一种灌浆作业机器人集群协作系统及协作方法

The grouting operation robot cluster collaboration system solves the problems of grout waste, low construction efficiency and insufficient precision in grouting construction, realizes efficient and precise grouting operations, adapts to complex geological conditions, and improves construction quality and efficiency.

CN120906144BActive Publication Date: 2026-07-17SINOHYDRO FOUND ENG

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
SINOHYDRO FOUND ENG
Filing Date
2025-07-22
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Current grouting construction methods suffer from grout waste, low construction efficiency, insufficient construction precision, environmental and safety issues, and poor construction flexibility. In particular, it is difficult to achieve efficient and accurate grout delivery and injection under long-distance pipeline transportation and complex geological conditions.

Method used

A collaborative grouting robot cluster system is adopted, including a grouting robot system and a grouting control center. Through the coordinated work of multiple transport vehicles, grouting operation modules and cleaning and waste liquid recovery devices, combined with monitoring modules, data processing modules and scheduling and path planning modules, autonomous planning, precise execution and real-time monitoring are achieved to ensure precise control of grout ratio, delivery pressure and grouting depth.

Benefits of technology

It enables efficient and precise grouting operations, reduces material waste, lowers construction costs, improves construction quality and efficiency, adapts to complex geological conditions and variable construction environments, and promotes the development of grouting construction towards refinement and intelligence.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明公开了一种灌浆作业机器人集群协作系统,包括灌浆机器人系统与灌浆调控中心,灌浆机器人系统包括多个运载车、多个灌浆作业模块、清洁及废液回收装置;灌浆调控中心对灌浆机器人系统中各装置的工作进行调控;灌浆作业模块实施灌浆作业;运载车与各灌浆作业模块可拆卸连接组合并成为具有对应灌浆作业功能的机器人;清洁及废液回收装置对运载车、灌浆作业模块进行清洁并回收剩余浆液;运载车按照分配的任务与对应的灌浆作业模块组合成机器人,并按照规划的行进轨迹移动;储浆模块及多组分制浆模块均设有控制器及实施灌浆作业的执行装置,控制器与灌浆调控中心通信。本发明提升施工效率,实现无人化、精细化、全流程自动化灌浆作业。
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