Visual Indications TRIZ Cases

A display processor calculates screen deterioration by segmenting elements into fixed, repeating, and changing categories.

A semiconductor IC calculates position via Doppler positioning to specify a time zone for immediate display.

An electronic apparatus reduces power consumption by storing time information in one operating state and associating it with positional data in another.

Segmenting map data into blocks reduces storage requirements while maintaining local time accuracy for electronic timepieces.

Adjusts display parameters of interactive objects based on current time information, resolving 12-hour system ambiguity between noon and midnight.

Electrical isolation gap prevents ground loops between customizable housing and antenna.

Segmenting position detection between a wrist device and smartphone reduces power consumption while maintaining activity tracking accuracy.

Intersecting creases fold the display panel into a compact shape, resolving the contradiction between large screen area and portability.

Segmented voltage thresholds allow modification operations to continue during low battery conditions, preventing premature power saving shifts.

Segmenting control between a main CPU and sub CPU enables accurate timekeeping on secondary displays while keeping the primary unit inactive.

Processor calibrates clock time using standard wave reception to apply region-specific daylight saving rules.

A timeline user interface displays calendar events and sunrise sunset indicators along a time axis on small screens.

A single indicating hand distinguishes operating modes and functions to reduce power consumption while maintaining clear user recognition of the current state.

Dynamic watch interface relocates complications to prevent numeral overlap, reducing user time consumption and device energy usage.

A controller adjusts satellite reception timeouts based on signal type to acquire leap second data efficiently.

A processing system calculates arm movement state independent of torso motion by subtracting torso detection data from compound arm signals.

A wearable computing system rearranges data item sequences based on detected contextual changes to streamline user access.

A wearable device uses a rotatable ring with switches to transmit mode signals that adjust electronic apparatus settings.

A dual-processor display device manages monochrome and color output modes to balance information density with energy efficiency.

Multispectral skin sensor verifies wearer identity to authorize confidential data access on smartwatches.

A timer control circuit uses a setting module to generate timing signals for accurate duration settings.

Rotating a twelve-sided polyhedron sets time intervals without buttons, solving complexity and durability issues in rugged environments.

A circular display divides its range into multiple regions with different sizes to allocate information efficiently.

Detachable deformable devices with independent processors allow flexible display configurations and power management without complex centralized control.

A dual battery watch uses an isolation circuit to separate power supplies for traditional and smart functions.

A processor generates distinct common signal waveforms for a TFT liquid crystal panel based on backlight duty ratios.

Segmented user interfaces reduce cognitive burden and conserve energy by automating restricted mode transitions based on predefined triggers.

A wearable mobile terminal displays notification icons on a clock face to manage scheduled automatic financial transfers via touch input.

A watch terminal uses a sensing unit to detect changes in touch surface area and execute specific functions based on those variations.

Motorized watch hands display identification codes on the dial, eliminating external reading devices and enhancing security against counterfeiting.

Motor controller adjusts drive frequencies to maintain angular velocity ratios, preventing positional shifts during fast-forward time correction.

Motion sensors dynamically shift the viewing window on circular displays, revealing hidden content without requiring code recreation for rectangular sources.

A connected watch pairs with another device to exchange bio-information and dynamically position emotional state graphics on its face.

Automated watch face selection uses environmental sensors to resolve manual intervention bottlenecks, improving ease of operation.

A vehicle time display device calculates accumulated match time from multiple external devices to identify the current time zone.

A visual time display uses a single moving indicator to show hours, minutes, or seconds within a defined space.

A timepiece display synthesizes clock hand images with prescribed information using layered image data.

Vertical display means change states dynamically to visualize time passage, eliminating the need for additional scales or labels.

A wristwatch uses a single button to switch between timekeeping and positioning modes based on press duration.

A hybrid display screen combines an LCD panel with a rear-mounted LED array driven by a single control module.

A flexible wearable band integrates reflector, electrode, polymer light source, diffusor, and chromic materials into a single multi-layer structure.

A smart watch acquires longitude and latitude data using its internal GPS module to determine location coordinates.

Segmenting twelve display elements into functional groups resolves the contradiction between device complexity and time display clarity.

A wireless device selects a current time zone using location data and network parameters.

A wearable terminal integrates PPG and electrode sensors to detect biometric signals automatically.

Existing sensors detect wearable band characteristics to trigger device functions, reducing complexity and power consumption.

A display panel assembly uses a support with a thinner side wall to reduce device width.