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    • 116. 发明申请
    • Stripping device for a soil compacting roller and a soil compacting roller having such a stripping device
    • 用于土壤压实辊的剥离装置和具有这种剥离装置的土壤压实辊
    • US20050117971A1
    • 2005-06-02
    • US10954480
    • 2004-10-01
    • Christian Berg
    • Christian Berg
    • E01C19/23E02D3/026E01C19/26
    • E01C19/238E02D3/026
    • A stripping device for a soil compacting roller having tamping feet is described, equipped with a spar on which are provided stripper teeth and an optionally adjustable spar mount which permits readjustment of the stripper teeth on the soil compacting roller. The spar preferably comprises a pipe having a circular cross section and a spar mount and on at least one end having a pair of half shells which surround the pipe and are detachably connected for clamping the pipe in a rotationally fixed and displacement-fixed manner. This permits readjustment of the stripper teeth by a swiveling movement of the spar, which results in a large gap width for removing stripped-off soil material in a small area on which soil material can be deposited.
    • 描述了一种用于具有捣固脚的土壤压实辊的剥离装置,其具有提供有剥离器齿的翼梁和可选地可调节的翼梁座,其允许在土壤压实辊上重新调节剥离器齿。 翼梁优选地包括具有圆形横截面的管和翼梁座,并且在至少一端具有围绕管的一对半壳,并且可拆卸地连接以用于以旋转固定和移位固定的方式夹紧管。 这允许通过翼梁的旋转运动来重新调整剥离器齿,这导致用于在可以沉积土壤材料的小区域中去除剥离的土壤材料的大的间隙宽度。
    • 117. 发明申请
    • Method for asphalt compaction and compaction apparatus
    • 沥青压实和压实装置的方法
    • US20020044829A1
    • 2002-04-18
    • US10015518
    • 2001-12-13
    • Pioneer Road Services Pty Ltd.
    • Ian James Rickards
    • E01C007/32E01C007/06
    • E01C19/236E01C19/238E01C19/48
    • A method of compacting a mat of hot mix asphalt which has been laid by an advancing asphalt paver, the method comprising advancing an asphalt compactor over the laid asphalt such that a compaction surface of the compactor, formed by a lower run of at least one belt, is engaged with any one portion of the mat for a period of at least 1.5 seconds, the compaction surface applying a maximum average load stress to the mat of less than about 50 kPa. Compaction may be achieved using a compactor (60) comprising two longitudinally spaced modular compaction units (62) connected relative to each other, and a power source for driving at least one of the modular compaction units (62), wherein at least one of the modular compaction units (62) is adjustable to permit steering of the compactor, and wherein each of said modular compaction units (62) comprises a compaction belt (74), support means (78, 80) for the belt to define a planar lower run of the belt (74) forming a compaction surface.
    • 一种压实由沥青摊铺机铺设的热拌沥青垫的方法,该方法包括使沥青压实机在铺设的沥青上方推进,使压实机的压实表面由至少一个带的下游形成 与垫子的任何一部分接合至少1.5秒的时间段,压实表面对垫施加小于约50kPa的最大平均载荷应力。 可以使用包括两个彼此连接的两个纵向间隔的模块化压实单元(62)的压实机(60)和用于驱动至少一个模块化压实单元(62)的电源来实现压实,其中至少一个 模块化压实单元(62)是可调节的以允许压实机的转向,并且其中每个所述模块化压实单元(62)包括压实带(74),用于所述带的支撑装置(78,80) (74)形成压实表面。
    • 118. 发明授权
    • Method for asphalt compaction and compaction apparatus
    • 沥青压实和压实装置的方法
    • US06350082B1
    • 2002-02-26
    • US09269003
    • 1999-06-14
    • Ian James Rickards
    • Ian James Rickards
    • E01C706
    • E01C19/236E01C19/238E01C19/48
    • A method of compacting a mat of hot mix asphalt which has been laid by an advancing asphalt paver, the method comprising advancing an asphalt compactor over the laid asphalt such that a compaction surface of the compactor, formed by a lower run of at least one belt, is engaged with any one portion of the mat for a period of at least 1.5 seconds, the compaction surface applying a maximum average load stress to the mat of less than about 50 kPa. Compaction may be achieved using a compactor comprising two longitudinally spaced modular compaction units connected relative to each other, and a power source for driving at least one of the modular compaction units, wherein at least one of the modular compaction units is adjustable to permit steering of the compactor, and wherein each of said modular compaction units comprises a compaction belt, support means for the belt to define a planar lower run of the belt forming a compaction surface.
