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Self-propelled construction machine, system and method including self-propelled construction machine
The invention relates to a self-propelled construction machine, in particular a road milling machine, for working on the ground or erecting a structure on the ground during a previous working process, followed by a further working process with a further construction machine. A construction machine according to the present invention comprises a mobile radio communication device, a GNSS receiver, a GNSS evaluation device or a mobile radio evaluation device, and a GNSS evaluation variable acquisition device or a mobile radio evaluation variable acquisition device. The GNSS evaluation device or the mobile radio evaluation device is arranged to determine at least one evaluation variable B, which evaluates the quality of the GNSS signal or the mobile radio signal at a particular position, at each of a plurality of positions in the terrain during the advancement of the construction machine, and the GNSS evaluation variable acquisition device or the mobile radio evaluation variable acquisition device is arranged to determine at least one evaluation variable B, which evaluates the quality of the GNSS signal or the mobile radio signal at the particular position, at each of the plurality of positions in the terrain during the advancement of the construction machine. Location data determined by the GNSS receiver at a particular location in the terrain is used to generate a spatial telemetry data set describing signal quality at the particular location.
本发明涉及一种自推进式建筑机械,特别是道路铣刨机,用于在前一作业过程中对地面进行作业或在地面上架设结构,之后利用另一建筑机械进行另一作业过程。根据本发明的建筑机械包括移动无线电通信装置、GNSS接收器、GNSS评估装置或移动无线电评估装置以及GNSS评估变量获取装置或移动无线电评估变量获取装置。GNSS评估装置或移动无线电评估装置设置为,在建筑机械前进期间,在地形中的多个位置处,均确定评估特定位置处的GNSS信号或移动无线电信号的质量的至少一个评估变量B,并且GNSS评估变量获取装置或移动无线电评估变量获取装置设置为,使用在地形中的特定位置处由GNSS接收器确定的位置数据以生成描述特定位置处的信号质量的空间遥测数据集。
Self-propelled construction machine, system and method including self-propelled construction machine
The invention relates to a self-propelled construction machine, in particular a road milling machine, for working on the ground or erecting a structure on the ground during a previous working process, followed by a further working process with a further construction machine. A construction machine according to the present invention comprises a mobile radio communication device, a GNSS receiver, a GNSS evaluation device or a mobile radio evaluation device, and a GNSS evaluation variable acquisition device or a mobile radio evaluation variable acquisition device. The GNSS evaluation device or the mobile radio evaluation device is arranged to determine at least one evaluation variable B, which evaluates the quality of the GNSS signal or the mobile radio signal at a particular position, at each of a plurality of positions in the terrain during the advancement of the construction machine, and the GNSS evaluation variable acquisition device or the mobile radio evaluation variable acquisition device is arranged to determine at least one evaluation variable B, which evaluates the quality of the GNSS signal or the mobile radio signal at the particular position, at each of the plurality of positions in the terrain during the advancement of the construction machine. Location data determined by the GNSS receiver at a particular location in the terrain is used to generate a spatial telemetry data set describing signal quality at the particular location.
本发明涉及一种自推进式建筑机械,特别是道路铣刨机,用于在前一作业过程中对地面进行作业或在地面上架设结构,之后利用另一建筑机械进行另一作业过程。根据本发明的建筑机械包括移动无线电通信装置、GNSS接收器、GNSS评估装置或移动无线电评估装置以及GNSS评估变量获取装置或移动无线电评估变量获取装置。GNSS评估装置或移动无线电评估装置设置为,在建筑机械前进期间,在地形中的多个位置处,均确定评估特定位置处的GNSS信号或移动无线电信号的质量的至少一个评估变量B,并且GNSS评估变量获取装置或移动无线电评估变量获取装置设置为,使用在地形中的特定位置处由GNSS接收器确定的位置数据以生成描述特定位置处的信号质量的空间遥测数据集。
Self-propelled construction machine, system and method including self-propelled construction machine
自推进式建筑机械、包括自推进式建筑机械的系统和方法
BUSCHMANN MARTIN (author) / DELIUS HANS (author)
2024-06-21
Patent
Electronic Resource
Chinese
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