A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WORK SUPPORT SYSTEM, WORK SUPPORT SYSTEM CONTROL METHOD, AND WORK SUPPORT SYSTEM CONTROL PROGRAM
The present invention can be configured by effectively using a general-purpose product used in a working site. A work machine (2) is provided with: detection devices (11A, 11B, 11C) that acquire attitude information of movable parts (6, 7, 8) by means of sensors and output the attitude information; a main body device (12) that acquires the attitude information from the detection devices (11A, 11B, 11C), transmits the attitude information by means of data communication by wireless communication, and receives and displays assistance information for assisting the operation of an operator by means of data communication by wireless communication; and a light receiver (13) which is held by the movable part (7) (or (6)), receives the laser light (LA), and notifies an operator of the laser light (LA). The portable information terminal device (4) sets the assistance information by detecting a measurement reference site (8B) of the movable unit (8) using the attitude information with reference to the light receiving position of the laser light (LA) received by the light receiver (13) by an instruction from an operator, and updates the assistance information using the attitude information.
能够有效地利用在作业现场中使用的通用产品来构成。作业机械(2)具有：检测装置(11A、11B、11C)，其通过传感器取得可动部(6、7、8)的姿态信息并输出；主体装置(12)，其从检测装置(11A、11B、11C)取得姿态信息，通过由无线通信实现的数据通信进行发送，并且通过由无线通信实现的数据通信接收对操作员的操作进行辅助的辅助信息并进行显示；以及受光器(13)，其保持于可动部(7)(或(6))，接受激光(LA)并通知给操作员。便携信息终端装置(4)通过操作员的指示，以受光器(13)接受的激光(LA)的受光位置为基准，通过姿态信息检测可动部(8)的测量基准部位(8B)来设定辅助信息，通过姿态信息更新辅助信息。
WORK SUPPORT SYSTEM, WORK SUPPORT SYSTEM CONTROL METHOD, AND WORK SUPPORT SYSTEM CONTROL PROGRAM
The present invention can be configured by effectively using a general-purpose product used in a working site. A work machine (2) is provided with: detection devices (11A, 11B, 11C) that acquire attitude information of movable parts (6, 7, 8) by means of sensors and output the attitude information; a main body device (12) that acquires the attitude information from the detection devices (11A, 11B, 11C), transmits the attitude information by means of data communication by wireless communication, and receives and displays assistance information for assisting the operation of an operator by means of data communication by wireless communication; and a light receiver (13) which is held by the movable part (7) (or (6)), receives the laser light (LA), and notifies an operator of the laser light (LA). The portable information terminal device (4) sets the assistance information by detecting a measurement reference site (8B) of the movable unit (8) using the attitude information with reference to the light receiving position of the laser light (LA) received by the light receiver (13) by an instruction from an operator, and updates the assistance information using the attitude information.
能够有效地利用在作业现场中使用的通用产品来构成。作业机械(2)具有：检测装置(11A、11B、11C)，其通过传感器取得可动部(6、7、8)的姿态信息并输出；主体装置(12)，其从检测装置(11A、11B、11C)取得姿态信息，通过由无线通信实现的数据通信进行发送，并且通过由无线通信实现的数据通信接收对操作员的操作进行辅助的辅助信息并进行显示；以及受光器(13)，其保持于可动部(7)(或(6))，接受激光(LA)并通知给操作员。便携信息终端装置(4)通过操作员的指示，以受光器(13)接受的激光(LA)的受光位置为基准，通过姿态信息检测可动部(8)的测量基准部位(8B)来设定辅助信息，通过姿态信息更新辅助信息。
WORK SUPPORT SYSTEM, WORK SUPPORT SYSTEM CONTROL METHOD, AND WORK SUPPORT SYSTEM CONTROL PROGRAM
作业辅助系统、作业辅助系统的控制方法、作业辅助系统的控制程序
SUZUKI MASANORI (author)
2024-07-05
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
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