Primary Cell To Battery Grouping TRIZ Cases

See how a multi-battery adapter consolidates charge indicators into one visible location to pre

A unified indicator layout lets users view all series battery pack charge states at once, helping prevent over-discharge, overheating, and pack damage.

Removably coupled manifold members with pre-positioned seals simplify battery pack assembly while maintaining leak-tight coolant flow to heat exchangers.

Simultaneously viewable indicators show each series battery pack’s charge state, helping prevent over-discharge, overheating, and pack damage.

A removable battery tray lets users replace HVAC controller batteries without dismantling the housing while reducing internal mounting space.

Curved modular tubes combine photovoltaic, thermionic, and battery layers to capture indoor and outdoor light and heat with lower bulk and loss.

A single-side refrigerant layout divides flow by module to reduce cell temperature differences and shrink battery pack cooling hardware.

Switchable series and parallel battery strings let one pack supply multiple tool voltages while reducing battery type count and cost.

Direct tray mounting with sensing blocks and a pressure plate fits more battery cells while simplifying assembly and supporting cooling.

Removable energy pods mix organic material and vinegar on demand to deliver scalable power while cutting battery waste and shelf-life limits.

Pressure-fixated cell and cooling stacks let filler cure inside the frame, cutting module connectors, pack weight, and unused space.

Applying pressure before filler curing locks cells and cooling members in place, cutting connectors, weight, cost, and thermal resistance.

Cut-ovoid contact tongues create detachable battery cell parallel joints with stable resistance under strain while avoiding jacket and coating damage.

Alternating cells on a zigzag-folded tape unit absorb shock and swelling, keeping battery packs compact, stable, and reliable under impact.

A dual single-row and multi-row pre-stacking layout improves battery cell alignment and cuts model changeover time on production lines.

A serpentine battery belt and sectorized plate layout enable fast charging, selective cell replacement, and lower thermal stress.

Simultaneously viewable indicators help users monitor series-connected battery packs and avoid over-discharge or reverse charging damage.

A staggered busbar matches terminal height differences to connect adjacent battery units with less layered structure and lower space use.

Varying anode and cathode substrate thickness by curvature reduces residual stress so a curved battery cell keeps its intended shape.

Real-time sensing of voltage, current, temperature, and time estimates remaining thermal battery energy to trigger backup activation reliably.

A movable stacking platform and clamping mechanism automate battery cell module placement while improving alignment, safety, and assembly speed.

U-shaped end-face brackets create stable, gap-free battery cell connections while cutting connector cost and assembly complexity.

Compliant intercell layers and side potting help a prismatic solid-state cell stack absorb up to 20% expansion while holding uniform pressure.

An active matrix ignition circuit selectively fires individual thermal batteries, cutting wiring and switches while improving safety and output consistency.

An underground cylindrical battery housing secures solar street-light storage, limits temperature swings, and avoids exposed roadside bins.

A multi-electrode medium layout raises voltage in self-sustaining power sources while avoiding heavier cells and hazardous electrolytes.

Varying adhesive component ratios creates a graded thermal bond between battery cells and a temperature-regulating body to cut stress and improve heat flow.

Intentional gaps between adjacent batteries absorb swelling, reduce squeezing force, and extend battery pack service life.

Insulating fillers prevent lightweight container deformation under load to preserve terminal position precision and airtightness.

Spring-loaded clips replace irreversible welding to enable safe, efficient battery pack disassembly and cell replacement.

Insulating members with bus bar fixing sections prevent position gaps that cause welding failures in series-connected battery packs.

Transverse sliding interlocks between battery modules absorb side impact forces, eliminating the need for heavy chassis reinforcements.

A programmable battery uses a switch matrix to dynamically adjust output voltage characteristics for connected device subsystems.