Golfing Accessories TRIZ Cases

An automatic ball placement system delivers balls at programmed intervals, eliminating visual distractions that disrupt natural swing flow.

A golf tee insertion tool uses a mandrel to create ground depressions for easier tee placement.

Lateral faces spaced at interocular distance enable golfers to detect stance deviations and self-correct swing axis without external assistance.

A triangular wedge golf cup with a through-hole simulates left-to-right and right-to-left breaking putts.

A foldable arm creates a second attachment point to prevent entanglement and improve drying.

Automated sensor detection replaces manual recording to eliminate time loss and tracking errors while providing accurate putting performance metrics.

GPS locator pucks capture cup and tee positions to calculate distances instantly, eliminating time-consuming manual laser measurements during gameplay.

A golf tee toss device features structured grippers and numerals to determine player sequence.

Periodic signal transmission and motion sensors differentiate active clubs from misplaced ones, preventing false alarms during play.

A wearable sensor unit detects anchored leg movement during a golf swing and generates immediate sound or vibration feedback.

A magnetic golf accessory merges repair, cleaning, and marking functions into one compact housing.

A balanced putter establishes a vertical reference axis for precise green contour assessment.

A millimeter wave radar system captures golf club shaft speed and position data using low-power electromagnetic reflections.

A bendable planar body wraps around golf tees to resolve the trade-off between secure holding and compact storage space.

A flexible golf training mat uses a resilient support member to simulate natural grass resistance during practice swings.

Spring-biased arms on a repair tool automatically extend to grip earth, resolving complexity issues that cause unrepaired marks.

A golf club shaft transmits vibration signals from impact to sensors mounted on the grip or shaft section.

U-shaped protective panel shields golf bag interior partitions from club abrasion.

Nesting the mechanism beneath the tee platform conceals complexity while enabling rapid, automated ball positioning.

A golf hole extender uses retention flaps to capture balls and increase the effective cup diameter for easier putting.

A screen shutter in a hybrid golf system transitions between virtual course projection and actual field visibility.

Protruding angled apertures on golf training glasses restrict peripheral vision to prevent head movement distractions during swings.

A golf ball marker integrates upper and lower displays to show sensor readings.

A telescoping lifter-setter tool lifts and sets golf balls onto tees using a park-and-release mechanism with readily dissociable fasteners.

A golf putting green cup cover system secures the opening via a bottom-up insertion holding member.

An adjustable golf tee inserter employs a pusher assembly with flexible pivot arms and locking teeth to resolve repeatability issues in tee height setting.

Segmented cup cores with distinct colors resolve time and cost bottlenecks while maintaining competitive challenge.

Segmenting the retention system into reeled housings and rotating barrel connectors resolves twisting snags while maintaining secure cover attachment.

A golf ball marker fabrication method transfers a digital clothing image onto a photographic disc secured to the base.

A golf swing training kit uses a braided nylon tether to return the ball after each hit.

A spiked cup holder anchors the target cup in place, resolving stability issues during putting practice.

Semi-fins deploy during the backswing to slow club head rotation and improve swing timing, then retract automatically to preserve downswing speed.

A putting target uses a quadratic spline ramp to return golf balls via gravity.

An elevated golf ball marker with a vertical post lifts the base above the turf to prevent ball deflection and line of sight obstruction during putting.

A stretchable band connects a batter's forearm and calf to enforce proper extension during the swing.

A conical golf cup guard with a handle prevents paint, sand, and fertilizer from entering the cup, avoiding abrasive mud that obstructs accessories.

A golf tee tool uses a distal magnet to retrieve and retain ferrous ball markers.

A golf hole cup uses a movable bottom plate to eject balls via flagstick pressure.

Friction-fit sleeves anchor cups in turf aggregate, preventing looseness while ensuring correct lip elevation.

A throwable location marking device uses a weighted section and catch-latch hinge to deploy upright upon impact.

Integrated golf divot repair tool combines tee receivers, ball marker holder, and groove cleaner into a single compact unit.

Dual lasers illuminate target path while pneumatic cylinder provides adjustable resistance to correct swing trajectory.