Foldable bassinet

The patent combines the folding actions of multiple supporting legs into a single unified motion through the latch assembly mechanism. When the latch assembly is actuated, it simultaneously controls the folding of at least two supporting legs, transforming the complex individual folding operations into a single simple user action. This merging of operations resolves the contradiction by maintaining stability (preventing triangle formation) while dramatically improving ease of operation.

The latch assembly serves as an intermediary mechanism between the user and the supporting legs. Instead of directly folding each leg individually, the user operates the latch assembly which then mediates the folding action, coordinating the movement of multiple legs simultaneously. This intermediary mechanism prevents the formation of resistant triangular configurations while requiring only simple user input, thus resolving the technical contradiction.

The patent segments the bassinet structure into distinct modular components: the top rail assembly, multiple supporting legs, hinge assemblies, and a latch assembly. This segmentation allows each component to perform its specific function independently while maintaining overall system portability. The supporting legs can be folded separately from the top rail, and the latch assembly can be operated independently to control the folding, reducing overall structural complexity while maintaining adaptability.

The patent introduces dynamic elements through the hinge assemblies and latch mechanism, allowing the supporting legs to transition between fixed and folded positions. The hinge assemblies provide controlled rotational movement, while the latch assembly dynamically locks or releases the legs as needed. This dynamic design enables portability when folded while maintaining structural integrity when assembled, resolving the contradiction between adaptability and complexity.