Closed Casings TRIZ Cases

A housing structure couples a conductive side frame to a polymer member for efficient adhesive attachment.

Segmented clip assemblies and hidden access slots enable rapid panel separation, resolving the trade-off between structural integrity and maintenance time.

Rolling turning bodies adjust their axis horizontally to prevent twist and distortion at the bent part of the flexible module.

Segmented housing fastening points with recesses deform under excess pressure to release internal stress and prevent uncontrolled bursting.

Curved core layer covers exposed hinge housing, resolving protection gaps while maintaining folding flexibility.

Segmented engaging tabs distribute bending stress across multiple portions to prevent root breakage and ensure secure fixing.

Segmenting the connector support from the fixed floor allows maintenance access without disconnecting cables or compromising waterproof seals.

Segmented clamps secure the cover edge against a continuous flange, eliminating bolt holes that cause static redundancy and assembly complexity.

An interlocking enclosure overlaps non-adjacent corners to reduce cross-section while maintaining internal volume for lighting systems.

Bending terminal sections press-fit opposing contacts to resolve the trade-off between connection reliability and device size in electronic control devices.

Segmenting the probe and handle reduces self-excited whistle while maintaining clinical effectiveness through periodic impulse wave operation.

Spring loaded friction side arms engage receiving plates to eliminate screw fasteners, reducing cover removal time while maintaining protection stability.

A fixing frame mounts a control board and battery holder adjacently within an electronic control unit housing.

Resin plate positions semiconductor chips between jumper terminals to reduce magnetic field interference.

A power semiconductor module uses a terminal block with an accessible screw thread for firm electrical connection to the circuit carrier.