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    • 97. 发明专利
    • DE1214827B
    • 1966-04-21
    • DEC0024068
    • 1961-04-28
    • CAVITRON ULTRASONICS INC
    • KLEESATTEL CLAUSBALAMUTH LEWISKURIS ARTHUR
    • A61B17/16A61C1/07A61C17/18B23Q1/70B23Q5/10B24B27/02B24B47/12F16H35/00H01L41/12H02K7/065
    • 960,453. Drilling; machine-tool details. CAVITRON ULTRASONICS Inc. April 24, 1961, No. 14709/61. Headings B3B and B3C. [Also in Divisions A5, F2 and H4] A high-speed drill 39 or like worktool is frictionally driven from a driving member 4, the driving surface of which moves in a circular or elliptic path and is maintained in tangential driving contact with the drill for a limited portion of each cycle. As shown the driving surface is a circular or elliptic hole 37 through which the drill passes and the orbital motion of its centre is generated by the member 4 which due to its asymmetric shape, converts longitudinal vibrations, supplied by a magnetostrictive vibrator 2 into orbital motion. The outer plastic case 17 of the vibrator 2 forms a handpiece. The drill may, as shown, have a cutting tip 40 of substantially the same diameter as its stem 38 which does not exceed three millimeters and may have a diameter of less than one millimeter. In Fig. 5, the tool is shaped to cut out a small centrally apertured disc, in Fig. 6 the tool has a conical tip, whilst in Fig. 7 the cutting tip is a fine wire for drilling extremely small holes of a few microns in diameter. The driving member 4, Fig. 3, produces a circular path at the driving surface, whilst different shaped driving members produce an elliptic path or a combined circular path and vibration along the axis of the drill. In Fig. 14 a number of driving surfaces are provided on the driving members to drive a cluster of drills. The driving surface is made of hard wear resistant material such as diamond, sapphire, tungsten carbide or titanium carbide.
    • 99. 发明专利
    • Methods and means for driving small diameter shafts at high rotational speeds
    • GB960453A
    • 1964-06-10
    • GB1470961
    • 1961-04-24
    • CAVITRON ULTRASONICS INC
    • KLEESATTEL CLAUSBALAMUTH LEWISKURIS ARTHUR
    • A61B17/16A61C1/07A61C17/18B23Q1/70B23Q5/10B24B27/02B24B47/12F16H35/00H01L41/12H02K7/065
    • 960,453. Drilling; machine-tool details. CAVITRON ULTRASONICS Inc. April 24, 1961, No. 14709/61. Headings B3B and B3C. [Also in Divisions A5, F2 and H4] A high-speed drill 39 or like worktool is frictionally driven from a driving member 4, the driving surface of which moves in a circular or elliptic path and is maintained in tangential driving contact with the drill for a limited portion of each cycle. As shown the driving surface is a circular or elliptic hole 37 through which the drill passes and the orbital motion of its centre is generated by the member 4 which due to its asymmetric shape, converts longitudinal vibrations, supplied by a magnetostrictive vibrator 2 into orbital motion. The outer plastic case 17 of the vibrator 2 forms a handpiece. The drill may, as shown, have a cutting tip 40 of substantially the same diameter as its stem 38 which does not exceed three millimeters and may have a diameter of less than one millimeter. In Fig. 5, the tool is shaped to cut out a small centrally apertured disc, in Fig. 6 the tool has a conical tip, whilst in Fig. 7 the cutting tip is a fine wire for drilling extremely small holes of a few microns in diameter. The driving member 4, Fig. 3, produces a circular path at the driving surface, whilst different shaped driving members produce an elliptic path or a combined circular path and vibration along the axis of the drill. In Fig. 14 a number of driving surfaces are provided on the driving members to drive a cluster of drills. The driving surface is made of hard wear resistant material such as diamond, sapphire, tungsten carbide or titanium carbide.