Traditional golf ball serving machines require manual operation—typically using a foot pedal—to release each ball. These designs are often inefficient, inconvenient, and involve multiple moving parts that are prone to wear and mechanical failure. Additionally, the complexity and manual effort involved reduce usability for golfers, especially beginners or those practicing alone.
Core
Features of the Invention
This new golf ball serving machine automates the entire ball dispensing process. It features:
- A built-in sensor that detects the presence of a golf club head.
- An electric motor-controlled lifting mechanism that releases one ball at a time.
- A smart controller that coordinates the sensor and motor for precise, hands-free operation.
- A gravity-powered flip guide track that directs the ball to a fixed tee position, then resets automatically.
Inventive
Step
Unlike previous semi-automatic systems, this design introduces a fully automatic, sensor-activated mechanism. The club head’s proximity triggers a lifting strip to drop and release exactly one ball, then reset—no buttons or pedals required. The use of an automated flip guide ensures precise placement of the ball on the tee without manual alignment. This seamless cycle solves the inefficiency and complexity issues of past machines.
Benefits
- Hands-free operation: Players can focus solely on their swing without manual controls.
- Efficient and consistent delivery: Only one ball is served per trigger, reducing waste and improving rhythm.
- Portable and user-friendly: Compact design includes club holders, phone slot, and drainage features for outdoor use.
- Low maintenance: Fewer parts mean reduced risk of malfunction and easier assembly.
Broader
Impact
By simplifying solo golf practice, this machine enhances training accessibility for all skill levels. It could be a valuable tool at driving ranges, golf academies, or even in home practice setups. Its automation and efficiency contribute to better time use and promote skill development in a modern, tech-friendly way.