Lamination Ancillary Operations TRIZ Cases

A plasma-enhanced chemical vapor deposition process forms a uniform release layer on semiconductor supports.

A die bonder adjusts tossing force dynamically to ensure stable pick-up of semiconductor chips.

Shaping a filler blank and adding a skin eliminates custom molds to cut production costs for wind turbine blades.

Pre-positioning two labels on a carrier material allows simultaneous application, eliminating timing precision requirements and reducing hardware complexity.

Individually controllable VCSEL groups create an intensity dip to compensate for heat removal variations along curved sealing lines.

A bonding device attaches flexible screens to curved cover plates using abutting walls and a driving component.

Direct surface activation of plastic layers prevents excessive metal heating and eliminates delamination risks in sandwich composite production.

Dividing the waist opening via a shirred crotch portion eliminates material loss and facility costs while creating a comfortable trunks shape.

Ultrasonic compaction stacks uncured prepreg plies to achieve fiber volumes above 58% while maintaining porosity below 2% and preventing delamination.

An actuator moves the separator between engaged and retracted states, resolving reliability versus complexity trade-offs in printing systems.

Digital printing of UV-curable organic ink with scattering particles on glass sheets enables transparent illumination without visibility in unlit states.

Segmented cable drums pull a radiation unit through flexible tubing to cure adhesive, preventing the device from getting stuck during retrieval.

Encoder-based feedback control compensates for collet wear to maintain consistent bonding forces.

A metal housing with a slot filled by an insulating sub-layer and a printed polymer sub-layer.

Applying barrier layers to a foam web before cutting creates folded strips that ensure uniform water vapor resistance without complex placement.

Three-layer prepreg tape design with transverse center filaments bonded by resin reduces shear failures in pultrusion processes.

A thermal conducting sheet uses polymer-coated carbon fibers to move heat through a binder resin matrix.

Segmented laminate structure maintains adhesive strength while printed patterns enable recycling identification.

Multi-layer co-extruded polypropylene and polyethylene film laminated with nylon resolves heat sealability and structural strength trade-offs.

Irradiated acrylic adhesive with controlled elasticity prevents light leakage and peeling in liquid crystal displays exposed to high temperature and humidity.

An infrared-absorbing separation layer denatures under radiation, enabling clean detachment of the support plate from thin wafers without breakage.

Shear bonding uses conductive heating tiles and a bayonet tool to apply pressure, resolving autoclave size constraints for large composite structures.

Mechanical pressing transfers a carbon nanotube array onto a substrate to replace ITO, resolving uneven resistance and poor durability in touch panels.

Graphene nanoplatelets in a polymeric sandwich core accelerate heat propagation, reducing compression molding processing time by 20-50%.

A composite adhesive composition combines epoxy resins with acrylic and silicone components to bond metals and organic materials.

A metallized polymeric film sheet layer forms a fluid vapor barrier within a flexible pipe insulation laminate structure.

A profilometry device uses a laser and prism to redirect light, enabling accurate strip clearance measurement in constrained layup zones.

Multi-ply thermoplastic films use non-continuous lamination to create structural puckers that increase loft and perceived strength.

Ceramic-particle adhesive bonds magnetic-dielectric assemblies, reducing swelling and insertion loss during direct cutting.

Particle beam irradiation activates the substrate interface, enabling strong bonding of heat-sensitive materials without thermal stress damage.

Position adjustment units contact the side surface of a superposed substrate to enable accurate separation without damaging thin wafers.

A dual roll laminating film cartridge uses frangible coding tabs to detect film characteristics and configure machine settings automatically.

Edge deletion excludes tempering defects from electrochromic windows, improving yield while maintaining structural integrity.

Rolling elongated laminate blocks before singulating them into chips eliminates shear force defects during cutting.

Photolithography forms precise conductor and element patterns on separate base materials for laminated coil components.

A peeling member enters and displaces upwards to separate cover tape from carrier tape in a component feeder device.

Textured adhesive grooves allow trapped air to escape, reducing optical distortion and wrinkles in curved laminated glass.

Color-changing dye agents visually confirm plasma treatment removes oxides, resolving detection difficulties in composite bonding.

Diagonal location pins penetrate through-holes in both the flexible display and lamination plate, resolving accuracy issues caused by thin polyimide substrates.

A decorative sheet surface-protecting layer uses a specific ionizing radiation-curable resin blend to enhance mechanical properties.

A bi-directionally oriented polyethylene film combines linear low-density and high-density polyethylene to enhance tensile modulus.

Synchronized movement of a cross-direction holder and transport unit separates release paper from adhesive sheets, preventing rupture and surface unevenness.

A polyimide resin composition combines a terminal-modified imide oligomer with a thermoplastic aromatic polyimide to enhance thermal and mechanical properties.