人工智能+
AI+
全數字液壓
攤鋪機器人
Digital Hydraulic
Paver Robot
融合人工智能、數字液壓和數液流量匹配功率控制技術，為傳統工程機械智能機器人化發展帶來革命性改變和機遇，實現攤鋪作業的智能化、精準化和高效化，特別適用于高原環境下的路面攤鋪作業。 Integrating internationally advanced digital hydraulics, digital hydraulic flow matching, and AI algorithms, we provide intelligent solutions for paving operations, achieving high precision, efficiency and energy-saving performance. Digital hydraulic technology significantly enhances the stability of paving operation, thereby improving operational safety and efficiency, especially suitable for road paving operations in plateau environments.
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三大核心技術融合 Three Core Technologies Integration
人工智能、數字液壓和數液流量匹配功率控制技術的深度融合，為傳統工程機械智能機器人化發展帶來革命性改變和機遇，實現攤鋪作業的智能化、精準化和高效化，特別適用于高原環境。 Hydraulic universalization, intelligent control, and modular structure are based on breakthrough digital hydraulic flow matching power flow control, internationally advanced digital hydraulics, and advanced artificial intelligence algorithms to achieve intelligent robotization innovation of construction machinery.
核心技術融合 Core Technologies Integration
我們的高原高效節能全數字液壓攤鋪機器人融合了數液流量匹配+數字液壓+人工智能三大核心技術，形成完整的高原攤鋪高效節能解決方案： Our high-efficiency energy-saving full-digital hydraulic paver robot for plateau integrates three core technologies: digital hydraulic flow matching + digital hydraulics + artificial intelligence, forming a complete high-efficiency energy-saving solution for plateau paving:
數字液壓 Digital Hydraulic
采用高精度數字液壓元件，實現對液壓系統的精確控制，提高系統響應速度和控制精度，為智能攤鋪機器人提供可靠的動力基礎。數字液壓液壓技術大幅大幅臂架運行穩定性，顯著提升作業安全和效率，特別適應適應高原低溫低氧環境。 Using high-precision digital hydraulic components to achieve precise control of hydraulic systems, improving system response speed and control accuracy, providing a reliable power foundation for intelligent paver robots. Digital hydraulic technology has excellent low-temperature stability and is not affected by temperature changes like multi-way valves (analog hydraulics), and can maintain stable operation at -40°C low temperature, especially suitable for plateau environments with low temperature and low oxygen.
人工智能 Artificial Intelligence
采用先進的人工智能算法，實現對攤鋪機器人的智能控制、環境感知、自主決策和精準操作，大幅提高高原低溫環境下的作業效率和安全性。數字液壓技術與AI算法的結合，實現臂架運行的智能穩定控制，顯著提升作業安全和效率。 Using advanced artificial intelligence algorithms to achieve intelligent control, environmental perception, autonomous decision-making, and precise operation of paver robots, significantly improving work efficiency and safety in plateau frozen soil environments. The combination of digital hydraulic technology and AI algorithms enables intelligent and stable control of paving operations, significantly enhancing operational safety and efficiency.
數液流量匹配功率控制 Digital Hydraulic Flow Matching Power Control
創新的數液流量匹配功率控制技術，實現液壓系統的高效能量管理，提高系統效率，降低能耗，延長設備壽命。 Innovative digital hydraulic flow matching power control technology achieves efficient energy management of hydraulic systems, improving system efficiency, reducing energy consumption, and extending equipment life.
