BALL SERVING DEVICE

Abstract: A ball dispensing machine has a sloping container (1) wherein balls are released from compartments (A, C) and from a front housing (2) as a motor turns discs (5, 6) in the housing. Each released ball rolls down a chute (3) where it strikes a spring (4) at the bottom arcing the ball into the air for a hitter to stroke it. The spacing of the discs from each other tends to release one ball at a time with a time interval after the serving of each ball that enables the hitter to get ready for the next serve.

Description: BALLSERVINGDEVICE Brief Description: Ball Dispenser Serving Device This ball dispenser is mounted on an elevated stand at an angle. The ball dispenser is loaded from the rear of in the left and right cylinders. Separating these two cylinders is a center cylinder the same in width as the two ball cylinders. The center cylinder contains a small motor which is attached to a drive shaft rod. This rod contains two round discs which rotate Q degrees allowing the balls to pass forward on an even basis thru the main qhassis» The balls are then released to the front chute area projecting forward using gravity to gain momentum. The ball travels down the front chute off the end and projected towards the hitter, lig 1. i ont view of the φiic Hands ball dispenser as shown in the original drawings with claims, ilg 2. Top 7iew of the φιic Hands ball dispenser showing ball cylinders,left, ight and center cylinder. Center cylinder containing motor housing. Jig 3. ϊront and Bear Yiew of the ball containers. Claim M l. Iig,.4« -Eront view of the Main chassis ball box unit and ball box containers A * and C. Clain No. 2 lig 5. Top front view of chute claim Ho. J. iig.6. Side view light gauge steel spring attached to end of front chute.Claim 2o. 3ϋg 7» Side view of the two round discs attached to a rod opposite each other. Clains 5»o»7 > ϊig 8. Eront view of the two round discs. Claims 5,6 Ju 9. Bear view of the stand which is attached to the ball dispenser. Claim Eb. 8. URE OMPI

Claims: Claim No. 1 Attached to the Ball Dispenser This ball container consists of 3 cylinders 3 W wide and 3 W high. Prom side to sid * e, the measurement is 9 W a∑-s the length is 32". This may vary in length according to how many balls you want to contain. Left and right alleys A * C. are loaded with balls while the center alley marked B. contains the motor housing. This container is pitched at about 27 degrees slant forward. Gravity driving the balls forward. The balls are loaded from the rear. The diagram marked rear view cylinder A. C. are where the balls are loaded into. This entire ball container is now attached to the front box housing area marked Claim Ho. 2. Due to the gravity, all the balls are now " being forced forward into the front housing area where they are now being contained by the fly wheel disc. Claim Ho. 2 Attached to ball container. The main chasis ball box unit is attached to the ball contai er claim Ho. 1 by machine screws, nuts and bolts. Eventually these -two units will become one in the future, after the molds have been made to produce the entire unit. The two open areas in the front marked A. and C. are where the balls fall out forward into the front chute (claim Ho.3) ilrst one cylinder releasing the ball, then the other. This front box housing contains the two fly wheel discs; also the two ball boxes marked A. and C. Separating Cylinders A. and C. is a middle cylinder in the ball container that houses the small motor which in turn rotates the round discs. The motor is attached to drive shaft rod which the discs are mounted on. These discs rotate J60 degrees inside the main chassis area allowing the balls to pass thru and release the ball every few seconds out the front chassis into the front chute area (claim Bo. 3) which is attached to the front of the main chassis by small screws on either side. Claim Ho. 3- This front chute has been designed to contain balls to roll down. It is attached to the main chassis area. Balls are released from the main chassis and start to roll down hill thru this front chute and then propelled off the end of the chute. Incorporated in this chute area are two side walls to contain the balls as they travel forward. Claim Ho.4« Consists of a very light gauge material, bent at an angle and attached to the end of the chute. As the balls roll down the chute, it passes over this light gauge steel spring and it gives a slight lift to the ball, arcing the ball slightly as it is then released. See -fig 14. with attached drawings. Claims Ho. 5, 6, 7« Two solid round discs 6" in diameter with a hole drilled 1-1/2 π from the edge to enable a drive shaft approximately 1/4" in thickness to go thru each disc connecting them together to be set at 2-7/8" apart to be the best setting, although it will also work anywhere from 2-3/4" to 3-1/4" apart. These two discs are set opposite each other 180 degrees on the drive shaft. We have also used more than two discs to control the balls and different settings on the drive shaft. Attached you will find the diagram for 5» 6» and J claims which are all a part of the one machine Qxic Hands ball serving device. 'BURE Z OMPI Claim Ho. 8 Stand Attached to Ball Serving Device A stand built to elevate the ball serving device at an angle forward to allow gravitational thrust to drive the balls forward. This stand is screwed on to the bottom of the ball serving device, raising the rear end. The height is approximately 10" high-and 9" wide. The stand, along with the ball serving device, now becomes one unit. It is raised and placed on a stand with legs.

Inventors: BROPHY ARTHUR M, BROPHY, ARTHUR, M.
Applicants: BROPHY ARTHUR M, BROPHY, ARTHUR, M.
Application year: 1982
Main classification: A63B69
IPC codes: A63B69