Substation Equipment TRIZ Cases

See how segmented test stations with centralized control enable simultaneous mobile device test

See how a ceiling-mounted box with motorized pulley retrieval and moisture-proof compartments p

See how a control unit detects local user input and redirects submenu display to a mobile devic

See how segmented test computers enable simultaneous mobile device testing, reducing time and c

See how simultaneous test application execution across multiple mobile devices in segmented sta

See how segmented test cabinets with universal interfaces enable simultaneous testing of multip

A ball-and-spring slide rail locating structure simplifies small-part assembly while improving precision, wear resistance, and service life.

A curved rail and elastic element drive sliding between two bodies while reducing spring space, device thickness, and fabrication complexity.

Shared function status lets a vehicle head unit detect microphone and speaker conflicts during interface projection and keep projected features usable.

Detachable engagement pieces and sloped chassis edges let an expanded battery release without deforming the housing or raising repair cost.

An air-based feed and integrated switch die cut mmWave insertion loss and interference while supporting reliable dual-band antenna assembly.

A motion-linked housing locks an internet-enabled device while the vehicle is moving, reducing driver distraction and restoring access when stopped.

When takeover is requested, a controllable phone case obscures the mobile display to redirect driver attention from screen use back to driving.

Position-based permission lets only nearby, correctly oriented terminals control a display, reducing unintended wireless operations.

Direct vehicle-to-mobile notification syncs software update approval results, cutting server round trips and avoiding inconsistent responses.

Removing microstructures in a light-guide camera window lets an IR camera sit behind the display without LCD holes or restoration optics.

A side-edge housing opening routes larger cables into the notebook neatly, reducing crimping, damage, and assembly misalignment.

A stacked RF circuit layer shortens antenna connections, cuts coaxial line usage, saves internal space, and preserves 5G terminal antenna reliability.

Magnetic position sensing guides a rotating pop-up camera lift to extend lens travel, improve autofocus imaging, and keep the module compact.

A touchscreen linked to the vehicle CAN bus replaces scattered analog controls with one interface for data access, function control, and automation.

Priority-tagged sound identifiers let vehicle apps arbitrate overlapping alerts reliably, even after external app updates.

Mobile terminal rotation is used to switch vehicle control screens between portrait and landscape while preserving intuitive function access and information display.

A colored insulating layer around OLED transmission areas cuts external light reflection and camera noise while simplifying spacer formation.

Fixed cable sections and an internal storage path let a rotating camera reduce wire stress while keeping the housing compact.

A vehicle-mounted QR or NFC interface routes anonymous messages to owners, enabling fast contact for towing, road work, or accidents.

Tower-mounted DC-DC conversion cuts long-cable power loss for remote radio heads while improving backup time, heat handling, and safety.

Shifting the image sensor with an SMA motor instead of the lens cuts camera stabilization power use and avoids magnetic interference.

A motion-sensing housing locks an internet-enabled device while the vehicle is moving, reducing driver distraction and restoring access at rest.

Urgent vehicle alerts trigger temporary mobile terminal restrictions so drivers notice and confirm critical notifications during automated driving.

A staged console interface shows basic connection status first, then expands controls after pairing to cut key presses, cognitive load, and power use.

A 360° camera view and touch-controlled path overlay help coupled EVs reverse park while towing for recharging with less collision risk and tire wear.

Automatic UE capture of antenna height, direction, tilt, and connection data reduces RAN installation errors and site visits.

Mode switching changes how the same drag gesture is interpreted, enabling more flexible item actions on touchscreen lists.

A three-unit resin-on-glass lens layout cuts wafer-level bonding cost while correcting aberrations in compact endoscope optics.

Integrated pluggable surge protection cuts wiring errors and enables fault reporting to keep industrial data links reliable.

A layered metal-insulator structure isolates in-display component areas, maintains electrical contact, and blocks moisture ingress.

A sliding transmission member guides screen sections during folding to prevent stretching, creasing, and hinge-area damage.

A rotating hinge with a pivoted first link and sliding second link limits housing displacement and prevents display bulging after drops.

Sender-created targeting records match caller and receiver IDs to deliver personalized promotional messages securely across basic and smart phones.

A nested spring inside the hinge cam maintains folding force in thin foldables while reducing torque, interference, and part count.

A one-way bearing and driving sheet add hinge torque only in drawing mode, improving touch stability without making flipping harder.

Angled dual sliding grooves and rotating members increase lap amount to reduce hinge shaking in unfolded foldable devices.

A bevel-gear hinge with link slider and spring cam cuts foldable display thickness while preserving durability and stable angle holding.

Flat and U-shaped support surfaces across rotating hinge assemblies prevent flexible display pulling, compression, and arching during folding.

An asymmetric hinge structure creates display accommodating space with fewer parts, cutting foldable device weight, volume, and display damage risk.

A stopper in the foldable rotating assembly locks the unfolded position, keeping the flexible display flat and reducing crease risk.

A thin protection layer covers the exposed fold gap between support plates to block dust ingress and prevent defects in flexible displays.

A lockable dual-shaft hinge switches between independent and synchronous rotation to protect the shaft while preserving a higher screen-to-body ratio.

A stopper in the foldable hinge limits over-rotation, compensates assembly tolerance, and keeps the display at the intended rest angle.

Opposed rotating members create bending space in foldable displays, preventing squeeze-induced creases and extending display life.

