Automatic Machines TRIZ Cases

A cutout plate and movable pressure plate fix labels in place for accurate embroidery alignment, safer handling, and consistent sewing quality.

Distributed buttons and indicator lights on the thread clamping seat let one operator control machine heads and frames more efficiently.

AI-driven embroidery system segments design phases to resolve productivity versus precision contradictions, reducing thread breaks.

Detachable elastic members with adjustable surface profiles resolve inconsistent frictional resistance across varying cloth thicknesses.

A signal converter transforms constant and periodic detection signals to identify distinct embroidery frame types on a sewing machine carriage.

Pivoting window support applies compressive force to secure thick fabrics, resolving inconsistent holding and slippage during embroidery.

Segmented sewing frame with movable front support prevents cloth hanging, maintaining embroidery accuracy on long tubular items.

Visual editing tools optimize traversal paths for same-colored parts, reducing thread trimming time and improving design symmetry.

Segmented edges and marking points align patterns with centerlines and pockets, resolving inconsistent placement accuracy.

Segmented frames with adjustable brackets hold fabric securely, eliminating misalignment risks when switching sides.

Manual lever action secures fabric while biasing members prevent height increase, resolving positioning accuracy issues in large embroidery patterns.

A thread color grouping unit compares and groups identical colors across designs to streamline sewing operations.

A textile product uses polyamide base structures and viscose ornamental elements connected by knots to enhance mechanical strength and visual appeal.

An integrated suction housing lifts material layers for precise laser cutting, eliminating complex extraction systems and harmful gas emissions.

A cap-frame setting frame uses a disc-shaped support to rotatably mount the rotating frame for smooth operation.

An adjustable receiving cavity matches composite piece dimensions, eliminating excess material waste and reducing manufacturing steps.

Circular embroidery frame uses engaging portions to lock the middle frame at precise rotation angles, eliminating manual scale mark alignment.

Resilient arms apply compressive force to hold embroidery fabric, allowing the clamp to traverse narrow spaces without damaging presser feet.

An automated embroidery frame guides upper and lower ribbons through a shared area to produce a connecting seam.

A retaining mechanism secures the lower hooping member to a base plate using magnetic attraction and sliding components.

A segmented embroidery hoop uses a hinged dual-hoop system to clamp fabric securely, enabling center stitching on large surfaces.

Rare earth magnets align and secure clamping members in an embroidery hoop, eliminating pivot points that limit machine access.