SOCCER TRAINING MACHINE

Brand	Owner (click to sort)	Address	Description
SIDEKICK	Seattle Sport Sciences, Inc.	24066 NE 53rd Place Redmond WA 98053	soccer training machine, namely, a [ manually and automatically fed ] sports ball [ feeder and ] server for accelerating and delivering sports balls with user determined trajectory, speed, spin, and distance [ with a ball returning mechanism and an electronic target that registers and records ball contact with the target ];SIDE KICK;
SIDEKICK HOTSHOT	Seattle Sport Sciences, Inc.	24066 NE 53rd Place Redmond WA 98053	Soccer training machine, namely, a manually and automatically fed sports ball feeder and server for accelerating and delivering sports balls with user determined trajectory, speed, spin, and distance with a ball returning mechanism and an electronic target that registers and records ball contact with the target; ball serving system for serving sports balls at user selected trajectory and speed; automated ball serving system for serving sports balls, recording any served balls that contact a target when directed to the target by a player, and returning the served balls whether or not they have contacted the target or were contacted by the player;
SIDEKICK TECHNE	Seattle Sport Sciences, Inc.	24066 NE 53rd Place Redmond WA 98053	Soccer training machine, namely, a manually and automatically fed sports ball feeder and server for accelerating and delivering sports balls with user determined trajectory, speed, spin, and distance with a ball returning mechanism and an electronic target that registers and records ball contact with the target; soccer training system; automated ball serving system for serving sports balls, recording any served balls that contact a target when directed to the target by a player, and returning the served balls whether or not they have contacted the target or were contacted by the player;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A method for training a support vector machine to determine a present state of charge of an electrochemical cell system includes choosing a training data, preprocessing the training data, finding an optimal parameter of the support vector machine, and determining support vectors.