To sum up, the future boom pumping equipment under intelligent control will be developed in the direction of more effici

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The future boom pumping equipment under intelligent control will show a more efficient, accurate and intelligent characteristics. The following is a detailed analysis of the possible development trends and characteristics of the future boom pumping equipment.

1.Intelligent Control System
Integrated electronic control system
Future boom pumping equipment adopt a more integrated electronic control system, and realize man-machine dialogue through the touch screen, making the operation more intuitive and convenient. This system can store and display various operating parameters, allowing operators to monitor and adjust equipment status at any time.

Application of intelligent algorithm
The introduction of advanced intelligent algorithm, such as optimal planning algorithm and boom frame smooth control algorithm, can automatically calculate and drive each boom in different speeds and movement, according to the motion command of the terminal hose, to realize intelligent control of boom frame.

2.High-precision Positioning and Attitude Management
High dynamic response sensor for rotating angle
The high dynamic response angle sensor is used to accurately measure the posture of boom arms, which can keep high-precision measurement even with strong vibrating.

Automatic posture adjustment
Through intelligent control system, boom arm can adjust the attitude automatically to meet different construction environments and requirements, in order to ensure the stability and accuracy of the concrete pumping process.

3.Vibration Abatement and Stability Improvement
vibration abatement technology
Intelligent boom technology can inhibit the vibration of the boom actively, to avoid the impact of violent vibration of the boom frame on the end positioning and concrete pouring construction, and improve the safety of construction.

Smooth Optimization
By optimizing the smooth control algorithm of boom arm, improve the stability of boom start and stop, also reduce the response time and hysteresis phenomenon, as well as improve the handling feel.

4.Remote Monitoring and Fault Diagnosis
Remote Monitoring
The future boom pumping equipment will support the remote monitoring function, and transmit the operation data of the equipment to the remote monitoring center through the wireless network to realize the remote monitoring and management of the equipment.

Fault Diagnosis and Early Warning
The intelligent control system can monitor the operation status of the equipment in real time, give early warning and diagnose potential faults, find and solve problems in advance, and ensure the normal operation of the construction equipment.

5.New Materials and New Technologies Application
Carbon fiber composite material
The boom is made up of carbon fiber composite material and other new materials, which can obviously reduce the boom weight, improving the overall performance and efficiency of the equipment.

Large displacement pumping system
With the increasing requirements of project progress, large displacement pumping equipment will become an important development direction of boom pumping equipment in the future. Meet higher construction requirements by increasing the pressure and delivery of the pumping system.

6.Environmental Protection and Energy Saving
Energy saving and emission reduction
The future boom pumping equipment will pay more attention to environmental protection and energy saving design. By more efficient engine and hydraulic system, energy consumption and displacement will be greatly reduced.

Green construction
By intelligent control, accurate control and management will be realized, reducing waste and pollution, as well as promoting the implementing of green construction concept.

To sum up, the future boom pumping equipment under intelligent control will be developed in the direction of more efficient, more accurate, more intelligent, environmental-friendly and energy-saving. These advances will greatly improve the efficiency and quality of construction, reduce the cost and risks of construction, and provide strong support for the development of construction , water conservancy, mining and other fields.

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