Cycle Containers TRIZ Cases

A sliding latch keeps the frame cover attached while opening internal bike storage, preserving aerodynamics and cable routing.

A cam-locked hook and torsion spring let motorcycle luggage tilt securely, keeping frame engagement while allowing full lid opening.

A lever-and-cam hook lock makes motorcycle luggage easier to tilt, secure, and open fully while staying engaged with the support frame.

An internal support with separate saddle and seatpost mounts keeps a bicycle seat pack stable, quick to fit, and less prone to mud and wear.

Magnetic guidance and a hook-pivot cover simplify blind bicycle frame opening installation while keeping the cover securely locked.

Internal battens and stiffeners help a flexible bicycle cargo pack hold shape, avoid rider contact, and stay securely mounted to the frame.

Pivoting and sliding hook parts nest into the bicycle bag at rest, reducing snagging while securing the bag to rack struts.

An interior stiffener, mounting block, and elastic strap keep a collapsible bicycle receptacle close to the frame while limiting rotation and slippage.

Hook-like bag elements engage frame openings and the saddle lock, eliminating separate key locks for secure, convenient removal.

A rigid plate combines motorcycle attachment with a lockable stop mechanism to secure the flexible bag and reduce unauthorized access.

Track-guided rotating arms press the lid against the compartment edge, enabling watertight closure across varying bicycle tube thicknesses.

This case uses rack engaging slots and flexible binding straps to avoid repeated belt adjustment during bicycle bag attachment.

Inductive power transfer eliminates exposed connectors, preventing theft and tampering while ensuring reliable electrical supply.

An adjustable interference-fit tool changes its outer diameter via a sliding mechanism to secure in tubes.

A motorcycle spacer rod anchors to a frame plate via an anchoring pin and radially movable retention means for secure attachment.

Internal stiffening rods engage securing flanges to prevent bulging and sagging of flexible bicycle cargo packs.

A motorcycle lateral case coupling device uses vertical movement and integrated hooks to secure the bag.

A temperature-controlled storage compartment integrates heating and cooling units within a vehicle structure.

Housing the electronic control unit inside a rearward protruding portion of the rear fender reduces body cover size and lowers the vehicle center of gravity.

Adjusting belt assembly with penetration portions resolves fixed saddle constraints by enabling versatile mounting on up tubes or seat posts.

A bicycle frame storage compartment cover uses a toggle lever mechanism to secure the lid against vibration.

A three-state closure mechanism secures a two-wheeler storage lid through release, secure, and locked positions.

Scissor brackets support the transport container cover to minimize open volume while maintaining structural stability.

Segmented cover hides stay mounting hole to resolve design appearance trade-off during straddled vehicle assembly.

A motorcycle storage box features a segmented cover with releasable constraining means that control independent rotation of the lid components.

A motorcycle case locking mechanism uses a transmission plate to move a stop between release and lock positions.

Control unit signals an electric motor to move a locking mechanism, eliminating the need for a physical key to open a motorcycle storage compartment.

Nested storage support extends under the straddle seat to increase capacity without adding structural complexity or reducing security.

A trunk handle fixing member guides a movable locking piece to secure the lid.

A container bracket employs a cam lever and ramp-shaped devices to secure cargo on two-wheeled vehicles while accommodating diverse chassis shapes.

A bike bag kit integrates a nested fanny pack and tool pouch within a seat-mounted storage cavity for organized carrying.

Thermoformed composite fiber panels merge protective liner functions into the saddlebag structure, preserving storage capacity while reducing noise.

Segmented removable anchoring parts allow modular case mounting to balance storage capacity against aerodynamic drag and vehicle weight.

An automatic separation mechanism disconnects terminals when unlocked, preventing power interruption caused by vibration.

Relocating the operating member inside the storage box resolves space constraints while enhancing anti-crime performance by reducing visibility.

Relocating the side bag support member to the rear side cover end eliminates visible attachment holes that disrupt vehicle appearance and airflow.

A storage case link mechanism uses an orthogonal hook member arrangement to transmit forces at right angles for secure vehicle body attachment.

A motorcycle case uses a pivoting extension to adjust inner volume while maintaining a single lock mechanism.

A motorcycle top box integrates a rotatable handle with a keyhole cover to secure the storage compartment on a rear carrier.

Spring-loaded snap-fit connectors eliminate manual assembly complexity by allowing consumers to attach accessories without tools, reducing product returns.

A motorcycle case anti-theft lock uses independent button and lever mechanisms to secure the luggage container.

Tilting kit enables full lateral bag lid opening without removing the upper bag, resolving access constraints via independent frame support.

A pannier utilizes a single cylinder to lock both the casing body and lid, simplifying the attachment mechanism.

A motorcycle side case device uses a shaft-mounted damper to absorb rotational forces and allow controlled swinging motion.

A compact coupling system uses a spring-driven slide to engage a vehicle bracket for quick container attachment.

Rotatable side cases with cylindrical dampers suppress weave mode vibration while maintaining luggage capacity.

A spring and damper support unit automates the movement of a stowage compartment cover, resolving manual operation difficulties.