Internal Frames TRIZ Cases

Segmented sidewalls with angled columns enable nesting to halve storage volume while maintaining secure container support.

Corrugations on the load cap deform elastically to maintain bottle engagement, preventing breakage when wrapping shrouds destabilize the upper layer.

A stackable tray uses a wide central lateral divider to enable stable cross-stacking of beverage containers.

Spacing members keep neighboring trays apart to prevent interlocking friction, while locking features provide structural rigidity for fragile egg protection.

A cell box spacer switches between protruding and flush states to secure packed objects.

Adhesive bonding joins adjacent parallelepiped containers to create a stable interlocking pattern without slip sheets.

A vehicle drain pan uses embedded magnetic members to adhere securely to the hub margin without mechanical fasteners.

Thread-like spacers separate glass bodies to prevent scratches and breakage caused by direct contact during transport.

Segmented packaging places a sealed water layer atop joint compound paste, resolving the contradiction between shipping stability and dilution accuracy.

Overlapped film through portions allow external position confirmation, preventing body expansion and ensuring accurate fluid filling.

A bin riser system stabilizes shipping bins during transit through spacer assembly engagement.

Shock-absorbing sheet members with retainers distribute stacking loads to protect lower windows from damage.

An internal U-shaped cardboard stiffener prevents airtight inner wrapping from collapsing when cigarettes are withdrawn, solving mechanical stress issues.

A molded pulp container uses a foldable partition to create separate storage recesses for multiple devices.

Sliding support member assemblies reposition dunnage layers along tracks, eliminating worker bending and boosting storage density.

Segmented pallet spacers create defined airflow channels to resolve the trade-off between high storage density and restricted temperature control efficiency.

Segmented perimeter tabs create air gaps between adjacent glass sheets to minimize surface contact with foreign substances.

Disposable foam packaging protects fragile laser diced wafers from breakage and chipping during shipment, reducing costs versus metal cassettes.

A spring biased plunger adapter adjusts to cup bottom height, minimizing dead volume and ensuring complete sample access without probe damage.

A resealable food container maintains freshness through controlled gas exchange via a dedicated atmosphere control membrane.

A separable protective sheet adheres to a downdrawn glass film during winding to maintain surface cleanliness and prevent breakage.

Foot-operated mechanisms and removable receptacles separate waste streams while maintaining mobility through integrated wheels.

A partitioned film package uses an outer tube to drag an inner tube at a synchronized rate through friction coupling.

An internal partition creates a cavity in the beverage bottle body to store and display promotional products, resolving security issues at public events.

A food container lid integrates a foldable support to hold condiments securely.

Laser splitting creates defect-free edges on thin glass film while protective sheets cushion the roll against stress concentration during winding.

Offset side columns and outer ledges define nesting height, resolving interference between bottle handles and tray walls during cross-stacking.

Segmented polymer cabinets protect gas meters via reinforced ribs and latching covers, enabling easy access while maintaining structural integrity.

A glass roll uses a flanged core and extended cushion sheet to protect the film during winding.

A fluid container locking mechanism restricts elastic deformation of engaging units using engagement holding units.

Segmented side walls and vertical ribs reduce tray weight while maintaining structural stability for beverage container handling.

An invertible container base design prevents deformation during inversion by allowing plastic flow into cavities instead of deep protrusions.