Apparatus for simulating play on a golf course or driving range

• US 4,767,121 A
• Filed: 12/03/1985
• Issued: 08/30/1988
• Est. Priority Date: 12/05/1984
• Status: Expired due to Fees

• Current Assignee: Peter S. Tonner
• Original Assignee: Joytec Corporation
• Inventors: Tonner, Peter S.
• Primary Examiner(s): NOT, DEFINED
• Application Number:
  US06/804,168
• Time in Patent Office: 1,001 Days
• Field of Search: 273/185 A, 273/35 B, 273/185 D, 273/186 B, 273/186 C, 273/183 A, 273/197 A, 273/200 R, 273/200 B, 273/32 H, 273/181 H, 273/186 A, 273/186 R, 434/252
• US Class Current: 473/141
• CPC Class Codes: A63B 2024/0031 at the starting point
• CPC Class Codes: A63B 2208/12 specially adapted for children
• CPC Class Codes: A63B 24/0021 Tracking a path or terminating locations
• CPC Class Codes: A63B 69/0091 Balls fixed to a movable, tiltable or flexible arm
• CPC Class Codes: A63B 69/3658 Means associated with the ball for indicating or measuring, e.g. speed, direction
• CPC Class Codes: A63F 2300/8011 Ball

Abstract

A golf simulating apparatus is capable of simulating play on a golf course and/or a driving range. A pivotally mounted resilient ball member (38) is arranged to be impacted with the head of a golf club as the club is swung by the player. Special sensors are associated with the ball member (38) to sense its velocity and any lateral deviation from a fixed plane of movement (Y-Y) thereby to provide signals representing a probable distance and direction of ball travel. These signals are applied to the input ports of a computer (80) which is programmed to provide output signals to a monitor (20) so that it displays a simulated golf course or driving range, with the simulated path of ball travel and/or landing position being displayed on the golf course or driving range. The program provides the golf course or driving range with selected hazards (water, sand, trees etc.). Provision is made for counting and displaying the number of strokes, for averaging distances, assessing penalties and the like thereby to provide a simulation of conditions likely to be encountered during actual play of a game of golf.

Claims

1. A golf simulator comprising:

a movable ball means comprising a stem having a simulated golf ball connected to an outer end thereof,

means supporting said movable ball means for rotation about an axis from a first position to a second position in response to impact between said simulated golf ball and the head of a golf club being swung by a user, a plane of movement being defined by an imaginary plane which is normal to said axis and in which plane the simulated ball is located when in the first position;

at least one of (a) said movable ball means and (b) said means supporting said movable ball means being sufficiently resiliently deformable or deflectable that said simulated golf ball can be momentarily deviated to one side or the other of said plane of movement in response to at least the angle of impact of said club head with the simulated golf ball relative to said plane of movement,

sensor means including a first sensor and a second sensor,

said first sensor including means for sensing movement of the movable ball means away from the first position,

said second sensor including means for sensing impact thereon of the movable ball means on arrival at the second position and any deviation of the simulated golf ball from the plane of movement,

and means for computing distance and direction of ball travel from outputs of the first and second sensors.

2. The golf simulator of claim 1 wherein said movable ball means is a resiliently deformable rubber or rubber-like material.

3. The golf simulator of claim 1 wherein said supporting means is a resiliently deformable rubber or rubber-like material.

4. The golf simulator of claim 1 wherein said second sensor comprises an array of sensors located so as to be responsive to pressures acting thereon developed by the arrival of said ball means including said simulated golf ball at said second position.

5. The golf simulator of claim 4 wherein said second position is defined by a sensor pad arranged so as to be impacted by said simulated golf ball on reaching said second position and including a layer of resiliently deformable material for absorbing the shock of impact of said simulated ball at said second position, with said array of sensors being located beneath said layer of material and disposed on opposing sides of said plane of movement and responsive to pressure waves transmitted through said material from the point of impact on the surface thereof.

6. The golf simulator of claim 5 wherein said movable ball means comprises a unitary body and said sensor pad is shaped such that the simulated ball initially impacts with the pad surface to clearly define the point of impact and immediately thereafter said stem ingages and is supported by said pad to reduce stresses therein.

7. The golf simulator of claim 5 wherein both said movable ball means and said sensor pad comprise a resilient elastomeric material, said movable ball means having a hardness which is greater than the hardness of the sensor pad.

8. The golf simulator of claim 7 wherein said supporting means is formed integrally with said sensor pad, said supporting means comprising members supporting an axle defining the axis of rotation of said movable ball means from the first to the second position.

9. The golf simulator according to claim 1 wherein said movable ball means and said supporting means are arranged so that the stem of the movable ball means slopes in a direction upwardly away from the second position and toward the direction of swing of a golf club so that the club head contacts the simulated ball but not the stem during the course of a normal stroke.

10. The golf simulator according to claim 1 wherein said computing means includes means capable of sensing the speed of movement of said movable ball means from the first position to the second position whereby ball direction and distance of travel may be computed in response to the total output of said sensor means.

11. The golf simulator according to claim 10 wherein the computing means is a computing system for receiving signals from said sensor means and computing ball direction and distance of travel and generating a signal representing the calculated landing position of the ball and means for displaying the calculated landing position of the ball.

12. The golf simulator according to claim 11 wherein said computing system also includes means for storing information and generating a display of a simulated fairway and/or driving range, said last-mentioned means co-operating with said means for displaying the landing position of the ball such that the display of the landing position is superimposed on the display of the simulated fairway and/or driving range.

13. The golf simulator according to claim 12 wherein the computing system further includes means storing information and generating as a part of said simulated fairway display a simulated tee-off point, a green and hole, and at least one hazard.

14. The golf simulator according to claim 12 wherein said computing system further includes means for counting the number of times the simulated ball is struck and generating a signal representing the accumulated stroke count and including the count as a part of the display.

15. The golf simulator according to claim 13, wherein the computing system includes means for registering placement of the ball in the hole when the calculated landing position of the ball is within a selected distance of the pre-calculated hole position.

16. The golf simulator according to claim 14 further including means storing the distances the ball is moved, averaging the distance and including the average distance per stroke as part of said display.

17. The golf simulator according to claim 16 wherein said computing system further includes means for rating the user according to the average distance achieved per stroke and displaying such rating.

18. The golf simulator according to claim 14 including means for disabling a portion of said computing system and to signal the end of a game of simulated golf after (a) elapse of a set period of time and/or (b) accumulation of a prescribed stroke count.

19. The golf simulator according to claim 14 wherein said computing system includes input means enabling the player to select one of several clubs, which selection alters the manner in which said computer responds to ball distance inputs from said sensor means to produce distance outputs conditioned in accordance with the club selected.