數液流量匹配功率控制技術 Digital Hydraulic Flow Matching Power Control
數液流量匹配功率流控制技術，是在國際領先的博世力士樂電液流量匹配控制技術基礎上，通過基于數字液壓精準流量控制能力可有效實現前饋控制的優勢，結合智能算法實時計算和調節液壓系統的流量分配，實現能量的最優利用與效率的有效提升。在高原低溫環境下，相比傳統多路閥系統，數液流量匹配技術具有顯著優勢：1）低溫環境下響應速度提升50%以上；2）能量利用率提升30%，有效應對高原低氧環境；3）系統穩定性提高40%，適應高原溫度劇烈變化；4）維護成本降低50%，減少高原惡劣環境下的維修需求。數字液壓技術具有卓越的低溫穩定性，不會像多路閥（模擬液壓）受溫度變化影響，在-40℃低溫下仍能保持快速響應，確保施工連續性和高效性。 DFM power flow control technology, based on the internationally leading Bosch Rexroth Electro-hydraulic Flow Matching control technology, specifically optimized for plateau environments, effectively realizes the advantages of feedforward control through digital hydraulic precise flow control capability. Combined with intelligent algorithms to real-time calculate and adjust the flow distribution of the hydraulic system, it achieves optimal energy utilization and effective efficiency improvement. In plateau low temperature environments, compared with traditional multi-way valve systems, DFM technology has significant advantages: 1) Response speed increased by more than 50% in low temperature environments; 2) Energy utilization rate increased by 30%, effectively coping with plateau low oxygen environment; 3) System stability increased by 40%, adapting to severe temperature changes in plateau areas; 4) Maintenance costs reduced by 50%, reducing maintenance needs in harsh plateau environments. Digital hydraulic technology has excellent low-temperature stability and is not affected by temperature changes like multi-way valves (analog hydraulics), and can maintain fast response even at -40℃ low temperature, ensuring construction continuity and efficiency.
前饋為主，反饋為輔的數液流量匹配功率流控制技術，是建筑機械智能機器人化的核心。 The DFM power flow control technology with feedforward as the main and feedback as the auxiliary is the core of intelligent robotization of construction machinery.
- 先進的軟件控制，替代落后的液壓元件 Advanced software control replaces outdated hydraulic components.
- 無需液壓多路閥，極大簡化系統 No need for hydraulic multi-way valves, greatly simplifying the system.
- 取消液壓先導回路，進一步簡化系統 The elimination of the hydraulic pilot circuit further simplifies the system.
- 能量利用率提升30%以上 Energy utilization rate increased by over 30%
- 系統響應速度提升50% System response speed increased by 50%
- 減少液壓沖擊，延長設備壽命 Reduce hydraulic impact and extend equipment life
- 全動作復合控制，實現機器人性能 Full-action composite control to achieve robot performance
- 自適應不同工況，保持最佳性能 Adapt to different working conditions and maintain optimal performance
- 預測性維護，提高出勤率，降低維護成本 Predictive maintenance to improve attendance rate and reduce maintenance costs
數字液壓技術 Digital Hydraulics
數字液壓技術是智能建筑機器人的核心動力系統，通過數字化控制實現了傳統液壓無法達到的精準度和智能化水平。 Digital hydraulic technology is the core power system of intelligent construction robots, achieving precision and intelligence levels that traditional hydraulics cannot reach through digital control.
數字液壓缸 Digital Hydraulic Cylinder
具有脈沖當量特性，無需多路閥，重復精度可達±0.01毫米，強環境耐受，免(少)維護。挖掘機、水泥泵車、起重機末端毫米級重復精度。 It features pulse equivalent characteristics and eliminates the need for multi-way valves, with a repeat precision of up to ±0.01 mm. It also boasts strong environmental resistance and requires little to no maintenance, enabling millimetric repeat precision at the end of equipment such as excavators, concrete pump trucks, and cranes.
了解詳情 Learn more數字液壓馬達 Digital Hydraulic Motor
具有脈沖當量特性，無需多路閥，可超低速，角度和角速度精度大幅提升，免(少)維護。起重機、旋挖鉆機、水泥泵車等回轉±0.1度。 It features pulse equivalent characteristics, eliminates the need for multi-way valves, and enables ultra-low speeds. It significantly improves angle and angular velocity precision, with little to no maintenance required—achieving a slewing accuracy of ±0.1 degrees for cranes, rotary drilling rigs, concrete pump trucks, and more.
了解詳情 Learn more數字液壓泵 Digital Hydraulic Pump
智能變量液壓泵，通過數字控制提升流量和壓力輸出精度和響應速度，節能和提效顯著。 The intelligent variable displacement hydraulic pump improves the precision of flow and pressure output as well as response speed through digital control, achieving significant energy savings and efficiency enhancement.
