Vehicle Components TRIZ Cases

A seven-lens optical layout uses aspherical glass elements and tuned refractive power to limit temperature-driven focal drift in vehicle cameras.

Corner-mounted multi-sensor modules share cabling and rigid mounting to simplify calibration while delivering redundant 360-degree vehicle coverage.

Non-projecting U-shaped housings secure a vehicle luggage cover panel, block front flap rotation, and reduce handling damage during removal.

Digital maskless conductive ink printing on curved glass avoids firing distortion while improving feature resolution and glass strength.

A freeform mirror projects a 3D virtual image onto the road through the windshield, avoiding driver refocus from distant viewing.

When a mounted mobile terminal is detected, the HUD reduces on-screen content and shifts noncritical information to the terminal for clearer driver viewing.

A split holding-frame and box design enables exterior mounting, interior tool-based removal, and theft-resistant vehicle installation without body damage.

A P-polarized reflector at the HUD input interface suppresses ghost reflections near Brewster angles while preserving transparency and windshield compatibility.

A two-element projection optical path keeps the display device at low tilt while projecting a clear road-aligned virtual image.

A seat-back arm and angled base support portable electronic devices of varied sizes while improving viewing comfort and reducing tray-table hazards.

A self-centering HUD mirror holder aligns switch actuation with the rotational axis to cut tolerance stack-up and keep image position accurate.

Detachable option sensor units on a common roof mount let vehicles replace or upgrade failed sensors without removing the full assembly.

An asymmetric holder shifts impact load across the display to shorten unsafe headform deceleration time while keeping panel mounting simple.

A masked cover and widened through hole cut opening reflections in the combiner while preserving display light and dashboard depth.

A dual-surface vehicle display shifts all information to a flat 2D screen with the light source off to cut reflections and visual fatigue at night.

Adaptive notch filtering on a smartphone cuts vehicle cabin noise across vehicle types without dedicated acoustic control hardware.

Projected moving images on interior vehicle surfaces align visual and vestibular cues to reduce passenger motion sickness during display use.

Measured seat and windshield distances define a no-installation windshield zone for cameras without road markings or large workshop space.

Flexible wings and receiver ribs lock a threaded retainer in place, keeping vehicle accessories stable without complex installation.

Camera-array calibration corrects windshield HUD image misalignment and distortion without costly robotic setup, enabling faster on-site adjustment.

Opposing wall slots and panel projections let a vehicle cargo divider slide into vertical, horizontal, or stowed positions without tools.

A split-rigidity plate and slotted housing absorb vehicle vibration and mounting stress to prevent display distortion and uneven brightness.

Three fixation points and a conduit port keep vehicle sensor pods aligned, quick to swap, and better protected during impacts.

High-density filler and amine or phosphonate dispersing aid curb drying expansion and water uptake in anti-drumming coatings for vehicle noise damping.

Region-based dimming masks distracting in-vehicle display content from drivers in low light while preserving passenger image quality.

A layered Helmholtz absorber with an air gap boosts 500-2000 Hz road-noise absorption in compact, lightweight vehicle components.

An angled-leg spring lock in a vehicle camera bracket boosts retention while lowering mounting force and simplifying carrier installation.

Rails on the vehicle display let a phone holder slide and lock in place, improving positioning flexibility without bulky articulated arms.

A switchable color converter lets OLED screens alternate between private and public viewing modes by absorbing or converting wavelengths without major resolution loss.

Different wakewords route requests to the best speech engine, with distinct voice styles and feedback that make handoffs clear to users.

Removable liner connectors and straps help keep pickup beds protected while reducing trapped debris, staining, and cleaning effort.

Asymmetric free-form lens and mirror optics shrink HUD height while preserving image quality for inclined virtual images.

A multi-jaw clamping fixture secures a mobile radio in rough conditions while keeping buttons, connectors, and the battery accessible.

Spring-biased latches and push buttons create a single-step vehicle mount that improves secure docking and easy removal of electronic equipment.

Ambient-light and eye-position control adjusts subpixel luminance to cut 3D crosstalk while preserving image visibility and resolution.

Related videos timed by location and transparent display mode turn travel time into destination context without blocking the outside view.

Using the door cavity as a resonance volume, this loudspeaker housing deflects road noise while avoiding large enclosed speaker housings.

A hidden hook and screw adjustment mechanism secure the vent blade, reducing vibration loosening and simplifying attachment and detachment.

An inclined optical member reflects external light away from the screen, preserving projected image visibility and clarity.

An underlying layer enables uniform electrochromic film formation on complex vehicle panels, improving color stability and weather resistance.

Guide arms and a holding member secure the vehicle camera module while aligning the image sensor and avoiding force on the PCB assembly.

A five-lens layout balances compact vehicle packaging with clear visible and near-infrared imaging in low illumination and varying temperatures.

A single-PCB camera structure adds mounting holes and heat channels to improve heat dissipation, alignment stability, and signal integrity.

A membrane resonator and rear cavity tune resonance below target noise frequencies, improving lightweight high-frequency sound insulation.

An articulated wheel support with elastic joints and variable damping lets track wheels move independently to cut vibration on ski piste vehicles.

Temperature-guided filter bandpass and drive-voltage adjustment keeps vehicle LiDAR object detection stable as return wavelengths shift.

Upcoming curve radius and vehicle motion are combined to highlight lane graphics, helping drivers judge steering and speed adjustments in time.