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Analysis of the Intelligent Pumping Function of Mine Wet-Spraying Bogies
Release time:
2026-04-20
Source:
Author:
Summary:
The intelligent pumping function of the mining wet-spraying carriage, achieved through the integration of advanced sensing technologies, intelligent control algorithms, and automated systems, enables smart management of the concrete pumping process. This feature not only enhances operational efficiency but also significantly improves construction quality and equipment reliability.
I. Intelligent Perception and Monitoring System
Multi-parameter real-time monitoring and all-round data acquisition network:
1. Pressure Sensing System: Real-time monitoring of key parameters such as pumping pressure and system backpressure.
2. Flow detection device: accurately measures concrete discharge flow, with an accuracy of ± 2%
3. Temperature monitoring points: monitor key areas such as hydraulic oil temperature and bearing temperature.
4. Displacement sensor: real-time detection of cylinder stroke and S Valve and Pipe Location
Intelligent Diagnostic and Early Warning System Based on Data Analysis:
Abnormal Pressure Alert: Automatic alarm when pressure fluctuations exceed the set range.
Pipeline Blockage Risk Prediction: Predicting Pipeline Blockage Risk Through Pressure Trend Analysis
Wear Condition Monitoring: Predicting the Service Life of Wear Parts Based on Operating Time
Performance Degradation Assessment: Evaluating System Performance Status Through Efficiency Analysis
II. Adaptive Control Function
Intelligent Displacement-Adjustment Adaptive Pumping Control:
Load-adaptive: Automatically adjusts pump displacement based on system pressure.
Condition Identification: Automatic Identification of Optimal Parameters for Different Concrete Properties
Efficiency Optimization: Optimizing Energy Consumption While Ensuring Construction Quality
Steady-State Control: Reducing Pressure and Flow Fluctuations Through Advanced Algorithms
Intelligent reversing control and management:
1. Precise Position Control: Accurate Position Control Based on Displacement Sensors
2. Buffer Optimization: Automatically adjusts reversing buffer parameters to reduce impact.
3. Temporal Coordination: Intelligent Coordination of Action Sequences Across Multiple Actuators
4. Self-Handling of Faults: Automatic Diagnosis and Resolution of Reversal Abnormalities
III. Intelligent Spray Control
Adaptive Intelligent Jet Parameter Adjustment:
Distance Adaptation: Automatically adjusts operating parameters based on the spray distance.
Precise Flow Control: Adjusting Concrete Flow Based on Surface Properties
Trajectory Optimization: Intelligent Planning of Nozzle Motion Paths
Thickness Control: Real-time Monitoring and Control of Spray Thickness
Intelligent Quality Management with Closed-Loop Control:
1. Rebound Monitoring: Real-time monitoring of rebound rate and parameter adjustment
2. Flatness Control: Monitoring Surface Flatness Using a Vision System
3. Uniformity Assurance: Ensuring Uniform Fiber Distribution and Compaction
4. Quality Records: Automatically records construction quality data.
IV. Energy Efficiency Management Function
Intelligent power matching and energy-efficiency optimization control:
Power Adaptation: Automatically matches engine power to the load.
Pressure Optimization: Optimize system pressure while ensuring construction requirements are met.
Flow Coordination: Intelligent Coordination of Flow Requirements Across Multiple Actuators
Standby Management: Automatically Enters Low-Power Standby Mode
Energy consumption monitoring and analysis, energy efficiency data management:
1. Real-time energy consumption monitoring: records fuel consumption / Electricity Consumption Data
2. Energy Efficiency Assessment: Analyzing Equipment Operational Energy Efficiency Metrics
3. Energy-Saving Recommendations: Propose Energy-Saving Measures Based on Data Analysis
4. Cost Accounting: Automatic Calculation of Construction Energy Consumption Costs
V. Intelligent Maintenance Management
Predictive Maintenance vs. Condition-Based Maintenance:
Life Prediction: Intelligent Prediction of Remaining Useful Life for Critical Components
Fault Early Warning: Proactively Alert to Potential Fault Risks
Maintenance Reminder: Automatically prompts for maintenance based on operating time.
Spare Parts Management: Intelligent Forecasting of Spare Parts Demand and Timing
Intelligent O&M Support for Remote Diagnostic Services:
1. Remote Data Transmission: Real-Time Upload of Operational Data to the Cloud
2. Remote Fault Diagnosis: Remote Diagnosis by the Technical Support Center
3. Online Software Upgrade: Remote Update of Control System Software
4. Maintenance Guidance: Provides Visual Maintenance Guidance
VI. Safety Protection Features
Multi-layered security protection for all-round safety assurance:
Pressure Protection: Multi-Level Pressure Protection and Early Warning Mechanism
Temperature Protection: Automatic Over-Temperature Protection for Critical Components
Electrical Protection: Comprehensive Electrical System Protection Features
Mechanical Protection: Mechanical Limit Switches and Overload Protection Devices
Tiered Early Warning Mechanism of the Intelligent Early Warning System:
1. Early Warning Alert: Issue Advance Alerts for Minor Anomalies
2. Alarm Notification: Notify promptly when attention is required.
3. Emergency Shutdown: Automatic Shutdown in Case of Severe Fault
4. Emergency Response: Provide emergency response guidance
VII. Data Management Functions
Comprehensive data management for operational data recording:
Operating Parameter Logging: Detailed recording of equipment operating parameters
Fault Data Storage: Complete Preservation of Data at the Time of Fault Occurrence
Maintenance Record Management: Electronic Management of Maintenance and Servicing Records
Construction Data Statistics: Automatic Compilation of Construction Volume and Efficiency Metrics
Intelligent Analysis Report Data Analysis Application:
1. Operation Report: Automatically Generate Equipment Operation Analysis Reports
2. Efficiency Analysis: Statistical Analysis of Equipment Utilization
3. Cost Analysis: Detailed Construction Cost Analysis Report
4. Recommendations for Improvement: Propose improvement recommendations based on data analysis.
Conclusion
The intelligent pumping function of mine wet-spraying boom trucks, enabled by advanced technological solutions, has achieved intelligent, efficient, and reliable equipment operation. These features not only enhance equipment performance but also provide robust assurance for construction quality. As technology continues to evolve, the intelligent pumping function will become even more sophisticated, delivering greater value to mining operations. It is recommended that users thoroughly understand and make effective use of these intelligent functions, strengthen operator training, and establish a comprehensive data-analysis system to maximize equipment performance.
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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
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