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    • 21. 发明申请
    • HYPODERMIC NEEDLE EXTRACTION DISPOSAL SYSTEM AND DEVICE
    • HYPODERMIC针式萃取处理系统和装置
    • WO1998004295A1
    • 1998-02-05
    • PCT/US1996012670
    • 1996-08-02
    • MILLER, Gary, E.
    • A61L02/00
    • A61L11/00A61L2/04A61M5/3278A61M2005/3282
    • Disclosed herein is a syringe sterilization and disposal unit (10) which utilizes a micro-processor controlled artificial intelligence for operation of the necessary functions to render a used syringe safe for disposal. The syringe sterilization unit (10) includes an "opto-sensor" (52) for signalling the positioning of the syringe (12) for further clamping and processing operations. The lure (18) of the syringe (12) to be processed is exposed to heat from the heat heads (70) to effect separation of the needle (14). The needle tip gripper jaw heads (98) extract the syringe needle (14) from syringe body (12). The heat heads (70) are further used to compress the lure (18) of the syringe body (12) to seal the syringe cavity. The extracted needle (14) is then heated by a needle tip contactor (108) for sterilization whereupon the needle (14) and the sealed syringe cavity are then positioned into an appropriate bin for disposal and/or recycling.
    • 本文公开了一种注射器灭菌和处理单元(10),其利用微处理器控制的人造智能来操作必要的功能,以使得所使用的注射器安全地用于处置。 注射器消毒单元(10)包括用于发出注射器(12)的定位用于进一步夹紧和处理操作的“光电传感器”(52)。 待加工的注射器(12)的诱饵(18)从加热头(70)暴露于热量以分离针头(14)。 针头夹持钳头(98)从注射器主体(12)抽取注射器针头(14)。 热头(70)还用于压缩注射器主体(12)的诱饵(18)以密封注射器腔。 然后将提取的针头(14)由用于灭菌的针头接触器(108)加热,然后针(14)和密封的注射器腔体被定位到适当的容器中用于处理和/或再循环。