Golfing Accessories TRIZ Cases

See how a slotted elastomeric holder secures multiple golf club shafts individually, enabling o

Reclined cavities with finger access keep golf ball markers stacked, visible, and easy to remove without hiding them in closed cases.

Marked putter head indices turn body-based slope sensing into a more precise, rule-compliant way to read greens and set the putt start line.

A transparent lower flagpole section keeps the hole visible and lets players putt without repeated flag removal, reducing slow play.

A wrist-anchored grip strap boosts grip pressure while keeping the thumb and forefinger free for accurate sports implement control.

Attaching the divot tool to a golf club lets players repair divots from a standing position while improving turf restoration.

A movable target cup behind the hole trains golfers to keep putting speed consistent across different distances and slopes.

A spirit level and flexible loop guide eye position directly over the ball, improving putting stroke alignment and consistency.

Vertical prongs and a twisted handle reduce hand pressure and wrist motion while closing golf divots more effectively.

A spacer tube lifts a bell above the green so putts trigger sound and visual feedback without blocking ball access or stroke success.

Precomputed green speed and terrain guides simplify golf putting alignment, improving aim without complex math or external measurements.

An outer sleeve stays buried while a removable inner cup assembly is height-adjusted for easier maintenance and consistent turf alignment.

A submerged mesh between two floats absorbs impact and dampens spin, giving real golf balls realistic chipping feedback on water.

Gravity-driven sliding motion inserts golf tees without bending or manual force, including in dry, frosty, and clay ground.

A pump-driven wand injects pressurized fluid beneath golf ball marks to lift soil and turf, improving repair accuracy without new punctures.

A stacked golf tee housing uses gravity and an elastomeric outlet to present tees individually while optimizing storage capacity.

UWB markers and a mobile device use time-of-flight ranging to measure golf-hole distance accurately for focused putting practice.

Magnetic disks or fabric keep covers attached to sports bags, avoiding tangled strings and worn fasteners that cause loss or misplacement.

This case uses elastic arms and soft gripping material to mount a visible shame indicator without scratching the golf cart roof.

An expandable bushing and push plate secure the shaft for golf grip replacement on a stable surface, without workshop assistance.

Dual IMUs in golf shoes calculate course slope wirelessly for accurate shot adjustment.

A square cloth with a corner magnet attaches to metal club heads, preventing loss in tall grass.

A golf swing training device uses a ratchet mechanism to maintain wrist bend during the downswing.

Automated positioning device drives tees and places balls to eliminate manual bending.

Acoustic feedback replaces complex visual systems by mapping angular momentum to sound pitch, resolving measurement precision versus device complexity.

Inverting illumination direction to cast light upward from within the cup removes shadows cast by overhead lights, enhancing hole visibility in low light.

Segmented angle indicators and collimated light sources provide precise loft, lie, and stroke plane measurements to resolve alignment errors in putting.

Stationary magnetic sensors detect ferro-magnetic markers on the club head to measure motion precision without increasing device complexity.

A golf club head cover integrates a magnetic retention system into a bag-mounted linear member for quick access.

A golf club fitting apparatus uses collimated light to measure effective loft and lie angles with high precision.

A hip training belt with a sliding anchor guides swing motion, resolving the trade-off between effective resistance and device complexity.

A concave curved surface alters foot placement to shift the user's center of gravity during swing practice.

A golf club shaft damping device uses an anchor and rigid rod to position a resilient element against internal surfaces.

A ramped practice device detects golf ball striking force and alignment through upward rolling motion.

An elastic cord decelerates the sliding hitting pad and returns it to position, reducing vibration transfer for realistic grass simulation.

A smartphone-based fitting apparatus uses built-in sensors to measure effective lie and loft angles of a golf club shaft.

Segmenting the marker base from the rotatable alignment component allows 360-degree orientation changes without displacing the fixed reference point.

Segmenting the interface resolves readability trade-offs by layering trajectory animations and wind data onto a downscaled course view.

Wireless RFID transmission eliminates cumbersome wires from sensor-equipped clubs, enabling accurate performance analysis without physical obstructions.

A rigid golf accessory holder uses magnetic fastening to secure divot repair tools and tees on belts or bags.

A remote-controlled base rotates alignment indicia to define the target line, reducing manual alignment time and improving putt accuracy.

Segmented cleaning fingers remove debris from multiple cleats simultaneously, restoring traction and preventing roll over during swings.

A magnetic disc on an extension pole places and removes a cover over a golf cup without direct hand contact.

A photoelectric sensing trainer detects club head orientation and translation states through linear sensor arrays.

Segmented components resolve versatility limits in miniature golf by allowing varied cup and flag arrangements without increasing structural complexity.

Circular training device uses a high-friction top surface to dissipate ball momentum and provide visual feedback on putting speed.

Strategic dorsal grip enhancers on a partial-finger glove resolve the trade-off between grip stability and tactile sensation loss.

Ferro-magnetic dots on a club head interact with an array of magnetic sensors to capture swing speed and motion data.

Segmented design allows quick replacement of the damaged holder plate while retaining the durable clip, reducing material waste.

A telescopic flag pin ejects golf balls via a weighted convex cone, eliminating manual retrieval.

A golf green divot repair tool uses a plough edge prong to aerate soil and restore turf.