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    • 1. 发明申请
    • METHODS OF FORMING INSERTS AND EARTH-BORING TOOLS
    • 形成插件和接地工具的方法
    • US20120005966A1
    • 2012-01-12
    • US13176363
    • 2011-07-05
    • Christopher J. CleboskiSuresh G. PatelDanny E. ScottL. Allen Sinor
    • Christopher J. CleboskiSuresh G. PatelDanny E. ScottL. Allen Sinor
    • B24D18/00E21B10/46B01J3/06B24D3/00
    • E21B10/46B24D99/005
    • Methods of forming inserts for earth-boring tools include providing a material in a pattern adjacent a strip, arranging a plurality of superabrasive particles proximate the pattern, and securing at least some of the plurality of superabrasive particles to the strip. The material is configured to attract or secure the plurality of superabrasive particles. Some methods may include imparting like charges to each of a plurality of superabrasive particles, placing the plurality of superabrasive particles over a strip, and securing the superabrasive particles to the strip. In some methods, a first plurality of superabrasive particles may be placed in an array between a first strip and a second strip. A second plurality of superabrasive particles may be placed in an array between the second strip and a third strip. Methods of forming earth-boring rotary drill bits include forming an insert and securing the insert to a body of the bit.
    • 用于钻孔工具的成形刀片的方法包括提供邻近条带的图案中的材料,将多个超级磨料颗粒布置在靠近图案的位置,并将多个超研磨颗粒中的至少一些固定到条带上。 该材料构造成吸引或固定多个超研磨颗粒。 一些方法可以包括向多个超研磨颗粒中的每一个施加相同的电荷,将多个超研磨颗粒放置在条上,以及将超研磨颗粒固定到带上。 在一些方法中,可以将第一组多个超级磨料颗粒放置在第一条带和第二条带之间的阵列中。 可以在第二条带和第三条带之间的阵列中放置第二多个超级磨料颗粒。 形成钻孔旋转钻头的方法包括形成插入件并将插入件固定到钻头的主体。
    • 2. 发明申请
    • CHAMFERED EDGE GAGE CUTTERS, DRILL BITS SO EQUIPPED, AND METHODS OF CUTTER MANUFACTURE
    • 切割边缘切割机,这样的钻头和切割机的制造方法
    • US20090057031A1
    • 2009-03-05
    • US12198246
    • 2008-08-26
    • Suresh G. PatelDanny E. ScottL. Allen Sinor
    • Suresh G. PatelDanny E. ScottL. Allen Sinor
    • E21B10/46
    • E21B10/5673
    • A cutting element for an earth boring bit, wherein the PDC layer of the cutting element has a flat on a periphery thereof terminating longitudinally at en edge spaced from of the cutting face of the PDC layer. A chamfer adjacent the cutting face desirably has a length that exceeds its depth. Embodiments include a chamfer along the entire circumference of the cutting element, multiple step-wise, radially adjacent chamfers, and multiple circumferentially spaced portions of the uppermost radius of the PDC layer of the cutting element that each includes a chamfer with an associated flat. An embodiment including a flat terminating at a radial edge with the cutting face of a PDC layer is also disclosed, as are drill bits incorporating embodiments of the cutting elements of the invention and a method of forming the cutting elements.
    • 一种用于钻孔钻头的切割元件,其中切割元件的PDC层在其周边上具有在PDC层的切割面间隔开的边缘处纵向延伸的平面。 与切割面相邻的倒角希望具有超过其深度的长度。 实施例包括沿着切割元件的整个圆周的倒角,多个逐步的,径向相邻的倒角,以及切割元件的PDC层的最上半径的多个周向间隔的部分,每个包括具有相关平面的倒角。 还公开了一种包括具有PDC层的切割面的径向边缘处的平坦的实施例,以及结合本发明的切割元件的实施例的钻头以及形成切割元件的方法。
    • 3. 发明授权
    • Chamfered edge gage cutters and drill bits so equipped
    • 倒角边缘切割机,钻头如此装备,以及切割机制造方法
    • US08061456B2
    • 2011-11-22
    • US12198246
    • 2008-08-26
    • Suresh G. PatelDanny E. ScottL. Allen Sinor
    • Suresh G. PatelDanny E. ScottL. Allen Sinor
    • E21B10/52
    • E21B10/5673
    • A cutting element for an earth boring bit, may include a PDC layer having a flat on a periphery thereof, the flat terminating longitudinally at an edge spaced from a cutting face of the PDC layer. A chamfer adjacent to the cutting face desirably has a length that exceeds its depth. A cutting element may additionally include a chamfer along the entire circumference, multiple step-wise, radially adjacent chamfers, and multiple circumferentially spaced portions of the uppermost radius of the PDC layer of the cutting element that each includes a chamfer with an associated flat. Additionally, a cutting element may include a flat terminating at a radial edge with the cutting face of a PDC layer.
