Creeping motion therapy device

A creeping motion therapy device comprising:

• a frame;
• a motor coupled to said frame;
• a right paddle and a left paddle, each of said right paddle and said left paddle being coupled to said frame, each of said right paddle and said left paddle being slidable relative to said frame;
• a right leg support and a left leg support, each of said right leg support and said left leg support being coupled to said frame, each of said right leg support and said left leg support being slidable relative to said frame;
• and
• a main flywheel assembly coupled to said frame, said main flywheel assembly being mechanically coupled to said motor;
• a linkage assembly being mechanically coupled to said main flywheel assembly;
• each of said right paddle, said left paddle, said right leg support, and said left leg support being mechanically coupled to said linkage assembly wherein said right paddle and said left leg support move alternately backward and forward in unison and said left paddle and said right leg support move in unison in opposite to said right paddle and said left leg support wherein said right paddle, left paddle, right leg support, and left leg support mimic a creeping motion;
• wherein said frame comprises
• a base panel, and
• a shroud coupled to said base panel, said shroud defining an interior space, said motor being positioned within said interior space, said right paddle, said left paddle, said right leg support, and said left leg support each being positioned outside of said shroud;
• wherein said main flywheel assembly comprises
• a main flywheel stand,
• a main flywheel axle coupled to said main flywheel stand,
• a drive pulley coupled to said main flywheel axle, said drive pulley rotating said axle when said drive pulley is rotated, said drive pulley being mechanically coupled to said motor wherein said motor rotates said drive pulley,
• a right main flywheel coupled to said axle such that said right main flywheel is rotated by rotation of said main flywheel axle, said right main flywheel being mechanically coupled to said right paddle and said right leg support wherein rotation of said right main flywheel moves said right paddle and said right leg support, and
• a left main flywheel coupled to said axle such that said left main flywheel is rotated by rotation of said main flywheel axle, said left main flywheel being mechanically coupled to said left paddle and said left leg support wherein rotation of said left main flywheel moves said left paddle and said left leg support;
• wherein said linkage assembly comprises
• a right main linkage coupled to and extending from said right main flywheel,
• a left main linkage coupled to and extending from said left main flywheel,
• a right paddle flywheel assembly mechanically coupled to said right main linkage, said right paddle flywheel assembly being mechanically coupled to said right paddle,
• a left paddle flywheel assembly mechanically coupled to said left main linkage, said left paddle flywheel assembly being mechanically coupled to said left paddle,
• a right leg support linkage coupled to said right main linkage, said right leg support linkage being coupled to said right leg support, and
• a left leg support linkage coupled to said left main linkage, said left leg support linkage being coupled to said left leg support;
• said right leg support comprising a right shuttle and a right pad positioned on said right shuttle;
• said left leg support comprising a left leg shuttle and a left pad positioned on said left shuttle;
• said right pad including a right knee pad section, a right shin pad section, and a right toe pad section;
• and
• said left pad including a left knee pad section, a left shin pad section, and a left toe pad section;
• a plurality of leg blocks coupled to and positioned on said base panel, said leg blocks being elongated, parallel and spaced to define a right skidtrack and a left skidtrack;
• said right leg support comprising a right shuttle and a right pad positioned on said right shuttle, said right shuttle being slidably positioned within said right skidtrack;
• said left leg support comprising a left leg shuttle and a left pad positioned on said left shuttle, said left shuttle being positioned within said left skidtrack;
• a right paddle block, said right paddle being slidably positioned on said right paddle block;
• a left paddle block, said left paddle being slidably positioned on said left paddle block;
• wherein a respective top surface of each of said right paddle and said left paddle are coplanar with each other and elevated above a respective top surface of said right shin pad section of said right pad positioned on said right shuttle and said left shin pad section of said left pad positioned on said left shuttle;
• said right paddle flywheel assembly comprising
• a right paddle flywheel stand,
• a right paddle axle coupled to said right paddle flywheel stand,
• a primary right paddle flywheel coupled to said right paddle axle such that said primary right paddle flywheel is rotated by rotation of said right paddle axle,
• a primary right paddle flywheel linkage coupled between said right main linkage and said primary right paddle flywheel,
• a secondary right paddle flywheel coupled to said right paddle axle such that said secondary right paddle flywheel is rotated by rotation of said paddle axle, and
• a secondary right paddle linkage coupled to and extending between said secondary right paddle flywheel and said right paddle;
• said left paddle flywheel assembly comprising:
• a left paddle flywheel stand,
• a left paddle axle coupled to said left paddle flywheel stand,
• a primary left paddle flywheel coupled to said left paddle axle such that said primary left paddle flywheel is rotated by rotation of said left paddle axle,
• a primary left paddle flywheel linkage coupled between said left main linkage and said primary left paddle flywheel,
• a secondary left paddle flywheel coupled to said left paddle axle such that said secondary left paddle flywheel is rotated by rotation of said paddle axle, and
• a secondary left paddle linkage coupled to and extending between said secondary left paddle flywheel and said left paddle;
• a control panel, said control panel being positioned on said shroud, said control panel being operationally coupled to said motor wherein rotation of said drive pulley is controllable by manipulation of said control panel;
• and
• a circuit board being positioned within said interior space, said circuit board being operationally coupled to said motor and said control panel.