Supporting Insulators TRIZ Cases

A conical, self-centering retainer joint strengthens high-voltage insulator flange assembly and simplifies on-site installation.

A ceramic or plastic tube sheathed with fiber-reinforced plastic improves mechanical stability and burst resistance in high-voltage insulators.

An elastic press piece and locking structure keep flat wiring firmly positioned despite thickness changes in the wiring member.

A conical, form-fitting retainer lets high-voltage insulators mount busbars or reactors faster while improving alignment and flange reliability.

Normal-pressure gas sealing in a hollow support post insulator avoids solid-fill interfaces, reduces leakage, and eases micro-water control.

Angled fiber winding reinforces hollow electrical insulator end regions, improving rigidity and mechanical stability without more complex winding.

Larger-angle fiber winding reinforces only the insulator end regions, boosting rigidity under high loads while simplifying production.

An add-on dielectric shell extends a standard insulator cover to fully shield large metal tops and protect wildlife across insulator types.

A recessed flange groove embeds the inflation valve and sealing material to prevent damage, water ingress, and vapor infiltration.

A recessed flange groove houses the inflation valve and sealing material to prevent valve damage, gas leakage, and water ingress.

Movable C-shaped connecting portions snap together on a flexible base to retain wire, eliminating manual alignment and preventing dislodgment under tension.

Segmented arms with resilient tabs lock onto insulators via keyholes, enabling tool-free installation and preventing wildlife short circuits.