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    • 1. 发明授权
    • Hydro-mechanical transmission system for an agricultural combine
    • 农业机械传动系统
    • US06247295B1
    • 2001-06-19
    • US09428847
    • 1999-10-28
    • John C. HansenJeffery D. FregoDavid J. TempletonSteven C. Young
    • John C. HansenJeffery D. FregoDavid J. TempletonSteven C. Young
    • F16H4704
    • F16H61/465B60Y2200/222F16H47/04F16H61/46F16H61/462F16H2037/088
    • The invention consists of an engine driving a wet clutch and hydrostatic pump and connected hydrostatic motor. The output of the motor drives the sun gear of a hydro-mechanical planetary drive and the output of the clutch drives the ring gear of the same drive. The carrier is the output and drives the rotors of an agricultural combine. The transmission is controlled by a microcomputer. The microcomputer receives signals from an engine speed sensor and a rotor speed sensor and transmits controlling signals to the hydrostatic pump's swash plate and to a clutch valve allowing a quantity of hydraulic fluid to enter the clutch. The microcomputer can also send a signal to brake the ring gear while reversing the direction of the hydrostatic pump motor to allow act as a reverser for the rotor. The microcomputer also can receive signals from the rotor speed sensor to open the clutch valve allowing a quantity of hydraulic fluid to enter and synchronize the clutch. This allows the clutch to slowly begin to rotate the rotors will at the same time limit damage to the clutch.
    • 本发明包括驱动湿式离合器和静液压泵以及连接的静液压马达的发动机。 电机的输出驱动水力机械行星驱动器的太阳齿轮,离合器的输出驱动相同驱动器的齿圈。 承运人是输出并驱动农业组合的转子。 传输由微型计算机控制。 微型计算机接收来自发动机速度传感器和转子速度传感器的信号,并将控制信号发送到静液压泵的斜盘和允许一定数量的液压流体进入离合器的离合器阀。 微型计算机还可以发送信号来制动环形齿轮,同时反转静液压泵马达的方向,以允许作为转子的反向器。 微型计算机还可以接收来自转子速度传感器的信号以打开离合器阀,允许一定数量的液压流体进入并同步离合器。 这允许离合器缓慢开始转动转子,同时限制离合器的损坏。
    • 3. 发明授权
    • Variable angle powered work implement
    • 可变角度动力工作装置
    • US06938699B2
    • 2005-09-06
    • US10120747
    • 2002-04-11
    • David J. TempletonRandy A. Saylor
    • David J. TempletonRandy A. Saylor
    • A01D34/64A01D34/84A01D34/00
    • A01D34/64A01D34/84A01D2101/00
    • A walk-behind power unit is configured to detachably mount a variety of work implements to perform a corresponding variety of operations from a single power unit. The power unit includes an implement mounting mechanism that is pivotable about a generally vertical pivot axis corresponding to the power output shaft of the engine on the power unit. An attached work implement can be moved laterally to change the operating characteristics through pivoting the implement to either side of a normal direction of travel. An landscape edger implement can be mounted so that the width of cut of the cutting disk is varied as the edger implement is pivoted. A mower implement can be attached so that the cutting path of the mower blade is offset laterally as the implement is pivoted, thus permitting the mower to mow around obstacles offset to the side of the direction of travel.
    • 步行动力单元被配置为可拆卸地安装各种工作装置,以从单个动力单元执行相应的各种操作。 动力单元包括一个工具安装机构,该工具安装机构围绕对应于动力单元上发动机的动力输出轴的大致垂直的枢转轴线枢转。 连接的工作装置可以横向移动以通过将工具枢转到正常行进方向的任一侧来改变操作特性。 可以安装景观磨边工具,使得切割盘的切割宽度随着磨边工具的转动而变化。 割草机工具可以被附接,使得割草机叶片的切割路径在工具枢转时被横向偏移,从而允许割草机绕偏离行进方向的障碍物进行修剪。
    • 4. 发明授权
    • Walk-behind landscape edger/trencher
    • 背后的景观美化者/挖坑者
    • US06883616B2
    • 2005-04-26
    • US10458420
    • 2003-06-10
    • David J. Templeton
    • David J. Templeton
    • A01B33/02A01G3/06A01B33/16
    • A01G3/062A01B33/028
    • A walk-behind trenching implement has a side mounted rotary trenching tool for creating a profiled trench into the surface of the earth, which can also be used as an implement to edge landscape beds. The trenching implement is powered by an engine that delivers rotational power in an unbalanced manner to the wheel adjacent to the rotatable trenching tool. The wheel opposite to the trenching tool is can be non-powered to freely rotate as the implement is moved across the surface of the ground, or braked to unbalance power delivery through a differential. This unbalanced propulsion drive induces a skewing action into the operation of the implement that counterbalances the opposite skewing action resulting from the operation of the trenching tool to provide a more smoothly operating implement. A trenching tool having a configuration conducive to profile modification allows flexibility in the desired shape of the trench being formed.
