A housing conceals wound portions, rollers, and encoder parts to prevent robot contact and simplify mounting of a projection linear actuator.
High-pressure liquid expands a metal pipe into a smooth, thin-walled robot arm with flange features for lighter weight, strength, and easier assembly.
High-pressure liquid bulge forming shapes thin-walled robot arms with smooth surfaces, integrated flanges, and easier wiring and assembly.
Stacked and welded wave washers with a rigid connecting ring shorten spacing between flexing parts while preserving diameter reduction and strength.
Motorized anchoring arms stabilize underwater pipe robots with controlled, non-damaging wall contact for inspection, data transfer, and recharging.
A case part secures the operation-wire end after breakage, allowing a smaller bending structure for surgical tools.
Separate wiring bodies connect multiple actuators through one terminal, reducing board area and avoiding soldering and branching.
Height adjustment and spatial displacement let mobile robots perform precise manipulation tasks.
This case positions the covering-member fastener beside the movement plane, preserving fixation while preventing umbilical sliding damage.
Conductive structural members form electrically independent conduction paths within robot arms.