Manufacturing Driving Means TRIZ Cases

Rotating container with small holes separates uncured slurry from molded objects using centrifugal force, reducing manual cleaning time for complex shapes.

Dynamic pressure thresholds adapt to extruder speed, preventing material starvation and plugged nozzles during variable print head movements.

Rotation drives a helix screw to move powder through an axial channel, maintaining material homogeneity by re-aerating compacted build material.

A rotatable delivery module with a vane and distribution elements supplies material to an additive manufacturing platform.

A 3D printer switches ink cartridges automatically to enable multi-layer printing of complex electronic components.

Modifying agent applied to sinterable material boundaries prevents coalescence bleed and improves dimensional accuracy.

3D printing replaces weaving to achieve precise topographical control, overcoming the trade-off between manufacturing simplicity and fabric versatility.

Dynamic head-platform distance control prevents large stepped parts in inkjet forming, reducing contour patterns and improving surface smoothness.

Synchronized cleaning mechanism reduces nozzle travel distance, preventing residue drop-off onto shaped objects during 3D printing.

A rotating dual electrode system aligns nanofibers during electrospinning.

A 3D shaping device adjusts nozzle flushing operations based on head distance to maintain reliable liquid ejection.

Alternating thermoset silicone and thermoplastic layers resolve weak inter-layer adhesion in high-viscosity elastomer printing.

A conveying device replaces gear drives with a fluid-pressure tensioned belt, increasing deposition rate while reducing fiber degradation.

An automated sensor system replaces manual alignment in 3D printer heads, detecting nozzle touchdown to resolve precision versus complexity trade-offs.

Applying predetermined external forces during flight reduces landing position variations and improves fabrication quality.

Coaxial elastic structures provide consistent initial torque to a printer detection plate for immediate abnormal object sensing.

A measuring apparatus adjusts relative positions among an object, irradiation device, and imaging device to capture supplementary data.

Segmented pressure feet and pre-heating resolve deposition speed versus homogeneity trade-offs.

A shaping apparatus discharges resin-impregnated continuous fibers along a curved path by rotating the material less than 180 degrees.

Segmenting the container into a movable unit resolves downtime during material exchanges while enabling efficient recycling of excess raw material.

Placing the drive substrate near the distal-end rotation axis reduces joint load and vibration while shortening wiring to improve signal integrity.