With Electric Batteries TRIZ Cases

A grooved circular clamp and transverse bar let an appliance mount lock at multiple angles while staying secure on rails or other supports.

Angled, segmented battery receptacles accept different cell sizes while improving impact resistance and reducing seal failure risk.

High-cost, health-risk UVC options are addressed with a disposable handheld sanitizer using visible aiming light for guided surface and air treatment.

A removable headrest adds user support while integrated light emitters illuminate the vehicle underside during maintenance.

A primary axial light and separate perpendicular source illuminate the beam and side indicia without mixing, improving dark-location visibility.

Outdoor flashlight use can attract insects; this case surrounds a second light source with a voltage-generating grid for integrated control.

Removing the heat sink while using high density LEDs maintains brightness without throttling.

A variable frequency pulse width modulated drive circuit controls light source output to prevent visual artifacts.

A flashlight design moves a reflector relative to a stationary light source using head assembly rotation.

A nonimaging lens assembly shapes LED light into a high intensity core beam surrounded by a smoothly transitioning lower intensity surround.

A solar-powered LED curb barrier illuminates parking lot edges using integrated photovoltaic panels and batteries.

A portable illumination housing features a light transmissive member extending across multiple outer surfaces to diffuse LED light.

A light-emitting device uses a spectral filter to enhance blood visibility.

Flexible membrane prevents moisture ingress during lens movement, eliminating friction wear.

Segmented lock mechanism with captive parts ensures tool-only disassembly for intrinsically safe certification.

An integrated bezel and lens system uses a central focusing element and annular ring to shape light beams.

A circular mount with wedge-shaped portions and diametric grooves secures appliances at selected orientations.

Nested cylindrical compartment utilizes existing barrel space to provide waterproof storage without increasing structural complexity.

Nested brackets and asymmetric spacers simplify battery replacement in dark environments, preventing parts loss and installation errors.

A chain saw hazard warning light projects flashing strobe beams into a defined danger zone around the guide bar.

A flashlight uses an adjustable converter area to focus or defocus the light cone via dynamic positioning relative to the optics.

A balloon illumination device uses a resilient outer casing to absorb impact energy from bursting.

Modulating light intensity transmits data optically, eliminating mechanical seals and reducing contamination risk in hazardous environments.

A light guide bar channels illumination from embedded diodes to its ends for visibility.

A conversion element uses a cerium-doped phosphor to generate white mixed light from primary blue radiation.

A portable charging apparatus with integrated receiving means and regulation for battery operated light units.

An aspheric lens resolves the trade-off between compact square LEDs and circular output by shaping intensity profiles via refraction.

An independently powered lighted probe directs focused illumination toward the conductive tip, eliminating shadows cast by the testing device body.

Colored film changes mobile flash light color via selective absorption, resolving the trade-off between device simplicity and multi-color versatility.

A reduced connection identifier configuration mechanism in broadband wireless systems optimizes burst allocation information transmission.

Displaceable attachment optics adjust position relative to the LED to generate a homogeneous light cone.

A transmission optical element uses a colored material to form a surface relief micro-grating that guides light propagation through the component.

A gyroscopic helmet mount keeps the laser beam vertical, ensuring rescue teams locate injured workers even when prone or obscured.

A pivotable portable light charger uses latch arms to engage the light body for secure retention.

A flotation device light source uses a water-activated switch for automatic illumination and a manual control panel for user-initiated extinction.

Embedded fiber-optic fibers transmit light through the polycarbonate shell, resolving complexity trade-offs in manufacturing and control.

Replacing mechanical adjustment with an electro-optically controllable cell, this lamp module achieves precise beam shaping while avoiding dimming effects.

A thin-profile lens system adjusts light beams using an adjustable bezel mechanism.

An infrared illuminator assembly uses a transmissive reflector to direct collimated infrared radiation while transmitting visible light for secondary illumination.

Preliminary charging raises low battery voltage, enabling sufficient current flow through a heat resistor to disconnect the fuse during abnormal states.

A blister package switch creates a separate testing circuit to verify device operation, preventing battery drain and switch wear during retail display.

A lens system uses a central convex surface surrounded by an annular concave surface to produce adjustable beam patterns.

A near-field lens uses a convex hyperbolic surface to collimate light internally toward an output surface.

Nested casings with three independent sealing rings maintain waterproof integrity during head replacement, resolving assembly complexity and leakage risks.

Segmented power architecture delivers high-output energy pulses through a compact handheld unit while safety interlocks prevent accidental firing.