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    • 1. 发明授权
    • Wear tip for rotary mineral breaker
    • 旋转矿物破碎机的磨头
    • US07607601B2
    • 2009-10-27
    • US12235844
    • 2008-09-23
    • Damian Rodriguez
    • Damian Rodriguez
    • B02C23/00A01F21/00
    • B02C13/2804B02C13/1842
    • A wear tip for a rotor of a centrifugal mineral breaker, comprises a carrier 80 having at least two wear edges 82, 84 each disposed transversely to the path of mineral material being ejected from the rotor. A longitudinally extending groove 122 between the first 82 and second 84 wear edges forms a rock retaining recession. Each wear edge 82, 84 has a wear face 108 with a recess 106 therein. An insert 112 of abrasion resistant material is disposed in each recess 106. Each insert 112 has an outer wear surface and an arcuate inner surface 114 conforming to the profile of the recess 106. The outer wear surface of each insert 112 is generally in planar alignment with the wear face 108 of one of the wear edges 82, 84.
    • 用于离心式破碎机的转子的磨损尖端包括具有至少两个磨损边缘82,84的载体80,每个磨损边缘横向于从转子喷出的矿物材料的路径。 在第一82和第二个84磨损边缘之间的纵向延伸的槽122形成岩石保持凹陷。 每个磨损边缘82,84具有其中具有凹部106的磨损面108。 每个凹槽106设置有耐磨材料的插入件112.每个插入件112具有外部磨损表面和符合凹部106轮廓的弧形内表面114.每个插入件112的外部磨损表面通常为平面对准 其中一个磨损边缘82,84的磨损面108。
    • 2. 发明申请
    • WEAR TIP FOR ROTARY MINERAL BREAKER
    • 耐磨的矿物破碎机
    • US20090014569A1
    • 2009-01-15
    • US12235844
    • 2008-09-23
    • Damian Rodriguez
    • Damian Rodriguez
    • B02C23/00
    • B02C13/2804B02C13/1842
    • A wear tip for a rotor of a centrifugal mineral breaker, comprises a carrier 80 having at least two wear edges 82, 84 each disposed transversely to the path of mineral material being ejected from the rotor. A longitudinally extending groove 122 between the first 82 and second 84 wear edges forms a rock retaining recession. Each wear edge 82, 84 has a wear face 108 with a recess 106 therein. An insert 112 of abrasion resistant material is disposed in each recess 106. Each insert 112 has an outerwear surface and an arcuate inner surface 114 conforming to the profile of the recess 106. The outer wear surface of each insert 112 is generally in planar alignment with the wear face 108 of one of the wear edges 82, 84.
    • 用于离心式破碎机的转子的磨损尖端包括具有至少两个磨损边缘82,84的载体80,每个磨损边缘横向于从转子喷出的矿物材料的路径。 在第一82和第二个84磨损边缘之间的纵向延伸的槽122形成岩石保持凹陷。 每个磨损边缘82,84具有其中具有凹部106的磨损面108。 每个凹槽106中设置有耐磨材料的插入件112.每个插入件112具有外套表面和符合凹槽106的轮廓的弧形内表面114.每个插入件112的外部磨损表面通常与 磨损边缘82,84之一的磨损面108。
    • 3. 发明申请
    • Cross-key rotational alignment locking device for VSI mineral breaker
    • VSI矿用断路器的十字键旋转对位锁定装置
    • US20090000341A1
    • 2009-01-01
    • US11823532
    • 2007-06-27
    • Damian Rodriguez
    • Damian Rodriguez
    • B02C23/00
    • B02C13/30B02C13/14Y10T70/5646Y10T403/7018Y10T403/7047Y10T403/7056
    • A cross-key rotational alignment locking device for a VSI-type mineral breaker comprises a generally annular keyway 102 in the top edge portion of the main shaft 12 of the breaker, the annular keyway defining an upwardly extending pilot key 104, a plurality of circumferentially spaced slots 126 in the upper portion of a cylindrical taper lock 108 disposed around the main shaft, the slots in communication with the annular keyway, and a cross-key 130 having a generally annular main body 132 disposed in the annular keyway 102, the pilot key 104 received in a central aperture 136 in the main body 132 of the cross-key 130, and the cross-key having a plurality of radially-extending arms 128 disposed in the plurality of slots 126, such that the taper lock 108 is locked in rotational alignment with the shaft 12. In the preferred embodiment a bronze sleeve 110 having a longitudinally extending split 120 is interposed between the taper lock 108 and the shaft 12.