    • 用于钻孔钻头的切割元件可以包括在其周边具有平坦的PDC层,该平坦部分在与PDC层的切割面间隔开的边缘处纵向延伸。 与切割面相邻的倒角理想地具有超过其深度的长度。 切割元件可以另外包括沿着整个圆周的倒角,多个逐步的,径向相邻的倒角,以及切割元件的PDC层的最上半径的多个周向间隔的部分,每个包括具有相关平面的倒角。 此外,切割元件可以包括在PDC层的切割面的径向边缘终止的平面。
    • 4. 发明授权
    • Methods of forming inserts and earth-boring tools
    • 形成刀片和钻孔工具的方法
    • US08911522B2
    • 2014-12-16
    • US13176363
    • 2011-07-05
    • Christopher J. CleboskiSuresh G. PatelDanny E. ScottL. Allen Sinor
    • Christopher J. CleboskiSuresh G. PatelDanny E. ScottL. Allen Sinor
    • B24D3/00B24B1/00B24D18/00C09K3/14B24D11/00B24D3/02C09C1/68E21B10/46B24D99/00
    • E21B10/46B24D99/005
    • Methods of forming inserts for earth-boring tools include providing a material in a pattern adjacent a strip, arranging a plurality of superabrasive particles proximate the pattern, and securing at least some of the plurality of superabrasive particles to the strip. The material is configured to attract or secure the plurality of superabrasive particles. Some methods may include imparting like charges to each of a plurality of superabrasive particles, placing the plurality of superabrasive particles over a strip, and securing the superabrasive particles to the strip. In some methods, a first plurality of superabrasive particles may be placed in an array between a first strip and a second strip. A second plurality of superabrasive particles may be placed in an array between the second strip and a third strip. Methods of forming earth-boring rotary drill bits include forming an insert and securing the insert to a body of the bit.
    • 用于钻孔工具的成形刀片的方法包括提供邻近条带的图案中的材料,将多个超级磨料颗粒布置在靠近图案的位置,并将多个超研磨颗粒中的至少一些固定到条带上。 该材料构造成吸引或固定多个超研磨颗粒。 一些方法可以包括向多个超研磨颗粒中的每一个施加相同的电荷,将多个超研磨颗粒放置在条上,以及将超研磨颗粒固定到带上。 在一些方法中,可以将第一组多个超级磨料颗粒放置在第一条带和第二条带之间的阵列中。 可以在第二条带和第三条带之间的阵列中放置第二多个超级磨料颗粒。 形成钻孔旋转钻头的方法包括形成插入件并将插入件固定到钻头的主体。
    • 8. 发明授权
    • Methods of forming polycrystalline compacts
    • 形成多晶压块的方法
    • US09067304B2
    • 2015-06-30
    • US13618927
    • 2012-09-14
    • Danny E. ScottAnthony A. DiGiovanni
    • Danny E. ScottAnthony A. DiGiovanni
    • B24D3/00B24D3/14B24D18/00B24D99/00
    • B24D18/0009B01J3/06B01J2203/062B01J2203/0645B24D3/06B24D3/14B24D99/005E21B10/55
    • Methods for forming cutting elements, methods for forming polycrystalline compacts, and related polycrystalline compacts are disclosed. Grains of a hard material are subjected to a high-pressure, high-temperature process to form a polycrystalline compact. Inclusion of at least one relatively quick spike in system pressure or temperature during an otherwise plateaued temperature or pressure stage accommodates formation of inter-granular bonds between the grains. The brevity of the peak stage may avoid undesirable grain growth. Embodiments of the methods may also include at least one of oscillating at least one system condition (e.g., pressure, temperature) and subjecting the grains to ultrasonic or mechanical vibrations. A resulting polycrystalline compact may include a high density of inter-granularly bonded hard material with a minimized amount of catalyst material, and may provide improved thermal stability, wear resistance, toughness, and behavior during use of a cutting element incorporating the polycrystalline compact.
    • 公开了用于形成切割元件的方法,用于形成多晶压块的方法和相关的多晶压块。 对硬质材料的颗粒进行高压高温处理以形成多晶压块。 在另外的平稳温度或压力阶段期间,将系统压力或温度中的至少一个相对较快的尖峰包含在颗粒之间形成颗粒间结合。 高峰阶段的简洁可以避免不必要的晶粒生长。 方法的实施例还可以包括振荡至少一个系统状态(例如,压力,温度)和使晶粒经受超声或机械振动中的至少一个。 所得到的多晶压块可以包括具有最小量的催化剂材料的高密度颗粒间结合的硬质材料,并且可以在使用结合多晶压块的切割元件时提供改善的热稳定性,耐磨性,韧性和性能。