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    • 2. 发明授权
    • Vibratory roller
    • 振动辊
    • US4367054A
    • 1983-01-04
    • US237596
    • 1981-02-24
    • Chittaranjan SalaniGary L. Jackson
    • Chittaranjan SalaniGary L. Jackson
    • E01C19/28E01C19/38
    • E01C19/286Y10T74/18344Y10T74/18552
    • A vibratory roller includes a vibrator operably connected to a rotatable compacting roll. The vibrator is comprised of a rotatable shaft mounted co-axially to the roll and a casing mounted on the shaft and including a chamber and an eccentric mass within the chamber the mass being transversely displaceable in the chamber. Movement of the mass within the chamber provides a variable amplitude for the vibrations induced thereby. The movement of the mass is caused by centrifugal force which urges the mass radially outwardly against a fluid storage space radially outwards of the eccentric mass in the chamber, such chamber in turn communicates through a port with a portion of the chamber radially inwards of the eccentric mass. Fluid thus flows from the radially outwards storage space through the port to the radially inwards storage space and the eccentric mass moves radially outwards until the eccentric mass closes off the port.
    • 振动辊包括可操作地连接到可旋转压实辊的振动器。 所述振动器包括与所述辊同轴安装的旋转轴和安装在所述轴上的壳体,所述壳体和所述腔室内的偏心质量块在所述腔室中可横向移位。 室内的质量的运动为由此引起的振动提供了可变的幅度。 质量的运动是由离心力引起的,该离心力径向向外推动质量向着腔室中的偏心物质的径向向外的流体存储空间,该腔室又通过一个端口与腔室的一部分径向向内偏心 质量 因此,流体从径向向外的存储空间通过端口流到径向向内的存储空间,并且偏心质量块径向向外移动,直到偏心质量封闭端口。
    • 3. 发明授权
    • Soil stabilizer machine with recycler screen
    • 土壤稳定机带回收机筛网
    • US4458763A
    • 1984-07-10
    • US311265
    • 1981-10-14
    • Prabhakar B. RaoGary L. Jackson
    • Prabhakar B. RaoGary L. Jackson
    • A01B33/16E01C19/05E01C21/00E02F3/76E02F7/06
    • E02F3/783A01B33/16E01C19/05E01C21/00E02F7/06
    • The present invention relates to a soil stabilizer machine with a recycler screen. The soil stabilizer machine includes a horizontal rotor having a plurality of teeth along a periphery thereof. In operation, the machine moves along the ground and the rotor rotates to dig soil material. The soil dug by the rotor is comminuted by the rotor within a housing surrounding the rotor. Inside the housing and behind the rotor a screen is positioned to selectively permit particles of soil of less than a predetermined size to be dispensed on the ground behind the rotor and to selectively return particles of soil or rock greater than the predetermined size to the rotor to be further comminuted by the rotor. In a preferred embodiment, the screen is pivotably mounted within the housing between first and second positions. The screen can be secured in the first position to return particles of greater than the predetermined size or in the second storage position in which the particles dug up by the rotor are dispensed upon the ground behind the rotor without being sized.
    • 本发明涉及具有回收机筛网的土壤稳定机。 土壤稳定器包括沿着其周边具有多个齿的水平转子。 在操作中,机器沿地面移动,转子旋转以挖掘土壤物质。 由转子挖出的土被转子围绕转子的壳体粉碎。 在壳体内部和转子后面,筛网被定位成选择性地允许小于预定尺寸的土壤颗粒被分配在转子后面的地面上,并且选择性地将大于预定尺寸的土壤或岩石的颗粒返回到转子, 被转子进一步粉碎。 在优选实施例中,屏幕可枢转地安装在壳体内的第一和第二位置之间。 屏幕可以被固定在第一位置以返回大于预定尺寸的颗粒,或者在第二存储位置中,由转子挖出的颗粒被分配在转子后面的地面上而没有尺寸。
    • 7. 发明授权
    • Refiner with improved bearing retainer construction
    • 精炼机具有改进的轴承保持架结构
    • US4688732A
    • 1987-08-25
    • US896800
    • 1986-08-15
    • Gary L. Jackson
    • Gary L. Jackson
    • F16C35/067B02C7/14B02C7/16D21D1/30F16C35/077
    • B02C7/14
    • A bearing assembly (40) is provided for supporting a rotatable and axially displaceable shaft (16) of a disc-type refining apparatus (10). An annular retainer ring (44) is mounted non-rotatably about the outer annular ring (54) of a bearing means (42) and has an outer circumferential surface (45) having a plurality of axially elongated pads (60) mounted thereto extending parallel to the shaft (16) at circumferentially spaced intervals about the outer surface (45) of the retainer ring (44). The bearing housing (46) has an inner circumferential surface (47) spaced from the outer circumferential surface (45) of the retainer ring (44) and has a plurality of axially elongated pads (70) mounted thereto extending parallel to the shaft (16) at circumferentially spaced intervals about the inner surface (47) of the bearing housing (46). The plurality of pads (70) mounted to the inner surface (47) of the bearing housing (46) is equal in number to the plurality of pads ( 60) mounted to the outer surface (45) of the retainer ring (44). Each of the pads (70) disposed about the inner surface of the bearing housing mate with and contact a pad (60) mounted to the outer surface of the retainer ring. The innerfaces therebetween provide sliding surfaces along which the shaft (16) may be axially translated relative to the stationary bearing housing (46).
    • 轴承组件(40)被设置用于支撑圆盘式精炼设备(10)的可旋转和轴向移动的轴(16)。 环形保持环(44)不可旋转地安装在轴承装置(42)的外环形环(54)周围,并且具有外周表面(45),该外圆周表面(45)具有多个轴向细长的垫(60) 围绕保持环(44)的外表面(45)以周向间隔开的间隔连接到轴(16)。 轴承壳体(46)具有与保持环(44)的外圆周表面(45)间隔开的内圆周表面(47),并且具有多个轴向细长的垫(70),其安装在其上平行于轴(16)延伸 )围绕轴承壳体(46)的内表面(47)周向间隔开。 安装到轴承壳体(46)的内表面(47)的多个垫(70)的数量与安装到保持环(44)的外表面(45)的多个垫(60)的数量相等。 设置在轴承座的内表面周围的每个垫(70)与安装在保持环的外表面上的垫(60)接触并接触。 其间的表面提供了滑动表面,轴(16)沿着该滑动表面可相对于固定轴承壳体(46)轴向平移。