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    • 3. 发明申请
    • ASSEMBLY AND DISASSEMBLY OF INTERCHANGEABLE SURGICAL MEMBERS
    • 可交换手术成员的组装和拆卸
    • WO1987000788A1
    • 1987-02-12
    • PCT/US1986001570
    • 1986-07-31
    • COOPER LASERSONICS, INC.
    • COOPER LASERSONICS, INC.KUHL, PeterBROADWIN, AlanHORNLEIN, Robert, W.
    • B25B23/157
    • B25B23/1427A61B17/22012B25B11/00B25B23/0085
    • An apparatus and method for assembly and disassembly of interchangeable surgical acoustic members includes a fixture (50) for securing by a key a handpiece to which a tip and/or extender is attached. A torquing wrench (70) has a tightening head (73) and an untightening head (74) on the same body (71) wherein the tightening head (73) permits torquing of the tip and/or extender to a predetermined tightening torque in cooperation with a socket (92, 93) having a central bore (92a, 93a) therethrough so that the wrench (70) and socket (92, 93) may be slid over an axially elongated combination and used at a point intermediate along the length thereof. In use, the handpiece is secured in the handpiece fixture (50) and receives the tip and/or extender in handtightened condition to be torqued to a predetermined limit by the torquing wrench (70) while secured against rotation in the handpiece fixture (50). A table support structure (102) for supporting a handpiece fixture for an alternative operation is also disclosed.
    • 用于组装和拆卸可互换手术声学构件的装置和方法包括用于通过键固定尖端和/或延伸器附接到的手持件的固定装置(50)。 扭力扳手(70)在同一主体(71)上具有紧固头(73)和不紧固头(74),其中紧固头(73)允许尖端和/或延伸器在合作中扭转预定的紧固扭矩 具有穿过其中的中心孔(92a,93a)的插座(92,93),使得扳手(70)和插座(92,93)可以在轴向细长的组合上滑动并且沿着其长度的中间点使用 。 在使用中,手持件被固定在手持固定件(50)中,并且在手拧固定装置(50)中固定的同时固定在手持固定装置(50)中的旋转的同时,在手拧固定装置(50)中接收尖端和/或延伸器以扭转扭转到预定极限, 。 还公开了一种用于支撑用于替代操作的手持固定装置的工作台支撑结构(102)。
    • 7. 发明专利
    • DENTAL CLEANING SYSTEM
    • CA1212851A
    • 1986-10-21
    • CA441329
    • 1983-11-16
    • COOPER LASERSONICS INC
    • WARRIN GEORGE E
    • A61C19/00A61C1/00A61C3/025A61C17/02B24C7/00A61C17/00
    • An improved tooth cleaning system in which soluble abrasive cleaning powder fed from a fluid-tight chamber and entrained in a stream of air is directed against the tooth surface to be cleaned from a manually controlled handpiece includes an improved air supply and control system having a first conduit for supplying air under pressure to the handpiece, a second conduit connected to the first for supplying air under pressure into the bottom portion of the fluid-tight chamber for entraining cleaning powder to be discharged through an outlet opening in the fluid-tight chamber, a third conduit connected to the first and to the fluid-tight chamber for directing a flow of air into the chamber at a point above the level of the cleaning powder in the chamber, a flow restricter and air filter connected in the third conduit and with the air-filter being located in the fluid-tight chamber for filtering air flowing into and out of the system through the third conduit, fourth conduit connected to the outlet from the fluid tight chamber and to the first conduit downstream of the connection with the first and second conduits whereby air and cleaning powder discharged from the fluid-tight chamber will be mixed with the air flowing from the first conduit for delivery to the handpiece, a pinch valve flow controller for controlling the flow of air and cleaning powder through the fourth conduit, and one-way renewable air filters connected in the first and second conduits with the renewable filters including a check valve to prevent the reverse flow of air through the filters.
    • 8. 发明专利
    • OPTICAL SYSTEM FOR SURGICAL OPHTHALMIC LASER INSTRUMENT
    • GB2149142B
    • 1986-09-24
    • GB8427109
    • 1984-10-26
    • COOPER LASERSONICS INC
    • MUNNERLYN CHARLES RAY
    • A61B18/20A61F9/00A61F9/008A61B3/12
    • An optical system for a surgical ophthalmic instrument 10 using a YAG laser reduces the size of the components and facilitates their combination with a binocular microscope 11. A parallel plate beam splitter 22 splits a beam 21 from a visible light He-Ne laser 20 into equal and separated He-Ne beams 21a and 21b. A pair of expanders 27 and 37 diverge the He-Ne beams and a beam 30 from the YAG laser 15. The diverging beams are combined on a coincident optical path, which is collimated and coincided with the optical path of microscope 11 between its binocular head 42 and objective 43. There, a mirror 50 coated to reflect the YAG laser light also has a pair of spaced-apart regions 51a and 51b with a second coating to reflect both the He-Ne beams 21a and 21b so that all laser light converges on the patient's eye. The central mirror region 52 is transparent to visible light so that most of the light reflected from the patient's eye is visible to the surgeon. The lasers and other components are mounted on an optical plate 25 secured to a lower support 12 of microscope 11 where controls are convenient and accuracy is assured.
    • 9. 发明专利
    • OPTICAL SYSTEM FOR SURGICAL OPHTHALMIC LASER INSTRUMENT
    • GB2149142A
    • 1985-06-05
    • GB8427109
    • 1984-10-26
    • COOPER LASERSONICS INC
    • MUNNERLYN CHARLES RAY
    • A61B18/20A61F9/00A61F9/008A61B3/12
    • An optical system for a surgical ophthalmic instrument 10 using a YAG laser reduces the size of the components and facilitates their combination with a binocular microscope 11. A parallel plate beam splitter 22 splits a beam 21 from a visible light He-Ne laser 20 into equal and separated He-Ne beams 21a and 21b. A pair of expanders 27 and 37 diverge the He-Ne beams and a beam 30 from the YAG laser 15. The diverging beams are combined on a coincident optical path, which is collimated and coincided with the optical path of microscope 11 between its binocular head 42 and objective 43. There, a mirror 50 coated to reflect the YAG laser light also has a pair of spaced-apart regions 51a and 51b with a second coating to reflect both the He-Ne beams 21a and 21b so that all laser light converges on the patient's eye. The central mirror region 52 is transparent to visible light so that most of the light reflected from the patient's eye is visible to the surgeon. The lasers and other components are mounted on an optical plate 25 secured to a lower support 12 of microscope 11 where controls are convenient and accuracy is assured.