Key Features to Expect in the Latest Fully Automatic Self-Loading Concrete Mixer Vehicles

As a new equipment in modern engineering construction, concrete self feeding mixing transport truck integrates functions of material weighing, mixing, transportation and unloading, which improves construction efficiency and flexibility, especially in small projects, remote areas and concrete demand with timeliness scenarios. As the development of intelligent technology continues, the newest fully automatic self-loading concrete mixing trucks have realized great advance both on automation, operating precision and safety performance. The Content Aims to Describe the Principal Characteristics of New Generation of Fully Automatic Self Loading Concrete Mixing Transporter

Full automation of concrete self-loading mixing transport truck

Reviewing the development process of self-feeding mixer truck, the improvement of automatic production degree is the main line. The feeding, ratio adjustment and other links of the early models all rely on manual operation to complete, with large operation intensity and easy to produce errors. In recent years, with the progress of sensor technology, control system and artificial intelligence, partial automation of self-feeding stirring truck is gradually realized, such as automatic weighing and automatic water adding. New generations of fully automatic models are claiming higher autonomy regarding important components such as material management, path planning and job execution, reducing manual intervention and increasing operational efficiency and quality.

Smart batching and accurate metering system

The automatic batching and metering system with high intelligence will be a key feature of fully automatic self-loading concrete mixing truck in the future. The system will combine high-precision sensors, intelligent algorithms and databases, fulfilling the following functions:

Self-recognition of degree and type of materials: Using visual recognition, weight sensing and other technology to automatically determine the sort, the particle size, damp and other information of sand, gravel, cement and other materials.

Independent ratio self-setting: The system will be able to preset a variety of concrete ratio scheme, according to the construction needs independently selected, accurate control of all kinds of material dosage, greatly reduce artificial ratio error; Ensure that the quality of concrete stability.

Real-time adjustment and optimization of mixing parameters: The system can adjust the water consumption in real time combined with wet or temperature sensors and other feedback information, to optimize the mixing parameters; adjust the relative humidity to ensure the workability and working performance of concrete.

Web proportioning management and data tracing: the system can be connected to the cloud platform to upload, download and manage the remote proportioning scheme and record the material information of each mixing, time and other data, convenient for quality tracing and management.

Navigation without human interaction and planned preferred paths

New Smart fully automatic self-loading concrete mixing truck with Autonomous Navigation and optimized path planning system will be adopted to optimize it for improving operational efficiency. The system will incorporate:

055702; High precision positioning and mapping: Use multi-source fusion positioning technology, such as GPS, Beidou, inertial navigation, etc. to achieve precise positioning of vehicles through laser radar (LiDAR) or vision sensors to build high-precision environmental maps.

Intelligent path planning and obstacle avoidance: The system can plan the optimal driving path independently according to environmental maps and construction tasks, and dynamically avoids obstacles (such as pedestrians, vehicles, and construction equipment) according to real-time perception to ensure driving safety and driving efficiency.

Autonomous locati0n and operation of work area: The system can identify key locations such as the work area and unloading point of the construction site, and autonomously drive to the designated locati0n according to the task requirements.

Remote monitoring and scheduling: Managers can use the remote platform to monitor the locati0n and driving status of vehicles in real time, and adjust scheduling and intervene remotely according to the on-site situation to improve management efficiency.

Improved detection and real-time monitoring system

The newest fully automatic concrete mixing trucks will be installed with a comprehensive sensor with real-time monitoring system including the following methods to guarantee safe and reliable vehicle operation.

Multi-directional environmental perception sensors: On the other hand, it will also be equipped with round-looking cameras, millimeter wave radar, etc. of the sensors required for navigation, to achieve the vehicle surrounding environment comprehensive perception, reduce blind areas and improve the driving safety.

Key component status monitoring sensor: real time monitor key components working status of engine, hydraulic system, mixing cylinder and other key working status, such as temperature, pressure, vibrations and other real timely discovery potential fault, early warning maintenance, reduce failure rate.

Intelligent concrete settlement monitoring system: integrated concrete collapse rheological sensors, temperature sensors, etc., real-time monitoring of key parameters of concrete to ensure that the quality of concrete meets the requirements.

This gives more strong support for remote diagnosis of vehicle fault, maintenance personnel can be guided by the intelligent diagnosis algorithm to take necessary maintenance measures, and shorten time of maintenance, reduce downtime loss.

Aviation data management and monitoring solution

To make the vehicle run more refined management, to reach work more effective collaborative, the latest concrete mixing truck will be equipped with a full set of automatic data management and remote control platform:

Data of operations: The vehicle operation volume, fuel consumption, driving trajectory, fault information and other data will be uploaded to the cloud platform in real time for big data analysis to provide decision support for managers.

Remote parameter setting and program update: The manager can set and adjust the vehicle operating parameters and matching scheme through the remote platform, and update the software program online.

Fleet Management and Collaborative Work: On the platform to realize the unified management and scheduling of multiple vehicles, optimize the allocation of resources, and improve the overall efficiency of work.

Interlinked with other engineering equipment: It is expected to share data and cooperate with excavators, pump trucks and so on in the future, and build a more intelligent construction ecosystem.

General enhancement in safety records

Space-time is gradually growing in this long wilderness. Significant improvements in safety performance will be achieved with the latest fully automatic self-loading concrete mixer transporters:

Advanced driver assistance System (ADAS) : A system for integrated anti-collision warning, lane departure warning, blind spot monitoring and other functions, helping drivers to safe operation, reduce the accident rate.

Based on the vehicle state, environmental information, the system can adaptively adjust driving speed, braking force, etc., to make sure the vehicle runs within a normal safety range.

Remote monitoring and emergency braking: the manager can monitor the running status of the vehicle in real time through the remote platform and perform remote braking in emergency situations to ensure the safety of personnel and equipment.

Reinforce structural design and protection: Pay more attention to the strength and stability of vehicle structure design, and equip with the necessary protection, such as anti-roll frame, anti-collision structure, etc., to improve the safety performance of the vehicle itself.

Conclusion and future prospect

In the future, automatic self-loading concrete mixing trucks will tend to be more intelligent, efficient and safe. Key features will be intelligent dosing & metering, autonomous navigation, optimized path planning, enhanced sensors with real time monitoring, integrated data management with remote control, safety improvements etc. The use of these technologies will be conducive to enhancing the efficiency and quality of concrete mixing and transportation, reducing operating costs and safety risks, and more better achieve the intelligent value of modern engineering construction. It is with the continuous incremental rate of breakthroughs in artificial intelligence, Internet of Things etc, that we believe that the automatic stand-alone self-feeding concrete mixing trucks have the reason to believe that the future will play a more important role or bring more far-reaching changes to the field of engineering construction.