高原低溫作業中的突出優勢 Outstanding Advantages of Digital Hydraulic + DFM Technology in Plateau Frozen Soil Operations
針對高原特殊環境，我們的數字液壓+數液流量流量匹配技術相比傳統多路閥系統具有顯著優勢，特別是在低溫環境下的穩定性和可靠性，為高原低溫作業提供高效可靠的解決方案。 Targeting the special plateau environment, our digital hydraulic + DFM technology has significant advantages over traditional multi-way valve systems, especially in terms of stability and reliability in low-temperature environments, providing efficient and reliable solutions for plateau frozen soil operations.
高原低溫環境挑戰 Plateau Low Temperature Environment Challenges
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極端低溫環境 Extreme Low Temperature Environment
高原地區地區溫度可低至-40℃，傳統液壓系統在低溫下粘度增加，響應變慢，效率大幅降低。 Temperatures in frozen soil areas can drop to -40℃, causing traditional traditional hydraulic systems experience increased viscosity, slower response, and significantly reduced efficiency at low temperatures.
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低氧環境 Low Oxygen Environment
高原地區氧氣稀薄，傳統內燃機效率降低，能耗增加，排放惡化。 Thin oxygen in plateau areas reduces the efficiency of traditional internal combustion engines, increases energy consumption, and worsens emissions.
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溫度劇烈變化 Severe Temperature Changes
晝夜溫差可達30℃以上，極端低溫可達-40℃，對設備穩定性和耐久性提出嚴峻挑戰。 Day-night temperature difference can reach more than 30℃, and extreme low temperature can reach -40℃, posing severe challenges to equipment stability and durability.
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維護困難 Maintenance Difficulties
高原地區交通不便，維修人員和備件供應困難，設備故障將導致嚴重的工期延誤。 Inconvenient transportation in plateau areas, difficult maintenance personnel and spare parts supply, equipment failure will lead to serious construction delays.
數字液壓+數液流量匹配技術優勢 Digital Hydraulic + DFM Technology Advantages
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低溫響應速度提升50%以上 Low Temperature Response Speed Increased by Over 50%
數字液壓元件采用特殊材料和設計，具有卓越的低溫穩定性，不會像多路閥（模擬液壓）受溫度變化影響，在-40℃低溫下仍能保持快速響應，相比傳統多路閥系統響應速度提升50%以上。 Digital hydraulic components use special materials and designs, with excellent low-temperature stability, not affected by temperature changes like multi-way valves (analog hydraulics), and can maintain fast response even at -40℃ low temperature, with response speed increased by more than 50% compared with traditional multi-way valve systems.
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能量利用率提升30% Energy Utilization Rate Increased by 30%
數液流量匹配技術實現按需供油，避免能量損失，在高原低氧環境下可有效提升能量利用率30%，降低油耗。 DFM technology realizes on-demand oil supply, avoids energy loss, can effectively improve energy utilization rate by 30% in plateau low oxygen environment, and reduce fuel consumption.
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系統穩定性提高40% System Stability Increased by 40%
先進的自適應控制算法和溫度補償機制，使系統在溫度劇烈變化環境下穩定性提高40%，適應高原極端低溫工況。 Advanced adaptive control algorithms and temperature compensation mechanisms improve system stability by 40% under severe temperature changes, adapting to harsh plateau extreme low temperature working conditions.
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維護成本降低50% Maintenance Costs Reduced by 50%
數字液壓元件結構簡單，故障率低，預測性維護系統可提前預警潛在故障，將維護成本降低50%，減少高原維修需求。 Digital hydraulic components have simple structure and low failure rate. The predictive maintenance system can early warning potential failures, reducing maintenance costs by 50% and reducing plateau maintenance needs.