    • 一种压实由沥青摊铺机铺设的热拌沥青垫的方法,该方法包括使沥青压实机在铺设的沥青上方推进,使压实机的压实表面由至少一个带的下游形成 与垫子的任何一部分接合至少1.5秒的时间段,压实表面对垫施加小于约50kPa的最大平均载荷应力。 可以使用包括两个彼此连接的两个纵向间隔的模块化压实单元的压实机以及用于驱动至少一个模块化压实单元的动力源来实现压实,其中至少一个模块化压实单元是可调节的,以允许 压实机,并且其中每个所述模块化压实单元包括压实带,所述带的支撑装置用于限定形成压实表面的带的平面下游。
    • 119. 发明授权
    • Arrangement and method for cooling a bearing assembly
    • 用于冷却轴承组件的布置和方法
    • US6007273A
    • 1999-12-28
    • US176992
    • 1998-10-22
    • Kevin J. Magee
    • Kevin J. Magee
    • E01C19/28F16C37/00E01K19/23
    • E01C19/238F16C19/54F16C37/007
    • An arrangement for cooling a bearing assembly. The arrangement includes a drum assembly having (i) a drum member having an interior sidewall, (ii) a first bulkhead secured to the interior sidewall, (iii) a second bulkhead secured to the interior sidewall, (iv) an interior cavity defined by the interior sidewall, the first bulkhead, and the second bulkhead, (v) a drive plate secured to the drum member, (vi) a planetary gear box secured to the drive plate, and (vii) a drive motor mechanically coupled to the planetary gear box such that actuation of the drive motor causes the drum member to rotate around a central axis thereof. The arrangement also includes a first bearing assembly positioned within the interior cavity. The arrangement further includes a first dipping member having a first dipping cavity defined therein. The first dipping member is positioned within the interior cavity, wherein when a first volume of cooling liquid is positioned within the interior cavity, rotation of the drum member around a central axis thereof causes (i) the dipping member to be advanced through the first volume of cooling liquid such that a second volume of cooling liquid is captured within the dipping cavity and (ii) the second volume of cooling liquid to be poured out of the dipping cavity such that the second volume of cooling liquid contacts the bearing assembly. An associated method of cooling a bearing assembly.
    • 用于冷却轴承组件的装置。 该装置包括一个滚筒组件,该滚筒组件具有(i)一个鼓构件,其具有内侧壁,(ii)固定到内侧壁的第一隔板,(iii)固定到内侧壁的第二隔板,(iv) 内部侧壁,第一隔板和第二隔板,(v)固定到鼓构件的驱动板,(vi)固定到驱动板的行星齿轮箱,和(vii)机械联接到行星齿轮箱 齿轮箱,使得驱动马达的致动导致鼓构件围绕其中心轴线旋转。 该装置还包括位于内腔内的第一轴承组件。 该装置还包括具有限定在其中的第一浸渍腔的第一浸渍构件。 第一浸渍构件定位在内腔内,其中当第一体积的冷却液体定位在内腔内时,鼓构件围绕其中心轴线的旋转导致(i)浸入构件前进通过第一体积 的冷却液体,使得第二体积的冷却液体被捕获在所述浸渍腔内,和(ii)所述第二体积的冷却液体将被从所述浸入腔中注出,使得所述第二体积的冷却液体接触所述轴承组件。 一种冷却轴承组件的相关方法。
    • 120. 发明授权
    • Asphalt repair method utilizing chilling
    • 沥青修复方法采用冷冻
    • US5829914A
    • 1998-11-03
    • US719645
    • 1996-09-25
    • Raymond Wells
    • Raymond Wells
    • E01C11/16E01C19/23E01C23/06E01C23/00
    • E01C19/238E01C11/165E01C23/06
    • A method of repairing asphalt or concrete surfaces such as roads and parking lots which have developed pot holes therein. The hole is cleaned of loose debris, lined with a water barrier sheet, provided with a reinforcing mesh, and filled with hot asphalt mix. The asphalt mix is compacted by a roller which has been chilled by exposure to a cryogenic substance, such as liquid nitrogen. Alternatively, the cryogenic substance directly contacts the asphalt mix. Preferably, the reinforcing mesh is further reinforced by flattened rods woven through the mesh or alternatively, laid thereon, with the rods oriented at angles of approximately forty-five degrees to linear structural members of the mesh. The water barrier, reinforcing mesh, and reinforcing rods are preferably formed from recycled plastic materials.
    • 一种修复沥青或混凝土表面的方法,例如道路和停车场,其中已经开发了盆孔。 清洁孔中的松动碎片,内衬防水片,设有加强网,并填充热沥青混合料。 沥青混合料通过辊子压实,该辊子通过暴露于低温物质如液氮而冷却。 或者,低温物质直接接触沥青混合物。 优选地,增强网被进一步由通过网编织的扁平杆增强,或者替代地,铺设在其上,杆与网的线性结构构件定向成大约四十五度的角度。 防水层,增强网和加强筋优选由再循环的塑料材料形成。