Clamping/Extracting Means TRIZ Cases

A push-button DIN rail locking mechanism uses hinged armatures to enable secure one-handed mounting and removal without tools.

A swiveling dagger pin engages misaligned mounting holes, avoiding custom device changes and reducing installation time and cost.

Guide rails, bosses, and grooves align pinions with racks so the movable side plate assembles quickly and stays parallel and stable.

An integrated plate, gaskets, and anti-vibration rubbers prevent coolant leakage while simplifying electrical component mounting.

A top-access control knob and rotatable latch bar secure and support large installable components without blocking removal.

Adjustable sawtooth wedge plates raise contact pressure and area to improve heat transfer from electronics modules without hardware changes.

Adjustable clamps and a movable slat let one bracket secure electronic modules of different sizes, cutting bracket variety and manufacturing cost.

Adjustable clamps and a movable slat let one bracket securely fit electronic modules of different sizes, cutting custom bracket variants and cost.

Adjustable clamps and movable slats secure electronic modules across thickness and height ranges, reducing custom bracket design and production cost.

A dual-direction clamp with teeth and a deflecting tongue secures information handling resources without fragile tabs or PCB interference.

A flexible conductive clamp bridges a heat rail and housing to cut thermal resistance while accommodating assembly tolerance and thermal cycling.

Sliding wedge members on a ramped carrier keep PCBs secure while preventing dust-related sticking during release and replacement.

A lever-driven stud and detent latch aligns and secures circuit boards in one motion, improving operation speed without complex multi-step locking.

A rotating lock with wing hooks and a rail-slot limiter maintains fastening force after repeated insertion, reducing shake and connection loss.

A handle, positioning element, and elastic connector replace screw loosening to speed secure panel and circuit board coupling and removal.

A spring-biased slider keeps a T-bolt protruding during rack release, preventing bolt drop and avoiding module disassembly in dense frames.

A spring-loaded flexible hook locks a component drawer into the chassis during insertion, avoiding manual lever alignment and incomplete locking.

A pivoting latch and resilient bias lock detachable modules to a backplane, preventing vibration-driven disengagement while preserving expandability.

A raised drive board connection through signal and power connectors removes precise board alignment and simplifies robot controller assembly.

A pivoting locking member and spring cut assembly bulk while enabling quick, secure locking and easy release of electronic components.

Interlocking wedge features add positive retraction force to prevent electronic module retainers from sticking during removal.

An elastic fixing member secures plate-like elements in cramped housings, preventing displacement and electrical contact without screw fasteners.

Interlocking wedge features create positive retraction force, helping electronic module retainers release smoothly instead of sticking under friction.

A dual-insertion battery connector standardizes pack interfaces, cuts connector variety, and enables safer powered-on battery handling.

A rotating member and elastic rebound let the lock release a board card without sustained force, then automatically reset for the next use.

Machined angled rails and external fasteners improve LRU card alignment, chassis heat conduction, and electrical grounding with simpler assembly.

Spring-biased clamping brackets let modular timber support structures ship flat, assemble at ground level, and secure quickly to vertical supports.

Moveable spreaders press against chassis cold plates after insertion, combining heat conduction with easier enclosure removal.