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    • 1. 发明申请
    • Triple windrowing method and apparatus
    • 三重投料方法及装置
    • US20050120696A1
    • 2005-06-09
    • US10752640
    • 2004-01-07
    • Randy LohrentzDwight NickelBen Nolt
    • Randy LohrentzDwight NickelBen Nolt
    • A01D57/20A01D43/00
    • A01D57/20
    • A harvester suitable for triple windrowing operations has a cross-conveyor located behind the harvesting header for intercepting a stream of severed materials projected rearwardly from the header as the machine moves through the field. The cross-conveyor may be maintained in a raised or lowered position independently of the header so that, when the cross-conveyor is raised, the stream of severed materials from the header can be projected straight back underneath the raised conveyor to fall onto the ground generally in line with the header. For triple windrowing, a first pass is made with the cross-conveyor raised so that the first deposit is made directly behind the header on the mowed strip of the first pass. The first pass is carried out at a distance inwardly from the uncut edge of standing materials that is equal to or less than the width of the header so that a band of standing materials is left along one side of the mowed strip and the main remaining body of standing materials is presented along the other side. During the second pass, either through the main body or the band of materials depending upon the direction at which the cross-conveyor is angled rearwardly, the cross-conveyor is in its lowered position so as to intercept the stream of materials from the header, convey them laterally, and project them into a second deposit of material in the mowed strip from the first pass. The third pass is then made with the cross-conveyor also in a lowered position to form a third deposit of materials in the first mowed strip. When all three passes are complete, a total of three deposits of material are presented in the mowed strip from the first pass. An extension conveyor in the discharge area of the cross-conveyor accelerates the crop materials and is cocked upwardly to provide additional loft to the materials, thus enabling the materials to travel the extra distances needed to carry out the triple windrowing process.
    • 适用于三次堆垛操作的收割机具有位于收割头后面的交叉输送机,用于当机器移动通过场时拦截从头部向后突出的切断材料流。 交叉输送机可以独立于集管保持在升高或降低的位置,使得当横向输送机升高时,来自集管的切断材料流可以直接地回到升起的输送机下面落到地面上 一般符合标题。 对于三次堆垛,第一次通过交叉输送机升起,使得第一沉积物直接在第一次通过的割草带上的头部后面进行。 第一道次距离立柱材料的未切割边缘向内一定距离,该距离等于或小于头部的宽度,使得一直线材料带沿着割草带的一侧留下并且主剩余体 站立材料沿着另一边呈现。 在第二次通过期间,通过主体或材料带取决于横向输送机向后倾斜的方向,横向输送机处于其降低的位置,以便拦截来自头部的材料流, 将它们横向传送,并将它们从第一次通过将其投影到割草带中的材料的第二沉积物中。 然后,第三道次通过横向输送机也在降低的位置进行,以在第一割草条中形成第三沉积材料。 当所有三个通行证完成时,总共三次材料沉积物从第一次通过在割草带中呈现。 交叉输送机的排放区域中的延伸输送机加速了作物材料并向上推动以向材料提供额外的顶棚,从而使得材料能够行进进行三重重叠处理所需的额外距离。
    • 2. 发明申请
    • Apparatus and method for conditioning crop materials
    • 作物材料调理装置及方法
    • US20050204715A1
    • 2005-09-22
    • US11130912
    • 2005-05-17
    • Dwight NickelMichael O'Halloran
    • Dwight NickelMichael O'Halloran
    • A01D43/10A01D39/00
    • A01D43/102
    • As crop materials are severed from the field, they pass through two successive pairs of counter-rotating conditioning rolls before being returned to the ground. The front rolls are preferably ribbed, metal rolls wherein the ribs of one roll are intermeshed with those of the other roll so as to crimp the stems of the crop materials as they pass between the rolls. The hard metal ribs also aggressively feed the materials rearwardly into the second set of rolls, which are preferably compressive surface rolls made of rubber or the like and provided with wide, intermeshed bars about their periphery. The tension mechanism for the rolls includes single-acting hydraulic cylinders that squeeze the rolls together to the extent permitted by adjustable stop structure used to set gaps between the rolls. In typical operations, the gap between the rear rolls is set to be considerably smaller than the gap between the front rolls. Great flexibility in the degree of conditioning experienced by the crop materials is achieved by the nature of the rolls and the ease with which roll pressure and spacing can be adjusted.
    • 由于作物材料从田间切断,它们在返回地面之前通过两对连续的反转调理辊。 前辊优选是肋状金属辊,其中一个辊的肋与另一个辊的肋相互啮合,以便当它们在辊之间通过时将作物材料的茎部卷曲。 硬金属肋也将材料积极地向后馈送到第二组辊中,这些辊优选是由橡胶等制成的压缩表面辊,并且在其周边上设置有宽的相互啮合的杆。 辊的张紧机构包括单作用液压缸,其将辊压在一起,达到用于设定辊之间的间隙的可调停止结构所允许的程度。 在典型的操作中,后辊之间的间隙被设定为远小于前辊之间的间隙。 通过辊的性质和可以调节辊压力和间距的容易性,可以获得作物材料经历的调节程度的极大的灵活性。
    • 5. 发明申请
    • Method and apparatus for conditioning crop materials
    • 作物材料调理方法和装置
    • US20050126147A1
    • 2005-06-16
    • US10716834
    • 2003-11-19
    • Dwight NickelMichael O'Halloran
    • Dwight NickelMichael O'Halloran
    • A01D43/10A01D75/00
    • A01D43/102
    • As crop materials are severed from the field, they pass through two successive pairs of counter-rotating conditioning rolls before being returned to the ground. The front rolls are preferably ribbed, metal rolls wherein the ribs of one roll are intermeshed with those of the other roll so as to crimp the stems of the crop materials as they pass between the rolls. The hard metal ribs also aggressively feed the materials rearwardly into the second set of rolls, which are preferably compressive surface rolls made of rubber or the like and provided with wide, intermeshed bars about their periphery. The tension mechanism for the rolls includes single-acting hydraulic cylinders that squeeze the rolls together to the extent permitted by adjustable stop structure used to set gaps between the rolls. In typical operations, the gap between the rear rolls is set to be considerably smaller than the gap between the front rolls. Great flexibility in the degree of conditioning experienced by the crop materials is achieved by the nature of the rolls and the ease with which roll pressure and spacing can be adjusted.
    • 由于作物材料从田间切断,它们在返回地面之前通过两对连续的反转调理辊。 前辊优选是肋状金属辊,其中一个辊的肋与另一个辊的肋相互啮合,以便当它们在辊之间通过时将作物材料的茎部卷曲。 硬金属肋也将材料积极地向后馈送到第二组辊中,这些辊优选是由橡胶等制成的压缩表面辊,并且在其周边上设置有宽的相互啮合的杆。 辊的张紧机构包括单作用液压缸,其将辊压在一起,达到用于设定辊之间的间隙的可调停止结构所允许的程度。 在典型的操作中,后辊之间的间隙被设定为远小于前辊之间的间隙。 通过辊的性质和可以调节辊压力和间距的容易性,可以获得作物材料经历的调节程度的极大的灵活性。