A conductive transition layer and sealing structure maintain electrical contact while isolating magnesium alloy joints from galvanic corrosion.

An elastic sidewall in the camera bracket secures the module with interference fit to improve positioning and reduce shake without dispensing.

A rotating shaft support and linked support components reinforce the bending portion to prevent bulging and keep foldable displays flat.

An added structure between the stopper and fixed cam lowers opening force, protects the flexible display, and enables one-handed release.

Visual UAV path and reconnaissance-space selection uses image-based UI and target recognition to make precise mission setup more intuitive.

A sliding hinge cover conceals variable gaps during 360-degree rotation, protecting internal components and preserving a continuous look.

Sensors stay in low-power mode until a location or activity change triggers richer sensing for accurate, timely content with less energy.

After a factory reset, a recovery mode requests a key and sends device location to authorized contacts when the wrong key is entered.

Contact-specific emotive image libraries improve expression relevance by letting users request and reuse authorized images from a selected contact.

Maps updated user context into an existing embedding space to keep access scoring accurate without frequent model retraining.

Synchronized exposure and white balance adjustment across multiple camera lenses improves image consistency during multi-camera shooting.

A mobile app sends curated local service information to recipients by text while protecting officer identity and keeping resources current.

Positioning structures on a fixed cover and rotatable frame stop over-rotation in notebook hinges, protecting internal wires from twist damage.

A digit cover with display and wireless input lets users control external devices during active tasks without holding or dropping them.

By overlapping the hinge cover with the screen cover plate, this layout narrows the laptop display bottom bezel while keeping assembly simple.

Using backhaul-linked base stations instead of repeaters expands DECT coverage while preserving full channel capacity for more concurrent calls.

Dual support plates with protrusion grooves hide support patterns while improving impact resistance in an extendable flexible display.

A folded rear-side connection layout hides the non-active region, narrows bezel width, and protects ACF bonding during maintenance.

Hidden gestures, audio codes, or device inputs start covert mobile audio and video capture during duress without alerting the assailant.

Pre-change UI signaling coordinates communication mode switches, blocks conflicting input, and helps prevent dropped ongoing calls.

Specific lens powers, curvatures, and spacing let the camera overlap the display while preserving image quality and limiting active area loss.

A rigid member and elastic soft rubber member cover exposed bending-region edges, balancing collision resistance with display flexibility.

Exertion detection restricts microphone transmission during cycling or running, limiting loud respiratory sounds in radio calls.

Limited foldable-screen space can impede controls when an under-screen proximity sensor is active; this layout keeps target controls clear of sensor and edge areas.

A parallel AI session derives customer intent and drafts comprehensive replies for agent approval, improving consistency while retaining human judgment.

Text messages use descriptors to prompt generative AI and attach multimedia automatically, reducing manual selection and sharing steps.

This case filters internal and external sensor data and adapts motion cues to support device use during movement.

Customizable folder cards increase desktop information density while exposing folder identifiers instead of personal file details.

A modular server interprets natural language commands and maps them to real-time parameter adjustments for accessible control.

Acid and base washing create a controlled glass surface, while ion exchange adds compressive stress for thinner, impact-resistant windows.

A mobile app sends the same unique access phrase to officers and occupants, enabling rapid identity checks before locked-room evacuation.

A native app routes PWA browser commands over short-range wireless links, easing cross-platform aerosol device control and updates.

Segmented heat dissipation regions deform through the hinge gap, supporting flexible display movement and thermal conduction.

A location-based electronic red envelope system dispenses funds only when users reach designated geographic coordinates.

An electronic device processes user utterances to classify images and provide additional attribute information.

NFC-enabled mobile devices synchronize with controlled objects to present context-aware interfaces for seamless wireless operation.

Segmenting the solid ground plane into a frame structure creates a central opening for routing, reducing layer complexity and module size.

A wearable device connects to a landline base for instant emergency calling.

A user terminal renders video images with selected effects using a rendering device.

An RF processing circuit dynamically switches antenna couplings to enable multiple-input multiple-output signal transmission.

A liquid crystal display integrates a colorless region to transmit light from an image display element, enabling full screen visuals.

Merging input and optical sensors into one structure reduces device complexity while maintaining sensing accuracy.

Remote server storage offloads recording from memory-constrained mobile devices, preserving session records while freeing local power and capacity.

Digital contact cards merge captured images, names, and GPS coordinates into a single interface, eliminating manual business card handling.

Segmented neural networks analyze facial and body expressions to classify emotions, resolving the trade-off between detection accuracy and processing time.

Segmented support member with openings distributes external forces to prevent sagging in flexible displays.

A unified graphical user interface consolidates distinct communication instances into a single listing view.

An instant messaging client transmits assistance requests and displays real-time content on session pages.

A mobile terminal controller generates virtual channels from stored video folders to output media content to external devices.

A notification suppression system prevents duplicate alerts by checking application focus status before outputting indications.

Dynamic antenna beam adjustment minimizes harmful interference with first responder devices while maintaining reliable wireless coverage in urban areas.

A display management method divides screens into primary and secondary sections to show participants and device features simultaneously.

A contact management system autonomously distributes records across devices using pre-configured directives.

Mobile devices load functionality data from fixed devices to resolve information exchange limitations caused by hardware capability mismatches.

Aircraft computing device processes onboard camera images for passenger selection and transmission to terrestrial networks.

Auditing system logs mobile device feature usage data to maintain operational functionality while enforcing security policies.