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collection head
相关语句
  采集头
     Optimized Design on Drum-Type Collection Head of Mining Robot for Deep-sea Cobalt Crust Mining
     深海钴结壳采掘机器人滚筒式采集头优化设计
短句来源
     The paper demonstrates the feasibility and economy of the application of the drum-type collection head to mining and collecting the deep-sea cobalt crust based on the experience of development in cobalt crust and research on it at home and abroad, discusses the significance of the energy consumption character of the collection head, establishes the mathematical model of its energy consumption, and optimally designs the collection head of the robot for cobalt crust mining according to the target of the lowest energy consumption
     根据国内外钴结壳开发研究的经验,论证了滚筒式采集头在深海钴结壳开采过 程中的可行性和经济性,讨论了采集头能耗特性的意义,建立了其能耗特性的数学 模型,并按照能耗最小为目标进行了钴结壳采集机器人采集头优化设计。
短句来源
     Through analyzing the load fluctuation of drum type collection head cutting and fragmentating cobalt crust, the authors established a mathematics model of load fluctuation of the collection head, and worked out the computer program to simulate and calculate the load and fluctuation index, which provides the groundwork for designing and optimizing the drum type collection head of deep sea cobalt crust excavating robot.
     通过对其切削破碎钴结壳载荷波动性的分析 ,建立了其载荷波动的数学模型 ,编制了模拟计算采集头载荷及其波动性指标的计算机程序 ,并对设计的深海钴结壳采集头理论模型的载荷特性进行了模拟和分析 ,为设计和优化深海钴结壳采掘机器人滚筒式采集头提供了设计依据
短句来源
  相似匹配句对
     The Collection
     搜集证据
短句来源
     Arts Collection
     中国企业家的收藏时尚
短句来源
     Hat And Head
     帽子和脑袋
短句来源
     Simulation study on the deep sea bed screw-collection mining head for cobalt crust
     深海钴结壳螺旋采集式采矿头仿真研究
短句来源
     The neurinoma of the head and neck
     头颈部神经鞘瘤
短句来源
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The paper demonstrates the feasibility and economy of the application of the drum-type collection head to mining and collecting the deep-sea cobalt crust based on the experience of development in cobalt crust and research on it at home and abroad, discusses the significance of the energy consumption character of the collection head, establishes the mathematical model of its energy consumption, and optimally designs the collection head of the robot for cobalt crust mining according to the target...

The paper demonstrates the feasibility and economy of the application of the drum-type collection head to mining and collecting the deep-sea cobalt crust based on the experience of development in cobalt crust and research on it at home and abroad, discusses the significance of the energy consumption character of the collection head, establishes the mathematical model of its energy consumption, and optimally designs the collection head of the robot for cobalt crust mining according to the target of the lowest energy consumption

根据国内外钴结壳开发研究的经验,论证了滚筒式采集头在深海钴结壳开采过 程中的可行性和经济性,讨论了采集头能耗特性的意义,建立了其能耗特性的数学 模型,并按照能耗最小为目标进行了钴结壳采集机器人采集头优化设计。

Based on the experience on mining deep sea manganese nodule and the new research achievements of rich cobalt crust, the authors developed a mining scenario for deep sea rich cobalt crust with drum type collecting head. Through analyzing the load fluctuation of drum type collection head cutting and fragmentating cobalt crust, the authors established a mathematics model of load fluctuation of the collection head, and worked out the computer program to simulate and calculate the load and fluctuation...

Based on the experience on mining deep sea manganese nodule and the new research achievements of rich cobalt crust, the authors developed a mining scenario for deep sea rich cobalt crust with drum type collecting head. Through analyzing the load fluctuation of drum type collection head cutting and fragmentating cobalt crust, the authors established a mathematics model of load fluctuation of the collection head, and worked out the computer program to simulate and calculate the load and fluctuation index, which provides the groundwork for designing and optimizing the drum type collection head of deep sea cobalt crust excavating robot.

从国内外深海开采锰结核的经验出发 ,通过分析比较钴结壳最新研究成果 ,提出了深海开采富钴结壳采掘机器人滚筒式采矿头的方案 ;通过对其切削破碎钴结壳载荷波动性的分析 ,建立了其载荷波动的数学模型 ,编制了模拟计算采集头载荷及其波动性指标的计算机程序 ,并对设计的深海钴结壳采集头理论模型的载荷特性进行了模拟和分析 ,为设计和优化深海钴结壳采掘机器人滚筒式采集头提供了设计依据

 
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