Engineering Vehicles

Engineering vehicles are a type of special equipment: they are highly mobile, dangerous, and operate in very complex environments. Managing construction vehicles using traditional vehicle management methods is prone to mistakes, leading to serious life and property safety accidents. In some economically developed areas of Jiangsu and Guangdong, competent authorities have begun to supervise the safety of construction vehicles , and corresponding regulations have been introduced one after another. Therefore, the intelligence of engineering vehicle equipment can be further enhanced with the help of artificial intelligence technology, such as high-sensitivity pedestrian detection technology (which immediately issues a warning when pedestrians enter the dangerous range of the vehicle) and the convenient DMS driver monitoring system (which can monitor fatigue, smoking, and mobile phone use, etc.), which can significantly improve the safety of engineering vehicle transportation.

Pain point analysis:

Failure to meet government regulatory requirements

There is no way to obtain real-time vehicle information, and there is no historical data to check. Facing the government's order to strengthen supervision, I don't know how to start;

Unclear allocation of responsibilities

The engineering vehicle was started without authorization and the responsible person could not be found when a safety accident occurred, or the responsible persons passed the buck to each other;

Difficult on-site safety control

Speeding , reversing recklessly, not wearing seat belts, collisions with construction vehicles , and cargo collapse often occur;

Difficult deployment

The lack of centralized and unified deployment measures and the inability to obtain the specific usage of vehicles resulted in the inability to efficiently call on each engineering vehicle ;

Poor monitoring

There is a lack of a platform for unified data management of engineering vehicles , such as the number of violation alarms and working hours statistics;

Solution:

By installing a wireless video intelligent vehicle terminal kit on the engineering vehicle , high-precision vehicle positioning, real-time audio and video scheduling, violation warning information collection, and integration of the back-end data monitoring cloud platform, the safety supervision and operation management of the smart commercial concrete mixer truck can be realized. This solution has been successfully applied in many developed provinces in China.

System functions:

• Full-time monitoring: Real-time video monitoring of vehicles, remote viewing of various on-site conditions and historical video data. When the vehicle turns left or right, the corresponding video images can be dynamically switched inside the vehicle to provide driving assistance to the driver. Through high-precision GPS positioning, the location and current status of each vehicle can be understood in real time, and the historical trajectory of the vehicle can be called up;
  
• Driver face recognition: After the vehicle is started, the driver's face is compared to obtain personal information in real time. At the same time, a face blacklist can be established to issue an alarm when non-professionals violate the rules
• Blind spot monitoring: When the vehicle turns left or right or reverses, the vehicle can dynamically switch to display the video image of the corresponding position. When a person, vehicle or large obstacle appears in the blind spot, an alarm will be issued to provide driving assistance to the driver
• Vehicle driving status detection: The vehicle terminal has a built-in unique GSensor algorithm to realize dynamic detection of vehicle driving, such as sudden acceleration, sudden deceleration, sharp left and right turns, and rollover collision detection alarm
• Forklift management: Use special cameras to capture details of the forks and forks to prevent tilting or collapse when putting or collecting forks;
  
• Visualized scheduling: The brightness of the icon shows the working status of the vehicle, and the status of idle vehicles is clear at a glance. Multiple workplaces can also be scheduled at will to improve vehicle utilization;
  
• Data statistics: attendance report, operation report, alarm report;
  
• Information management: basic information management, vehicle maintenance information, maintenance;