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    • 5. 发明授权
    • Working machine management system
    • 工作机管理系统
    • US07756736B2
    • 2010-07-13
    • US10577530
    • 2004-10-26
    • Tetsuya NakayamaShuji ArakawaYukie NishikawaHidenori Koizumi
    • Tetsuya NakayamaShuji ArakawaYukie NishikawaHidenori Koizumi
    • G06F9/46
    • G06Q10/0631E02F9/2054E02F9/26E02F9/267G06Q10/02G07C5/008G08G1/123
    • A server (10) enables users (A-B) sharing the same working machine (1) to mutually monitor a usage state by each user. The server (10) receives a user ID, the working time, the engine cooling water temperature, and the current position that are detected in the working machine (1) through a satellite communication network, and calculates the usage time, the usage location, the load amount, and a usage proportion for each user. The server (10) sends a warning to the user terminals 20 when the usage time or location is not as planned, or the load amount is excessive. The server (10) periodically reports the usage times and locations, the load amounts, and the usage proportions for the users (A-B) to the user terminals (20). The server (10) allocates maintenance costs of the working machine (1) automatically between the users (A-B) according to the usage proportions of the users (A-B).
    • 服务器(10)使得共享相同工作机器(1)的用户(A-B)能够相互监视每个用户的使用状态。 服务器(10)通过卫星通信网络接收在工作机器(1)中检测到的用户ID,工作时间,发动机冷却水温度和当前位置,并计算使用时间,使用位置, 负载量和每个用户的使用比例。 服务器(10)当使用时间或位置未按计划进行时,或者负载量过大,向用户终端20发送警告。 服务器(10)定期向用户终端(20)报告用户(A-B)的使用时间和位置,负载量和使用比例。 服务器(10)根据用户(A-B)的使用比例自动地在用户(A-B)之间分配工作机器(1)的维护费用。
    • 6. 发明申请
    • Working machine management system
    • 工作机管理系统
    • US20070094055A1
    • 2007-04-26
    • US10577530
    • 2004-10-26
    • Tetsuya NakayamaShuji ArakawaYukie NishikawaHidenori Koizumi
    • Tetsuya NakayamaShuji ArakawaYukie NishikawaHidenori Koizumi
    • G06Q10/00
    • G06Q10/0631E02F9/2054E02F9/26E02F9/267G06Q10/02G07C5/008G08G1/123
    • A server (10) enables users (A-B) sharing the same working machine (1) to mutually monitor a usage state by each user. The server (10) receives a user ID, the working time, the engine cooling water temperature, and the current position that are detected in the working machine (1) through a satellite communication network, and calculates the usage time, the usage location, the load amount, and a usage proportion for each user. The server (10) sends a warning to the user terminals 20 when the usage time or location is not as planned, or the load amount is excessive. The server (10) periodically reports the usage times and locations, the load amounts, and the usage proportions for the users (A-B) to the user terminals (20). The server (10) allocates maintenance costs of the working machine (1) automatically between the users (A-B) according to the usage proportions of the users (A-B).
    • 服务器(10)使得共享相同工作机器(1)的用户(A-B)能够相互监视每个用户的使用状态。 服务器(10)通过卫星通信网络接收在工作机器(1)中检测到的用户ID,工作时间,发动机冷却水温度和当前位置,并计算使用时间,使用位置, 负载量和每个用户的使用比例。 服务器(10)当使用时间或位置未按计划进行时,或者负载量过大,向用户终端20发送警告。 服务器(10)定期向用户终端(20)报告用户(A-B)的使用时间和位置,负载量和使用比例。 服务器(10)根据用户(A-B)的使用比例自动地在用户(A-B)之间分配工作机器(1)的维护费用。
    • 10. 发明申请
    • WORKING MACHINE FUEL MANAGEMENT SYSTEM AND FUEL MANAGING METHOD
    • 作业机械燃油管理系统和燃油管理方法
    • US20070079804A1
    • 2007-04-12
    • US10577719
    • 2004-11-05
    • Tetsuya Nakayama
    • Tetsuya Nakayama
    • G08B21/18
    • B60R25/102B60R25/1004
    • A fuel management system detects theft of fuel from the fuel tank (81) of a working machine (1) or insertion of foreign matter into the fuel tank, and issues an alarm. The total operating hours of the working machine (1) and the actual volume and weight of the contents of the fuel tank (81) are measured immediately after the start and stop of the working machine (1), and transmitted to a server (10) which calculates the fuel consumption amount from the total operating hours, calculates the volume and weight of the fuel assumed to remain in the fuel tank (81) from the fuel consumption amount, and compares the calculated volume and weight with the actual volume and weight. If a large difference is detected in the volume or weight, an alarm is transmitted to a user terminal (20) and to the working machine.
    • 燃料管理系统检测从工作机(1)的燃料箱(81)或异物插入燃料箱中的燃料的盗窃,并发出报警。 工作机器(1)的总工作时间和燃料箱(81)的内容物的实际体积和重量在工作机器(1)的启动和停止之后立即测量,并被发送到服务器(10 ),从燃料消耗量计算燃料箱(81)中保留的燃料的体积和重量,并将计算出的体积和重量与实际体积和重量进行比较 。 如果在体积或重量中检测到大的差异,则向用户终端(20)和工作机器发送报警。