Mounting Boards Securing TRIZ Cases

Detachable slot segments for plate-shaped members cut PCB holder assembly time and lower replacement cost when individual slots are damaged.

A framed holder mounts an M.2 card vertically, cutting PCB area use while keeping the module securely engaged and stable.

Integrated airflow between PCBs and heat sinks improves cooling in modular battery chargers while supporting plug-in multi-pack charging.

A folding ribbon cable links the user interface and internal assembly in a tubular power device without top-down assembly or cable interference.

Hooks, protrusions, and a guide holder secure overlapping display PCBs under impact and shaking, preventing separation and defects.

Simultaneous opposing clamps and spring-biased actuators balance heatsink loading on ICs to reduce die edge cracking and assembly variability.

An insulating seat and limiting member keep electrical structures securely mounted while blocking screw-induced leakage paths and grounding risks.

A sidewall-adjacent cooling circuit and insulating thermal bridge improve PCB heat removal, simplify assembly, and avoid coolant pressure drop.

An insulated heat-dissipating element links PCB heat sources to a sidewall cooling circuit, cutting assembly parts, size, and coolant pressure loss.

Post-and-slot mounting lets a PCB carrier frame secure motherboard components while enabling tool-less chassis upgrades.

A hook and rotation restrictor guide the circuit board into place, secure vertical fastening, and prevent wire harness pinching.

A hook and hanging hole preliminarily support the circuit board, enabling screw fixation without rotation or wire-harness pinching.

An operating member extends through the shielding board to release expansion cards externally when case components block the buckle.

A printed circuit board fastening structure uses a support member with legs to anchor the board via an external casing hole.

A spring-loaded latch rail absorbs mechanical tolerances to secure circuit packs within electronic shelf assemblies.

A guiding mechanism uses a push rod and sheath to move a flexible circuit board, preventing cracking from compression during sliding.

Chain-like locking structures rotate to reposition a printed circuit board, resolving assembly complexity across flat and curved display devices.

Magnetic glue and foam tape enable rework of a borderless display by reducing separation force while maintaining adhesion strength.

An integrally molded substrate guide member employs separated portions within protrusions to prevent sink marks while maintaining high accuracy.

Two-part housing shell integrates circuit carrier receptacles and detachable connection interfaces for vehicle control devices.

Guide groove engages elastically deformable part to prevent circuit board falling off under mechanical external force.

A support bracket attaches printed circuit boards to external structures, separating mechanical fastening from the electronic substrate.

A movable member holds a cooling plate in an electronic control unit rack, engaging a guide groove on the device.

Through-openings in the printed circuit board allow viscous damping medium to expand vertically, securing components without additional fasteners.

Rotating the electronic card resolves the contradiction between secure operational stability and difficult wiring access in medical ventilators.

An adjustable PCB card retention system accommodates various card sizes while preventing dislodgment during transport.

Segmentation separates the universal housing from geometry-specific frames, resolving the trade-off between manufacturing cost and adaptability.

A bracket assembly positions memory modules on a system board while a tether holds the screw captive, reducing servicing downtime.

A vehicle-mountable device uses a temperature equalization board to conduct heat from the PCB to internal heat pipes.

Spring-loaded clamps secure expansion cards on sliding rails, eliminating screw-based installation bottlenecks.

A substrate bracket with high thermal conductivity positions a printed circuit board at the rear of a display panel.

Embedded delta wing vortex generators on guide rails enhance convective heat transfer, reducing fan power consumption and acoustic noise in telecom systems.

A flexible display apparatus uses elastic members and torsion springs to facilitate effortless winding and unwinding of the display module.

A one-piece supporting plate integrates structural and switching functions within a touchpad module to simplify assembly.

An elastic snap-fit restraint secures circuit boards during lateral insertion, reducing normal-line dimensions and preventing sensor interference.