Backboard-Mounted Visual Distractor for Basketball Focus Training
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing basketball training devices do not effectively simulate game condition distractions on transparent or clear basketball backboards to enhance player concentration, focus, and accuracy in goal shooting, as they either occupy floor space, present physical obstacles, or lack visual distractions.
Innovation Solution
A portable basketball training device mounted on the backside of a transparent or clear basketball backboard with movable vision distractors, such as foam noodles or pom-poms, that create a visual distraction by reciprocating motion, simulating game conditions without obstructing the player's shot.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Illumination intensity
If transparent or clear acrylic or tempered glass backboards are used to allow spectators to view the game, then spectator visibility is improved, but visual distractions from fans waving signs, foam noodles, streamers, or other props become visible to players making shots
Solution Approach 1:
The patent introduces an intermediary device (the training apparatus with movable distractors) positioned between the player and the transparent backboard. This intermediary creates controlled visual distractions that simulate game conditions, allowing players to practice maintaining focus despite visual interruptions from the transparent backboard and surrounding environment.
Solution Approach 2:
The training apparatus copies or simulates the visual distraction conditions of actual game environments. By using movable distractors that replicate the movement and appearance of fan props (foam noodles, streamers, signs), the device creates a realistic training scenario that mirrors game-day visual challenges without requiring actual spectators or game conditions.
2Reliability
If traditional basketball training devices with physical obstacles or defensive opponents are used, then shooting accuracy under pressure can be trained, but floor space is occupied and physical obstacles may interfere with natural shooting motion
Solution Approach 1:
The patent transitions the training device from the floor plane to the vertical dimension by mounting it on the backboard. This dimensional change eliminates floor space occupation while maintaining the ability to create visual distractions. The movable distractors operate in the visual field rather than the physical shooting path, separating the training function from floor space requirements.
Solution Approach 2:
The patent extracts the essential function of creating pressure and distraction from the physical defensive opponent and isolates it as a visual element. By removing the physical body of the defender and retaining only the visual distraction component (movable distractors), the device eliminates physical obstruction while preserving the psychological pressure and focus-training benefits.
3Reliability
If complex motorized defensive opponent devices are used to simulate game pressure, then realistic defensive pressure can be trained, but device complexity and manufacturing cost increase
Solution Approach 1:
The patent introduces dynamic movement to simple visual distractors mounted on the backboard. The movable distractors can be positioned and moved to simulate the dynamic visual distractions of game conditions, creating realistic training pressure without requiring complex motorized systems. The simplicity of the mounting and movement mechanism maintains low complexity while achieving dynamic training effects.
Solution Approach 2:
The patent employs simple, inexpensive materials for the movable distractors (such as foam noodles, streamers, or lightweight props) that can be easily replaced or adjusted. These simple objects provide effective visual distraction without the need for expensive, complex motorized defensive opponent systems, reducing both manufacturing cost and device complexity.
Data Source
AI summary
A portable basketball training device and method for creating visual distractions adjacent to an elevated transparent basketball backboard in the vicinity of the rim to facilitate increasing a player's concentration, focus, skill and accuracy in goal shooting. The device includes a housing mounted on the backboard that contains a motorized reciprocating member, and a plurality of movable vision distracters disposed on a back side of the backboard suspended from the reciprocating member having body portions extending downwardly from the housing in the vicinity of the rim which swing or bounce from side behind the backboard in the vicinity of the rim. This motion tends to distract the player's attention and cause them to lose their concentration on making the shot. However, over time, a player will learn to increase their concentration and focus to overcome this distraction, and thereby enhance their skill and accuracy in goal shooting.