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    • 2. 发明专利
    • Surgical arrow-like saw blade
    • 手术方向锯片
    • JP2010188149A
    • 2010-09-02
    • JP2010086180
    • 2010-04-02
    • Stryker Corpストライカー・コーポレイション
    • CARUSILLO STEVENPLASKON GREGORY ECOLLAZO CARLOS ECANONACO ALESSANDRO FRUGO ERICNEAL DAVID J
    • A61B17/14
    • A61B17/142A61B17/14A61B17/144A61B17/149A61B17/157B27B19/006
    • PROBLEM TO BE SOLVED: To provide a surgical arrow-like saw blade which generates only a minimum vibration in use, and by which excessive wear of a cutting guide being used together with the saw does not occur, and in addition, of which the dimension is comparatively small. SOLUTION: This surgical arrow-like saw blade 112 is used together with a surgical arrow-like saw 20, and extends by at least partially passing through a guide bar 110, and includes two driving rods 114 which are arranged in the guide bar and reciprocate in the guide bar in which each driving rod is a blade head equipped with two driving rods so as to be engaged with a driver unified with the surgical arrow-like saw, and the blade head has a tooth which is arranged on the outside of the distal end of the guide bar and has at least almost the same thickness as the thickness of the distal end of the guide bar. The distal end of the driving rod is connected with the blade head on both side of the blade head so that rocking of the blade head may be generated. COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种在使用中仅产生最小振动的手术式箭头状锯片,并且不会发生与锯一起使用的切割引导件的过度磨损,另外, 尺寸比较小。 解决方案:这种外科箭头状锯片112与手术箭头状的锯条20一起使用,并且至少部分地穿过导杆110延伸,并且包括布置在引导件中的两个驱动杆114 并且在导向杆中往复运动,其中每个驱动杆是具有两个驱动杆的刀片头,以便与与外科箭头状锯状体一体的驱动器接合,并且刀头具有布置在其上的齿 在导杆的远端外侧并且具有至少几乎与导杆的远端的厚度相同的厚度。 驱动杆的远端与叶片头两侧的叶片头连接,从而可能产生叶片头的摆动。 版权所有(C)2010,JPO&INPIT
    • 3. 发明专利
    • Surgical sagittal saw and method of using same
    • AU2005272054A1
    • 2006-02-16
    • AU2005272054
    • 2005-06-30
    • STRYKER CORP
    • CANONACO ALESSANDRO FCARUSILLO STEVENPLASKON GREGORY ENEAL DAVID JRUGO ERICCOLLAZO CARLOS E
    • A61B17/14
    • A blade assembly (22, 210) for use with a sagittal saw assembly comprising a handpiece (24) having a forwardly directed front face and a drive assembly (30, 34, 48) disposed inside said handpiece (24) is described. The blade assembly (22, 210) comprises an elongate guide bar (110, 212) adapted to, when coupled to the handpiece, extend forwardly from the handpiece front face and terminate at a distally directed face spaced from the handpiece front face. The guide bar (110, 212) includes a bottom bar (116, 218), an inner bar (118, 220) and an outer bar (120, 222) that are stacked together. The inner bar (118, 220) holds the bottom bar (116, 218) and the outer bar (22) in spaced relationship from each other, and contributes to the overall rigidity of the guide bar (110, 212). A saw blade (112, 214, 302) is movably attached to said guide bar (110, 212) between the bottom and outer bars (218, 222). Said saw blade (112, 214, 302) has teeth (168, 308) which extend outwardly beyond said guide bar distally directed face, and said saw blade has a thickness dimension defined transversely to the elongated direction of said guide bar (110, 212). A connecting member (114, 216, 312) extends in the space between the bottom and outer bars (218, 222) and has a first end adapted to be connected to the drive assembly (30, 34, 48) of the sagittal saw. A second end of the connecting member is connected to said saw blade (112, 214, 302) such that said connecting member (114, 216, 312), when driven by the drive assembly (30, 34, 48), is adapted to displace said saw blade (112, 214, 302) so that said teeth (168, 308) oscillate back and forth across said guide bar distally directed face. Said guide bar (110, 212) has a thickness dimension defined transversely to the elongated direction thereof, said thickness dimension being no greater than the thickness dimension of said saw blade (112, 214, 302). Said connecting member (114, 216, 312) and said saw blade (112, 214, 302) comprise a monolithic, one-piece component.
