Asymmetric armature winding pairs coils with opposite polarity to improve magnetic balance, reducing whirling and torque ripple.
Tensioned studs threaded into inner braces apply precise clamping force to generator stator end winding coils, eliminating manual glass banding labor.
Electro-hydraulic tool applies uniform axial force to drive wedges over filler layers, reducing installation time from 20 seconds to 7 seconds per wedge.
Axial grooves in the drum portion lower press-fitting loads and inhibit stator core deformation, resolving contradictions between strength and shape.
Segmented neutral and phase terminals on a motor bus bar reduce sheet metal scrap by optimizing layout for efficient punching.
Grouping longitudinal and inclined stator layers reduces parasitic capacitance, enabling high-frequency drive current modulation with lower energy losses.
A rotary electric machine unit positions a terminal block outside a conductive member holder in the radial direction to shorten axial dimensions.
Segmented oil and air cooling passages prevent oil entry into the rotor-stator gap, reducing windage friction at speeds above 12,000 rpm.
A three-axis winding head creates cylindrical slotless windings on a removable tube.
A terminal block assembly integrates bent bus bar bodies with connector and coil terminals to secure motor wire connections.
Supporting columns extend from winding slot teeth to position the sensor, increasing creepage distance against high voltage breakdown.
A connected coil assembly forming unit and coil mounting unit automate sequential winding and placement of single coils on electronic member projections.
Integrated insulation module merges partition walls to secure coil positioning and prevent short circuits during assembly.
Radial terminal extension sandwiches coils to reduce axial enclosure size without lowering motor output.
Direct fusion welding of stator teeth to the holder eliminates coupling parts, reducing manufacturing cost and improving torque measurement reliability.