Ball returning backstop

• US 7,662,053 B1
• Filed: 12/18/2007
• Issued: 02/16/2010
• Est. Priority Date: 12/18/2006
• Status: Expired due to Fees

• Current Assignee: Dustin Summers
• Original Assignee: Dustin Summers
• Inventors: Kaduk, John, Tobin, Justin, Summers, Dustin, Perez, Erik, Heinz, Kenneth G. Jr.
• Primary Examiner(s): Aryanpour; Mitra
• Application Number:
  US11/959,168
• Time in Patent Office: 791 Days
• Field of Search: 473/431, 473/432, 473/422, 473454-456, 473/451, 273/407, 273/410, 124/6, 124/7, 124/16, 124/56, 124/64, 124/78, 124/79
• US Class Current: 473/431
• CPC Class Codes: A63B 2063/001 Targets or goals with ball-returning means
• CPC Class Codes: A63B 2069/401 substantially vertically, e.g. for baseball
• CPC Class Codes: A63B 69/407 with spring-loaded propelling means
• CPC Class Codes: A63B 71/022 Backstops, cages, enclosures or the like, e.g. for spectator protection, for arresting balls

Abstract

A ball returning backstop assembly includes a backstop that collects a thrown ball and a ball return assembly that returns the collected ball. The ball return assembly includes a housing that supports a linkage for propelling the collected ball and a motor for driving the linkage. The housing includes a tube that receives the collected ball, with the linkage having a piston that is slidable within the tube to propel the ball out of the tube. The motor is electrically connected to switches that control when the motor drives the linkage. One switch being configured to turn the motor on when the collected ball is ready to be returned and the other switch being configured to turn the motor off after the ball is propelled out of the tube.

Claims

1. A ball returning backstop assembly configured to collect and return a ball thrown by a user, the ball returning backstop assembly comprising:

a backstop configured to collect the thrown ball; and

a ball return assembly operably coupled to the backstop to receive the collected ball from the backstop and then return the ball,

said ball return assembly including a housing a rotatable motor, and a linkage assembly,

said housing presenting a ball guiding surface configured to receive the thrown ball after being collected by the backstop,

said ball guiding surface presenting a ball returning path with an axis that extends from a rearward end of the path to a forward end of the path, with the surface being configured to guide the ball along the axis as the ball is being propelled toward the forward end,

said linkage assembly drivingly coupled to the motor and including a link shiftably mounted relative to the housing,

said link being shiftable to reciprocate between a rear position adjacent the rearward end and a forward position spaced forwardly of the rear position,

said link having a ball-engaging end that is operably coupled to the housing to follow the axis, with the ball-engaging end being configured to engage the ball and propel the ball along the axis,

said housing presenting between the path ends an opening that communicates the ball returning path with the backstop, with the linkage assembly being configured to position the ball received from the backstop through the opening forwardly of the ball-engaging end,

said linkage assembly including a return spring that biases the link toward the forward end,

said spring exerting a spring force when the link is in the rearward position, with any force exerted by the spring being less than the spring force when the link is in the forward position,

said linkage assembly including a second link drivingly attached relative to the motor to be spun by the motor in a direction,

said links being drivingly engaged so that rotation of the second link in the direction from a first angular orientation to a second angular orientation shifts the first-mentioned link from the forward position to the rearward position,

said links being drivingly disengaged by rotation of the second link in the direction from the second angular orientation to a third angular orientation, with the first-mentioned link being biased by the return spring back into the forward position,

said links being drivingly re-engaged by rotation of the second link in the direction from the third angular orientation to a fourth angular orientation, with the first-mentioned link being shifted from the forward position to the rearward position.

2. The ball returning backstop assembly as claimed in claim 1,

said opening spaced in front of the forward position of the link,

said surface being operable to receive the ball while the ball-engaging end is at any location between the positions.

3. The ball returning backstop assembly as claimed in claim 1,

said path being inclined so that the rearward end is spaced below the forward end, with the ball thereby being encouraged to fall toward the rearward end and into engagement with the ball-engaging end prior to being propelled.

4. The ball returning backstop assembly as claimed in claim 1,

said ball return assembly including a switch assembly with an engaged condition and a disengaged condition,

said switch assembly being coupled to the motor and configured to turn the motor on when engaged and off when disengaged,

said switch assembly including a switch attached relative to the housing and operable to be engaged by the ball after the ball is collected by the backstop, with the switch assembly thereby becoming engaged.

5. The ball returning backstop assembly as claimed in claim 4,

said switch assembly including another switch,

said switches both being mechanical double throw switches and connected to one another in series, with both of the switches being operable to place the switch assembly in one of the conditions,

said another switch being attached relative to the housing and operably connected to the linkage assembly, with the another switch being engaged as the link shifts into the forward position and thereby operable to disengage the switch assembly following the first-mentioned switch engaging the switch assembly.

6. The ball returning backstop assembly as claimed in claim 5,

said backstop including a ball-collecting trough,

said first-mentioned switch being attached to the ball-collecting trough and configured to be engaged by the ball as the ball leaves the trough to enter the path.

7. The ball returning backstop assembly as claimed in claim 5,

said ball returning assembly including a frame, with the second link being rotatably mounted on the frame,

said another switch being attached to the frame and operable to be engaged by the second link.

8. The ball returning backstop assembly as claimed in claim 1,

said second link being rotated through an angle of about 120 degrees when shifted from the second angular orientation to the fourth angular orientation.

9. The ball returning backstop assembly as claimed in claim 1,

said first-mentioned link including a catch end opposite the ball-engaging end,

said second link being rotatably mounted relative to the housing and including a link-engaging element,

said link-engaging element drivingly engaging the catch end from the first angular orientation to the second angular orientation.

10. The ball returning backstop assembly as claimed in claim 9,

said second link having a second link-engaging element spaced from the first-mentioned element,

said second link-engaging element drivingly engaging the catch end in the fourth angular orientation.

11. The ball returning backstop assembly as claimed in claim 1,

said second link including a disc that presents a disc perimeter,

said linkage assembly including a rotatable wheel that is drivingly connected to the motor,

said rotatable wheel being in frictional engagement with the disc along the disc perimeter to thereby drivingly interconnect the motor and second link.

12. The ball returning backstop assembly as claimed in claim 1,

said housing including a substantially cylindrical tube that presents the ball guiding surface, with the axis being substantially linear.

13. The ball returning backstop assembly as claimed in claim 12,

said housing including a base that is pivotally attached relative to the tube,

said tube operable to be pivotally fixed relative to the base at a predetermined ball return angle.

14. The ball returning backstop assembly as claimed in claim 13, said ball return angle being in the range from about zero degrees to about thirty degrees.

15. The ball returning backstop assembly as claimed in claim 14, said ball return angle being about twenty-five degrees.

16. The ball returning backstop assembly as claimed in claim 12,

said first-mentioned link including a piston slidably mounted within the tube, with the first-mentioned link substantially only translating between the positions.

17. The ball returning backstop assembly as claimed in claim 12,

said backstop including a ball-collecting trough,

said ball return assembly including a duct connected to the tube and communicating with the opening,

said duct being connected to the ball-collecting trough with the collected ball being permitted to pass from the trough to the opening by passing through the duct.