    • 用于VSI型矿物破碎机的十字键旋转对准锁定装置包括在断路器的主轴12的顶部边缘部分中的大致环形的键槽102,环形键槽限定向上延伸的导向键104,多个圆周 在围绕主轴设置的圆柱形锥形锁108的上部中的间隔开的狭槽126,与环形键槽连通的狭槽以及设置在环形键槽102中的大致环形的主体132的交叉键130, 钥匙104容纳在交叉键130的主体132中的中心孔136中,并且交叉键具有设置在多个槽126中的多个径向延伸的臂128,使得锥形锁108被锁定 与轴12旋转对准。在优选实施例中,具有纵向延伸的裂口120的青铜套筒110插入在锥形锁108和轴12之间。
    • 4. 发明申请
    • System and method for monitoring a vertical shaft impact crusher
    • 立式冲击式破碎机监控系统及方法
    • US20070241920A1
    • 2007-10-18
    • US11399863
    • 2006-04-07
    • Damian RodriguezMichael Summers
    • Damian RodriguezMichael Summers
    • G08B21/00G08B19/00
    • B02C25/00B02C13/31G05B23/0267
    • A system and method for monitoring a vertical shaft impact crusher comprises a plurality of sensors which continuously monitor the current status of a plurality of crusher component parts, a computer in communication with the sensors, and a graphical user interface in communication with the computer and on which is displayed a plurality of virtual instruments. The computer interprets the signals received from the sensors and renders a perceptible indication of a plurality of crusher conditions on the plurality of virtual instruments, each of which conditions are associated with or derived from one or more of the signals received from the sensors. In a preferred embodiment, a recorded history of the status of each of the conditions may be viewed on a historical data viewer for a selected time period.
    • 用于监测竖直轴冲击式破碎机的系统和方法包括多个传感器,其连续监视多个破碎机组件的当前状态,与传感器通信的计算机以及与计算机通信的图形用户界面 其显示多个虚拟乐器。 计算机解释从传感器接收的信号,并且在多个虚拟仪器上呈现多个破碎机条件的可察觉指示,每个虚拟仪器的每个条件与从传感器接收的一个或多个信号相关联或从其中导出。 在优选实施例中,可以在历史数据查看器上查看所选择的时间段的每个条件的状态的记录历史。
    • 5. 发明授权
    • Rotationally locked drive assembly for a VSI crusher
    • 用于VSI破碎机的旋转锁定驱动组件
    • US08393820B2
    • 2013-03-12
    • US12825966
    • 2010-06-29
    • Damian Rodriguez
    • Damian Rodriguez
    • E21B10/36
    • B02C13/14B02C13/30Y10T403/7018
    • A rotationally locked drive assembly for a VSI crusher comprises a drive shaft 52 rotatably securable in a bearing cartridge assembly 60, the drive shaft having a tapered upper end portion 62 for forming a taper joint in cooperation with the tapered central opening 72 of a flywheel 54, a top opening key receptor 81 formed on the top surface 76 of the flywheel for receiving a locking key 56, whereby tightening of fasteners 58 secures locking key 56 in key receptor 81, presses flywheel 54 onto drive shaft 52, thereby fortifying the taper joint between the flywheel 54 and drive shaft 52, and locking drive shaft 52, flywheel 54 and locking key 56 in rotational alignment.
    • 用于VSI破碎机的旋转锁定的驱动组件包括可旋转地固定在轴承座组件60中的驱动轴52,该驱动轴具有锥形的上端部分62,用于与飞轮54的锥形中心开口72配合形成锥形接头 形成在用于接收锁定键56的飞轮的顶表面76上的顶部打开键接收器81,由此紧固件58的紧固件将锁定键56固定在键接收器81中,将飞轮54压在驱动轴52上,从而加强锥形接头 在飞轮54和驱动轴52之间,以及旋转对准的锁定驱动轴52,飞轮54和锁定键56。
    • 6. 发明申请
    • ROTATIONALLY LOCKED DRIVE ASSEMBLY FOR A VSI CRUSHER
    • 用于VSI破碎机的旋转锁定驱动装置
    • US20100266335A1
    • 2010-10-21
    • US12825966
    • 2010-06-29
    • Damian Rodriguez
    • Damian Rodriguez
    • B02C1/08
    • B02C13/14B02C13/30Y10T403/7018
    • A rotationally locked drive assembly for a VSI crusher comprises a drive shaft 52 rotatably securable in a bearing cartridge assembly 60, the drive shaft having a tapered upper end portion 62 for forming a taper joint in cooperation with the tapered central opening 72 of a flywheel 54, a top opening key receptor 81 formed on the top surface 76 of the flywheel for receiving a locking key 56, whereby tightening of fasteners 58 secures locking key 56 in key receptor 81, presses flywheel 54 onto drive shaft 52, thereby fortifying the taper joint between the flywheel 54 and drive shaft 52, and locking drive shaft 52, flywheel 54 and locking key 56 in rotational alignment.
