Engineering problems to be solved

• Decision Support: Sandbox Simulation, Risk Prediction

  1.Transportation process 3D Virtual simulation.

  2.Transportation vehicle driving plan assistance.

  3.Transportation real-time monitoring and warning.

• Monitoring and Early Warning: Multi-parameter Real-time Monitoring, Immediate Warning, On-site Coordination, Vehicle supervision

  4.Perception and warning of environmental changes during transportation.

  5.Prefabricated parts posture parameters perception and early warning during transportation.

  6.Real-time collision detection and early warning of prefabricated parts during transportation.

• Transportation Management: Transportation Process Summary, Process Playback, Task dispatching and Execution

  7.Transport task management.

  8.On-site collaborative management.

  
  

BIM Application

Based on 3D laser scanning, BIM technology is introduced to carry out 1:1 3D modeling of prefabricated parts, vehicles, roads and other engineering elements, which are loaded into the digital twin platform and overlaid with the 3D geographic environment model for analysis.

Virtual Geographic Environment Modeling（VGE）

Using 3D laser point cloud scanning technology and GIS technology, panoramic 3D scanning and centimeter-level 3D modeling are carried out on the geographical environment on both sides of the transportation road, and the 3D morphological characteristics of the surrounding geographical environment are reproduced on the computer.

AR/VR/MR Application

Comprehensive use of augmented reality technology and virtual reality technology to achieve nested matching and overlay display of virtual models and real environments, more intuitively demonstrating the passing effect of prefabricated parts in real geographical environments.

Digital Twin Application 

Conduct previews and simulations of the entire transportation process, predict possible risks, and provide suggestions for countermeasures to assist in the formulation of transportation plans.

Real-time video monitoring of the surrounding environment during transportation(AI Camera)

Utilize AI surveillance cameras to monitor the environmental dynamics in different directions during transportation in real time, identify, detect and warn of abnormal environmental scenes (such as speeding, shaking, vibration, approaching objects, etc.), and monitor the dynamics of the transportation process in real time.

Real-time 3D posture parameter monitoring and early warning

High-precision vehicle-mounted inertial sensors (Trimble BX992 System) are used to sense the attitude parameters of prefabricated parts in real time, including inclination, bevel, horizontal displacement, vertical displacement, etc. 

For parameter changes that exceed the specified threshold, an immediate warning is given to ensure the stability of the spatial attitude of the prefabricated objects during transportation.

Surrounding environment perception warning

Surrounding environment perception and early warning uses industrial-grade lidar (LIVOX) to sense and analyze the surrounding environment at centimeter level. 

Detect the spatial relationship between the location of prefabricated parts and the surrounding geographical environment in real time, and perform location monitoring and early warning to ensure a safe distance between the prefabricated parts and the surrounding environment.

Real-time monitoring and early warning of spatial location

The high-precision vehicle-mounted GPS terminal receiver is used to obtain the spatial geographic location of the prefabricated parts in real time, and upload it to the 3D GIS platform in real time to achieve real-time tracking of the transportation location at the lane level. It can identify and warn of any deviation from the path, and standardize and control the transportation process to the greatest extent possible to ensure the safety of the transportation process.

Transportation Process Comprehensive Management Platform

Support dynamic monitoring of transportation process operations. Including: transportation route planning, route navigation, on-site monitoring screen display, on-site communication management, real-time display of vehicle location and other functions, real-time display of vehicle location, etc., to provide tracking supervision of the entire transportation operation process.

1.The transportation operation is dispatched to the mobile terminal of the operator in the form of a task work order.

2.It supports collaborative operations with the site through the use of mobile programs, pushes early warning information to the mobile terminal in real time, assists on-site workers in adjusting transportation operations in a timely manner, and provides reminders for abnormal and illegal operations.

3.For completed tasks, it supports data analysis, generates work reports, and leaves traces of work records.