Bowling Games TRIZ Cases

Encapsulated RFID transponder in surgical cutting accessory enables wireless data transfer, eliminating bulky external coils to reduce handpiece weight.

Vertical polymer fibers extend into a crushed seashell surface layer to eliminate frequent raking while maintaining ball bounce.

A bowling pin setter mechanism uses a continuous band lift assembly and combined spot re-spotting assembly to transport pins efficiently.

A bowling pin deck light assembly integrates colored LEDs and a controller to deliver customizable illumination effects directly above the pins.

A bowling pin setter uses a secondary control system to stop the lifting wheel and select specific pin positions for customized setups.

Lane control server detects game events and displays player images on monitors to resolve the trade-off between rapid event indication and user engagement.

Automated reciprocating dispensing head applies precise pin deck treatment liquid to reduce pin sliding while vacuum removal prevents excess product waste.

Dual bristle sweeping elements remove snow from delicate airfield indicators without damage.

Segmented brushes with different bristle characteristics clean food items while a spacer seals the central passage against particle contamination.

A bowling lane sensor and lighting system tracks ball position to deliver dynamic visual effects.

Optical detection system monitors bowling lane pinsetter and ball return units using video cameras to identify operational errors.

An adjustable thumb insert accommodates varying thumb sizes and swelling by using asymmetric locking wings that rotate into a fixed outer sleeve.

Segmented overhead displays and bay consoles provide preliminary lane identification, reducing patron search time and staff guidance workload.

A cleaning apparatus moves axles between positions to scrub multiple belts simultaneously.

A resonant actuator drive system uses orthogonal permanent magnets and programmable windings to generate axial and tangential spindle movement.

A non-pyrotechnic smoke cartridge uses forced ventilation and electrical heating to trigger combustion.

A recovery conveyor system collects flying discs and re-erects bowling pins using mechanical vibration and air injection.

Pneumatic systems scatter balls for rapid random selection, eliminating manual setup delays between game cycles.

Segmentation resolves the contradiction between launching force and target adhesion by using distinct magnetic components for propulsion and sticking.

A bowling scoring management system executes synchronized audio, video, and lighting effects upon detecting specific game events.

An electrical linear actuator extends a bowling bumper rail while gravity retracts it, eliminating complex bidirectional mechanical coupling.

Bowling pin positioning system detects cable entanglement via sensors and activates targeted brakes, reducing operation time and energy consumption.

A transparent bowling ramp integrates embedded LED lighting and audio speakers to enhance user engagement.

Segmented wire bristles penetrate lug nut crevices to remove rust without wheel removal, solving access and durability trade-offs.

Wireless intermediary communication enables remote bowling lane configuration while maintaining system security through authenticated server verification.

Asymmetric bristle tufts on a powered rotary brush lift grass leaves vertically, reducing grain introduction and augering effects during turf conditioning.

Ultrasonic transducers direct sound waves through heated fluid to extract trapped oil, solving poor penetration of air or steam cleaning methods.

A bowling pin setter generates fault signals for immediate staff notification.

A portable bowling system uses a collapsible frame to suspend hanging pins above uneven surfaces.

Replacing water tanks with compressed air and brushes eliminates weight constraints, enabling safe cleaning of high-voltage insulators in mountainous terrain.