Thermal Switch Details TRIZ Cases
- Bimetal Switch Housing Assembly for Pre-Tested Thermal Switching
A captive bimetal switching unit enables pre-assembly, damage protection, and functional testing before final switch housing assembly.
- Bimetal Snap-Disc Switch Housing for Pretested Self-Holding Assembly
A captive bimetal switch housing with a parallel PTC enables pretesting, protects parts in storage, and simplifies self-holding switch assembly.
- Temperature Switch Spacer Assembly for Stable Low-Resistance Contact
A spacer-fixed spring path keeps galvanic contact stable despite tolerances, cutting contact resistance, wear, and switch rejection rates.
- Shape-Memory Locking in Temperature Switches Against Reactivation
A shape-memory alloy lock keeps an overheated switch open, preventing shock- or vibration-driven reactivation without added complexity.
- Temperature Switch Mechanism Housing for Pretested Snap-Action Assembly
A partially open housing captures the bimetal and spring discs as one unit, protecting fragile parts and enabling testing before switch assembly.
- Temperature-Dependent Switch Assembly With Protected Self-Holding Resistor
A prefabricated protected switching unit and internal heating resistor simplify assembly while keeping the switch reliably open after activation.
- Temperature Switch Assembly for Pre-Tested Bimetal Mechanisms
A captive partially open housing lets the bimetal switch mechanism be pre-assembled, stored safely, and functionally tested before final assembly.
- Battery Pack Breaker Case Structure for Low-Temperature Contact Stability
A recessed resin case with a penetrating opening and island support prevents low-temperature interference, preserving breaker contact pressure and low resistance.