초록 ▼

A batting ball is slidably mounted on a line having a low friction surface to provide proper swing technique and muscle memory. The line has an impact absorbing member having an impact end configured to contact a ball and a receiving chamber configured to receive a resilient member adapted to connec

A batting ball is slidably mounted on a line having a low friction surface to provide proper swing technique and muscle memory. The line has an impact absorbing member having an impact end configured to contact a ball and a receiving chamber configured to receive a resilient member adapted to connect with a portion of a washer. A bushing having a helical portion with a central opening is inserted and affixed into a ball opening. The ball opening has a recess configured to retain an end portion of the bushing. The central opening of the bushing will receive the line. The plurality of balls are mounted onto the line with a washer located at each end between the attaching elements and the balls. A swivel snap hook is connected to an end of the cable by a thimble and clamp set located opposite the hook and eye turn buckle.

대표청구항 ▼

1. A batting system, comprising: a line having a first distal end located opposite of a second distal end;said first distal end having a first attaching element;said second distal end having a second attaching element;said first attaching element connected to a first stationary object;said second at

1. A batting system, comprising: a line having a first distal end located opposite of a second distal end;said first distal end having a first attaching element;said second distal end having a second attaching element;said first attaching element connected to a first stationary object;said second attaching element connected to a second stationary object;a ball having an opening, said opening located through a central axis of said ball, said ball having a recess located on a perimeter of said opening of said ball, whereby, said recess is configured to retain an end portion of a support structure;said support structure having a length great enough to substantially span the width of said ball;said support structure having a helical portion connected to an outer wall of said support structure, whereby said helical portion rotatably engages said opening of said ball fixedly attaching said support structure to said ball, said support structure having a central opening, said central opening receiving said line, whereby said line penetrates said central opening allowing said support structure to slidably traverse said line;a first plate having an aperture to receive said line, said first plate located between said ball and said first distal end of said line;a second plate having an aperture to receive said line, said second plate located between said ball and said second distal end of said line;said line configured to receive an impact absorbing member having an opening, said opening is located through a central axis of said impact absorbing member, said impact absorbing member having an impact end located opposite a receiving chamber;said impact end configured to connect to a portion of said ball, said impact end having an impact end opening configured to receive said line, whereby, said line is configured to penetrate said impact end opening allowing said impact absorbing member to slidably traverse said line;said receiving chamber having a receiving end located opposite a capturing end;said receiving end having a receiving end opening configured to receive a resilient member, said resilient member having a first end located opposite a second end, whereby, said second end of said resilient member is configured to connect with said capturing end, thereby, retaining a portion of said resilient member within said receiving chamber, said first end of said resilient member is configured to protrude from said receiving end opening;said capturing end having a capturing end opening, said capturing end opening having a smaller perimeter than said receiving end opening, whereby, said capturing end opening is configured to receive said line; and,said resilient member having a resilient member opening, said resilient member opening is located through a central axis of said resilient member, whereby, said line penetrates said resilient member opening allowing said resilient member to slidably traverse said line. 2. The batting device of claim 1, having a tensioning device connected between said first or second stationary object and a portion of said line. 3. A batting system, comprising: a line having a first distal end located opposite of a second distal end;said first distal end having a first attaching element;said second distal end having a second attaching element;said first attaching element connected to a first stationary object;said second attaching element connected to a second stationary object;a ball having an opening, said opening located through a central axis of said ball;a support structure having a length great enough to substantially span the width of said ball;said support structure having a helical portion connected to an outer wall of said support structure, whereby said helical portion rotatably engages said opening fixedly attaching said support structure to said ball, said support structure having a central opening, said central opening receiving said line, whereby said line penetrates said central opening allowing said support structure to slidably traverse said line;said line configured to receive an impact absorbing member having an opening, said opening is located through a central axis of said impact absorbing member, said impact absorbing member having an impact end located opposite a receiving chamber;said impact end configured to conform to a portion of said ball, said impact end having an impact end opening configured to receive said line, whereby, said line is configured to penetrate said impact end opening allowing said impact absorbing member to slidably traverse said line;said receiving chamber having a receiving end located opposite a capturing end;said receiving end having a receiving end opening configured to receive a resilient member, said resilient member having a first end located opposite a second end, whereby, said second end of said resilient member is configured to connect with said capturing end, thereby, retaining a portion of said resilient member within said receiving chamber, said first end of said resilient member is configured to protrude from said receiving end opening;said capturing end having a capturing end opening, said capturing end opening having a smaller perimeter than said receiving end opening, whereby, said capturing end opening is configured to receive said line;said resilient member having a resilient member opening, said resilient member opening is located through a central axis of said resilient member, whereby, said line penetrates said resilient member opening allowing said resilient member to slidably traverse said line;a first plate having an aperture to receive said line, said first plate located between said ball and said first distal end of said line; and,a second plate having an aperture to receive said line, said second plate located between said ball and said second distal end of said line. 4. The batting device of claim 3, having a tensioning device connected between said first or second stationary object and a portion of said line. 5. The batting device of claim 3, wherein said ball having a recess located on a perimeter of said opening of said ball, whereby, said recess is configured to retain an end portion of a support structure.