Swings TRIZ Cases

Multiple front, rear, and lateral seat anchors let one infant swing securely hold different child seat types with stable installation.

A cam-like interfering surface and follower create varied infant seat soothing motions in a compact mechanism with less structural complexity.

A segmented support frame lets the infant carrier seat adjust in height while collapsing to reduce transport size and preserve stability.

A detector identifies the installed infant seat or bassinet so motor output can be adjusted for suitable swing motion, comfort, and safety.

An adjustable guide and pump-driven flow section vary water resistance and velocity to create standing waves with tunable shape and height.

A friction-coupled encoder shaft bypasses gear backlash to improve infant swing direction and amplitude detection for precise motor control.

A pivoting lock bar with resilient arms secures an infant swing seat in set positions without obstructing normal swinging motion.

A linked handle and latch mechanism unlocks both seat sides together, enabling one-hand inclination adjustment without losing secure locking.

Placing the power supply between the swing's pivot bases frees hub space, preserves folding integrity, and improves appearance.

A motor, solenoid, and pin drive powered recliner gliding forward and backward independently of leg rest position for smoother motion.

A single-button recline latch locks both sides of the backrest while enabling easier one-hand adjustment and better caregiver usability.

Facing seats linked by a connector and height offset let a caretaker and child share swing motion while maintaining eye contact and attunement.

A concave seat, peripheral tether openings, and a groove enable secure multi-directional swinging with better child support and durability.

A lower-position torque drive lets a child swing vary frequency and motion path while using a smaller motor for gentler programmable motion.

Multiple nylon ropes and a locking attachment let a bungee chair swing from one support point with stable vertical and lateral movement.

A base-mounted swivel and self-locking seat let caregivers access the child easily while switching between front-back and side-side swing modes.

A rotatable hub and latch let the swing seat lock in multiple orientations and detach for use as a child seat, rocker, or bouncer.

A concave seat and peripheral tether openings let the swing move in multiple directions without leg pumping, improving comfort and durability.

A trampoline swing combines a swing assembly with a trampoline assembly on a shared frame structure.

Linkage arms suspend the seat support to merge arcuate and gliding motion, eliminating weight-based imbalance without counterbalance features.

Aligning child and adult seats longitudinally increases playground swing capacity without expanding lateral space consumption.

A rotatable play device with spring-loaded seats merges circular rotation and bouncing motion to resolve monotony in conventional swing structures.

A handheld swing device uses a tether and brake mechanism to propel the swing from the front.

Segmented gondolas with balanced mass distribution lower maintenance costs while enabling customizable movement profiles for higher user acceptance.

Rocking booms pivot to lift the carrier past safety barriers, resolving safety risks while enabling 360-degree rotation.

A portable tree swing system integrates a carrier bag for component storage and a retrieval line for overhead attachment.

Dual pivotal axes on a movable guide track resolve the contradiction between simple fixed structures and predictable repetitive motion patterns.

Amusement ride system detects passenger reactions to dynamically adjust motion parameters and output effects.

A rehabilitation exercise swing uses a variable resistance pivot to provide controlled gentle motion, addressing the need for safe muscle recovery support.

Integrated adjustment box combines wedging surfaces and a pivoting locking clamp to eliminate separate mechanisms, simplifying gantry suspension operations.

Actuators replace manual leg force with automated beam movement, allowing children in wheelchairs to use the equipment safely.

Multi-rope nylon suspension enables vertical and lateral movement, resolving stability issues in dual-function hanging chairs.

Biometric sensors detect guest physiological variables to modify venue paths, resolving the contradiction between personalization and system complexity.

A rotatable track guides a carriage along a sinuous path using gravity to create dynamic motion.

A swing seat uses a permeable mesh covering to allow water egress while maintaining structural integrity through an inflatable inner tube.

Elastic support strap attaches to swing chains, stabilizing adult posture while freeing hands to hold a child.

Stop sleeves slide along slings passing through handle holes to adjust position without complex knotting.

A therapeutic swing uses a flexible outer enclosure and vertical bolster to create an adjustable riding cavity for patient support.

A telescoping securing member adjusts to doorway thickness to prevent horizontal bar disengagement during swinging loads.

An adjustable inclination fixing device accommodates thermal expansion in wooden legs to maintain gantry stability.

Modular swing frames resolve safety risks in traditional rope swings by providing secure, accessible pool entry.

Independent rotation of the support device intensifies occupant sensation while maintaining structural stability.

A wheelchair swing deck stabilizer moves between raised and lowered positions to suspend the platform or anchor it to the ground.

Upward and downward drive pulleys on a platform assembly enable controlled vertical motion, reducing unwanted loads on tracks.

Widening track flanges increase rolling resistance against bogie wheels, reducing impact force from sudden stops.

A playground swing merges caregiver and child seats into a single unit for face-to-face interaction.

A zip line trolley uses adjustable upper wheel mounts to engage track flanges and maintain lateral stability during motion.

Double-walled swing seat absorbs impact energy through elastic deformation, reducing injury risk from kinetic collisions.

Segmented mast pivots resolve transport height constraints while supporting taller fairground attractions.

A swing seat assembly uses a bolt assembly to couple upper and lower support bars for 180-degree rotation.

Top and bottom ring structures distribute weight across segmented components, resolving the contradiction between thrill factor and structural complexity.

A circular swing body uses symmetric tether openings to enable multi-directional swinging motion.

Top and bottom rings distribute weight capacity across segmented components, resolving structural complexity while supporting up to 250 lbs.

A standing playground glider uses a rigid crossbar and board to generate swinging momentum through coordinated user motion.

Multi-axis seat dynamics resolve static ride contradictions by enabling varied rotational movements.

A swing-type experience apparatus uses a motor and clutch to drive 360-degree rotation of the rotating shaft.

A swing lever link extends the pendulum length through pivot bearing rotation.

Segmented support structure and removable exercise elements resolve the contradiction between home workout functionality and normal door operation.