    • 8. 发明专利
    • SURGICAL SAGITTAL SAW AND METHOD OF USING SAME
    • CA2572860A1
    • 2006-02-16
    • CA2572860
    • 2005-06-30
    • STRYKER CORP
    • NEAL DAVID JCANONACO ALESSANDRO FRUGO ERICCOLLAZO CARLOS EPLASKON GREGORY ECARUSILLO STEVEN
    • A61B17/14A61B17/15B27B19/00
    • A blade assembly (22, 210) for use with a sagittal saw assembly comprising a handpiece (24) having a forwardly directed front face and a drive assembly (30, 34, 48) disposed inside said handpiece (24) is described. The blade assembly (22, 210) comprises an elongate guide bar (110, 212) adapted to, when coupled to the handpiece, extend forwardly from the handpiece front face and terminate at a distally directed face spaced from the handpiece front face. The guide bar (110, 212) includes a bottom bar (116, 218), an inner bar (118, 220) and an outer bar (120, 222) that are stacked together. The inner bar (118, 220) holds the bottom bar (116, 218) and the outer bar (22) in spaced relationship from each other, and contributes to the overall rigidity of the guide bar (110, 212). A saw blade (112, 214, 302) is movably attached to said guide bar (110, 212) between the bottom and outer bars (218, 222). Said saw blade (112, 214, 302) has teeth (168, 308) which extend outwardly beyond said guide bar distally directed face, and said saw blade has a thickness dimension defined transversely to the elongated direction of said guide bar (110, 212). A connecting member (114, 216, 312) extends in the space between the bottom and outer bars (218, 222) and has a first end adapted to be connected to the drive assembly (30, 34, 48) of the sagittal saw. A second end of the connecting member is connected to said saw blade (112, 214, 302) such that said connecting member (114, 216, 312), when driven by the drive assembly (30, 34, 48), is adapted to displace said saw blade (112, 214, 302) so that said teeth (168, 308) oscillate back and forth across said guide bar distally directed face. Said guide bar (110, 212) has a thickness dimension defined transversely to the elongated direction thereof, said thickness dimension being no greater than the thickness dimension of said saw blade (112, 214, 302). Said connecting member (114, 216, 312) and said saw blade (112, 214, 302) comprise a monolithic, one-piece component.
    • 9. 发明专利
    • Surgical reciprocating blade assembly including a static guide bar, teeth that project from a side of the guide bar and a drive rod that reciprocates the teeth
    • AU2022200424A1
    • 2022-02-17
    • AU2022200424
    • 2022-01-21
    • STRYKER CORP
    • CANONACO ALESSANDRO FCARUSILLO STEVENPLASKON GREGORY ENEAL DAVID JRUGO ERICCOLLAZO CARLOS E
    • A61B17/14
    • 22429102.1:DCC There is disclosed a blade assembly for use with a sagittal saw assembly comprising a handpiece having a forwardly 5 directed front face and a drive assembly disposed inside the handpiece, the blade assembly comprising: an elongate guide bar adapted to, when coupled to the handpiece, extend forwardly from the handpiece front face and terminate at a distally directed face spaced from the handpiece front face, wherein 10 the guide bar includes a bottom bar, an inner bar and an outer bar that are stacked together, the inner bar holding the bottom bar and the outer bar in spaced relationship from each other, and wherein the inner bar contributes to the overall rigidity of the guide bar; a saw blade movably attached to the guide 15 bar between the bottom and outer bars, the saw blade having teeth which extend outwardly beyond the guide bar distally directed face and the saw blade having a thickness dimension defined transversely to the elongated direction of the guide bar; and a connecting member extending in the space between 20 the bottom and outer bars and having a first end adapted to be connected to the drive assembly of the sagittal saw, and a second end connected to the saw blade such that the connecting member, when driven by the drive assembly, is adapted to displace the saw blade so that the teeth oscillate back and 25 forth across the guide bar distally directed face; wherein the guide bar has a thickness dimension defined transversely to the elongated direction thereof, the thickness dimension being no greater than the thickness dimension of the saw blade, and wherein the connecting member and the saw blade comprise a 30 monolithic, one-piece component.