The application of AI technology in spider lift

The application of AI technology in spider lift 

The application of AI technology in spider lifts is mainly reflected in the following aspects:

Intelligent control system

Precise operation: Through AI technology, spider lifts can achieve precise control of joints, booms and platforms, enabling them to reach the specified position more accurately and complete operation tasks in complex working environments. Operators can set target positions and action paths through the intelligent control system. The AI system automatically plans the optimal movement trajectory and control strategy, reducing human operation errors and improving the precision and quality of operations.

Fault diagnosis and early warning: The built-in AI diagnosis system can monitor the key components and operating status of spider lifts in real time, such as motors, hydraulic systems, sensors, etc. Through the analysis and processing of a large amount of operating data, potential fault hazards can be discovered in time, and early warning signals can be sent out in advance to remind operators to carry out maintenance and repair, avoid further deterioration of faults, reduce maintenance costs and downtime, and improve the availability and reliability of equipment.

Safety guarantee Environmental perception and obstacle avoidance: Equipped with various sensors such as lidar, cameras, ultrasonic sensors, etc., combined with AI vision recognition and deep learning algorithms, spider lifts can sense the surrounding environmental information in real time, including obstacles, personnel, other equipment, etc. When a potential collision hazard is detected, the system will automatically trigger the obstacle avoidance mechanism, adjust the movement trajectory or stop the action of the spider lift in time to prevent collision accidents and ensure the safety of personnel and equipment at the operation site. 

Stability control: During the operation of spider lifts, especially when working at heights or in complex terrains, AI technology can monitor the posture and center of gravity changes of the vehicle body in real time. Through intelligent algorithms, it can automatically adjust the extension length and angle of outriggers and the force distribution of booms to ensure that the spider lift remains stable during operation and prevent rollover and other safety accidents due to center of gravity shift or external interference. 

Operation optimization Intelligent path planning: 

According to the environment and task requirements of the operation site, the AI system can automatically plan the optimal driving and operation paths of spider lifts, avoiding unnecessary repeated driving and actions and improving operation efficiency. For example, when cleaning or maintaining large-area building exteriors, the system can plan the most time-saving and labor-saving cleaning path according to the shape, size and dirt distribution of the wall, reducing operation time and energy consumption.

 Load management: AI technology can monitor the load condition of spider lifts in real time and automatically adjust operation parameters and action strategies according to the size and distribution of the load. When the load is close to or exceeds the rated carrying capacity of the equipment, the system will issue an alarm and limit certain actions to ensure the safe operation of the equipment. At the same time, when the load is light, the operation speed and efficiency can be appropriately optimized to give full play to the performance of the equipment. 

Remote monitoring and operation

Remote real-time monitoring: With the help of technologies such as 5G and the Internet of Things, operators can obtain information such as the operating status, operation pictures, and sensor data of spider lifts in real time through remote terminal devices such as computers and mobile phones, realizing remote monitoring of equipment. No matter where they are, as long as there is a network connection, operators can understand the working conditions of the equipment in time and facilitate remote command and scheduling. 

Remote operation: In some environments that are dangerous or not suitable for on-site operation by personnel, such as high temperature, high pressure, toxic and harmful places, the remote operation function supported by AI technology enables operators to remotely control spider lifts for operation at a safe location. Through high-definition video transmission and force feedback technology, operators can obtain an immersive operation experience and ensure the accuracy and safety of operations. 

Data analysis and predictive maintenance

Data collection and analysis: Spider lifts will generate a large amount of data during operation, including operating time, work load, fault records, maintenance history, etc. The AI system can collect, sort and analyze these data, dig out potential laws and trends, and provide decision support for equipment management and maintenance. For example, through the analysis of historical fault data, the fault probability and time of different components can be predicted, and maintenance plans can be formulated in advance. 

 Predictive maintenance: Based on the results of data analysis, AI technology can achieve predictive maintenance, that is, according to the actual operating conditions and health status of the equipment, predict possible faults in advance and arrange corresponding maintenance measures. This maintenance method can avoid the problems of over-maintenance or insufficient maintenance that may occur in traditional regular maintenance, reduce maintenance costs and extend the service life of equipment.

 The working height of EAST LIFT spider lifts ranges from 13 to 52 meters, and the maximum horizontal outreach is from 10.5 to 18.5 meters. The rated load capacity of the platform is 200 kg. The climbing capacity is 30%, and the maximum working slope is 20%. If you want to know more details about our EAST LIFT straight-boom spider lift brand, you are welcome to consult us and I will answer your questions.