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    • 2. 发明申请
    • METHOD FOR HARDFACING A METAL SURFACE
    • 用于硬化金属表面的方法
    • WO1998008639A1
    • 1998-03-05
    • PCT/EP1997004535
    • 1997-08-21
    • DEERE & COMPANY
    • DEERE & COMPANYREVANKAR, Gopal, S.
    • B22F07/04
    • C23C26/02B22F7/04C23C24/08
    • A wear-resistant hardfacing and a method for applying such a hardfacing is taught herein. A finely powdered, wear-resistant alloy and a polyvinyl alcohol (PVA) solution slurry is coated onto the metal surface of a tool, implement, or similar item to be hardfaced. Alternatively, a binding coating of PVA solution may be applied to the metal surface followed by application of a layer of a powdered alloy. After the slurry or PVA binding coating has dried, leaving a dry coat of alloy in a PVA matrix, the metal surface is heated to the fusion temperature of the alloy in vacuum, in an inert gas atmosphere, or in hydrogen atmosphere. The metal item with the fused coating is heat treated to impart desired mechanical properties to the part substrate material. The method of the present invention gives a smooth, dense coating of the wear-resistant hardfacing without nonmetallic inclusions.
    • 本文教导了耐磨硬化面和应用这种硬化面的方法。 将精细粉末状耐磨合金和聚乙烯醇(PVA)溶液浆料涂覆在工具,工具或类似物品的金属表面上以进行硬表面处理。 或者,可以将金属表面施加PVA溶液的粘合涂层,然后施加一层粉末状合金。 在浆料或PVA粘结涂层干燥后,在PVA基体中留下干燥的合金涂层,金属表面在惰性气体气氛或氢气氛中在真空中加热至合金的熔融温度。 具有熔敷涂层的金属物品被热处理以赋予部件基材材料所需的机械性能。 本发明的方法给出了没有非金属夹杂物的耐磨硬化面的光滑,致密的涂层。
    • 3. 发明申请
    • TOOL HOLDER
    • 刀架
    • WO1998005193A1
    • 1998-02-12
    • PCT/EP1997003838
    • 1997-07-17
    • DEERE & COMPANY
    • DEERE & COMPANYWODRICH, Timothy, DirkSTANFILL, Ralph, Everette
    • A01C07/20
    • A01C5/06A01C7/201
    • A tool holder, for example for a furrow opener, can swivel in the vertical direction on a main frame (8) and is pressed by both its weight and a spring (92) on or into the soil. The spring (92) acts between the main frame (8) and the tool (10'). A displacement limiter (86) is also arranged parallel to the spring (92), is surrounded by the spring (92) and supports it with its ends. The displacement limiter (86) slides in the tool (10') and is longer than the effective length of the spring (92). Two working areas are thus obtained within which the tool (10') can work: a first non-spring-biased area and a second spring-biased area.
    • 的工具载体,例如 一个开沟器,垂直枢转连接在主体框架(8)上,并且通过它的重量被压两者,以及由上或在地面上的弹簧(92)的装置。 所述弹簧(92)作用在主框架(8)和所述工具(10“)之间。 平行于所述弹簧(92)也被提供,其由所述弹簧(92)被安置并在其端部的弹簧(92)包围的路径限制器(86)。 行程限制器(86)在所述工具(10“)被滑动地引导和两者设计成比在其有效长度的弹簧(92)更长。 这导致在其内操作的工具(10“)两个工作区:第一无弹簧加载和第二弹簧加载的。
    • 5. 发明申请
    • MODULAR THRESHING ASSEMBLY FOR A COMBINE
    • 组合模块化组合
    • WO1996006524A1
    • 1996-03-07
    • PCT/US1995010732
    • 1995-08-30
    • DEERE & COMPANY
    • DEERE & COMPANYUNDERWOOD, Mark, R.
    • A01D67/00
    • A01D67/00A01D75/28
    • A combine (10) for harvesting a crop has a threshing assembly (34) with a threshing rotor and a threshing grate. The threshing assembly locates within the framework of the combine. A threshing assembly frame (70) mounts to the threshing assembly and is removably mounted to the framework of the combine so that the threshing assembly is held within the framework. The threshing assembly frame has a support leg (76) for engaging the ground so that the frame and threshing assembly (34) can be supported in a freestanding position when removed from the combine. The frame is oriented in the freestanding position to facilitate mounting of the threshing assembly frame and threshing assembly to the framework. The frame has a pair of side members (90) that are located on opposite sides of threshing assembly which correspond to guide members (100) mounted to the framework. The side members allow the threshing assembly frame to be inserted into and pulled out of the framework of the combine. Forward support members (86) are pivotally mounted to the frame and movable between a raised and lowered position. The forward support members engage the support surface when moved to the lowered position so that the threshing assembly frame and threshing assembly can be pulled from the framework of the combine. Lift means (84) is provided with the forward support member for moving the forward support member between the raised and lowered positions.