    • 用于VSI破碎机的旋转锁定的驱动组件包括可旋转地固定在轴承座组件60中的驱动轴52,该驱动轴具有锥形的上端部分62,用于与飞轮54的锥形中心开口72配合形成锥形接头 形成在用于接收锁定键56的飞轮的顶表面76上的顶部打开键接收器81,由此紧固件58的紧固件将锁定键56固定在键接收器81中,将飞轮54压在驱动轴52上,从而加强锥形接头 在飞轮54和驱动轴52之间,以及旋转对准的锁定驱动轴52,飞轮54和锁定键56。
    • 7. 发明授权
    • System and method for monitoring a vertical shaft impact crusher
    • 立式冲击式破碎机监控系统及方法
    • US07489254B2
    • 2009-02-10
    • US11399863
    • 2006-04-07
    • Damian RodriguezMichael Summers
    • Damian RodriguezMichael Summers
    • G08B21/00
    • B02C25/00B02C13/31G05B23/0267
    • A system and method for monitoring a vertical shaft impact crusher comprises a plurality of sensors which continuously monitor the current status of a plurality of crusher component parts, a computer in communication with the sensors, and a graphical user interface in communication with the computer and on which is displayed a plurality of virtual instruments. The computer interprets the signals received from the sensors and renders a perceptible indication of a plurality of crusher conditions on the plurality of virtual instruments, each of which conditions are associated with or derived from one or more of the signals received from the sensors. In a preferred embodiment, a recorded history of the status of each of the conditions may be viewed on a historical data viewer for a selected time period.
    • 用于监测竖直轴冲击式破碎机的系统和方法包括多个传感器,其连续监视多个破碎机组件的当前状态,与传感器通信的计算机以及与计算机通信的图形用户界面 其显示多个虚拟乐器。 计算机解释从传感器接收的信号,并且在多个虚拟仪器上呈现多个破碎机条件的可察觉指示,每个虚拟仪器的每个条件与从传感器接收的一个或多个信号相关联或从其中导出。 在优选实施例中,可以在历史数据查看器上查看所选择的时间段的每个条件的状态的记录历史。
    • 10. 发明授权
    • Cross-key rotational alignment locking device for VSI mineral breaker
    • VSI矿用断路器的十字键旋转对位锁定装置
    • US07744302B2
    • 2010-06-29
    • US11823532
    • 2007-06-27
    • Damian Rodriguez
    • Damian Rodriguez
    • B02C1/08
    • B02C13/30B02C13/14Y10T70/5646Y10T403/7018Y10T403/7047Y10T403/7056
    • A cross-key rotational alignment locking device for a VSI-type mineral breaker comprises a generally annular keyway 102 in the top edge portion of the main shaft 12 of the breaker, the annular keyway defining an upwardly extending pilot key 104, a plurality of circumferentially spaced slots 126 in the upper portion of a cylindrical taper lock 108 disposed around the main shaft, the slots in communication with the annular keyway, and a cross-key 130 having a generally annular main body 132 disposed in the annular keyway 102, the pilot key 104 received in a central aperture 136 in the main body 132 of the cross-key 130, and the cross-key having a plurality of radially-extending arms 128 disposed in the plurality of slots 126, such that the taper lock 108 is locked in rotational alignment with the shaft 12. In the preferred embodiment a bronze sleeve 110 having a longitudinally extending split 120 is interposed between the taper lock 108 and the shaft 12.
    • 用于VSI型矿物破碎机的十字键旋转对准锁定装置包括在断路器的主轴12的顶部边缘部分中的大致环形的键槽102,环形键槽限定向上延伸的导向键104,多个圆周 在围绕主轴设置的圆柱形锥形锁108的上部中的间隔开的狭槽126,与环形键槽连通的狭槽以及设置在环形键槽102中的大致环形的主体132的交叉键130, 钥匙104容纳在交叉键130的主体132中的中心孔136中,并且交叉键具有设置在多个槽126中的多个径向延伸的臂128,使得锥形锁108被锁定 与轴12旋转对准。在优选实施例中,具有纵向延伸的裂口120的青铜套筒110插入在锥形锁108和轴12之间。