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    • 4. 发明申请
    • GRAIN UNLOADING CONTROL SYSTEM
    • 颗粒卸载控制系统
    • US20130089398A1
    • 2013-04-11
    • US13270685
    • 2011-10-11
    • Herbert M. FarleyKevin W. Ward
    • Herbert M. FarleyKevin W. Ward
    • B65G33/14B60P1/40
    • B65G33/14A01D41/1217A01D41/127B60P1/40
    • An agricultural device for controlled unloading of grain including an unloader conveyor including an enclosed housing having an inlet end including an opening for receiving grain, and an opposite outlet end including a discharge opening through which the grain can be discharged. An unloader conveyor element extends through the housing between the ends and operable for conveying the grain through the housing from the inlet end and discharging the grain through the discharge opening. The unloader conveyor element includes a substantially vertical unloader conveyor segment connected to a substantially horizontal unloader conveyor segment. An unloader drive selectably operates a portion of the conveyor element associated with the substantially vertical unloader conveyor segment in a disengaged mode in response to a sensed cumulative loading condition of the substantially vertical unloader conveyor segment and the substantially horizontal unloader conveyor segment exceeding a predetermined value.
    • 一种用于控制卸载谷物的农业装置,包括一个卸载机输送机,该卸料机输送机包括具有一个入口端的封闭壳体,该入口端包括用于接收谷粒的开口,以及一个相对的出口端,包括可以排出谷物的排放口。 卸载器输送器元件在端部之间延伸穿过壳体并且可操作用于从入口端输送谷物通过壳体并且通过排出开口排出谷物。 卸载机输送机元件包括连接到基本上水平的卸载机输送机段的基本垂直的卸载机输送段。 响应于基本上垂直的卸载机输送机段和基本上水平的卸载机输送机段的超过预定值的感测到的累积负载状况,卸载机驱动器以分离模式选择性地操作与基本上垂直的卸载机输送机段相关联的输送元件的一部分。
    • 7. 发明申请
    • Concave pan portion of an integral chopper assembly of a combine harvester
    • 联合收割机整体斩波器组件的凹盘部分
    • US20080293462A1
    • 2008-11-27
    • US12154604
    • 2008-05-23
    • Herbert M. FarleyJason M. BenesNathan E. IsaacAndrew V. LauwersJonathan E. RickettsBradley J. Wagner
    • Herbert M. FarleyJason M. BenesNathan E. IsaacAndrew V. LauwersJonathan E. RickettsBradley J. Wagner
    • A01F12/40
    • A01F12/40Y10T29/49233Y10T29/49895Y10T29/49902Y10T29/53961Y10T29/53974
    • A concave pan portion of an integral chopper assembly that includes a concave pan shell portion with a separate grate portion that may be easily installed into and removed from an intermediate opening in such concave pan portion for replacement in the event of undesirable wear thereto, and a separate interruption plate installable downstream from the slots in the grate portion for the purpose of effecting a lower mean length of chop (LOC) as the integral chopper assembly operates. The separate grate portion is configured to be installable to fill the intermediate opening in the concave pan shell portion, with a plurality of slots therethrough positioned side-by-side in the crossways direction to accommodate knife elements that are part of the counter knife assembly. Preferably, such separate grate portion may be crossways adjustable to some degree within the intermediate opening. The interruption plate is configured to extend generally crossways across the concave pan portion, downstream from the slots of the grate portion to project upwardly into and across the passageway between the rotary chopper element and the concave pan portion so as to interrupt the flow of residue past the integral chopper assembly to permit the residue to be chopped into shorter pieces, resulting in a lower mean length of chop (LOC) as the integral chopper assembly operates.
