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    • 43. 发明申请
    • IONTOPHORETIC DRUG DELIVERY SYSTEM
    • IOPOPHORETIC DRUG交付系统
    • WO2009026139A1
    • 2009-02-26
    • PCT/US2008/073292
    • 2008-08-15
    • ISIS BIOPOLYMER LLCDURAND, Emma, Amelia
    • DURAND, Emma, Amelia
    • A61N1/30
    • A61N1/303A61K9/0009A61K9/7023H05K1/095H05K1/189H05K3/321H05K2201/10037
    • The iontophoretic drug delivery system includes electrodes controlled by a microprocessor controller to drive charged molecules contained in a drug reservoir through the skin into the issues of a patient. The iontophoretic drug delivery system further includes an antenna connected to the programmable microprocessor. The antenna allows for the programming of the microprocessor and for the exchange of patient, drug, and treatment related information between the microprocessor and an external device. The iontophoretic drug delivery system is also provided with buttons to allow a patient to manually activate the drug delivery system. The iontophoretic drug delivery system is housed within a thin polyester film membrane.
    • 离子电渗药物递送系统包括由微处理器控制器控制的电极,以通过皮肤将包含在药物储存器中的带电分子驱动到患者的问题中。 离子电渗药物递送系统还包括连接到可编程微处理器的天线。 该天线允许微处理器的编程和用于在微处理器和外部设备之间交换患者,药物和治疗相关信息。 离子电渗药物递送系统还设置有允许患者手动激活药物递送系统的按钮。 离子电渗药物递送系统容纳在薄的聚酯膜膜内。
    • 46. 发明申请
    • 銀メッキ銅微粉及び銀メッキ銅微粉を用いて製造した導電ペースト並びに銀メッキ銅微粉の製造方法
    • 镀银精细铜粉,由镀锡铜精粉生产的导电浆料,以及生产镀银精细铜粉的方法
    • WO2008059789A1
    • 2008-05-22
    • PCT/JP2007/071907
    • 2007-11-12
    • 日鉱金属株式会社芳賀 隆宏
    • 芳賀 隆宏
    • B22F1/02B22F1/00C23C18/44H01B1/22H01B5/00
    • H01B1/023B22F1/025B22F2999/00C23C18/1635C23C18/166C23C18/1692C23C18/1844C23C18/44C23C18/54H01B1/026H01B1/22H05K1/095B22F9/24
    •  銅微粉をアルカリ性溶液中で銅微粉表面の有機物を除去・水洗し、さらに、酸性溶液中で銅微粉表面の酸化物を酸洗・水洗した後、この銅微粉を分散させた酸性溶液中に還元剤を添加して銅微粉スラリーを作成し、pHを調整した後、この銅微粉スラリーにキレート化剤で錯化した銀イオン溶液を連続的に添加することで、無電解置換メッキと還元型メッキにより銅微粉表面に銀層を形成することを特徴とする銀メッキ銅微粉の製造方法。従来の銀メッキ銅微粉における、銀メッキ前の銅微粉の酸化状態によって銀メッキ反応後の色調にバラツキが生じることや、銀メッキによるタップ密度の低下等の問題を解決し、導電性と銀メッキ反応時の再現性に優れ、原料銅微粉並みのタップ密度を有する銀メッキ銅微粉及びその製造方法を提供することを目的とする。
    • 一种镀银细铜粉的制造方法,其特征在于用碱性溶液处理细铜粉以除去细铜粉表面存在的有机物质,用水洗涤粉末,洗涤表面上的氧化物 用酸性溶液的细铜粉末,用水洗涤粉末,然后在分散在其中的含有这种细铜粉末的酸性溶液中加入还原剂,生成细铜粉末的浆料,调节浆料的pH值,然后 连续向该细铜粉末浆料中加入与螯合剂配合的银离子溶液,由此通过无电位移镀和还原电镀在细铜粉末的表面上形成银层。 该方法消除了常规镀银细铜粉中的问题,例如通过镀银反应获得的细铜粉根据其镀银之前的氧化态而在色调上不同,并且镀银导致振实密度降低。 镀银的细铜粉的电导率和镀银反应的再现性优异,并且与原始细铜粉具有几乎相同的振实密度。
    • 48. 发明申请
    • METHOD FOR FORMING RADIO FREQUENCY ANTENNA
    • 形成无线电频率天线的方法
    • WO2007021398A3
    • 2007-12-13
    • PCT/US2006026550
    • 2006-07-10
    • RCD TECHNOLOGY INCOBERLE ROBERT R
    • OBERLE ROBERT R
    • H01Q1/38
    • H01Q7/00H01Q1/38H01Q9/27H05K1/0393H05K1/095H05K1/165H05K3/242H05K3/246H05K2201/0347H05K2203/1476H05K2203/1545
    • A metalized circuit suitable for application as a radio frequency antenna is produced by forming an antenna coil pattern on a flexible substrate. The antenna coil pattern is formed using a conductive ink which is patterned on the substrate. The conductive ink is cured and an electrical-short layer is formed across the coils of the conductive ink pattern. An insulating layer is formed over top of the electrical-short layer, a metal layer electroplated on top of the conductive layer, and then the electrical-short layer is removed. The use of the electrical-short layer during the electroplating allows for the voltage at the different points on the conductive ink layer to be relatively similar, so that a uniform electroplate layer is formed on top of the conductive ink layer. This results in a better quality radio frequency antenna at a reduced cost.