    • 用于收获作物的组合(10)具有脱粒组件(34),其具有脱粒转子和脱粒炉排。 脱粒装置位于组合框架内。 脱粒组装框架(70)安装到脱粒组件并且可拆卸地安装到组合体的框架上,使得脱粒组件保持在框架内。 脱粒组件框架具有用于接合地面的支撑腿(76),使得当从组合体移除时,框架和脱粒组件(34)可以被支撑在独立位置。 框架定位在独立位置,以便于将脱粒组装框架和脱粒组件安装到框架上。 框架具有位于脱粒组件的相对于安装到框架的引导构件(100)的相对侧上的一对侧构件(90)。 侧部构件允许脱粒​​组装框架插入并从组合框架的框架中拉出。 前向支撑构件(86)枢转地安装到框架并且可在升高和降低位置之间移动。 当移动到下降位置时,前支撑构件接合支撑表面,使得脱粒组件框架和脱粒组件能够从组合框架的框架中拉出。 提升装置(84)设置有前支撑构件,用于使前支撑构件在升高位置和下降位置之间移动。
    • 6. 发明申请
    • DEVICE FOR FASTENING AND CONNECTING TWO SWIVELLING PARTS
    • 用于紧固和连接两个旋转部件的装置
    • WO1990002482A1
    • 1990-03-22
    • PCT/EP1988000801
    • 1988-09-03
    • DEERE & COMPANY
    • DEERE & COMPANYKUNDE, DetlevSTACHNIK, Winfried
    • A01F12/40
    • F16B1/00A01F12/40
    • A device (10) for fastening and connecting two swivelling parts (12, 14), in particular a chaff-cutter and a spreading flap on a combine harvester, one of which can pivot about a bearing (24) on a frame (16) to which it can be connected by a locking element (20), is designed so that both swivelling parts (12, 14) can be brought into their operating position and retained in this position using a small number of fastening means. To this end, the first swivelling part (12) is first swivelled into its operating position in which it is temporarily retained by a locking element (20). The second swivelling part (14) is then swivelled permanently into the path of motion of the other, and the locking element (20) is connected not to the frame (16) but to the other swivelling part (14) so that the two swivelling parts (12, 14) can no longer move apart. The device can be used on chaff cutters or the like mounted on a combine harvester.
    • 一种用于紧固和连接两个旋转部分(12,14)的装置(10,14),特别是在切割机上的锯齿刀和扩展翼,其中一个旋转部分可围绕框架(16)上的轴承(24)枢转, 可以通过锁定元件(20)连接到其上的设计使得两个旋转部件(12,14)能够被使用到其操作位置并且使用少量紧固装置保持在该位置。 为此,第一旋转部件(12)首先被旋转到其被暂时由锁定元件(20)保持的操作位置。 然后,第二旋转部件(14)永久地旋转到另一个的运动路径中,并且锁定元件(20)不连接到框架(16)而是连接到另一个旋转部件(14),使得两个旋转部件 零件(12,14)不能再分开。 该装置可用于安装在联合收割机上的谷壳切割机等。
    • 7. 发明申请
    • PENDULAR SPRING MOUNTED AXLE SUSPENSION
    • RECIP STORED,SPRUNG轴悬架
    • WO1998017488A1
    • 1998-04-30
    • PCT/EP1997005651
    • 1997-10-14
    • DEERE & COMPANY
    • DEERE & COMPANYALTHERR, AugustGELB, HerbertTEICH, Michael
    • B60G09/02
    • B60G9/027B60G2200/30B60G2200/324B60G2200/341B60G2204/4504B60G2300/082
    • Suspension of a rigid pendular axle shaft (16) mounted on an industrial vehicle or a farm vehicle (10). Said axle shaft (16) is suspended on the body of the vehicle by means of a substantially vertically aligned hydraulic cylinder (68, 70). The axle shaft (16) is supported by a thrust bar (24) in the longitudinal direction of the vehicle and by a transverse bar (60) perpendicular to the longitudinal direction of the vehicle. The transverse bar is coupled on one end to the body of the vehicle (12). On the other end it is connected to the axle shaft (16) by means of a self aligning bearing (54) in such a way that the axle shaft (16) can swing in a pendulum movement about the swing axle (56). At least one pendulum stop device is provided (88, 90) in order to limit the pendular angle.