    • 整体式斩波器组件的凹盘部分包括具有单独的格栅部分的凹盘壳部分,其可以容易地安装在这种凹盘部分中的中间开口中并从其中移除以在其不期望的磨损的情况下更换,以及 分离的中断板可安装在炉排部分中的槽的下游,以实现整体式斩波器组件操作时较低的平均斩波长度(LOC)。 单独的格栅部分被构造成可安装以填充凹盘壳部分中的中间开口,多个狭槽在横向方向上并排布置,以容纳作为对刀组件的一部分的刀元件。 优选地,这种分离的格栅部分可以在中间开口内在一定程度上可调节。 中断板被构造成跨越凹盘部分大致横穿,从格栅部分的槽的下游向上突出并且跨越旋转斩波元件和凹盘部分之间的通道,以便中断残留物流过 整体式斩波器组件允许残渣被切成较短的块,导致整体式斩波器组件工作时的平均切割长度(LOC)较小。
    • 8. 发明申请
    • Knife bank assembly of a counter knife assembly of an integral chopper assembly of a combine harvester
    • 联合收割机整体斩波组件的反铲刀组件的刀库组装
    • US20080290198A1
    • 2008-11-27
    • US12154587
    • 2008-05-23
    • Jason M. BenesAndrew V. LauwersNathan E. IsaacHerbert M. FarleyBradley J. WagnerJonathan E. RickettsKevin W. Ward
    • Jason M. BenesAndrew V. LauwersNathan E. IsaacHerbert M. FarleyBradley J. WagnerJonathan E. RickettsKevin W. Ward
    • B02C18/14B02C13/00
    • A01F12/40Y10T29/49233Y10T29/49895Y10T29/49902Y10T29/53961Y10T29/53974
    • An improved knife bank assembly of a counter knife assembly of an integral chopper assembly of a combine harvester that includes an elongated bracket member that extends between opposed knife bank end plates and has a plurality of spaced retainment mounts securable therealong, with at least one, and preferably two, knife blades being removably connectable to each retainment mount in a side-by-side arrangement. The bracket member is preferably mounted to a shaft member that extends between concave pan side plates to be slidable along such shaft member to permit adjustable positioning of the knife bank assembly and the knife elements thereof relative to the slots of the grate portion, and the retainment mounts are preferably removably securable to the bracket member. The knife elements are removably connectable to the retainment mounts at first and second space mounting points, preferably in such a way that the knife elements are maintained in an extended position by application of a biasing force at the second mounting point but are rotatable about the first mounting point to a displaced or relaxed position if a sufficient force is applied to the leading edge of the knife element to overcome the biasing force.
    • 一种联合收割机的整体斩波器组件的反铲组件的改进的刀库组件,其包括细长的支架构件,该细长支架构件在相对的刀库端板之间延伸并且具有多个间隔开的保持支架,其具有至少一个和 优选地,两个刀片可并排地可拆卸地连接到每个保持架上。 托架构件优选地安装在轴构件上,所述轴构件在凹盘侧板之间延伸以能够沿着该轴构件滑动,以允许刀库组件及其刀元件相对于格栅部分的槽的可调定位,并且保持件 安装件优选地可拆卸地固定到支架构件上。 刀元件可拆卸地连接到第一和第二空间安装点处的保持架,优选地以这样的方式,即刀元件通过在第二安装点处施加偏压力而保持在延伸位置,但是可以围绕第一 如果足够的力施加到刀元件的前缘以克服偏压力,则安装点到位移或松弛位置。
    • 9. 发明申请
    • Combine harvester power management control
    • 联合收割机电源管理控制
    • US20080209878A1
    • 2008-09-04
    • US12072312
    • 2008-02-26
    • Herbert M. Farley
    • Herbert M. Farley
    • A01D41/127G06F19/00
    • A01D41/127
    • A system and method of controlling maximum available engine power of a combine harvester wherein the engine drives the harvester and additionally powers a threshing mechanism for separating harvested crop into grain and crop residue and at least one further crop processing subsystem that may be selectively configured and disengaged, including a straw chopper engageable for chopping the crop residue and propelling the chopped residue from the harvester, structure configurable for directing the crop residue into the chopper or to bypass the chopper, utilizing a controller for automatically reducing the maximum available engine power as a function of the status of the engagement of the subsystems, particularly the chopper and the configuration of the associated structure.
    • 一种控制联合收割机的最大可用发动机功率的系统和方法,其中所述发动机驱动所述收割机并另外为脱粒机构提供动力以将收获的作物分离成谷粒和作物残余物以及可选择性地构造和分离的至少一个其它作物处理子系统 包括用于切割作物残余物并推动来自收割机的切碎残渣的秸秆切碎机,其结构可配置用于将作物残渣引导到斩波器中或绕过切碎机,利用控制器自动降低最大可用发动机功率作为功能 子系统的接合状态,特别是斩波器和相关结构的配置。