Precision Positioning Equipment TRIZ Cases

Abutment module converts horizontal linear motion into vertical movement via lever system, reducing overall height and friction during object conveyance.

A rotary table piston clamps a brake disc using pneumatic pressure and a disc-shaped spring biasing means for responsive operation.

A MEMS sensor joins substrates via aluminum-germanium eutectic bonding while a polycrystalline silicon layer protects the movable electrode.

Segmented anchor structure with a flexible element attenuates stress transfer between cap and substrate layers, minimizing signal offset in MEMS devices.

Replacing ultrasound welding with thermal pin joining eliminates mechanical vibration damage to biosensors while maintaining fluidic integrity.

Rotatable counter-stop part forms variable limit stops to constrain piston rod travel within a compact cylinder assembly.

Alloyed tungsten oxide layers stabilize the interface, enabling mechanical strength and vertical conduction without high-temperature annealing damage.

Replacing fluid power with an electrical rotary drive eliminates processing interference while maintaining compact integration.

A replacement device grips and holds processing members using fixed and movable support members.

A tooling pivot rotates a plate via a motor and brake, eliminating multiple fixtures.

A direct-drive two-axis machining head uses a pipeline shield connected to a fixation sheet metal and head-installing interface.

A spindle apparatus uses dual draw-bars to move an insert tip radially for variable tool radius adjustment.

A pivoting fixture device uses a pivot pin and stop key to locate check features with high precision.

Asymmetric countersinks prevent connecting element rotation during assembly, eliminating the need for simultaneous two-tool manipulation.

Pre-printed template tape guides panel component placement on a portable framing table, resolving transportation cost and accuracy trade-offs.

Direct coupling replaces lateral gears to eliminate clearances and reduce operating head volume while maintaining precise tool orientation.

A holding chamber applies uniform pressure to base members for precise micro-channel formation.