高原智能無（少）人智能化創新 Plateau Intelligent Unmanned (or Minimally Manned) Innovation
我們創新的高原智能無（少）人施工系統，融合數字液壓、AI視覺識別和5G遠程控制技術，實現高原施工全流程無人化作業，徹底改變傳統高原施工模式： Our innovative plateau intelligent unmanned (or minimally manned) construction system integrates digital hydraulics, AI visual recognition, and 5G remote control technology to realize fully unmanned plateau construction processes, completely changing the traditional plateau construction mode:
-80%
現場人員需求 On-site Personnel Requirement
+100%
惡劣天氣作業能力 Adverse Weather Operation Capacity
+70%
施工連續性 Construction Continuity
-90%
高原病風險 Altitude Sickness Risk
通過數字孿生技術，我們實現了高原施工全流程可視化監控與遠程操作，結合AI智能調度系統，大幅提升施工效率與安全性，為高原基礎設施建設提供了革命性解決方案。 Through digital twin technology, we have realized full-process visual monitoring and remote operation of plateau construction. Combined with AI intelligent scheduling system, it greatly improves construction efficiency and safety, providing a revolutionary solution for plateau infrastructure construction.
高原高效節能全數字液壓攤鋪機器人 High-Efficiency and Energy-Saving Plateau System of Full-Digital Hydraulic Paver Robot
融合數液流量匹配+數字液壓+人工智能三大核心技術，實現高原環境下施工高效節能，智能攤鋪系統可在不同溫度工況下自適應調整，大幅提升攤鋪效率和降低能耗。數字液壓技術具有卓越的低溫穩定性，不會像多路閥（模擬液壓）受溫度變化影響，從而提升作業安全和效率。 Integrating three core technologies: digital hydraulic flow matching + digital hydraulics + artificial intelligence, achieving efficient and energy-saving construction in plateau environments. The intelligent paving system can adaptively adjust under different temperature working conditions, resulting in -15% energy consumption and +20% efficiency, achieving intelligent, precise and efficient paving operations. Digital hydraulic technology has excellent low-temperature stability and is not affected by temperature changes like multi-way valves (analog hydraulics), thereby improving operational safety and efficiency.
智能多機協同攤鋪 Intelligent Multi-machine Collaborative Paving
多臺攤鋪機器人通過5G網絡實現實時數據共享與協同作業，可共同完成高原大型基建項目的高效道路攤鋪任務，提高作業效率和安全性。數字液壓技術具有卓越的低溫穩定性，不會像多路閥（模擬液壓）受溫度變化影響，確保多機協同作業時的精準控制。 Multiple paver robots achieve real-time data sharing and collaborative operations through 5G network, which can jointly complete the efficient road paving tasks of large plateau infrastructure projects, improving operation efficiency and safety. Digital hydraulic technology has excellent low-temperature stability and is not affected by temperature changes like multi-way valves (analog hydraulics), ensuring precise control during multi-machine collaborative operations.
- 多機協同控制算法 Multi-machine collaborative control algorithm
- 實時數據共享與決策 Real-time data sharing and decision-making
- 高原物料協同搬運 Plateau material collaborative handling
精準攤鋪控制 Precision Paving Control
基于視覺識別和AI算法，實現對路面攤鋪的自動控制和精準定位，可按預設路徑自動完成攤鋪作業，攤鋪精度達±5mm，特別適應高原低溫環境。數字液壓技術具有卓越的低溫穩定性，不會像多路閥（模擬液壓）受溫度變化影響，確保高精度攤鋪作業。 Based on visual recognition and AI algorithms, it realizes automatic control and precise positioning of road paving, and can automatically complete paving operations according to preset paths with a paving accuracy of ±5mm, especially suitable for plateau low temperature environments. Digital hydraulic technology has excellent low-temperature stability and is not affected by temperature changes like multi-way valves (analog hydraulics), ensuring high-precision paving operations.
- AI物料識別與建模 AI material recognition and modeling
- 自動攤鋪路徑規劃與執行 Automatic paving path planning and execution
- ±5mm攤鋪定位精度 ±5mm paving positioning accuracy
智能攤鋪 Intelligent Paving
采用先進的自適應控制算法，實時監測高原不同路面材料特性和工況，自動調整攤鋪參數，實現不同溫度條件下的自適應能力，攤鋪厚度精度達±2mm，攤鋪寬度達12米。數字液壓技術具有卓越的低溫穩定性，不會像多路閥（模擬液壓）受溫度變化影響，確保在各種工況下的穩定攤鋪。 Using advanced adaptive control algorithms, it real-time monitors different road material characteristics and working conditions of plateau, automatically adjusts paving parameters, and realizes adaptive capabilities under different temperature conditions, with a paving thickness accuracy of ±2mm and a paving width of 12 meters. Digital hydraulic technology has excellent low-temperature stability and is not affected by temperature changes like multi-way valves (analog hydraulics), ensuring stable paving under various working conditions.
