首页> 外国专利> DEVICE FOR SUBSURFACE MEASURING AGROTECHNOLOGICAL CHARACTERISTICS OF SOIL ARABLE LAYER IN MOTION

DEVICE FOR SUBSURFACE MEASURING AGROTECHNOLOGICAL CHARACTERISTICS OF SOIL ARABLE LAYER IN MOTION

机译:运动中土壤可耕层农业技术特征的地下测量装置

摘要

FIELD: agriculture.;SUBSTANCE: device relates to the field of agriculture, in particular to the technologies of precision agriculture. The device comprises a bearing frame connected to the means of moving on the field, a support element mounted on the frame and determining its position above the ground, the knife-milling chisel plough placed on a frame, creating longitudinal slit channel in the soil during motion, a measuring unit with the measuring sensors, made elongated along the direction of motion, of the same thickness with the knife-milling chisel plough and mounted behind it in the direction of motion, the assembly of stepped depth adjustment of the position of the measuring unit in the longitudinal slit channel when moving on the field, the assembly of protection of the measuring unit from damage by collision of the knife-milling chisel plough to the obstacles, the control unit of measurements, collection and conversion of the measurement information, the on-board computer and the receiver of the geopositioning system for registering measurement information and mapping. And the housing of the measuring unit is made in the form of a monolithic metal plate with a pointed and bevelled downwards and backwards frontal anterior edge and is fixedly connected to the bearing frame by the front and rear racks. The sensors are embedded in the measuring unit and located on its side walls along the common straight line with the same depth of location of the sensing elements from the soil surface. The support element is made in the form of a support skid located under the measurement unit, pivotally connected with the rack mounted on the bearing frame. And this rack is mounted on the bearing frame with the ability of a stepped change in the given distance between the sole of the support skid and the straight horizontal line with the same depth of location of the sensing elements in the measuring unit from the soil surface. The said knife-milling chisel plough mounted on the frame in front of the measuring unit, has an axial connection with the frame, ensuring the formation of a common vertical longitudinal plane of symmetry with the measuring unit and made with the ability to control the angular position of the knife-milling chisel plough in this plane. The knife with the cutting edge has a length that ensures creation of the slit channel in the soil with the depth enough for embedding the measuring unit until it stops of the support skid on the surface of the soil at any given distance between the sole of the skid and the horizontal line of position of the sensors and any specified angle of the knife-milling chisel plough mounting. The upper end part of the knife-milling chisel plough, located on the other side of the axial connection, is fixed by the safety shear bolt in the assembly of stepped fixing of the angular position of the knife-milling chisel plough located on the frame, and this assembly is equipped with a stop for fixing the position of the blade of the knife-milling chisel plough along the frontal measuring unit when collision to the stone and cutting the safety shear bolt, moreover, to retain the measuring unit in the vertical plane of symmetry coinciding with the direction of movement of the device. The bearing frame is provided with a rigid drawbar to connect with the vehicle for motion on the field.;EFFECT: unit provides measurement efficiency of agrotechnological characteristics.;17 cl, 24 dwg
机译:设备领域:设备涉及农业领域,尤其涉及精确农业技术。该装置包括一个与运动场上的装置连接的轴承架,一个安装在框架上并确定其在地面上方位置的支撑元件,刀铣凿子犁放在框架上,从而在土壤中形成纵向狭缝通道。运动时,带有测量传感器的测量单元沿运动方向拉长,与刀铣凿犁厚度相同,并沿运动方向安装在其后方,并进行阶梯式深度调节测量单元在田野上移动时位于纵向狭缝通道中,保护测量单元免受刀铣凿犁与障碍物的碰撞而损坏,测量控制单元,测量信息的收集和转换,车载计算机和地理定位系统的接收器,用于注册测量信息和地图。并且,测量单元的壳体以整体金属板的形式制成,该金属板具有尖的并且向下和向后倾斜的前部前边缘,并且通过前后齿条固定地连接到轴承架。传感器嵌入测量单元中,并沿着共同的直线位于其侧壁上,并且传感元件的位置与土壤表面的深度相同。支撑元件以支撑橇的形式制成,其位于测量单元下方,并与安装在轴承架上的齿条枢转地连接。并将该机架安装在轴承架上,并能够逐步改变给定滑道的底部和水平直线之间的给定距离,并且测量单元中的传感元件与土壤表面的位置相同。所述铣刀凿子犁安装在测量单元前面的框架上,与框架轴向连接,确保与测量单元形成共同的垂直纵向对称平面,并具有控制角度的能力。铣刀凿犁在此平面上的位置。带有切割刃的刀具有一定的长度,可确保在土壤中形成切缝通道,深度足以将测量单元嵌入其中,直到它停止在土壤底部之间任何给定距离处将支撑滑移到土壤表面为止。传感器的打滑和水平线以及铣刀凿子犁刀安装的任何指定角度。铣刀凿犁的上端部分位于轴向连接的另一侧,通过安全剪切螺栓在阶梯式固定位于机架上的铣刀凿犁的角位置的组件中进行固定,并且该组件配备了一个挡块,用于在与石材碰撞时沿正面测量单元固定铣刀凿犁的刀片位置,并切割安全剪切螺栓,此外,还可以将测量单元保持在垂直位置对称平面与设备的移动方向一致。轴承架配有刚性牵引杆,可与车辆连接以便在田间运动。效果:该单元可提供农业技术特性的测量效率; 17 cl,24 dwg

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