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    • 1. 发明申请
    • Hammer Having a Two Part Body
    • 锤子有两个部分身体
    • US20090229844A1
    • 2009-09-17
    • US12470402
    • 2009-05-21
    • Lauritz Phillip Pillers, II
    • Lauritz Phillip Pillers, II
    • B25D9/04
    • B25D9/04B23B31/113B25D17/08B25D2250/121B25D2250/325Y10T29/494Y10T29/49826Y10T29/49863
    • A tool assembly such as a hammer assembly, includes a housing defining a chamber and a reciprocating piston arranged in the chamber for cyclical movement in a work stroke and a return stroke. The housing includes a lower housing member, an upper housing member and an engaging structure which permits the engagement of the upper housing member with the lower housing member by relative rotation of the upper and lower housing members, such that each of the lower and upper housing members defines a portion of the chamber. The upper housing member is a precision component which contains the hydraulic components or other drive components necessary to drive the piston, while the lower housing member can be manufactured separately since it does not need to be manufactured to the high tolerances required by the upper housing member. The resulting tool assembly may be more compact than a conventional tie rod tool assembly.
    • 诸如锤组件的工具组件包括限定腔室的壳体和布置在腔室中的往复活塞,用于在工作行程和返回冲程中循环运动。 壳体包括下壳体构件,上壳体构件和接合结构,其允许上壳体构件与下壳体构件通过上壳体构件和下壳体构件的相对旋转而接合,使得每个下壳体和上壳体 构件限定了腔室的一部分。 上部壳体构件是包含驱动活塞所需的液压部件或其他驱动部件的精密部件,而下部壳体部件可以分开制造,因为不需要根据上部壳体部件所要求的高公差来制造 。 所得到的工具组件可以比传统的拉杆工具组件更紧凑。
    • 2. 发明授权
    • Composite seal for a hydraulic hammer
    • 液压锤复合密封
    • US08360167B2
    • 2013-01-29
    • US12854661
    • 2010-08-11
    • Rakesh Dushyantrao JagdaleLauritz Phillip Pillers, II
    • Rakesh Dushyantrao JagdaleLauritz Phillip Pillers, II
    • E21B12/04
    • F16J15/3252B25D17/20B25D2217/0069B25D2250/365E02F3/966
    • A hydraulic hammer (14) may include a housing (30) having a distal end defining an opening (38), a bushing (54) positioned adjacent the housing distal end, the bushing (54) having an inner guide surface (58) and a distal end (56), and a tool (22) having a proximal section (60) slidably disposed in the bushing inner guide surface (58) and a distal section (62) projecting from the housing (30) through the opening (38). The hydraulic hammer (14) may further include a composite seal (70) having an exterior cover (72) with a proximal end (76) releasably coupled to the bushing (54) and a distal end (77) projecting from the distal end (56) of the bushing (54), the exterior cover distal end (77) defining a recess (90) opening toward the tool (22), and an interior seal (74) having a base (92) disposed in the exterior cover recess (90) and a sealing arm (94) projecting inwardly from the base (92), the sealing arm (94) being configured to sealingly engage the tool (22).
    • 液压锤(14)可以包括具有限定开口(38)的远端的壳体(30),邻近壳体远端定位的衬套(54),衬套(54)具有内引导表面(58)和 远端(56)和工具(22),其具有可滑动地设置在衬套内引导表面(58)中的近端部分(60)和从壳体(30)穿过开口(38)突出的远端部分 )。 液压锤(14)还可以包括具有外部盖(72)的复合密封件(70),其具有可释放地联接到衬套(54)的近端(76)和从远端突出的远端(77) 衬套(54)的外表面远端(77)限定了朝向工具(22)开口的凹部(90)和内部密封件(74),内部密封件(74) (90)和从基部(92)向内突出的密封臂(94),密封臂(94)构造成密封地接合工具(22)。
    • 3. 发明申请
    • Composite Seal for a Hydraulic Hammer
    • 液压锤复合密封
    • US20120037389A1
    • 2012-02-16
    • US12854661
    • 2010-08-11
    • Rakesh Dushyantrao JagdaleLauritz Phillip Pillers, II
    • Rakesh Dushyantrao JagdaleLauritz Phillip Pillers, II
    • E21B1/26F16J15/32
    • F16J15/3252B25D17/20B25D2217/0069B25D2250/365E02F3/966
    • A hydraulic hammer (14) may include a housing (30) having a distal end defining an opening (38), a bushing (54) positioned adjacent the housing distal end, the bushing (54) having an inner guide surface (58) and a distal end (56), and a tool (22) having a proximal section (60) slidably disposed in the bushing inner guide surface (58) and a distal section (62) projecting from the housing (30) through the opening (38). The hydraulic hammer (14) may further include a composite seal (70) having an exterior cover (72) with a proximal end (76) releasably coupled to the bushing (54) and a distal end (77) projecting from the distal end (56) of the bushing (54), the exterior cover distal end (77) defining a recess (90) opening toward the tool (22), and an interior seal (74) having a base (92) disposed in the exterior cover recess (90) and a sealing arm (94) projecting inwardly from the base (92), the sealing arm (94) being configured to sealingly engage the tool (22).
