A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
POWER CONTROL DEVICE, POWER CONTROL METHOD, AND POWER CONTROL PROGRAM
An upper rotating body (102) attached to the lower traveling body (101) so as to be rotatable relative to the lower traveling body (101); a boom (104) attached to the upper rotating body (102) so as to be able to move up and down; an arm (105) attached to the boom (104) so as to be able to bend; and a bucket (106) attached to the arm (105) so as to be able to bend. A power control device (4) for an electric construction machine, said power control device (4) being provided with: a drive information acquisition unit (47) that acquires drive information for each actuator (2); a recognition unit (45) that recognizes, on the basis of the drive information, the operation of the electric construction machine by means of the lower traveling body (101), the upper rotating body (102), the boom (104), the arm (105), and the bucket (106); and a determination unit (44) that determines the power to be supplied to the plurality of drive units on the basis of the recognized operation of the electric construction machine.
具备能够在地面行驶的下部行驶体(101)、以能够相对于该下部行驶体(101)转动的方式安装于该下部行驶体(101)的上部转动体(102)、以能够起伏的方式安装于该上部转动体(102)的动臂(104)、以能够弯曲的方式安装于该动臂(104)的臂(105)、以能够弯曲的方式安装于该臂(105)的铲斗(106)、以及向各致动器(2)供给电力的电池(10)的电动建筑机械中的电力控制装置(4)具备：驱动信息获取部(47)，其获取各致动器(2)的驱动信息；识别部(45)，其基于驱动信息来识别电动建筑机械通过下部行驶体(101)、上部转动体(102)、动臂(104)、臂(105)以及铲斗(106)进行的动作；以及决定部(44)，其根据识别出的电动建筑机械的动作，来决定向多个驱动部供给的电力。
POWER CONTROL DEVICE, POWER CONTROL METHOD, AND POWER CONTROL PROGRAM
An upper rotating body (102) attached to the lower traveling body (101) so as to be rotatable relative to the lower traveling body (101); a boom (104) attached to the upper rotating body (102) so as to be able to move up and down; an arm (105) attached to the boom (104) so as to be able to bend; and a bucket (106) attached to the arm (105) so as to be able to bend. A power control device (4) for an electric construction machine, said power control device (4) being provided with: a drive information acquisition unit (47) that acquires drive information for each actuator (2); a recognition unit (45) that recognizes, on the basis of the drive information, the operation of the electric construction machine by means of the lower traveling body (101), the upper rotating body (102), the boom (104), the arm (105), and the bucket (106); and a determination unit (44) that determines the power to be supplied to the plurality of drive units on the basis of the recognized operation of the electric construction machine.
具备能够在地面行驶的下部行驶体(101)、以能够相对于该下部行驶体(101)转动的方式安装于该下部行驶体(101)的上部转动体(102)、以能够起伏的方式安装于该上部转动体(102)的动臂(104)、以能够弯曲的方式安装于该动臂(104)的臂(105)、以能够弯曲的方式安装于该臂(105)的铲斗(106)、以及向各致动器(2)供给电力的电池(10)的电动建筑机械中的电力控制装置(4)具备：驱动信息获取部(47)，其获取各致动器(2)的驱动信息；识别部(45)，其基于驱动信息来识别电动建筑机械通过下部行驶体(101)、上部转动体(102)、动臂(104)、臂(105)以及铲斗(106)进行的动作；以及决定部(44)，其根据识别出的电动建筑机械的动作，来决定向多个驱动部供给的电力。
POWER CONTROL DEVICE, POWER CONTROL METHOD, AND POWER CONTROL PROGRAM
电力控制装置、电力控制方法以及电力控制装程序
NAKAMURA KAZUHITO (author)
2024-06-11
Patent
Electronic Resource
Chinese
POWER CONTROL DEVICE, POWER CONTROL METHOD, AND POWER CONTROL PROGRAM
| European Patent Office | 2024
POWER CONTROL DEVICE, POWER CONTROL METHOD, AND PROGRAM FOR POWER CONTROL DEVICE
| European Patent Office | 2024
POWER CONTROL DEVICE, POWER CONTROL METHOD, AND PROGRAM FOR POWER CONTROL DEVICE
| European Patent Office | 2023
POWER WINDOW CONTROL DEVICE AND POWER WINDOW CONTROL METHOD
| European Patent Office | 2018