A gradient coil design with series-connected end shielding sets forms opposing magnetic fields to block edge leakage.
Segmented insulative channels stabilize superconducting conductors, mitigating quench risks in high-field magnetic systems.
High permeability flux deliverers transport magnetic fields from external coils, eliminating vacuum chamber outgassing and waste heat.
Inverting the magnetic field assembly reduces volume and weight while increasing resistance in compact rotary systems.
In-situ magnetic adjustment compensates for manufacturing tolerances, ensuring consistent kinematic performance without increasing device weight.
A hybrid magnetic array uses electromagnets to augment permanent magnet attachment force during impact events.
An electromagnetic tie-down system secures cargo using pulsed magnetic attraction between vehicle-mounted and portable magnets.
A tubular induction coil generates an electromagnetic field around a fuel pipe to reduce engine consumption.
Segmented coils generate independent vertical and horizontal magnetic field components, resolving space constraints above wafers.
Segmented electromagnetic arrays generate opposing magnetic polarities to focus energy on specific surfaces while minimizing stray fields below the material.
A Faraday generator structure integrated into a pallet converts kinetic energy from transport vibrations into electrical power.
Magnetic attraction rotates components to align buckles, eliminating manual precision alignment and reducing installation time.
A magnetic sensor mounts a chip and block on a circuit board in a laid-down posture, using a cutout portion to house terminal electrodes and reduce chip area.
A magnetic coupling mechanism secures light vehicles to surfaces using adjustable field strength and proximity detection.
A movable pole extension uses a spherical pivot to adapt clamping force across varying workpiece contours.