Mechanical Working/Deformation TRIZ Cases

Segmenting the tape applicator into a detachable roll holder and stationary cutting unit eliminates blade exposure during replacement.

Liquid applier adjusts application amount based on environmental conditions to prevent sheet peeling during crimp binding.

Synchronized embossing tools create localized relief structures that prevent lid sticking while preserving printed surface quality.

Downstream detection sensors enable precise sheet protrusion control, reducing position variations in z-shaped and threefold processing.

Closed-loop feedback control varies embossing pressure and web tension to compensate for unpredictable material shortening, ensuring precise blank positioning.

Embossed polymeric film fabric replaces complex weaving with embossing and slitting to lower production costs while maintaining structural integrity.

Exchangeable deforming edge and movable sealing guide reduce setup time for varying foil widths.

A sheet processing apparatus uses a moving unit to adjust pressing positions for precise fold line formation.

Segmented pressing members apply localized pressure to reduce fold height while preventing end damage and maintaining productivity.

Adjustable center distance and flank clearance enable varied profile heights without tool replacement, resolving versatility versus complexity trade-offs.

A control apparatus manages sheet feeding speed to ensure accurate batch separation of corrugated paperboard sheets.

Segmented constructional elements bend to curvature then bond via intermittent heating.

Radial folding structures direct inflation gas to peripheral areas, resolving slow distribution bottlenecks in conventional airbag designs.

Segmented absorbent layers create material-free channels to reduce swelling and enhance fit.