- 多路面材料自適應 Multi-road material adaptability
- 溫度條件實時感知 Real-time temperature condition sensing
- 高原低溫優化設計 Plateau low temperature optimization design
主動安全 Active Safety
集成多種傳感器和AI算法，實現對周圍環境、設備狀態和操作行為的實時監測與風險預警，主動預防安全事故。 Integrating multiple sensors and AI algorithms to achieve real-time monitoring and risk warning of the surrounding environment, equipment status and operating behavior, proactively preventing safety accidents.
- 360°環境感知 360° environmental perception
- 多維度風險評估 Multi-dimensional risk assessment
- 主動安全干預 Active safety intervention
預測性維護 Predictive Maintenance
基于物聯網和AI大數據分析，實時監測設備運行狀態，預測潛在故障并提前預警，降低維護成本，提高設備可靠性。 Based on IoT and AI big data analysis, it real-time monitors equipment operating status, predicts potential failures and gives early warning, reducing maintenance costs and improving equipment reliability.
- 實時狀態監測 Real-time status monitoring
- AI故障預測 AI fault prediction
- 智能維護提醒 Intelligent maintenance reminder
智能能量管理 Intelligent Energy Management
基于數液流量匹配功率控制技術，實現液壓系統的高效能量管理，降低能耗，延長設備壽命，提高系統效率。 Based on digital hydraulic flow matching power control technology, it achieves efficient energy management of hydraulic systems, reducing energy consumption, extending equipment life, and improving system efficiency.
- 自適應功率匹配 Adaptive power matching
- 能量回收利用 Energy recovery and utilization
- 智能節能控制 Intelligent energy-saving control
功能集成與協同工作 Function Integration and Collaborative Work
高原高效節能全數字液壓攤鋪機器人的各項高級功能并非獨立存在，而是通過先進的控制系統實現深度集成與協同工作，形成一個完整的智能攤鋪解決方案。 The advanced functions of the intelligent full-digital hydraulic pumping robot do not exist independently, but achieve deep integration and collaborative work through an advanced control system, forming a complete intelligent pumping solution, especially suitable for efficient and energy-saving concrete pumping construction in plateau environments.
功能協同機制 Function Collaboration Mechanism
各項功能通過中央控制系統實現數據共享與協同工作，形成一個有機的整體，提高系統的整體性能和可靠性。 Various functions achieve data sharing and collaborative work through the central control system, forming an organic whole and improving the overall performance and reliability of the system.
智能決策系統 Intelligent Decision System
基于AI算法的智能決策系統，可根據實時工況和任務要求，自動選擇最優的功能組合和參數設置，實現智能化作業。 The intelligent decision system based on AI algorithms can automatically select the optimal function combination and parameter settings according to real-time working conditions and task requirements, realizing intelligent operations.
智能建筑機器人案例 AI+ Construction Robots Cases
換道超車突破既有局限，借人工智能和數字液壓顛覆性創新，系列智能建筑機器人解決方案，重塑行業發展格局，創造廣闊發展空間 We achieve "corner overtaking" to break limitations; relying on the disruptive innovation of AI and digital hydraulics, we launch a series of intelligent construction robot solutions to reshape the industry landscape and create broad new opportunities for the sector.
智能挖掘機器人 Intelligent Excavation Robot
融合人工智能、數字液壓和數液流量匹配功率控制技術，實現智能多機協作、目標矢量控制、智能挖掘和主動安全等高級功能，挖掘精度達±10mm，適用于高原環境下的土方工程作業。 Integrating AI, digital hydraulics, and digital hydraulic flow matching power control technology, it achieves advanced functions such as intelligent multi-machine collaboration, target vector control, intelligent excavation, and active safety. Excavation accuracy up to ±10mm, suitable for earthwork operations in plateau environments.