    • 通过在柔性基板上形成天线线圈图案来制造适用于射频天线的金属化电路。 天线线圈图案使用在衬底上图案化的导电油墨形成。 导电油墨固化,并且在导电油墨图案的线圈之间形成电短路层。 绝缘层形成在电 - 短层的顶部,电镀在导电层的顶部上的金属层,然后去除电 - 短层。 在电镀期间使用电 - 短层允许导电油墨层上不同点处的电压相对相似,使得在导电油墨层的顶部上形成均匀的电镀层。 这导致了降低成本的更好质量的射频天线。
    • 50. 发明申请
    • BLISTER PACK WITH CONTENT MONITORING SYSTEM (OtCM) BASED ON PRINTED POLYMER ELECTRONICS
    • 基于印刷聚合物电子学的带有内容监视系统(OtCM)的泡罩包装
    • WO2007043858A2
    • 2007-04-19
    • PCT/NL2006/000435
    • 2006-09-01
    • KORT, Willem, TheoGEBOERS, Josephus, Antonius
    • GEBOERS, Josephus, Antonius
    • A61J1/03
    • A61J1/035A61J7/04A61J7/0418B65D2101/00B65D2203/10H05K1/0293H05K1/095
    • The invention relates to a method and device for the objective measurement of the therapy compliance of patients who are undergoing prescribed medication therapy. The medication is provided in blister packages upon which a polymer-based electronic circuit is printed directly on the blister film (2) or foil (1), using so-called intelligent system-in-foil or system-on-foil technology. In a first embodiment of the invention, the printed polymer circuit comprises a number of conductive tracks (3), which run under each blister so that when a pill is expelled from the blister breaking the foil seal, the corresponding track is broken. These tracks are connected to a silicon or printed polymer integrated circuit (6) that records the event when a track is broken and stores this information, including the time of the event and the position of the blister and any other clinically relevant data. In a second embodiment of the invention, a polymer or electret microphone (11) is used to detect the sound that is generated when a pill is expelled from a blister, breaking the foil seal in the process. In this embodiment, the microphone is connected to a silicon or printed polymer integrated circuit (12) that records the event when the seal is broken and stores this information, including the time of the event and the position of the blister and any other clinically relevant data. The electronic circuit also contains RFID (Radio Frequency IDentification) technology to enable the information stored in the integrated circuit to be accessed using an RFID reader. Furthermore, the integrated circuit of both embodiments can be programmed using the RFID interface during the blister-filling phase with information about the filling medication, including unique codes to counteract counterfeiting, and logistical data. The circuit further comprises an antenna (10) and a power source (9), both of which can be printed during the same, or a separate, system-in-foil and/or system-on-foil process or mounted as discrete components. The intelligent system-in-foil or system-on-foil in accordance with the invention replaces the standard film or foil currently used in the existing standard blister packaging manufacturing process.
    • 本发明涉及用于客观测量正在接受处方药物治疗的患者的治疗依从性的方法和装置。 该药物以泡罩包装提供,其中基于聚合物的电子电路使用所谓的智能箔内系统或箔上系统技术直接印刷在泡罩膜(2)或箔(1)上。 在本发明的第一实施例中,印刷聚合物电路包括多个导电轨道(3),这些导电轨道(3)在每个泡罩下方延伸,以便当从泡罩中排出药物时破坏箔片密封,相应的轨道被破坏。 这些轨道连接到硅或印刷聚合物集成电路(6),该轨道在轨道被破坏时记录事件并存储该信息,包括事件的时间和泡罩的位置以及任何其他临床相关数据。 在本发明的第二实施例中,使用聚合物或驻极体麦克风(11)来检测当药丸从泡罩排出时产生的声音,在该过程中破坏箔密封。 在该实施例中,麦克风连接到硅或印刷聚合物集成电路(12),其在密封件破裂时记录事件并存储该信息,包括事件的时间和泡罩的位置以及任何其他临床相关的 数据。 电子电路还包含RFID(射频识别)技术,以使得能够使用RFID读取器访问存储在集成电路中的信息。 此外,两个实施例的集成电路可以在泡罩填充阶段使用RFID接口来编程,其中关于填充药物的信息包括用于抵制伪造的唯一代码和物流数据。 该电路进一步包括天线(10)和电源(9),两者都可以在相同的或单独的箔上系统和/或箔上系统工艺期间印刷或作为分立元件安装 。 根据本发明的智能箔片系统或箔片系统取代了现有标准泡罩包装制造过程中使用的标准膜或箔片。