Battery Isolation TRIZ Cases
- Rotating Guide Blades for Targeted Battery Cell Fire Suppression
Cell-generated gas pressure rotates guide blades to route extinguishing agent to a failed battery cell while limiting damage to adjacent cells.
- Battery Cell Assembly With Insulating Interlayers for Heat Propagation Control
Heat-insulating interlayers and support members between facing battery cells block thermal spread, improving cooling paths, assembly efficiency, and safety.
- Modular Ballistic Battery Housing for Wearable Armor Power
A ballistic housing integrates the battery, flexible backplane, and removable panels to balance wearable power capacity, weight, and protection.
- Traction Battery Module Holding Frames for Tolerance Compensation
Spring-loaded holding frames keep the cell stack precisely spaced from housing walls, reducing heat-conducting mass and easing module assembly.
- Battery Pack Tab Connection Using Intaglio ACF Crimping
An intaglio PCB area and anisotropic conductive film stabilize battery tab resistance and connection despite non-flat crimping surfaces.
- Battery Module Busbar Spacing During Thermal Runaway
High-melting insulation members keep adjacent busbars apart when the support frame collapses during thermal runaway, preventing shorts.
- Battery Stack Output Terminal Layout Against Capillary Water Ingress
Wide gap regions and sloped moisture paths block capillary water from reaching battery stack output terminals and causing liquid junctions.
- Battery Case Venting Passages for Cooling Abnormal Release Gas
Integrated passages inside the battery case outer wall cool and vent abnormal release gas without separate ducts, cutting structure complexity and cost.
- Battery Cell Mounting Wall Ratio for Energy Density and Strength
A direct-contact mounting wall with a defined size-to-weight ratio improves battery space use, energy density, and structural strength.
- Battery Pack Hermetic Sealing and PCM Layers for Autoclave Heat
Phase change layers and hermetic sealing limit autoclave heat and steam ingress, protecting Li-ion cells, wires, and contacts.
- Battery Pack Duct Venting to Block Oxygen During Thermal Propagation
A pressure-responsive duct vent releases hot battery gases and then closes to block oxygen inflow, helping contain fire spread.
- Battery Module Expansion Sheet for Thermal Runaway Venting
A heat-expanded sheet fills cover deformation gaps during thermal runaway, improving hot gas discharge and fire extinguishment.
- Parallel-Cooled Battery Module Layout for Uniform Cell Temperature
Parallel coolant flow across battery cells and modules improves temperature uniformity while limiting pack size and thermal runaway risk.
- Battery Spacer Plate Structure for Strength and Energy Density
A spacer plate bonded to each cell’s largest wall replaces side beams to raise pack strength, space use, and energy density.
- Battery Module Lid Assembly for EMC Sealing Without Screws
Spaced plastic deformations join the battery module lid and housing to replace screws while maintaining EMC, sealing, and corrosion resistance.
- Battery Module Housing Seal Structure Against Condensate Leakage
A raised sealing surface and sloped housing keep condensate off voltage-tap interfaces, preserving fluid-tight battery module sealing.