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    • 3. 发明授权
    • Method for managing construction machine, and arithmetic processing apparatus
    • 施工机械管理方法及运算处理装置
    • US06832175B2
    • 2004-12-14
    • US10240117
    • 2002-09-27
    • Hiroyuki AdachiToichi HirataGenroku SugiyamaHiroshi WatanabeShuichi MiuraKoji MitsuyaYoshiaki SaitoAtsushi Sato
    • Hiroyuki AdachiToichi HirataGenroku SugiyamaHiroshi WatanabeShuichi MiuraKoji MitsuyaYoshiaki SaitoAtsushi Sato
    • G04F100
    • E02F9/20G07C5/008G07C5/085
    • A hydraulic excavator 1 working in fields includes a controller 2 for measuring a working time for each of an engine 32, a front 15, a swing body 13, and a travel body 12, storing measured data in a memory of the controller 2, and then transferring it to a base station computer 3 via satellite communication, an FD, etc. The transferred data is stored as a database 100 in the base station computer 3. The base station computer 3 reads the data stored in the database 100 for each hydraulic excavator, calculates a working time of a part belonging to each section on the basis of the working time of that section, and compares the calculated working time with a preset target replacement time interval of the relevant part, thereby calculating a remaining time up to next replacement of the relevant part and managing the scheduled replacement timing thereof. Thus, the appropriate scheduled replacement timing of parts can be determined even in a construction machine having a plurality of sections that differ in working time from each other.
    • 在田间工作的液压挖掘机1包括控制器2,用于测量发动机32,前15,摆动体13和行驶体12的工作时间,将测量数据存储在控制器2的存储器中,以及 然后通过卫星通信,FD等将其传送到基站计算机3.将传送的数据作为数据库100存储在基站计算机3中。基站计算机3读取存储在数据库100中的每个液压的数据 挖掘机根据该部分的工作时间计算属于每个部分的部分的工作时间,并将计算出的工作时间与相关部分的预设目标更换时间间隔进行比较,从而计算直至下一个的剩余时间 更换相关部件并管理其定时更换时间。 因此,即使在具有彼此不同的工作时间的多个部分的建筑机械中,也可以确定部件的适当的计划更换定时。
    • 7. 发明授权
    • Construction machine managing method and system, and arithmetic processing device
    • 施工机械管理方法与系统及算术处理装置
    • US06810362B2
    • 2004-10-26
    • US09959862
    • 2001-11-09
    • Hiroyuki AdachiToichi HirataGenroku SugiyamaHiroshi WatanabeKoichi ShibataHideki Komatsu
    • Hiroyuki AdachiToichi HirataGenroku SugiyamaHiroshi WatanabeKoichi ShibataHideki Komatsu
    • G06F1130
    • G06Q10/06E02F9/26Y02P90/86
    • A method and system for managing a construction machine and processing apparatus therefor includes a controller 2 mounted on a hydraulic excavator 1 working in fields. An operating time for each of an engine 32, a front 15, a swing body 13 and a travel body 12 is measured and stored in a memory of the controller 2. The measured data is transferred to a base station computer 3 and stored in a database 100 inside the base station computer 3. The base station computer 3 reads, per hydraulic excavator, the data stored in the database 100 and then prepares and outputs a distribution graph of the number of operated machines with respect to the working time (engine running time) of the hydraulic excavator. While looking at the distribution graph, a machine maker estimates the number of hydraulic excavators to be renewed and estimates the sales quantity of hydraulic excavators, thereby setting up a production plan of hydraulic excavators.
    • 一种用于管理建筑机械及其处理设备的方法和系统,包括安装在在田间工作的液压挖掘机1上的控制器2。 发动机32,前15,摆动体13和行驶体12的运转时间被测量并存储在控制器2的存储器中。测量数据被传送到基站计算机3并存储在 基站计算机3内的数据库100.基站计算机3每液压挖掘机读取存储在数据库100中的数据,然后准备并输出相对于工作时间的操作机器数量的分布图(发动机运行 时间)的液压挖掘机。 在查看分布图时,机器制造商估计要更新的液压挖掘机的数量,并估计液压挖掘机的销售量,从而制定液压挖掘机的生产计划。
    • 9. 发明授权
    • Method and system for managing construction machine, and arithmetic processing apparatus
    • 管理施工机械的方法和系统以及运算处理装置
    • US06449884B1
    • 2002-09-17
    • US09979078
    • 2001-11-16
    • Hiroshi WatanabeKoichi ShibataHiroyuki AdachiToichi HirataGenroku SugiyamaHideki Komatsu
    • Hiroshi WatanabeKoichi ShibataHiroyuki AdachiToichi HirataGenroku SugiyamaHideki Komatsu
    • E02F920
    • G07C5/008E02F9/2054E02F9/2292E02F9/2296E02F9/26E02F9/267G07C5/085
    • Hydraulic excavators 1 working in fields each include a controller 2, and an operating time is measured for each of an engine 32, a front 15, a swing body 13 and a track body 12. The measured data is stored in a memory of the controller 2, transferred to a base station computer 3 through satellite communication, an FD, etc., and stored in a database 100 of the base station computer 3. In the base station computer 3, the data stored in the database 100 is read out for each of the hydraulic excavators to obtain a value of an index (e.g., a travel ratio) regarding the state of use of a particular one of the hydraulic excavators and a distribution of the number of operated hydraulic excavators of the same model as the particular hydraulic excavator with respect to the index. The index value and that distribution are compared with each other to determine whether the particular hydraulic excavator is an optimum model. It is therefore possible to make an evaluation after confirming how a customer employs a machine, and to give an advice about the optimum model depending on the state of use of the machines.
    • 在各个领域中工作的液压挖掘机1包括控制器2,并且测量发动机32,前15,摇摆体13和轨道体12中的每一个的操作时间。测量数据存储在控制器的存储器中 2,通过卫星通信,FD等传送到基站计算机3,并存储在基站计算机3的数据库100中。在基站计算机3中,读出存储在数据库100中的数据, 每个液压挖掘机获得关于特定一个液压挖掘机的使用状态的指标值(例如,行驶比率)和与特定液压挖掘机相同型号的操作液压挖掘机的数量的分布 挖掘机相对于索引。 将指标值和分布进行比较,以确定特定液压挖掘机是否是最佳模型。 因此,可以在确认客户如何使用机器之后进行评估,并且根据机器的使用状态给出关于最佳模型的建议。