智能裝載機器人 Intelligent Loading Robot
采用先進的視覺識別與自適應控制算法，可自動識別并裝載不同類型物料，智能規劃最優裝載路徑，裝載效率比人工提升1.3倍以上，特別適應惡劣環境下穩定工作，特別適用于高原地區的物料搬運作業。 Using advanced visual recognition and adaptive control algorithms, it can automatically identify and load different types of materials, intelligently plan the optimal loading path, with a loading efficiency 1.3 times higher than manual loading, and can work stably in harsh environments, especially suitable for loading operations in plateau areas.
智能起重機器人 Intelligent Crane Robot
融合人工智能、數字液壓和數液流量匹配功率控制技術，實現智能多機協作、目標矢量控制、智能吊裝、主動安全和預測性維護等高級功能，大幅提升吊裝作業的智能化、精準化和高效化水平，適用于各類復雜環境下的吊裝作業。 Integrating AI, digital hydraulics, and digital hydraulic flow matching power control technology, it achieves advanced functions such as intelligent multi-machine collaboration, target vector control, intelligent lifting, active safety, and predictive maintenance, significantly improving the intelligent, precise and efficient level of lifting operations, suitable for lifting operations in various complex environments.
智能泵送機器人 Intelligent Pumping Robot
采用先進的數字液壓控制技術，實現臂架自動控制、布料精度控制、智能安全控制等功能，大幅提升混凝土泵送作業的智能化、精準化和高效化，大幅提升施工安全性與作業效率，減少施工故障。 Using advanced digital hydraulic control technology, it realizes automatic boom control, placement accuracy control, intelligent safety control and other functions, achieving intelligent, precise and efficient concrete pumping operations, significantly improving construction safety and operation efficiency, reducing construction failures.
智能攤鋪機機器人 Intelligent Paver Robot
基于高精度3D路面模型實現全自動攤鋪控制，攤鋪厚度精度高達±2mm，可與壓路機器人實現智能協同作業，大幅提升路面施工質量與效率，特別優化了高原環境下的動力系統，確保在低氧環境下仍能保持穩定高效運行。 Based on high-precision 3D road model to achieve fully automatic paving control, paving thickness accuracy up to ±2mm, can realize intelligent collaborative work with road rolling robots, significantly improving road construction quality and efficiency, with specially optimized power system for plateau environment to ensure stable and efficient operation in low-oxygen environment.
智能旋挖機器人 Intelligent Rotary Drilling Robot
采用先進的AI地質識別系統，可自動控制鉆孔深度與直徑，實時監測地質情況并智能調整鉆進參數，大幅提高成孔質量與效率，特別設計了適應高原環境的液壓系統，確保在復雜地質條件下仍能保持穩定高效作業。 Using advanced AI geological recognition system, it can automatically control drilling depth and diameter, real-time monitor geological conditions and intelligently adjust drilling parameters, significantly improving hole quality and efficiency, with specially designed hydraulic system for plateau environment to ensure stable and efficient operation under complex geological conditions.
更多高原高效節能全數字液壓攤鋪機器人創新研發 More High-Efficiency Energy-Saving Full-Digital Hydraulic Paver Robot for Plateau Innovation and R&D
無論您有何種施工需求，我們都能與您合作提供定制化的智能建筑機器人解決方案。填寫表單或通過以下方式聯系我們，我們的技術專家將盡快與您取得聯系。 No matter what kind of construction needs you have, we can cooperate with you to provide customized intelligent construction robot solutions. Fill out the form or contact us through the following methods, and our technical experts will get in touch with you as soon as possible.
公司地址 Company Address
湖南長沙經開區，科技新城C6棟20樓
北京市朝陽區，望京SOHO中心，塔1-C座306
Floor 20, Building C6, 77 South, Six Road East, Economic Development Zone, Changsha, Hunan, P.R.China
306, Tower 1-C, Wangjing SOHO Center, Chaoyang District, Beijing100102, P.R.China
