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    • 1. 发明授权
    • Cleaning shoe for a combine
    • 清洁鞋组合
    • US4531528A
    • 1985-07-30
    • US472506
    • 1983-03-07
    • Loren W. PetersReed J. Turner
    • Loren W. PetersReed J. Turner
    • A01F12/44A01F12/30
    • A01F12/44
    • In a cleaning shoe arrangement for a combine, an elongated grain pan includes a screen portion and receives crop material directly from an open threshing concave and a return pan under the straw walkers. The screen portion is provided with an under air blast and the grain pan thus does double duty--as a conveyor and as a precleaner or "conditioning sieve". Clean grain passing through this screen portion goes directly to the clean grain auger of the cleaning shoe. Remaining material, conditioned and stratified by its passage across the conditioning sieve of the grain pan, is delivered to a chaffer. Beneath the chaffer, a sieve assembly includes a conventional sieve portion and, extending downstream beyond the chaffer, a chaffer extension coplanar with the sieve portion and spaced from it by a transverse tailings slot, disposed above the tailings auger of the cleaning shoe. The chaffer and sieve assembly are provided with a conventional air blast from the cleaning shoe blower.
    • 在用于组合体的清洁鞋装置中,细长的谷物盘包括筛网部分,并且直接从打开的脱粒凹槽和秸秆步行器下面的回收盘接收作物材料。 屏幕部分设置有空气下风,并且谷物盘因此作为输送机和预净化器或“调节筛”进行双重作用。 通过该筛网部分的清洁颗粒直接进入清洁鞋的干净的谷物螺旋钻。 剩余的材料,通过其通过粮食盘的调理筛的条件和分层,被递送到葫芦。 筛子组件包括常规的筛子部分,并且延伸到切割器之下的下游,与筛子部分共面的切片延伸部分,并与设置在清洁鞋的尾部螺旋推运器上方的横向尾部槽口间隔开。 风扇和筛组件设置有来自清洁鞋式鼓风机的常规鼓风。
    • 3. 发明授权
    • Two outlet cleaning fan
    • 两个出口清洁风扇
    • US5387154A
    • 1995-02-07
    • US59541
    • 1993-05-10
    • Loren W. Peters
    • Loren W. Peters
    • A01F12/44A01F12/48
    • A01F12/444
    • A cleaning system of a combine is provided with a cleaning shoe having a step pan, a conditioning pan and a chaffer. A cleaning fan is provided with two outlets. The first outlet has two ducts. The first duct directs a primary air blast above the step pan through grain and chaff falling from the threshing system to the step pan. The second duct directs a secondary air blast through grain and chaff falling from the step pan and the separating system onto the conditioning pan. The second outlet directs a chaffer air blast to the chaffer.
    • 组合式清洁系统设置有具有步进盘,调节盘和葫芦的清洁鞋。 清洁风扇设有两个出口。 第一个出口有两个管道。 第一个导管通过谷物和谷壳从脱粒系统下降到步骤盘上方的一次空气鼓风。 第二管道引导通过从台式锅和分离系统落到调节盘上的谷物和谷壳的二次风吹。 第二个出口将一个干燥的气泡引导到葫芦。
    • 4. 发明授权
    • Separating grate for a grain harvester
    • 分离谷物收割机
    • US4875891A
    • 1989-10-24
    • US229784
    • 1988-08-05
    • Reed J. TurnerLoren W. PetersJohn E. WilsonRobert E. Bennett
    • Reed J. TurnerLoren W. PetersJohn E. WilsonRobert E. Bennett
    • A01F12/24A01F12/44
    • A01F12/24A01F12/442
    • In an axial flow rotary separator, a separator grate forming part of a generally cylindrical separator casing consists of a series of circumferentially spaced, axially extending, finger bar assemblies. In each finger bar assembly side by side fingers extend circumferentially in the direction of rotation, supported cantilever fashion by an axially extending finger support bar. The fingers and support bar inner surfaces all lie approximately in a cylindrical surface but the radial offset of the free ends of the fingers relative to the following finger support bar, may be chosen or varied according to the crop handled and the grate characteristics desired. In a second embodiment a threshing concave of the same general structure is used in conjunction with a conventional rasp bar threshing cylinder.
    • 在轴向旋转分离器中,形成大致圆柱形分离器壳体的一部分的分离器格栅由一系列周向间隔开的轴向延伸的指杆组件组成。 在每个指杆组件中,并排指状物沿着旋转方向周向地延伸,通过轴向延伸的手指支撑杆支撑悬臂式。 指状物和支撑杆内表面都大致位于圆柱形表面中,但手指相对于随后的手指支撑杆的自由端的径向偏移可以根据所处理的作物和所需的格栅特性来选择或变化。 在第二实施例中,相同的一般结构的脱粒凹槽与常规的锉刀脱粒筒结合使用。
    • 5. 发明授权
    • Blower system for an axial flow rotary combine cleaning shoe
    • US4265077A
    • 1981-05-05
    • US63423
    • 1979-08-03
    • Loren W. Peters
    • Loren W. Peters
    • A01F12/44A01F12/20
    • A01F12/444
    • A self-propelled axial flow rotary combine includes a generally fore-and-aft disposed separator including a separating rotor surrounded by a cylindrical grate. A forward-mounted header gathers crop material from a field and feeds it to the space between the rotor and the grate for threshing and separation, straw being ejected from the rear of the separator and a portion of the crop material, including grain and chaff, passing through the grate and generally downwards to be intercepted by either a reciprocating grain pan under a forward portion of the separator or a reciprocating cleaning shoe immediately rearward of the grain pan and beneath a rearward portion of the separator. The grain pan is shaped so as to compensate for the laterally uneven distribution of the crop material as it passes downwards from the grate so that delivery of material from the rearward edge of the grain pan to the cleaner is distributed more uniformly across the width of the cleaner. Beneath the grain pan and forward of the cleaner is a blower assembly including four individually housed centrifugal blower wheels, each scrolled housing permitting axial flow of air into each wheel from both sides and centrifugal delivery over substantially the entire periphery of each wheel. The fan housings and ducts are arranged so that a portion of the air delivered by each blower wheel is delivered almost directly rearwardly and upwardly to the cleaning shoe while the remaining air portion is directed horizontally forward into a duct system extending across the width of the separator body and provided with deflectors for reversing the air flow so that it passes rearwardly above the grain pan and beneath and alongside the separator grate. The larger radius and greater depth of opposite reversing outer air flow deflectors compared with a center deflector results in an air flow pattern with respect to the grate having an inner shallower portion and outer portions of greater vertical extent.