Moisture sensor for a forage harvester
    2.
    发明公开
    Moisture sensor for a forage harvester 审中-公开
    FeuchtigkeitssensorfürFuttererntemaschine

    公开(公告)号:EP2907372A1

    公开(公告)日:2015-08-19

    申请号:EP15155465.6

    申请日:2015-02-17

    摘要: A moisture sensor (100) for a forage harvester is described, the moisture sensor comprising a sensing device (110/400/600), a processing unit (130) and an output terminal (140). The sensing device is configured to sense an electrical characteristic of a harvested crop and generate a sensor signal (120/440) representative of the electrical characteristic. The processing unit (130) is configured to receive the sensor signal from the sensing device (110/400/600) and to process the sensor signal (120/440) to derive a moisture level of the harvested crop. The output terminal (140) is connected to the processing unit (130) for outputting an output signal representative of the moisture level as derived by the processing unit. The sensing device (110/400/600) is further configured to operate in one of a plurality of different operating modes when sensing the electrical characteristic, each operating mode having a different moisture level sensitivity characteristic, and to receive an operating parameter and to select an operating mode of the plurality of operating modes for the sensing device (110/400/600), based on the operating parameter.

    摘要翻译: 描述了用于饲料收割机的水分传感器(100),湿度传感器包括感测装置(110/400/600),处理单元(130)和输出端子(140)。 感测装置被配置为感测收获的作物的电特性并产生代表电特性的传感器信号(120/440)。 处理单元(130)被配置为从感测装置(110/400/600)接收传感器信号并处理传感器信号(120/440)以导出收获的作物的水分含量。 输出端子(140)连接到处理单元(130),用于输出表示由处理单元导出的湿度水平的输出信号。 感测装置(110/400/600)被进一步配置成在感测电特性时操作多种不同操作模式中的一种,每种操作模式具有不同的湿度水平敏感特性,并且接收操作参数并选择 基于操作参数的用于感测装置(110/400/600)的多种操作模式的操作模式。

    A CONTROLLER FOR A WORKING VEHICLE
    3.
    发明公开
    A CONTROLLER FOR A WORKING VEHICLE 审中-公开
    工作车辆的控制器

    公开(公告)号:EP3113079A1

    公开(公告)日:2017-01-04

    申请号:EP16177346.0

    申请日:2016-06-30

    IPC分类号: G06K9/46 G06K9/00 G08G1/0962

    摘要: A controller (100) configured to receive image data (102) representative of the surroundings of a working vehicle. The image data (102) comprises a plurality of portion data. The controller (100) determines (104) one or more features associated with each of the plurality of portion data. For each of the plurality of portion data, the controller (100) applies (106) a label-attribution-algorithm to attribute one of a plurality of predefined labels to the portion data in question based on: (i) features determined for the portion data in question; and (ii) features determined for proximate portion data, which is portion data that is proximate to the portion data in question. The labels are representative of objects. The controller (100) provides a representation (110) of the attributed labels and their position in the received image data (102).

    摘要翻译: 控制器(100)被配置为接收表示工作车辆的周围环境的图像数据(102)。 图像数据(102)包括多个部分数据。 控制器(100)确定(104)与多个部分数据中的每一个相关联的一个或多个特征。 对于所述多个部分数据中的每一个,控制器(100)基于以下各项来应用(106)标签属性算法以将多个预定义标签中的一个归于所讨论的部分数据:(i)针对所述部分 有问题的数据; 和(ii)针对邻近部分数据确定的特征,该邻近部分数据是接近所讨论的部分数据的部分数据。 标签是对象的代表。 控制器(100)提供归属标签的表示(110)及其在接收到的图像数据(102)中的位置。