Closed Casings TRIZ Cases

Bonding transparent members between cases creates a gap that enables flexible key and illumination placement without increasing device size.

Cured sealant under screw heads resists shear during assembly while maintaining clamping force against gaskets to prevent material loss over time.

An integrated housing structure embeds conductor tracks to eliminate cabling, reducing installation space and simplifying assembly.

A compression block absorbs impact forces by allowing the camera assembly to separate from the sidewall, preventing misalignment after drops.

A standalone garage door opener module integrates a self-contained power source and electronic circuitry within a housing that mounts through a vehicle headliner.

A power module package uses embedded springs to transfer stress between protruding structures.

A slider actuator converts handle rotation into linear motion to toggle electrical switches within sealed enclosures.

An integrally formed metal bracket positions storage devices through elastic deformation of its segments.

A spliced back plate enables a flexible display to switch between flat and curved states.

A heat dissipating structure uses a segmented fastening system to secure components while isolating thermal paths.

Injecting dielectric members into cover cavities resolves weak bonding strength caused by external impacts on dissimilar materials.

Segmented back housing bodies connect via rotating joints to adapt display curvature without exposing internal components or increasing thickness.

Segmented sealing components prevent inward deformation while mechanical hooks engage the hole edge to stop slippage.

Embedded fasteners engage ledge clips to permanently compress a sealing gasket, eliminating complex tool-based assembly steps.

Segmented housing parts connect via a screw and threaded pin creating an ex-gap that reduces explosive energy below ignition threshold.

Raised projection pieces on the detachable cover prevent sebum corrosion of internal electrodes while maintaining terminal pressure contact.

A transverse locking member secures housing halves using forked legs that compress and engage to create a robust mechanical joint.

Elastic connect hooks engage bumps to secure housing assembly, eliminating ultrasonic welding tools and reducing production costs.

Resilient members orient engaging members to connect housing components, resolving the trade-off between assembly speed and consistent tightening force.

A latching hinge enables rotational and translational movement to compress a perimeter sealant within an enclosure.

Aligned recesses form channels for locking members that compress a resilient element, reducing metal-to-metal connections to minimize passive intermodulation.

Grooved first housing receives second housing fasteners to expand internal battery receiving space.

Radial sealing flaps maintain integrity after repeated disruptions by reducing required clamping forces and eliminating complex latch systems.

A dual-layer thermoplastic housing dissipates heat through controlled thermal conductivity while integrating functional components.

Segmented housing with self-aligning features enables tool-free touch panel replacement while reducing structural complexity.

Elastically deformable engaging portions connect electronic apparatus covers along an external surface to enable component separation.

A mechanical engaging unit with interlocking tongues secures insulation and metal shielding covers without adhesive bonding.

Segmented covers on a ring frame enhance thermal control and reduce fatigue cycling in broadband node housings.

A self-clamping shell assembly uses a hook and slot mechanism to secure upper and lower housing parts without external pressure jigs.

Segmented conductive areas detect tampering attempts like conductive liquid injection, preventing unauthorized data access.

A housing structure accepts nested first and second assemblies through specific openings to secure internal components.

Variable thickness cushioning absorbs shock while the rigid shell maintains structural stability, resolving the trade-off between protection and slim profile.

A split electronic module case enables flexible sensor substrate orientation and precise alignment during assembly.

A heat dissipation unit with a hollow polygonal core diffuses thermal energy, preventing rear component heat transfer to the display module.

Machining green body ceramic components before full sintering reduces tool wear and manufacturing costs while maintaining final durability.

Composite rear cover with honeycomb mesh maintains structural integrity while reducing thickness and weight.

An electrical apparatus joins half cases via ultrasonic welding and interlocking portions to resolve limited surface area constraints.

Segmenting ground patterns prevents metallic cover noise from disrupting circuit stability through single-point grounding.

An elastic member allows the operation unit to slide and adjust position, resolving clearance issues between separate manufacturers.

Spring hook portion spans housing members to secure joining surfaces, preventing positional displacement during assembly.

Inner extensions on sheet metal members support circuit boards while preventing gaps that require costly flame-retardant resin fillers.

A display bracket maintains a gap inside an enclosed window for inserting a bonding member that cures to secure the display.

Segmented shells with pressure ports prevent water ingress during extended submersion, maintaining functionality in harsh maritime environments.

An elastic stabilizer mechanism presses locking surfaces together to prevent looseness and abnormal noise in vehicle applications.

Nested tenon structures deploy from casings to provide versatile object holding without compromising compact storage.

Interlocking gears in the cap and base transfer thumbscrew torque to prevent loosening during shock and vibration without damaging threads.

An intermediary base distributes spring pressure to the switching element, improving heat exchange efficiency in traction boxes.

A wall-mounted controller assembly uses bendable latches and shrouds to secure the control unit to a mounting plate.

A ceramic chassis element provides a rigid outer surface for portable device inputs.