Polymer battery for internal light device
    1.
    发明授权
    Polymer battery for internal light device 失效
    用于内部照明装置的聚合物电池

    公开(公告)号:US06273904B1

    公开(公告)日:2001-08-14

    申请号:US09260923

    申请日:1999-03-02

    IPC分类号: A61N506

    摘要: Several different embodiments of a flexible polymer battery are disclosed in connection with providing a medical therapy. For example, the electrical current from the polymer battery may be used to energize light sources for administering light therapy. In one embodiment, the polymer battery is formed as a substantially elongate structure having one end attached to an internal receiver coil, and the other end attached to a medical device such as a light probe that is adapted to be implanted within a patient's body. The polymer battery thus provides a conductive link between the internal receiver coil, which is electromagnetically coupled to an external transmitter coil for recharging the battery, and the light probe which is energized with current supplied by the flexible polymer battery. In another embodiment, the polymer battery is used to support a substrate on which a plurality of light sources are mounted in spaced-apart array. Yet other forms of the invention include polymer batteries within capsules or bead to energize light sources contained therein. The beads include receiver coils for recharging the polymer battery. Further, because of their small size, the beads or capsules are readily moved or held at a treatment site with an external magnet while therapy is rendered. Since a polymer battery includes very little metal, it is less likely to cause artifacts when the patient's body is imaged.

    摘要翻译: 结合提供医学疗法来公开柔性聚合物电池的若干不同实施方案。 例如,可以使用来自聚合物电池的电流来激发用于施用光疗的光源。 在一个实施例中,聚合物电池形成为具有附接到内部接收器线圈的一端的基本上细长的结构,另一端附接到医疗设备,例如适于植入患者体内的光探针。 因此,聚合物电池在内部接收器线圈之间提供导电连接,内部接收器线圈电磁耦合到用于对电池充电的外部发射器线圈和由柔性聚合物电池供应的电流供电的光探针。 在另一个实施例中,聚合物电池用于支撑其上安装有多个光源的衬底以间隔开的阵列。 本发明的其它形式包括胶囊或珠粒内的聚合物电池,以激励其中所含的光源。 珠子包括用于对聚合物电池充电的接收器线圈。 此外,由于它们的小尺寸,在进行治疗时,珠或胶囊容易地与外部磁体移动或保持在治疗部位。 由于聚合物电池包含非常少的金属,所以当患者的身体成像时不太可能引起伪影。