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    • 2. 发明授权
    • Seed hopper for seed metering system having modular seed metering units
    • 具有模块化种子计量单元的种子计量系统的种子料斗
    • US08701576B2
    • 2014-04-22
    • US12985483
    • 2011-01-06
    • Terrance A. Friggstad
    • Terrance A. Friggstad
    • A01C7/08
    • A01C7/20A01C7/088A01C7/125A01C15/006Y10S111/921
    • The present invention is directed to a hopper for a seed metering system that has a series of individualized and independently controlled metering units. The hopper has a plurality of discharge openings that can be selectively opened and closed to expose an opening to a respective one of the plurality of metering units. Each seed metering unit is selectively driven by a common drive member, such as a drive shaft. When a seed metering unit is engaged with the drive member, the unit will meter granular material. On the other hand, when the seed metering unit is not engaged with the drive member, the metering unit will not meter granular material. Hence, the present invention provides a seed metering apparatus that provides effective sectional control.
    • 本发明涉及一种用于种子计量系统的料斗,其具有一系列个性化和独立控制的计量单元。 料斗具有多个可以选择性地打开和关闭以排出多个计量单元中的相应一个的开口的排出口。 每个种子计量单元由诸如驱动轴的公共驱动构件选择性地驱动。 当种子计量单元与驱动构件接合时,单元将测量颗粒材料。 另一方面,当种子计量单元未与驱动构件接合时,计量单元将不会计量颗粒材料。 因此,本发明提供了一种提供有效的分段控制的种子计量装置。
    • 7. 发明授权
    • Air seeder/fertilizer apparatus having metering means and distribution manifold with selectively openable ports
    • 具有计量装置和具有选择性可开启端口的分配歧管的播种机/肥料设备
    • US07555990B2
    • 2009-07-07
    • US12143778
    • 2008-06-21
    • Patrick M. Beaujot
    • Patrick M. Beaujot
    • A01C7/00A01C9/00A01C23/00G06F7/70G06F19/00
    • A01C7/084A01C7/081A01C7/088A01C21/005Y02P60/16Y10S111/903Y10S111/921Y10S111/922Y10S172/90
    • A seeding apparatus having a distribution manifold with selectively openable outlet ports thereon, to permit or stop delivery of seed or fertilizer to soil A meter device, responsive to both the number of selected open ports and the speed of the apparatus over the ground, is provided to regulate supply of seed/fertilizer to a distribution manifold. The distribution manifold has a plurality of outlet ports spaced about a periphery of such manifold, each outlet port having a valve to allow opening and closing of individual outlet ports. Soil engaging members on such apparatus are individually raisable from an lowered operative position to a raised inoperative position, and when moved to such inoperative position, valve associated with an outlet port for providing seed and/or fertilizer to such soil engaging member is closed to prevent supply to the associated soil engaging member.
    • 一种播种装置,其具有在其上具有可选择地可打开的出口的分配歧管,以允许或停止将种子或肥料输送到土壤中。响应于所选择的开放端口的数量和设备在地面上的速度,仪表装置被提供 调节供应种子/肥料到分配歧管。 分配歧管具有围绕这种歧管的周边间隔开的多个出口端口,每个出口端口具有允许各个出口端口打开和关闭的阀。 这种装置上的土壤接合构件可以从降低的操作位置单独地升高到升高的非操作位置,并且当移动到这样的不工作位置时,与用于向这种土壤接合构件提供种子和/或肥料的出口相关联的阀被关闭以防止 供应到相关联的土壤接合构件。
    • 8. 发明申请
    • Sowing device
    • 播种装置
    • US20090107369A1
    • 2009-04-30
    • US12288799
    • 2008-10-23
    • Josef HainzlChristian StieglerFranz SpiesbergerAndreas EggerFranz DiermaierWalter Dullinger
    • Josef HainzlChristian StieglerFranz SpiesbergerAndreas EggerFranz DiermaierWalter Dullinger
    • A01C7/08
    • A01C7/048Y10S111/903Y10S111/904Y10S111/921Y10S111/922
    • A sowing device having a travelling framework (2) is described, which comprises a storage roll (3) for a seed strip (4) equipped with individual grains (5) of a seed, and an unwinding unit (6) for the seed strip (4) drivable as a function of the travel distance. To ensure a precise deposit of the seed grains (5), it is suggested that a sensor (15) for the individual grains (5) in the seed strip (4) be provided in the area of the seed strip section (14) between the unwinding unit (6) and a ground-proximal deflection roll (8), and a control unit (16), connected on one hand to the sensor (15) and on the other hand to a travel distance encoder (18), activate the drive (17) of the unwinding unit (6) as a function of the difference between the actual location of the seed grains (5) detected by the sensor (15) and a setpoint location predefinable with the aid of the travel distance encoder (18).
    • 描述了具有行走框架(2)的播种装置,其包括用于种子条(4)的储存卷(3),种子条配有种子的单个颗粒(5)和用于种子条的退绕单元(6) (4)作为行驶距离的函数可驱动。 为了确保晶粒(5)的精确沉积,建议将种子条(4)中的各个颗粒(5)的传感器(15)设置在种子条部分(14)的区域之间 退绕单元(6)和地面近侧偏转辊(8)和控制单元(16),一方面连接到传感器(15),另一方面连接到行程距离编码器(18),激活 根据由传感器(15)检测到的种晶粒(5)的实际位置与借助于行程距离编码器预先确定的设定点位置之间的差的函数,退绕单元(6)的驱动器(17) 18)。
    • 10. 发明申请
    • Drive mechanism for agricultural planters
    • 农业播种机驱动机制
    • US20040206282A1
    • 2004-10-21
    • US10409011
    • 2003-04-08
    • Jaime Arana SandovalFrancisco Perez CervantesIvan Gabriel Salcedo Mendoza
    • A01C005/00
    • A01C19/04Y10S111/90Y10S111/903Y10S111/921Y10S111/922
    • A drive mechanism for an agricultural planter includes a first electronic controller, a second electronic controller, a hydraulic valve manifold, hydraulic drives for the seed and fertilizer hoppers, and a feedback sensor from the hydraulic drives to the second electronic controller. The first electronic controller is located in the cab of the tractor connected to the planter, while the second electronic controller is mounted on the planter to control the operation of the hydraulic drives. The feedback sensors provide data as to the operation of the hydraulic drives. Another sensor associated with the forward speed of the planter also provides input to the second electronic controller so that the second controller can coordinate the operational speed of the hydraulic drives to provide the rate of application of the seed and fertilizer products desired by the operator. Changes in the rate of application of either the seed or fertilizer materials can be accomplished through input to the first electronic controller.
    • 用于农业种植机的驱动机构包括第一电子控制器,第二电子控制器,液压阀歧管,用于种子和肥料料斗的液压驱动器,以及从液压驱动器到第二电子控制器的反馈传感器。 第一个电子控制器位于连接到播种机的拖拉机的驾驶室中,而第二个电子控制器安装在种植机上以控制液压驱动器的操作。 反馈传感器提供关于液压驱动器的操作的数据。 与播种机的前进速度相关联的另一传感器还为第二电子控制器提供输入,使得第二控制器可以协调液压驱动器的操作速度,以提供操作者期望的种子和肥料产品的施用速率。 可以通过输入到第一个电子控制器来实现种子或肥料的施用速度的变化。