Human-powered mechanical cricket toy batters

Abstract

In one aspect, a humanoid batter toy system includes a cricket batter humanoid. The cricket batter humanoid holds a cricket bat used to hit a ball bowled at a wicket. The cricket batter humanoid uses three axis of rotation. The cricket batter humanoid causes the bat to move forward and backward based on a user-controlled variation provided to a set of controllers such that the cricket batter humanoid is able to perform a specified hit type as a response to the bowled ball.

What is claimed: 
     
         1 . A humanoid batter toy system comprising:
 a cricket batter humanoid:
 wherein the cricket batter humanoid holds a cricket bat used to hit a ball bowled at a wicket, wherein the cricket batter humanoid uses three axis of rotation, wherein the cricket batter humanoid causes the bat to move forward and backward based on a user-controlled variation provided to a set of controllers such that the cricket batter humanoid is able to perform a specified hit type as a response to the bowled ball:
 wherein in a first axis of rotation, the set of controllers are used for an upper torso rotation of the cricket batter humanoid such that the upper torso rotation of the cricket batter humanoid is made to rotate clockwise and anticlockwise, 
 wherein in a second axis of rotation, the set of controllers are used for a shoulder rotation of the cricket batter humanoid in an up and down manner, 
 wherein in a third axis of rotation, left hand forward and backward rotation such that the bat is bat is moved in a forward and backward motion as the third-axial rotation; 
 
 wherein the cricket batter humanoid comprises a leg portion coupled with a cricket batter platform; 
   a cricket batter platform that holds the cricket batter humanoid:
 wherein the cricket batter platform comprises a stand top that provides a base to attach the cricket batter humanoid, wherein the stand top connects to a stand and a rack and pinion system comprising the set of gears used to implement the three axes of rotation of the cricket batter humanoid via the set of controllers; and 
   the wicket connected with the cricket platform, wherein the wicket.   
     
     
         2 . The humanoid batter toy system of claim  12 , wherein when a controller of the set of controllers is rotated forward or backward, a gear tooth at a base of the controller causes a rack to move back and forth which in turn causes a pinion to rotate in a clockwise and counterclockwise direction, which causes a hip gear of the cricket batter humanoid to rotate in the first axis of rotation. 
     
     
         3 . The humanoid batter toy system of claim  13 , wherein another controller of the set of controllers uses at least one wire rope to implement the second axis of rotation and the third axis of rotation. 
     
     
         4 . The humanoid batter toy system of claim  14 , wherein the cricket batter humanoid encloses an internal mechanical system operated by the set of controllers. 
     
     
         5 . The humanoid batter toy system of claim  15 , wherein when the controller is rotated forward, the wire rope is pulled, and wherein in the wire rope is connected to a left-hand upper arm of the humanoid cricket batter. 
     
     
         6 . The humanoid batter toy system of claim  16 , wherein when the wire rope pulled, the wire rope causes the hand to rotate forward allowing the bat to hit the ball in straight line. 
     
     
         7 . The humanoid batter toy system of claim  17 , wherein when the controller is moved backwards, a spring attached near an armpit area of the left hand pulls the hand back to a starting position. 
     
     
         8 . The humanoid batter toy system of claim  18 , wherein the cricket batter humanoid is configured to enable a specified user-controlled variation to enable different types of hits as a response to different types of bowls.