Cell Component Details TRIZ Cases

A low profile coin cell battery retainer assembly uses a dielectric band to secure the battery on a circuit board.

Hardness-controlled silicone rubber sealing member suppresses ignition spread across storage batteries by maintaining structural integrity at high temperatures.

A porous ceramic alkali ion conductive separator prevents electrode mixing and ensures safe operation at high temperatures.

An inclined battery brim and dynamic clamp geometry prevent disengagement when vibrations cause upward floating.

Dynamic pressing segments eliminate manual lead bending, enabling uniform heat distribution during ultrasonic welding.

Integrates a venturi-diffuser ejector into the manifold body, eliminating separate components and minimizing hydrogen leakage joints.

An insulating coating on a battery cell casing reduces corrosion risk and extends service life by preventing shell contamination.

An elastic conductive member distributes compression forces across the bus bar interface to maintain electrical contact.

A polycarbonate resin composition blends siloxane elastomers and carbon black to enhance impact resistance.

An integrally molded handle recessed into the battery casing reduces storage volume and manufacturing complexity by eliminating separate components.

Potentiostat cycling removes adsorbed sulfur species from the PEMFC cathode, restoring catalyst activity within minutes without external inert gases.

Segmented metal plates bonded to the concave case section suppress internal pressure forces, preventing shape distortion.

An orthogonal bolt drives a wedge member against an end plate, applying strong compression to suppress cell expansion and reduce battery pack weight.

Merges protective circuit board and holder case using soldered metal members to eliminate loose connections and simplify assembly.

Elastomeric cover elements compress against batteries of different dimensions, eliminating separate doors and reducing manufacturing complexity.

A battery pack uses an electrostatic force load element in its connector to induce controlled swelling for easy detachment.

A proportional valve in a battery housing releases internal gas pressure through a metal valve body, preventing air penetration and flammable mixture formation.

A battery module protection unit uses a melting fuse to isolate defective cells, preventing uncontrolled current and temperature escalation.

Incorporating hydrophilic agents into acid resistant polymer binders improves wettability and ion migration efficiency in lead acid battery separators.

Lithium fluorosulfonate additive forms stable interface films on electrode surfaces to enhance charge transfer efficiency.

Corrosion resistance member bridges battery terminal and fixing member via intermediate ionization energy plating to prevent galvanic corrosion.

A silicone-modified electrochemical separator film enhances dimensional stability and thermal resistance for energy storage devices.

A fuel cell bus plate unit uses bent end portions to electrically connect stack terminals while an insulating layer encloses the conductive surfaces.

Perforated internal walls in a battery cooling housing create fluid drops that absorb heat from cells, resolving inadequate temperature regulation.

A secondary battery vent portion uses intersecting and extending fracture lines to manage internal pressure.

Protruding connection elements merge structural support with electrical interconnection, eliminating long bus bars and reducing short circuit risks.

Decells heavy battery modules into individual cells to reduce labor intensity during telecom site installation.

A cathode cover plate with a clamping slot snaps onto the housing to reduce tab length.

A battery wiring module integrates linear conductors and bus bars within a unified insulation resin part to simplify assembly.

A cell module cartridge uses coupling protrusions and grooves to stack battery cells.

Protruding busbar connection portions align directly to electrode terminals, eliminating manual adjustment and reducing assembly time.

A mechanical circuit breaker detects battery cell swelling to break a series fuse, ensuring safety when the BMS fails.

External shorting via conductive layers discharges the battery prior to puncture, reducing thermal runaway severity and fire risk.

Cooling blocks integrate fire extinguishing liquid reservoirs to manage battery pack heat.

Inorganic ion conductor fills porous polymer separator to prevent electrolyte degradation of lithium anodes.

Elastic clamping elements compensate for battery dimensional variations, ensuring reliable fixation without damaging cells during mounting.

Dual-sided laser welding bonds dissimilar metal tabs to a clad material, preventing brittle intermetallic formation and reducing conductive resistance.

Specific angular positioning of internal and external tabs on a coin cell reduces electromagnetic interference near packaged components.

Reinforcement beams extend from the case inner surface into battery pack slits, maintaining structural strength while reducing overall device thickness.