Booklets TRIZ Cases
- Booklet Bonding Press Plate Layout for Heater Impact Protection
Separating pressing force from the heating body lets booklet bonding run faster while reducing ceramic heater impact and extending service life.
- Booklet Binding Press Structure to Protect Ceramic Heaters
A spring-backed pressing structure isolates impact from the ceramic heater, preserving bonding speed while extending heater life.
- Booklet Adhesive Toner Heating to Prevent Cover Contamination
Selective heating raises adhesive toner rigidity near the heater, limiting transfer to booklet covers while preserving thermocompression bonding.
- Heating Pressurization Unit for Multi-Size Booklet Bonding
A shaped pressurization force profile helps one heating unit bond both large and small sheets evenly for more uniform booklet quality.
- Movable Reference Plate Stapling for Variable-Size Sheet Alignment
A slide member and spring shift the reference plate to clear stapler travel while keeping sheets aligned across different sizes.
- Heating Pressurization Unit for Multi-Size Booklet Bonding
The heating pressurization unit varies pressure by sheet size to maintain adhesive bonding across large and small booklet formats.
- Fixing Unit Speed Control by Paper Basis Weight for Glue Binding
The fixing unit varies paper conveyance speed by basis weight to balance heat application, productivity, and toner-transfer prevention.
- Booklet Printing Cover Pre-Scoring to Prevent Toner Peeling
A linear bending mark on thick covers relieves folding stress, reducing toner peeling during center-folded booklet production.
- Book-like Document Spine Formation Using Aligned Tabs
Aligned tabs on covers and data pages form a monolithic spine structure, eliminating adhesive use and simplifying production.
- Book Binding Apparatus Segmented Discharge for Mixed Media Sorting
Segmented discharge sections prevent mixed stacking of differently processed media, reducing sorting complexity while maintaining a compact apparatus structure.
- Booklet Finishing Device Spine Corner Shaping Mechanism
Inclined guide surfaces and corner-forming ends enable smooth booklet insertion and precise spine corner shaping, resolving conveyance failures.
- Folded Portion Flattening Unit for Booklet Alignment
An adjustable opening mechanism aligns varying sheet thicknesses to prevent irregular surfaces and ensure smooth stacking in post-treatment devices.
- Perfect-Bound Booklet Binding Method for 180-Degree Spreadability
Segmenting adhesive zones on the rear face prevents bulging, allowing booklets to open fully while maintaining structural integrity.
- Progressive Leaf Booklet with Step Display Tabs
Segmented spine sheets allow independent leaf movement, progressively revealing content layers as the cover opens.
- Fold Position Adjustment Using Image Pattern Detection
Automated image pattern detection calculates fold position deviations from reference marks, correcting paper variations without manual measurement.
- Fold Position Adjustment Using Optical Pattern Distortion
An image reader detects line segment distortion on an adjustment sheet to identify the actual fold line position for precise mechanical alignment.