会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Modular electric disc cutterbar and controller
    • 模块化电动圆盘切割机和控制器
    • US08490371B2
    • 2013-07-23
    • US13332213
    • 2011-12-20
    • Martin J. Roberge
    • Martin J. Roberge
    • A01D41/14A01D41/127A01D46/08
    • A01D34/008A01B73/00A01D34/665A01D34/78
    • An electric motor-driven rotary disc cutter module for a cutterbar in an agricultural harvester. In one embodiment, each rotary disc module includes an electric motor driver. Individual cutterhead modules are staggered fore and aft along the cutterbar to provide continuous cutting across the lateral width of the cutterbar without requiring synchronized rotation of the cutterheads. Individual speed and/or rotational direction adjustment of each cutterhead enables optimized crop cutting performance and/or crop movement within the header. A control system may be included to monitor performance and manage individual operation of the cutterhead modules. In a second embodiment, a pair of cutterheads are powered by a single electric motor wherein rotational input for the second cutterhead is transferred by a simple geartrain. The pair of cutterheads is combined into a modular arrangement with the modules being staggered fore and aft on the cutterbar to provide a continuous lateral cutting swath.
    • 一种用于农业收割机中的切割器的电动驱动旋转盘切割器模块。 在一个实施例中,每个旋转盘模块包括电动机驱动器。 单独的刀头模块沿着切割器在前后交错,以在切割器的横向宽度上提供连续的切割,而不需要刀头的同步旋转。 每个刀头的单独速度和/或旋转方向调节使得能够在刀头内优化作物切割性能和/或作物移动。 可以包括控制系统来监视刀具模块的性能和管理单独的操作。 在第二实施例中,一对刀头由单个电动机驱动,其中用于第二刀架的旋转输入由简单的齿轮传送。 一对刀头被组合成模块化布置,其中模块在切割器上前后交错,以提供连续的横向切割条。
    • 5. 发明申请
    • MODULAR ELECTRIC DISC CUTTERBAR AND CONTROLLER
    • 模块电盘切割机和控制器
    • US20130152535A1
    • 2013-06-20
    • US13332213
    • 2011-12-20
    • MARTIN J. ROBERGE
    • MARTIN J. ROBERGE
    • A01D34/78A01D34/73A01D34/66
    • A01D34/008A01B73/00A01D34/665A01D34/78
    • An electric motor-driven rotary disc cutter module for a cutterbar in an agricultural harvester. In one embodiment, each rotary disc module includes an electric motor driver. Individual cutterhead modules are staggered fore and aft along the cutterbar to provide continuous cutting across the lateral width of the cutterbar without requiring synchronized rotation of the cutterheads. Individual speed and/or rotational direction adjustment of each cutterhead enables optimized crop cutting performance and/or crop movement within the header. A control system may be included to monitor performance and manage individual operation of the cutterhead modules. In a second embodiment, a pair of cutterheads are powered by a single electric motor wherein rotational input for the second cutterhead is transferred by a simple geartrain. The pair of cutterheads is combined into a modular arrangement with the modules being staggered fore and aft on the cutterbar to provide a continuous lateral cutting swath.
    • 一种用于农业收割机中的切割器的电动驱动旋转盘切割器模块。 在一个实施例中,每个旋转盘模块包括电动机驱动器。 单独的刀头模块沿着切割器在前后交错,以在切割器的横向宽度上提供连续的切割,而不需要刀头的同步旋转。 每个刀头的单独速度和/或旋转方向调节使得能够在刀头内优化作物切割性能和/或作物移动。 可以包括控制系统来监视刀具模块的性能和管理单独的操作。 在第二实施例中,一对刀头由单个电动机驱动,其中用于第二刀架的旋转输入由简单的齿轮传送。 一对刀头被组合成模块化布置,其中模块在切割器上前后交错,以提供连续的横向切割条。
    • 6. 发明申请
    • Apparatus For Forming A Unitary Bale Of Agricultural Or Forestry Biomass With Successive Horizontally Compacted Layers
    • 用于形成具有连续水平压实层的农业或林业生物质的单一包装的装置
    • US20130145940A1
    • 2013-06-13
    • US13817986
    • 2011-08-24
    • Martin J. RobergeKevin S. Richman
    • Martin J. RobergeKevin S. Richman
    • A01F15/10
    • A01F15/10A01F15/02
    • The apparatus forms a unitary bale of agricultural or forestry biomass of uniform density and having a level top. The apparatus includes packer apparatus configured and supported in the chamber for reciprocating movement through a compacting chamber and progressive movement upwardly to form the bale. A crop deflector is supported in the chamber above the packer apparatus for deflecting a stream of the biomass downwardly, and is configured and operable so as to move continuously with the packer apparatus between the ends of the chamber and to substantially constantly reconfigure as a function of a position of the packer apparatus and a direction of the movement thereof so as to deflect the stream of the biomass directly in a path of the packer apparatus in the current direction of the movement thereof so as to be immediately compacted thereby onto the floor or the bale.