    • 液压锤(14)可以包括具有限定开口(38)的远端的壳体(30),邻近壳体远端定位的衬套(54),衬套(54)具有内引导表面(58)和 远端(56)和工具(22),其具有可滑动地设置在衬套内引导表面(58)中的近端部分(60)和从壳体(30)穿过开口(38)突出的远端部分 )。 液压锤(14)还可以包括具有外部盖(72)的复合密封件(70),其具有可释放地联接到衬套(54)的近端(76)和从远端突出的远端(77) 衬套(54)的外表面远端(77)限定了朝向工具(22)开口的凹部(90)和内部密封件(74),内部密封件(74) (90)和从基部(92)向内突出的密封臂(94),密封臂(94)构造成密封地接合工具(22)。
    • 4. 发明授权
    • Tool retention apparatus and method
    • 刀具保持装置及方法
    • US07438139B2
    • 2008-10-21
    • US11452381
    • 2006-06-14
    • Lauritz Phillip Pillers, II
    • Lauritz Phillip Pillers, II
    • B25D17/08
    • B25D17/08B23B2240/04B25D17/24Y10T279/17068Y10T279/17888
    • A tool assembly (10), for example a hydraulic or pneumatic hammer assembly, includes a housing (11) defining a chamber (16), a removable reciprocating work tool (20) arranged in the chamber, and a tool retention member (80) having an aperture through which the work tool extends. The housing (11) includes an engaging structure (50) which permits the engagement of the tool retention member (80) with the housing by relative rotation of the tool retention member and housing. The work tool (20) is provided with retention structure (44) such as a retaining flange which prevents the removal of the work tool from the housing when the tool retention member is engaged with the housing. At least some of the disclosed embodiments may eliminate the need for a retainer pin, thereby allowing the work tool to rotate, possibly avoiding wear, increasing tool life and simplifying tool replacement.
    • 工具组件(10),例如液压或气动锤组件,包括限定腔室(16)的壳体(11),布置在腔室中的可移除的往复工作工具(20)和工具保持构件(80) 具有工作工具延伸通过的孔。 壳体(11)包括接合结构(50),其允许工具保持构件(80)与壳体通过工具保持构件和壳体的相对旋转而接合。 工作工具(20)设置有保持结构(44),例如保持凸缘,当保持构件与壳体接合时,该保持凸缘防止工具从外壳移除。 所公开的实施例中的至少一些可以消除对保持销的需要,从而允许工作工具旋转,可能避免磨损,增加刀具寿命并简化刀具更换。
    • 5. 发明授权
    • Tool retention apparatus and method
    • 刀具保持装置及方法
    • US07832495B2
    • 2010-11-16
    • US12232970
    • 2008-09-26
    • Lauritz Phillip Pillers, II
    • Lauritz Phillip Pillers, II
    • B25D17/08
    • B25D17/08B23B2240/04B25D17/24Y10T279/17068Y10T279/17888
    • A tool assembly provided with a housing defining a chamber, and a reciprocating work tool arranged in the chamber, is disclosed. A tool retention member has an aperture through which the work tool extends. Engaging structure including mutually engaging protrusions on the housing and the tool retention member is configured to permit engagement of the tool retention member with the housing by relative rotation of the tool retention member and the housing. Retention structure on the work tool is configured to prevent removal of the work tool from the housing when the tool retention member is engaged with the housing. A locking structure is configured to lock the tool retention member and housing against relative rotation. A prestressing structure is located between the protrusions on the housing and a portion of the tool retention member and is configured to urge the tool retention member away from the housing.
    • 公开了一种设置有限定腔室的壳体的工具组件和布置在腔室中的往复工作工具。 工具保持构件具有工作工具延伸通过的孔。 包括在壳体和工具保持构件上包括相互接合的突起的接合结构被构造成允许刀具保持构件与壳体通过刀具保持构件和壳体的相对旋转而接合。 工作工具上的保持结构被构造成当刀具保持构件与壳体接合时,防止工具从外壳移除。 锁定结构构造成锁定工具保持构件和壳体以防止相对旋转。 预应力结构位于壳体上的突起和工具保持构件的一部分之间,并且构造成推动工具保持构件远离壳体。
    • 6. 发明申请
    • Tool retention apparatus and method
    • 刀具保持装置及方法
    • US20090071669A1
    • 2009-03-19
    • US12232970
    • 2008-09-26
    • Lauritz Phillip Pillers, II
    • Lauritz Phillip Pillers, II
    • B25D11/00B23B45/16
    • B25D17/08B23B2240/04B25D17/24Y10T279/17068Y10T279/17888
    • A tool assembly provided with a housing defining a chamber, and a reciprocating work tool arranged in the chamber, is disclosed. A tool retention member has an aperture through which the work tool extends. Engaging structure including mutually engaging protrusions on the housing and the tool retention member is configured to permit engagement of the tool retention member with the housing by relative rotation of the tool retention member and the housing. Retention structure on the work tool is configured to prevent removal of the work tool from the housing when the tool retention member is engaged with the housing. A locking structure is configured to lock the tool retention member and housing against relative rotation. A prestressing structure is located between the protrusions on the housing and a portion of the tool retention member and is configured to urge the tool retention member away from the housing.
