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    • 2. 发明申请
    • Elastic Rubber Suspension for an Agricultural Implement
    • 弹性橡胶悬架用于农业实施
    • US20160029541A1
    • 2016-02-04
    • US14445154
    • 2014-07-29
    • Daniel Richard Martindale
    • Daniel Richard Martindale
    • A01B61/04
    • A01B33/087A01B33/021
    • A suspension assembly for an agricultural implement having a carrier frame, an implement support frame pivotally connected to the carrier frame, and a rubber torsion spring having a drive shaft disposed coaxially within a square tubular housing, with an elastic rubber element captured within the housing and the shaft embedded in and adhered to the elastic rubber element. The torsion spring is connected to the implement support frame. An externally threaded screw has an internally threaded member engaged therewith, the screw being connected to the carrier frame. An adjusting arm has a first portion in driving engagement with the drive element, and has a second portion connected to the threaded member. Displacing the threaded member along the screw provides selectable spring force that adjustably biases the implement support frame away from the carrier frame such that an implement connected to the support frame is pressed against the soil with a selected force.
    • 一种用于具有承载框架的农具的悬挂组件,可枢转地连接到承载架的工具支撑框架和具有同轴地设置在方形管状壳体内的驱动轴的橡胶扭力弹簧,弹性橡胶元件被捕获在壳体内, 所述轴嵌入并粘附到所述弹性橡胶元件。 扭簧连接到工具支架上。 外螺纹螺纹具有与其接合的内螺纹构件,螺钉连接到承载架。 调节臂具有与驱动元件驱动接合的第一部分,并且具有连接到螺纹构件的第二部分。 沿着螺钉移动螺纹构件提供可选择的弹簧力,其可调节地将工具支撑框架偏离载体框架,使得连接到支撑框架的工具以选定的力压靠土壤。
    • 8. 发明授权
    • Support bracket for use with tiller
    • US06651752B2
    • 2003-11-25
    • US09966717
    • 2001-09-27
    • Masayuki Sasaoka
    • Masayuki Sasaoka
    • A01B3300
    • A01B33/027A01B33/087Y10T24/44684
    • A support bracket includes a cylindrical portion sized to have a skid inserted therethrough, and a receiving portion sized to receive a handlebar. The cylindrical portion and the receiving portion are formed by bending a single plate in two. The plate includes a groove portion formed centrally thereof, right and left flat plate portions positioned rightwardly and leftwardly of said groove portion, right and left curved portions protruding outwardly from the right and left flat plate portions, respectively, and right and left connection portions protruding outwardly from the right and left curved portions, respectively. The right and left flat plate portions include right and left projecting portions, respectively. The right and left flat plate portions are reinforced by the right and left projecting portions. When the plate is bent in two, the flat plate portions are joined together to form the groove portion into the cylindrical portion. At the same time, the curved portions are opposed to each other to provide the receiving portions. Further, the connection portions are opposed to each other in such a manner as to be connected to a casing of a tiller.