Bowling Games TRIZ Cases

See how a sensing system detects water contamination in oil-based conditioning fluid before pum

See how lightweight flexible brush elements accelerated to 3,000 m/sec² use centrifugal force t

Drawn-in airflow spins a fan and generator inside the cleaner suction head, removing wire dependence while powering UV, lighting, and status display.

A dedicated airflow path cools and protects the vacuum cleaner drive belt, reducing heat, debris exposure, and belt failure.

A recessed powered foot scrubber uses motorized rotation and suction-cup stability to clean soles and upper surfaces safely in wet environments.

A mechanically linked height display lets users set the suction nozzle for different carpet heights while keeping the agitator rotating smoothly.

Rotating conveyors with elastic brush extenders clean tall-building windows around frames and ledges without scratching.

Low-damped spring suspension isolates vacuum cleaner motor vibration while a flexible air guide maintains leakage-free sealing and cuts housing noise.

Air-filled rubber tires and layered rollers absorb vibration and travel noise while reducing impact forces over hard-floor obstacles.

Replaceable brush modules with different hair lengths clean grooves and surface areas efficiently while reducing water, chemicals, and wear.

A dual-housing airflow passage with offset outlets and tuned openings cuts vacuum motor noise while preserving suction airflow.

Centrifugal force feeds cleaning solution from a compartmentalized brush core to keep wetting uniform while using minimal water.

A motorized brush, steam heater, and mop cloth combine dry sweeping and steam cleaning to cut effort, tools, and chemical residue.

A battery-driven rotating brush collects and holds swept debris in one tool, avoiding dustpans, residue, and awkward body positioning.

Combined rotational and orbital pad motion traps cleaning solution for uniform floor cleaning with less water and no splash skirts.

Segmented squeegees pool and recirculate cleaning fluid behind the brush, extending floor-cleaning cycles without larger tanks.

A friction-guided scraper repositions around the brush shaft to wipe fully in forward, reverse, and tight turns without wet patches.

Sidewalls shield a transversely mounted cyclone bin from lateral impacts while keeping a canister vacuum compact and accessible.

Segmented support members create a flat surface over bowling lanes while avoiding gutter contact, surface damage, and difficult setup.

A separate brush assembly with frame openings and side caps simplifies spiral brush mounting while preserving cleaning contact and build stability.

A variable side brush changes spacing by rotation direction to stay hidden in the body while still cleaning wall edges and corners.

Separate reservoirs and on-demand mixing let lane cleaners and conditioners stay compatible longer while avoiding wheel tracking and excess power use.

Ridges on the brush cover split and guide centrifuged cleaning liquid into separate outfalls, preventing puddles and floor trails.

A magnetic fan coupling and separate recovery tank let a dry vacuum tool dispense and recover fluid without exposing the motor or filters to liquid.

A serpentine exhaust pathway with partitioned damping chambers absorbs motor noise in central vacuum units without reducing cleaning performance.

Outside air is routed through the cord reel center to cool inner and outer power cord coils and reduce overheating in vacuum cleaners.

A baffled rectangular frame feeds steam into a snug fabric pocket to spread cleaning steam, absorb condensate, and cover larger surfaces.

Lift-and-rotate bin handling pairs interior brushing with exterior spraying to remove lodged debris and improve produce bin sanitation.

A guided valve keeps cooling air flowing to a blocked vacuum cleaner motor, reducing overheating and noise from repeated vent opening.

A motor mounting bracket redirects suction-tool loads to the upper housing, preventing section separation and relieving the lower shell.

Separate canister airflow paths cool the motor and drive components while filtering carbon dust without causing overheating.

Dome-shaped converging wheels let the conduit steer the floor tool smoothly in curves while keeping the cleaner head flat and compact.

Modular polyethylene supports create a flat event surface over bowling lanes while fitting height variations and preventing lane damage.

Rotatable cleaner housings and a flexible telescoping steering shaft expose internal parts without disassembly, cutting maintenance time and damage risk.

Longer joint bristles and shorter surface bristles clean paving joints thoroughly while reducing water use, splashing, and surface damage.

