Multiplanar planar electromagnetic array

DWPI Title: Multiplanar electromagnetic array, comprises first-layer electromagnetic coil, second-layer electromagnetic coil, third-layer electromagnetic coil, programable microactuator, where the programable microactuator generates spatiotemporal magnetic field by sequentially energizing electromagnetic coils
Abstract: A multiplanar electromagnetic array is disclosed herein, where the array includes a first electromagnetic coil in a first plane, a second electromagnetic coil in a second plane, and a third electromagnetic coil in a third plane. A microactuator is configured to energize electromagnetic coils in the array in sequence, thereby forming a moving electromagnetic field that moves a permanent magnet positioned above the multiplanar electromagnetic array. Movement of the permanent magnet effectuates desired movement of a bead that is in a channel of an immunoassay device.
Use: Multiplanar electromagnetic array.
Novelty: Multiplanar electromagnetic array comprises: (a) a first-layer electromagnetic coil located in a first plane; (b) a second-layer electromagnetic coil located in a second plane, where the second-layer electromagnetic coil is partially overlapping the first-layer electromagnetic coil and is offset from the first-layer electromagnetic coil in X and Y directions; (c) a third-layer electromagnetic coil located in a third plane, where the third-layer electromagnetic coil is partially overlapping the second-layer electromagnetic coil and is offset from the second-layer electromagnetic coil in the Y-direction, where the third-layer electromagnetic coil and the second-layer electromagnetic coil are aligned in the X-direction; the third-layer electromagnetic coil is partially overlapping the first-layer electromagnetic coil and is offset from the first-layer electromagnetic coil in the X-direction, and the third-layer electromagnet.
Filed: 8/22/2022
Application Number: US17892388A
Tech ID: SD 15799.0
This invention was made with Government support under Contract No. DE-NA0003525 awarded by the United States Department of Energy/National Nuclear Security Administration. The Government has certain rights in the invention.
Data from Derwent World Patents Index, provided by Clarivate
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