Blood flow management device

Non-contact blood flow management device using bipolar and monopolar electric field probes

This technology is a blood flow management device that regulates blood flow in human blood vessels by generating an electric field between a bipolar electric field probe and a monopolar electric field probe, which are positioned apart from each other, with electrodes of different polarities formed at their centers and edges.

Existing blood flow improvement devices often require direct skin contact, posing a risk of electric shock, and fail to adjust electric field intensity according to blood flow conditions, leading to inconsistent management results.

This technology prevents electric shocks by placing a dielectric material around the electrode edges for insulation and controls the electric field intensity via an electric field generator controller, allowing it to be applied to non-contact wearable blood flow management devices for safe blood flow improvement.

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Key Features:

• A bipolar electric field probe with a positive electrode at the center and a negative electrode with a larger surface area at the edge, and a monopolar electric field probe positioned apart from it
• A first dielectric material filled between the electrodes of the two probes to facilitate electric field formation, and a second dielectric material placed at the edges to provide insulation and prevent electric shock
• An electric field generator that applies voltage to the bipolar and monopolar electric field probes to create an electric field between them, thereby regulating blood flow in human blood vessels
• An electric field generator controller that regulates blood flow by adjusting the intensity and application timing of the electric field generated by the electric field generator

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