    • 公开了一种设置有限定腔室的壳体的工具组件和布置在腔室中的往复工作工具。 工具保持构件具有工作工具延伸通过的孔。 包括在壳体和工具保持构件上包括相互接合的突起的接合结构被构造成允许刀具保持构件与壳体通过刀具保持构件和壳体的相对旋转而接合。 工作工具上的保持结构被构造成当刀具保持构件与壳体接合时,防止工具从外壳移除。 锁定结构构造成锁定工具保持构件和壳体以防止相对旋转。 预应力结构位于壳体上的突起和工具保持构件的一部分之间,并且构造成推动工具保持构件远离壳体。
    • 7. 发明申请
    • HAMMER HAVING A TWO PART BODY
    • 拥有两个部分身体的HAMMER
    • US20120152582A1
    • 2012-06-21
    • US13407945
    • 2012-02-29
    • Lauritz Phillip PILLERS, II
    • Lauritz Phillip PILLERS, II
    • B25D9/04B23P17/00
    • B25D9/04B23B31/113B25D17/08B25D2250/121B25D2250/325Y10T29/494Y10T29/49826Y10T29/49863
    • A tool assembly such as a hammer assembly, includes a housing defining a chamber and a reciprocating piston arranged in the chamber for cyclical movement in a work stroke and a return stroke. The housing includes a lower housing member, an upper housing member and an engaging structure which permits the engagement of the upper housing member with the lower housing member by relative rotation of the upper and lower housing members, such that each of the lower and upper housing members defines a portion of the chamber. The upper housing member is a precision component which contains the hydraulic components or other drive components necessary to drive the piston, while the lower housing member can be manufactured separately since it does not need to be manufactured to the high tolerances required by the upper housing member. The resulting tool assembly may be more compact than a conventional tie rod tool assembly.
    • 诸如锤组件的工具组件包括限定腔室的壳体和布置在腔室中的往复活塞,用于在工作行程和返回冲程中循环运动。 壳体包括下壳体构件,上壳体构件和接合结构,其允许上壳体构件与下壳体构件通过上壳体构件和下壳体构件的相对旋转而接合,使得每个下壳体和上壳体 构件限定了腔室的一部分。 上部壳体构件是包含驱动活塞所需的液压部件或其他驱动部件的精密部件,而下部壳体部件可以分开制造,因为不需要根据上部壳体部件所要求的高公差来制造 。 所得到的工具组件可以比传统的拉杆工具组件更紧凑。
    • 8. 发明授权
    • Shock absorber for a reciprocating tool assembly
    • 往复式工具组件的减震器
    • US08028762B2
    • 2011-10-04
    • US11452377
    • 2006-06-14
    • Lauritz Phillip Pillers, IIChunhui Pan
    • Lauritz Phillip Pillers, IIChunhui Pan
    • B25D17/24B25D9/04B25D17/08
    • B25D17/08B25D17/24
    • A tool assembly (10), for example a hydraulic or pneumatic hammer assembly, comprises a housing (11) defining a chamber (16), a reciprocating work tool (20) arranged in the chamber for cyclical movement in a work stroke and a return stroke, and a tool retention member (80) arranged to restrain the work tool at the end of the work stroke. The tool assembly (10) includes a shock absorber arranged to absorb impact from the work tool at the end of a stroke. The shock absorber comprises an annular resilient flange (102, 154), which may be cantilevered from the tool retention member (80) to absorb impact at the end of the work stroke or may be provided on a bushing (150) arranged to absorb impact at the end of the return stroke. The shock absorbing flange reduces the transmission of shocks into the tool assembly, thereby providing increased life for tool assembly components.
    • 工具组件(10),例如液压或气动锤组件,包括限定腔室(16)的壳体(11),布置在腔室中的往复工作工具(20),用于在工作冲程中循环运动和返回 行程和工具保持构件(80),其布置成在工作行程结束时约束工作工具。 工具组件(10)包括减震器,其设置成在行程结束时吸收来自作业工具的冲击。 减震器包括环形弹性凸缘(102,154),其可以从工具保持构件(80)悬臂以吸收在工作行程结束时的冲击,或者可以设置在衬套(150)上,衬套(150)被布置成吸收冲击 在回程结束时。 减震法兰减少了冲击进入工具组件的传播,从而为工具组件部件提供了更长的使用寿命。