    • 落后的挖沟工具具有侧面安装的旋转挖沟工具,用于在地球表面中形成异形沟槽,其也可用作边缘景观床的工具。 挖沟工具由发动机驱动,该发动机以不平衡的方式将旋转动力传递到与可旋转挖沟工具相邻的轮。 当挖掘工具与挖沟工具相对的车轮可以被非动力地自由旋转,因为工具在地面上移动,或者通过差速器制动以不平衡动力输送。 这种不平衡的推进驱动器对工具的操作引起偏斜动作,其抵消由挖沟工具的操作产生的相反的倾斜动作,以提供更平稳的操作工具。 具有有利于轮廓修改的构造的挖沟工具允许形成的沟槽的期望形状的灵活性。
    • 6. 发明授权
    • Walk-behind implement with counter-rotating attachment
    • 带反向旋转附件的后退工具
    • US07644779B1
    • 2010-01-12
    • US11194310
    • 2005-08-01
    • David J. TempletonKenneth R. Underhill
    • David J. TempletonKenneth R. Underhill
    • A01B33/00
    • A01D34/84A01B33/028A01D42/06A01D2101/00
    • A walk-behind power unit is configured to detachably mount a counter-rotating powered drum work implement on a centrally pivoted implement carrier. The pivoting of the implement carrier from a central position to either side causes the discharge of the powered drum to be located on a desired side of the work implement. The work implement can also be positioned to discharge forwardly from the powered drum member. A lift apparatus is provided to be cooperable with an associated set of support wheels to affect the positioning of the powered drum member between a lowered operative position and a raised transport position. The powered, counter-rotating drum member can be either a rotatable broom or a power rake. In the broom configuration, the lift apparatus can move the lid member, after first unlatching the lid member from the frame of the work implement, to fix the lid in an opened position.
    • 后挡板动力单元被配置成将可逆转的动力滚筒工作装置可拆卸地安装在中心枢转的工具托架上。 工具托架从中心位置到任一侧的枢转使得动力滚筒的排放位于工作工具的期望侧上。 工作装置也可以定位成从动力鼓构件向前排放。 升降装置设置成与相关联的一组支撑轮配合,以影响动力鼓构件在降低的操作位置和升高的运送位置之间的定位。 动力的反向旋转鼓构件可以是可旋转的扫帚或动力耙。 在扫帚配置中,提起装置可以在首先从工具的框架解锁盖构件之后移动盖构件,以将盖固定在打开位置。
    • 7. 发明授权
    • Split engine hood for tractors
    • 拖拉机分体发动机罩
    • US5634525A
    • 1997-06-03
    • US318303
    • 1994-10-05
    • David J. TempletonRussell W. StrongRobert D. Kurtz, Jr.Joseph C. HurlburtDavid L. Knight
    • David J. TempletonRussell W. StrongRobert D. Kurtz, Jr.Joseph C. HurlburtDavid L. Knight
    • B62D25/10B62D25/12
    • B62D25/10
    • A rear hinged pivotable hood for enclosing a tractor engine is disclosed wherein a hinge member pivotally mounts the hood to the tractor chassis for movement about a generally horizontal, transverse hinge access between a closed position in which the engine is inaccessibly covered and an opened position in which the engine is accessible. The engine hood includes a primary hood member that is pivotally movable about the hinge axis and a fixed portion that includes a pair of laterally spaced daily access doors pivotally mounted for outward movement to gain access to preselected frequently accessed service components of the engine. The lateral width of the primary hood member is substantially greater that the lateral spacing of the daily access doors so that the operator may have greater visibility of the position where said front tires engage the ground.
    • 公开了一种用于封闭牵引机发动机的后铰链可枢转罩,其中铰链构件将罩罩可枢转地安装到拖拉机底架上,用于在发动机不可覆盖的关闭位置和打开位置之间围绕大致水平的横向铰链通路移动 引擎可以访问。 发动机罩包括可围绕铰链轴线枢转运动的初级罩构件和固定部分,该固定部分包括一对侧向间隔开的每日通道门,其可枢转地安装用于向外移动以便进入预先选定的经常访问的发动机的服务部件。 初级罩构件的横向宽度大大地大于日常通行门的横向间隔,使得操作者可以具有更大的所述前轮胎接合地面的位置的可视性。