Rotating brushes, cleaning solution, and suction work together to scrub floors and collect dirty water across tile, grout, and carpet.

A fibrous pile cushion roll helps the wiping web conform to bowling lane irregularities for even cleaner spread and controlled pickup.

A side-by-side cyclone and motor layout increases dirt capacity while keeping the vacuum compact, maneuverable, and easy to empty.

Sequential cleaning and dressing steps cut peak power demand, enabling cordless bowling lane maintenance without losing cleaning quality or speed.

A recessed counterweight, threaded cylinder, and serrated washer secure the golf practice assembly while removing sharp rod protrusions.

Capacitance sensing at the brushhead enables switchless toothbrush activation in the mouth while verifying authorized brushheads.

A layered bocce court uses a concrete slab, suspended surface, filter fabric, and drainage to resist burrowing and keep play even.

A launchable wheel, receiving net, and detachable scooter assembly cut setup burden while adding portable, competitive outdoor exercise.

Combining camera-based pin tracking with string sliding detection resolves ambiguous pulls and lighting issues for more accurate bowling scoring.

Rotating ball casters minimize bowling ball contact to prevent scratches while a foldable dual-plate stand improves cleaning, storage, and portability.

An independent actuator changes bowling pin string slack between setup and knockdown states to reduce entanglement and preserve freer pin motion.

A resilient lower strip brush lets bowling balls pass through the lane shield while reducing impact transfer and preserving pindeck visibility.

Friction between the string and plug secures bowling pins without knots, simplifying attachment and cutting maintenance time by over 33%.

Portable bowling cushion uses layered foam and silicone to reduce indoor impact risks.

Pre-engineered modular parts and removable fasteners reduce on-site machining and simplify precise bowling lane pinsetter relocation.

A customizable bowling ball return housing uses modular sections with interchangeable surfaces for personalized aesthetics.

A sloped guide channel directs disk-shaped game media into a shooter slot using gravity, eliminating manual handling fatigue during continuous play.

Real-time video analysis detects bowling pinsetter errors using trained machine learning models.

Multivariable regression analysis links static properties to dynamic motion, eliminating costly physical lane testing for accurate prediction.

Triangular protuberances on the ball interact with irregular tracks to enable portable gameplay without specialized facilities.

Counter-rotating cylindrical brushes remove debris from rear rollers via friction and centrifugal force, preventing residue accumulation on turf.

An oscillating clamping plate synchronizes with the drive shaft to eliminate parallel scratches and ensure even surface finish on bowling balls.

Individually trippable drop target units eliminate unattractive intermediate states by activating trip and reset mechanisms independently via sensors.

Cam actuators flex wick segments against a transfer roll to deliver lane dressing, replacing solenoids that lack precise control over actuation timing.

A weighted practice device with adjustable masses mimics bowling swing mechanics to build muscle memory without heavy equipment.

Surface plasticizer application replenishes volatilized additives in bowling ball resins, suppressing oil absorption and restoring surface layer flexibility.

Compact finger-mounted laser module projects a visible line to indicate swing plane and rotational movements.

Rotary carriage spins golf balls against stationary brushes within a washing fluid supply, eliminating manual operation and timed cycle delays.

Spring-loaded rigid arm intercepts bowling pins before ballwheel contact, preventing mechanical damage and maintaining game speed.

Thermoformed HDPE bins with support frames absorb impact energy to prevent material fatigue while steeply inclined surfaces ensure rapid pin settlement.

Bowling lane bumpers integrate RGB lighting units and optical sensors for dynamic visual feedback.

Segmented finger grip aid reduces tendon strain from heavy ball weight while maintaining simple, cost-effective construction.

Segmenting computing devices near bowling peripherals reduces electrical noise and timing disruptions while supporting high-definition video output.

Nitrogen-containing metal complex stabilizes monomer mixtures at room temperature, enabling controlled oxidative polymerization of conductive polymers.

Rotatable containers switch between scoring and closed positions to prevent game piece escape while maintaining portability.

Cellulose and attapulgite clay rapidly solidify water-based paints, reducing waste volume and preventing leakage during disposal.