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Fully Automatic Wet Spraying Boom Intelligent Anti-Clogging Pipe System
Release time:
2026-04-06
Source:
Author:
Summary:
The intelligent pipe-blocking prevention system for fully automated wet-mix shotcrete booms represents a significant technological innovation in modern concrete spraying equipment. By leveraging intelligent sensing, data analytics, and automated control, it effectively prevents and resolves pipe-blocking issues, thereby ensuring continuous construction operations and enhancing equipment safety.
I. Pipeline Blockage Early Warning Monitoring System
Multi-parameter real-time monitoring
All-round state perception:
1. Pressure Gradient Monitoring: Real-time analysis of the rate of change in system pressure, with preset alarm thresholds.
2. Flow Stability Testing: Monitoring the Continuity of Concrete Flow Using a Flow Meter
3. Motor Load Analysis: Monitor changes in the main motor current to identify abnormal loads.
4. Vibration Frequency Monitoring: Analyzing the Flow State of Materials in Pipelines Using Vibration Sensors
Intelligent Early Warning Algorithm
Big Data–Based Predictive Models:
Establish pressure - Flow correlation model for real-time comparison with normal operating parameters
Employ machine learning algorithms to identify precursor feature patterns of pipe blockage.
Establish a multi-tiered early warning mechanism and issue warning signals according to different levels.
Adaptive threshold adjustment: automatically optimizes warning parameters based on operating conditions.
II. Strategies for Preventing and Controlling Pipe Blockages
Intelligent Pumping Control
Adaptive displacement adjustment:
Automatic Optimization of Pumping Parameters Based on Concrete Slump
Implement closed-loop pressure control to maintain stable pumping pressure.
Soft-start technology is employed to prevent material segregation caused by inrush currents during startup.
Set pulse pumping mode to prevent material deposition.
Pipeline Management System
Scientific Pipeline Maintenance:
1. Pipeline wear monitoring and early warning for vulnerable pipe sections
2. Automatic pipeline lubrication to maintain smooth pipe walls.
3. Regular pipeline cleaning to prevent material buildup.
4. Pipeline usage records to optimize replacement intervals
III. Automatic Troubleshooting Mechanism
Intelligent Backflow Control
Automatic handling of pipe blockage:
Automatically switches to reverse pumping mode upon detection of a pipe blockage signal.
Intelligently adjusts the backpressure force and number of cycles based on the degree of pipe blockage.
Continuously monitor pressure changes during the back-pumping process to evaluate the unclogging effectiveness.
Set the maximum number of back-pumping cycles to prevent equipment damage.
Multi-Mode Drainage Strategy
Tiered Handling Plan:
1. Minor pipe blockage: use low-frequency pulse unclogging.
2. Moderate pipe blockage: Perform alternating forward and reverse pumping.
3. Severe pipe blockage: Activate high-pressure cleaning mode
4. Extreme case: perform segmented disassembly and cleaning.
IV. Material Adaptability Control
Concrete State Identification
Intelligent Material Condition Analysis:
Through pressure - Identification of Flow Characteristics for Concrete Workability
Monitor the mixing current of the hopper and analyze concrete uniformity.
Employing visual recognition technology to monitor concrete workability.
Establish a materials database and accumulate processing experience.
Adaptive parameter adjustment
Intelligent Operating Condition Matching:
1. Automatically adjusts pumping speed based on material properties.
2. Identify the aggregate particle-size distribution and optimize pumping pressure.
3. Monitor changes in moisture content and adjust the mix proportion in real time.
4. Learn operational habits and personalize parameter optimization.
V. System Maintenance and Management
Preventive Maintenance Reminder
Intelligent Maintenance Management:
Schedule pipeline inspection and replacement based on operating time.
Perform maintenance according to the workload intensity alert system.
Record pipe-blocking incidents and analyze areas for improvement.
Establish equipment health records and predict maintenance needs.
Self-diagnostic function
Intelligent Fault Handling:
1. Automatic identification of blockage location and cause
2. Provide handling recommendations and operational guidance.
3. Record fault data and optimize the early warning model.
4. Supports remote diagnostics and technical support
VI. Human-Computer Interaction Design
Intelligent User Interface
User-friendly design:
Real-time display of system status and alert information
Provide visual operation guidance and troubleshooting procedures.
Enable the one-click troubleshooting feature to simplify the operation process.
Multilingual interface support to meet diverse user needs.
Remote monitoring function
Intelligent Management:
1. Supports mobile phones APP Remote monitoring
2. Achieve cloud-based data storage and analytics
3. Provide remote fault diagnosis services
4. Supports online software upgrades
VII. System Performance Optimization
Continuous learning and improvement
Adaptive Optimization:
Continuously optimize the early warning algorithm based on operational data.
Learn from operators’ handling experience and refine control strategies.
Adjust control parameters based on equipment wear condition.
Regularly update the materials properties database.
Reliability Enhancement
System Stability Assurance:
1. Redundant Multi-Sensor Design
2. Control System Backup Mechanism
3. Emergency Manual Operation Function
4. Anti-misoperation Protection Design
Conclusion
The fully automated wet-spray trolley’s intelligent pipe-blocking prevention system leverages advanced sensing technologies, intelligent algorithms, and automatic control to proactively prevent, promptly warn of, and automatically resolve pipe-blocking issues, thereby significantly enhancing equipment reliability and construction efficiency. With the continued advancement of artificial intelligence and IoT technologies, such intelligent systems will become even more sophisticated and precise. It is recommended that users strengthen system maintenance, perform regular software updates, and maximize system performance; at the same time, equipment manufacturers should continuously optimize algorithms and improve system adaptability to provide more reliable technical support for construction projects.
RELATED INFORMATION
Contact Us
Changsha Base:Hunan Zenxon Heavy Industry Technology Co., Ltd.
Address: Jinrong Tongxin International Industrial Park, Changsha High-tech Zone
Loudi Base:Hunan Haoda Heavy Industry Technology Co., Ltd.
Address: Loudi Avenue, Loudi High-tech Industrial Development Zone, Lianyuan City, Loudi City, Hunan Province
Telephone:400-186-0868
E-mail:3804246750@qq.com
E-mail:19967177733@163.com
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