杭叉国自智能

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The solution for intelligent inspection system of comprehensive pipe gallery is based on intelligent inspection robot operation and maintenance management system, replacing manual inspection with digital, information-based, intelligent, and intensive technological means. It intelligently collects on-site data, mobile monitoring, remote monitoring, intelligent analysis, and intelligent diagnosis of the pipeline operation and environmental status in the urban underground comprehensive pipe gallery, greatly improving the safety operation and maintenance capabilities of the pipe gallery site, and effectively ensuring the safe operation of the pipe gallery.

Solution Value

Real time operation monitoring

By monitoring and managing equipment dynamic data, pipe gallery body, fault information, environmental alarm data, and other information, full data control of pipe gallery inspection is achieved.

Realistic dynamic display

By utilizing intelligent inspection robot technology, we can achieve "visual inspection on the map, platform management, and underground inspection", thereby achieving dynamic on-site display of underground pipe galleries.

Centralized and unified management

By integrating intelligent data collection, cross platform, and multi system information exchange, real-time data sharing, and coordinated data management, the efficiency of pipeline safety management and operation management can be improved.

Leading in application length and quantity

The cumulative application length exceeds 400 kilometers, and the number of applied robots exceeds 200.

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System Functions

The rail mounted robot supports the installation of high-definition cameras, infrared thermal imagers, LiDAR and other sensing devices; Based on the construction of real-world point clouds, intelligent algorithm applications are implemented, such as defect recognition for missing components, bridge deformation, cable deformation, etc; Based on high-definition and infrared algorithms, real-time video streaming, cable damage, temperature comparison among three items, water accumulation recognition, and detection of personnel falling to the ground can be achieved on site; Support remote voice intercom and command through robots.