    • 该装置形成均匀密度的农业或林业生物质的单一捆包,并具有水平顶部。 该装置包括构造和支撑在室中的封隔器装置,用于往复运动通过压实室,并逐渐向上移动以形成捆包。 裁剪偏转器支撑在封隔器装置上方的腔室中,用于向下偏转生物质流,并且被构造和可操作以便与封隔器装置在腔室的端部之间连续移动,并且基本上恒定地重新配置, 封隔器装置的位置及其运动方向,以便将生物质流直接在封隔器装置的路径中沿着其移动的当前方向偏转,从而立即压实到地板或 包。
    • 7. 发明授权
    • Rotor tine and rotary element configuration for crop residue treatment systems
    • 用于作物残渣处理系统的转子齿轮和旋转元件配置
    • US07867072B2
    • 2011-01-11
    • US12381617
    • 2009-03-13
    • Andrew V. LauwersNathan E. IsaacMartin J. RobergeJason M. Benes
    • Andrew V. LauwersNathan E. IsaacMartin J. RobergeJason M. Benes
    • A01F12/40
    • A01D90/04A01D41/1243A01F12/40A01F2015/107
    • A rotor tine construction for a rotary element of a crop residue treatment system for effecting improved transport of crop residue along a material flow path and, if a counter knife assembly is spaced from the rotary element across the material flow path, for also effecting improved shear cutting of such crop residue by the knife elements of the counter knife assembly and more efficient operation of the crop residue treatment system, which rotor tine construction includes a base portion generally mountable to the rotary member of the rotary element, at least one rotor tine extending outwardly from such base portion and including three distinct blade edges, one of which forms a trailing edge and the other two of which are upper and lower edge portions forming a leading edge, with the lower and upper edge portions configured and intersecting with one another to form a notch-like indentation along the leading edge at an intersection point P defined to be the point of cut contact position, such that, as the rotary member rotates forwardly the rotor tine is rotated through the material flow path to engage and concentrate engaged lengths of crop residue near intersection point P for an improved cut as such material is moved past the knife elements of the counter knife assembly.
    • 用于作物残渣处理系统的旋转元件的转子齿构造,用于改善作物残留物沿着材料流动路径的输送,并且如果逆刀组件与旋转元件跨越材料流动路径间隔开,以实现改进的剪切 通过对刀组件的刀元件切割这种作物残留物并且更有效地操作作物残渣处理系统,该转子齿构造包括通常可安装到旋转元件的旋转构件的基部,至少一个转子齿延伸 从该基部向外延伸并且包括三个不同的叶片边缘,其中之一形成后缘,而另外两个是形成前缘的上边缘部分和下边缘部分,其中下边缘部分和上边缘部分彼此相交并相互交叉 在被定义为切割接触位置点的交叉点P处沿着前缘形成凹口形凹陷, 使得当旋转构件向前旋转时,转子齿轮旋转穿过材料流动路径以接合和集中在交叉点P附近的接合长度的作物残留物以获得改进的切口,因为这样的材料移动通过对刀组件的刀元件 。
    • 8. 发明授权
    • Bale wrapping system and method for a plant material compactor
    • 用于植物材料压实机的包装系统和方法
    • US08776678B2
    • 2014-07-15
    • US13817996
    • 2011-08-24
    • Martin J. Roberge
    • Martin J. Roberge
    • A01F15/08B30B9/30
    • B65B11/00A01F15/02A01F15/071A01F15/08A01F15/0875A01F2015/0745B30B9/3003
    • A wrapping system for plant material utilizes a first wrapping material dispenser disposed along a first upper periphery of a compacting chamber, and a second wrapping material dispenser opposite the first dispenser, for automatically dispensing sheets of wrapping material in overlapping relation over the chamber and plant material therein. The system includes apparatus for joining the overlapping sheets together. The system is automatically operable to dispense sheets of the material in overlapping relation over the chamber and join them for receiving a flow of the plant material thereon. Before or while the plant material is received, the sheets are further dispensed to move downwardly in the chamber to receive and wrap about the plant material. The system then dispenses opposite ends of the sheets in overlapping relation over the material and joins the ends to complete the wrapper.
    • 用于植物材料的包装系统利用沿着压实室的第一上部周边设置的第一包装材料分配器和与第一分配器相对的第二包装材料分配器,用于以重叠关系在所述室和植物材料上自动分配包装材料片 其中。 该系统包括用于将重叠片材连接在一起的装置。 该系统可自动操作,以在重叠关系上分配材料的片材,并将其连接以在其上接收植物材料的流动。 在接收植物材料之前或之后,片材被进一步分配,以在室中向下移动以接收和包裹植物材料。 然后,系统以相互重叠的关系将片材的相对端分配在材料上并连接端部以完成包装。