Side-By-Side/Stacked Arrangements TRIZ Cases

See how U-shaped and C-shaped sliding panels join equipment housings without screws, reducing a

See how U-shaped and C-shaped sliding panels eliminate screws and brackets in rack-mounted equi

See how an annular shroud with digital display panels, water-level sensing, and modular design

See how pivoting side and center brackets enable dynamic adjustment of up to three displays for

See how clamp-based vertical pillar assemblies replace welded cabinet frames, enabling fast mod

See how a nested three-member drawer enables perpendicular access to modular server bays, incre

See how U-shaped and C-shaped sliding panels eliminate screws and brackets in rack systems, ena

See how a removable positioning tool with guiding openings enables faster, safer rack alignment

Quick-connect stackable modules replace welded production furniture, cutting shipping volume and setup time while keeping equipment support stable.

Guide-groove protrusions and slider recesses lock and unlock securely while reducing board space limits and wear in side-coupling units.

Extruded side members with longitudinal attachment features let stackable modules align quickly, cut rack mass, and improve datacenter space use.

Interlocking frame-key mounting lets nested network tap modules fit up to 12 single ports per rack unit while keeping installation secure and rigid.

A rotating guard rail buffers magnetic attachment to protect tiling displays from impact, reduce misalignment, and enable front-side access.

Limit-slot magnetic mounting makes splicing display panels thinner, lighter, easier to detach, and more accurate to align.

An adjustable connection bracket aligns adjacent display units while maintaining electrical connection, reducing step differences and cable-free installation.

A hinged magnetic jig with a rotating guard rail enables front-side tiling display installation while reducing impact damage and misalignment.

A threaded outer adjusting member and inner fixing member align adjacent display panels while minimizing step differences and assembly steps.

A multi-layer frame with ductile adhesive and fixing members keeps display module gaps consistent during thermal expansion.

A plano-convex optical element widens light exit angles in the sub-display region to hide splice seams and match the main display area.

A function-switched plug-in mechanism mates power and signal contacts together, cutting LED display assembly time and workload.

Rollers moving along rails let tiled display panels absorb thermal expansion and restore panel spacing and alignment to minimize visible seams.

Uniform spacing between protection layers and cover films minimizes tiled display seams without separate planarization equipment.

A flexible LED substrate bridges adjacent display panels to hide splice gaps while preserving flatness, resolution, and lower cost.

A staged power-first and signal-later connector layout improves display module assembly while reducing arc discharge during coupling.

A stacked transceiver and thermoelectric cooler shrink laser radar size while preserving heat dissipation, sealing, and EMI control.

Magnetic coupling fixes the display module quickly while ribs, seals, and drain paths reduce waterproofing area and block water ingress.

Parallel core and extension bus plates with rounded joints cut parasitic inductance, transients, and arcing in high-frequency power converters.

Directly mounting branch protection to a VFD cuts panel space, brackets, and fasteners while preserving fault interruption and power conditioning.

A compressible conductive seam element links adjacent RF tile ground planes, cutting millimeter-wave losses while preserving spacing and serviceability.

A modular lattice-mounted LED facade spreads wind and precipitation loads while keeping large outdoor media surfaces bright and serviceable.

Independent Z-direction tile adjustment reduces display artefacts and creates access gaps for safer maintenance on large tiled displays.

Integrated connectors in a hinged bracket link adjacent display units without separate cables while enabling folding and tilting layouts.

Adjustable support substructures create temporary tile gaps for precise tiled display alignment, uniform seams, and easier maintenance.

A modular lattice framework secures LED display panels to varied structures, improving outdoor visibility, wind resistance, and panel replacement.

A cavity-based lock bar and locking piece simplify display screen splicing, support angle adjustment, and speed installation and removal.

Magnetic positioning and mortise-tenon fixation align display panels quickly, reducing tiling gaps and installation complexity.

Sliding and positioning mechanisms let LED modules lock at precise angles, simplifying curved screen assembly and reducing clamping deviation.

Adjustable lattice-mounted LED panels improve outdoor display stability under environmental forces while preserving visibility in bright sunlight.

A rotatable knob latch with teeth and magnetic attachment lets one damaged display panel be removed without disturbing adjacent units.

A plug-in coupling and locking member keeps adjacent display screens aligned, improving splicing accuracy and speeding installation.

A building-mounted lattice framework stabilizes modular LED display panels against environmental forces while preserving bright daylight visibility.

A lattice support with adjustable LED panel mounts helps exterior displays resist wind loads while staying bright and aligned in sunlight.

Guide rails, spring cushioning, and magnetic screw adjustment simplify panel installation while reducing impact and crack risk.

Rotatable support units in two intersecting directions strengthen large spliced displays while enabling angle adjustment and easier assembly.

Adjustable rods, movable supports, and magnetic alignment help tiled display panels sit flush, reducing visible gaps and support errors.

Interchangeable welding modules with standardized mating geometries simplify transport, coupling, and setup for task-specific configurations.

An elastic support and overlapping operative part let a snap-fit claw disengage with less force while preserving strong, reusable attachment.

A detachable locking and positioning bracket simplifies LED splicing-unit assembly while improving outdoor connection reliability.

A fixed-depth alignment mount reduces tolerance stack-up in video walls while enabling accurate panel alignment and easy single-panel removal.

Front-access guide rails and one-touch fastening let multi-display panels be aligned, adjusted, and replaced without rear installation space.

Multiple rotational joints with 45° axis geometry let dual monitors switch between vertical, horizontal, and facing layouts while staying adjacent.

Keyhole recesses with movable locking elements let multiple housings connect and disconnect without tools while staying mechanically stable.

Movable wall magnets and a front-side tiling tool enable real-time seam alignment, easier module replacement, and simpler tiled display mounting.

A guide-slot locking piece enables single-action display screen splicing, cutting multi-step assembly while maintaining secure frame connection.

External splice bars and riveted slotted cabinets cut welding labor, fit variable supports, and keep electronic signs watertight.