Tennis serve ball machine cum training device II

Abstract

This invention, called Serve Assist, is an electro-mechanical ball machine for practicing the tennis serve. It helps a tennis student to practice serves by consistently tossing the ball in the desired location. It operates in one of two modes, an Auto-feed mode in which it tosses the balls in the magazine via an overhead toss canister at regular intervals or in an Auto-sense mode where the ball is tossed by the detection of the student's rising tossing arm. The invention also marks the desired height of contact on the dropping ball with a laser and provides visual feedback if the ball is being struck lower than optimum. It aids the student by developing a kinetic and visual memory of the correct ball toss position and point of contact.

Description

BACKGROUND OF THE INVENTION[0001]The tennis serve is a challenging part of the game, and probably one of the most frustrating and the weakest link in a good tennis player's game. Though ball machines exist that allow practicing ground strokes like forehand, backhand, volley and overhead, there is practically no device that assists the student of tennis with their serve on the tennis court today.[0002]Patents that aid the ball toss to provide target practice exist, but none seem to put the ball in the right place and allow the player to actually hit it. The challenge of a tennis coach, as she watches the student struggle with the toss as a beginner or intermediate player, is to first get the player to toss the ball at the desired location, before getting her to hit the correct ball at the desired height. Coaching time is partly wasted because the student is actually tossing the ball in the incorrect position and thus hitting faulty serves.[0003]This invention will toss the ball for t...

AI Technical Summary

Benefits of technology

[0011]The balls in the magazine roll into the ball toss canister, one at a time regulated by a servo activated Ball feed control. The magazine is attached to a cross beam that can ride vertically on a threaded vertical rod. The cross beam also supports the sensor and laser mechanisms. This cross beam can be raised and lowered with electrical power assistance. The cross beam can be lowered, so the magazine is at about 6 feet above ground, to enable easy loading of the balls. The fine adjustments for the laser and motion sensor mechanisms will also be performed when the cross beam is in the lowered position.

Problems solved by technology

With some trial and error, the student can set the delay between the alert to start the serving motion and the ball release.

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