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    • 64. 发明申请
    • OXYGENATOR
    • 氧化剂
    • US20100224559A1
    • 2010-09-09
    • US12783889
    • 2010-05-20
    • Mitsuaki OGIHARAHidetaka NakayamaKazuhiro Mizoguchi
    • Mitsuaki OGIHARAHidetaka NakayamaKazuhiro Mizoguchi
    • A61M1/18B01D69/08B01D61/24
    • A61M1/1698A61M1/3627A61M1/3633A61M2205/366A61M2205/7527
    • An oxygenator which helps avoid bubbles in the blood from being discharged through the blood outlet port of the oxygenator includes a housing, a hollow fiber membrane bundle in the housing and formed by a multiplicity of hollow fiber membranes serving for gas exchange, gas-inlet and gas-outlet ports communicating with gas passages of the hollow fiber membranes, and a blood-inlet and blood-outlet ports. A filter member is provided on a side closer to the blood outlet port of the hollow fiber membrane bundle and serves to catch bubbles in blood. The blood outlet port projects from the housing and a passage enlargement is provided in a vicinity of the end of the blood outlet port closer to the housing and having an increased passage cross-sectional area. The blood passed the filter member is allowed to reach the blood outlet port by being decelerated in the passage enlargement.
    • 有助于避免血液中的气泡通过氧合器的血液出口排出的氧合器包括壳体,壳体中的中空纤维膜束,并由用于气体交换,气体入口的多个中空纤维膜形成, 与中空纤维膜的气体通道连通的气体出口,以及血液入口和出血口。 过滤构件设置在靠近中空纤维膜束的血液出口侧的一侧,用于捕捉血液中的气泡。 血液出口从壳体突出,并且在靠近壳体的血液出口端部附近设置通道扩大部,并具有增加的通道横截面积。 通过过滤器构件的血液通过在通过扩大中减速而到达血液出口。
    • 68. 发明申请
    • SELF PRIMING INTRAVENOUS DELIVERY SYSTEM
    • 自我推进静脉输送系统
    • US20080097315A1
    • 2008-04-24
    • US11852080
    • 2007-09-07
    • Tom MINERBryan DAVIS
    • Tom MINERBryan DAVIS
    • A61M1/00
    • A61M5/1411A61M5/162A61M5/385A61M39/20A61M39/285A61M2005/1402A61M2005/1623A61M2039/205A61M2205/7509A61M2205/7518A61M2205/7527A61M2205/7536
    • A bubble free, self-priming IV set for use in the administration of liquids includes a coupling assembly for attaching the delivery system to a source of liquid and includes a coupling membrane for controlling the flow of liquid and air through the coupling assembly. The system also includes a drip chamber for receiving liquid through the coupling assembly, the drip chamber having a membrane for preventing air from leaving the drip chamber. A self leveling port is disposed within a wall of the drip chamber, the port being permeable to air, but impermeable to liquid. Finally, a patient conduit is in fluid communication with the drip chamber and further comprises a flow control plug disposed at the distal end of the conduit. The flow control plug is permeable to air but impermeable to liquid. Use of this system allows a clinician to attach a source of fluid to a patient without significant intervention, while the system self primes.
    • 用于液体管理中使用的无气泡的自吸式IV包括用于将输送系统附接到液体源的联接组件,并且包括用于通过联接组件控制液体和空气的流动的联接膜。 该系统还包括用于通过联接组件接收液体的滴水室,滴水室具有用于防止空气离开滴水室的膜。 自流平口设置在滴水室的壁内,该口可渗透空气,但不透液体。 最后,患者导管与滴液腔流体连通,还包括设置在导管远端的流量控制塞。 流量控制塞可以渗透空气,但不透液体。 使用该系统允许临床医生在不需要大量干预的情况下将流体源附着到患者​​,而系统自我补充。