    • (10)在工业或农业车辆的悬架安装振荡刚性轴体(16)由基本垂直对准的液压缸(68,70)(12)的装置悬挂在车体上。 所述轴身(16)通过由横向连杆(60)的推力连杆(24)和横向于车辆纵向方向上沿车辆前后方向被支撑。 控制臂(60)在一端连接到所述车辆主体(12)并且在另一经由与轴(16),使得所述轴身(16),可以执行关于摆动轴(56)的摆锤移动的摆轴承(54)铰接。 为了限制的摆动角,一个第一摆动止动装置(88,90)至少建议。
    • 8. 发明申请
    • A MECHANICAL SEED METER
    • 机械种子表
    • WO1997032462A1
    • 1997-09-12
    • PCT/EP1997000827
    • 1997-02-21
    • DEERE & COMPANY
    • DEERE & COMPANYLODICO, James, IrwinSNIPES, Terry, LeeWISOR, Donald, Raymond
    • A01C07/04
    • A01C7/04Y02P60/16
    • A mechanical seed meter having a stationary housing (10) and a rotatable bowl (34). The stationary housing (10) is provided with a first axial wall (22), an outer radial wall (26) and a flexible inner radial wall (24). The bowl (34) is provided with seed receiving cells (38) that form a second axial wall (38) for trapping single seeds in the seed trapping area (28). A flexible and resilient insert (48) together with an axially extending flexible member (42) like a brush removes excess seeds from the seed receiving cells (38) as they pass through the seed puddle before entering the seed trapping zone (28). The seed slides along the radial outer wall (26) by centrifugal force until it enters the outlet area from which the outer radial wall (26) becomes part of the outlet (16) and the metered seed is deposited through the outlet (16) to a seed tube.
    • 一种具有固定壳体(10)和可旋转碗(34)的机械种子计。 固定壳体(10)设置有第一轴向壁(22),外径向壁(26)和柔性内径向壁(24)。 碗(34)设置有种子接收单元(38),其形成用于捕获种子捕获区域(28)中的单个种子的第二轴向壁(38)。 柔性和弹性插入件(48)与诸如刷子的轴向延伸的柔性构件(42)一起,当它们在进入种子捕获区域(28)之前通过种子水池从种子接收池(38)中移除多余的种子。 种子通过离心力沿着径向外壁(26)滑动,直到其进入出口区域,外径向壁(26)从该出口区域变成出口(16)的一部分,并且计量种子通过出口(16)沉积到 种子管。
    • 9. 发明申请
    • ROTARY AGRICULTURAL COMBINE
    • 旋转农业综合体
    • WO1997007660A1
    • 1997-03-06
    • PCT/EP1996003487
    • 1996-08-07
    • DEERE & COMPANY
    • DEERE & COMPANYPFEIFFER, Dohn, WilliamBRAUNHARDT, Klaus, AdamSKINNER, David, AldenHARDEN, Philip, Alan
    • A01F07/06
    • A01F7/06
    • An axial agricultural combine (10) having a single element rotor (28) defining a rotor axis (RA). The rotor (28) is housed in a rotor housing (26) having an infeed section (36), a threshing section (38) and a separating section (40). The infeed section (36) of the rotor housing (26) defines an infeed axis (IA), the threshing section (38) of the rotor housing (26) defines a threshing axis (TA) and the separating section (40) of the rotor housing (26) defines a separating axis (SA). The infeed axis is parallel to and in line with the rotor axis (RA). The threshing axis (TA) is parallel to and offset from the rotor axis (RA). The threshing axis (TA) is offset above and downstream from the rotor axis (RA). The separating axis (TA) is parallel to and offset from the rotor axis (RA). The separating axis (SA) is offset above and downstream from the rotor axis (RA). The separating axis (SA) is more offset from the rotor axis (RA) than the threshing axis (TA) is offset from the rotor axis (RA).
    • 具有限定转子轴线(RA)的单个元件转子(28)的轴向农业组合(10)。 转子(28)容纳在具有进料部分(36),脱粒部分(38)和分离部分(40)的转子壳体(26)中。 转子壳体(26)的进料部分(36)限定了进料轴线(IA),转子壳体(26)的脱粒部分(38)限定脱粒轴线(TA),分离部分(40) 转子壳体(26)限定分离轴线(SA)。 进给轴线与转子轴线(RA)平行并与其成一直线。 脱粒轴(TA)与转子轴线(RA)平行并偏移。 脱粒轴(TA)偏离转子轴线(RA)上方和下游。 分离轴(TA)平行于转子轴线(RA)并偏离转子轴线(RA)。 分离轴(SA)在转子轴线(RA)上方和下游偏移。 分离轴(SA)比脱硫轴(TA)偏离转子轴线(RA)更偏离转子轴线(RA)。