| 摘要 |
This invention presents three kinds of conceptual models of fluid pump with similar innovation, to design thin and small compartments and laterally link all compartments with flexible means so that the whole fluid pump is thin and flexible. The first one uses the concept of spiral peristaltic pump. The rollers on the thin and round rotator of the thin spiral type of peristaltic pump roll over a section of elastic tube to press out the fluid in the tube. The rotator may be driven by a thin motor, electromagnetic driver, or spring. The second one uses the concept of linear peristaltic pump. The thin motors or electromagnetic drivers press different places of a section of elastic tube or its variation in special sequence to press out the fluid in the tube. The third one uses the concept of distributed processor. It comprises a number of thin and small pumping units where each one uses the elastic force, compressed air, linear motor, or the electromagnetic device to press out limited amount of fluid in the container. The number of pumping units is appropriate so that the user carries enough fluid to be convenient. For all models, the pump is laterally integrated by linking thin and small compartments with flexible means. The pump is as thin as the compartments and is flexible as the compartments are small and are linked with flexible cables, tubes, and other linking means. So, the user will feel comfortable to carry the pump under their clothes or to attach it to the skin.
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