountering obstacles. High performance sports chassis to meet the needs of uphill, downhill and turning.
Long-term stable operation

Strictly tested and verified components and materials are used, multiple load, impact, speed, and swing tests are conducted before delivery, and program design is optimized, it can operate stably for more than 6 months without downtime, shutdown, or serious malfunctions.