Mangetographic Process TRIZ Cases

A flexible sub-millimeter magnetic printing surface uses magnetic and non-magnetic boundaries to align particles and create 3D optical effects.

A self-actuated steering member converts belt drift into roller tilt to correct endless belt meandering and prevent positional deviation damage.

Independent high- and low-frequency parameter control creates asymmetric bell-shaped filter response while preserving familiar Biquad sound and operability.

Gradual facing-unit approach uses an inclined surface to apply transfer pressure without impact, preserving toner image quality on cylindrical objects.

Segmented annular supporting rings allow axial displacement of magnetic-field-generating devices, maintaining register accuracy across varying print formats.

Dichroic reflectors isolate UV radiation from thermal energy, preserving magnetic particle orientation during industrial printing.

Time of flight analysis processes transmission and reflection imaging data to measure flaw depth without calibration standards.

A toner amount restricting unit controls image formation to minimize material usage at the outer edges of a recording medium.

A magnetized surface transfers high-resolution magnetic designs onto wet magnetic ink coatings.

Feature point alignment corrects positional shifts in infrared camera images, generating reliable difference images for casting die monitoring.

Scanning laser selectively cures UV binder to fix magnetically aligned flakes, replacing bulky lamps that limit high-speed printing productivity.

Automated infrared imaging captures thermal signatures from multiple vehicle sides to identify component anomalies without manual operator intervention.

Axially adjustable magnetic element groups on a cylinder correct register deviations during printing.

A magnetization head and rotary roller deposit composite powders to form mask patterns directly on substrates.

Rotating sensors scan areas to detect stationary occupants, resolving infrared motion detection limitations.

Segmenting a conductive mask controls local magnetization precision, resolving the trade-off between image resolution and device complexity.

A wrist-mounted sensing unit detects finger motion by measuring reflected optical or ultrasonic signals from carpal tunnel tendon displacement.

Selective roller pressure prevents full separation during mode shifts, resolving the contradiction between service life and productivity.