Simulation system for golf practice

• US 20040198524A1
• Filed: 02/23/2004
• Published: 10/07/2004
• Est. Priority Date: 09/22/2001
• Status: Abandoned Application

• Current Assignee: Oh Seok Kwon
• Original Assignee: Oh Seok Kwon
• Inventors: Kwon, Oh Seok
• Application Number:
  US10/487,888
• Publication Number:
  US 20040198524A1
• Time in Patent Office: Days
• US Class Current: 473/151
• CPC Class Codes: A63B 2024/0031 at the starting point
• CPC Class Codes: A63B 2071/0602 Non-electronic means therefor
• CPC Class Codes: A63B 2102/32 Golf
• CPC Class Codes: A63B 24/0021 Tracking a path or terminating locations
• CPC Class Codes: A63B 69/3652 Inclined platforms for practising drives from slopes
• CPC Class Codes: A63B 69/3658 Means associated with the ball for indicating or measuring, e.g. speed, direction
• CPC Class Codes: A63B 69/3673 Foot inclining aids; Foot wobbling devices
• CPC Class Codes: A63B 71/0605 Decision makers and devices using detection means facilitating arbitration

Abstract

In a golf simulation system, a setting plate for locating a golf ball is provided in a striking zone, and a setting plate adjusting means is provided below the setting plate. A control section calculates moved distance and stoppage position of golf ball based on the flying trace of golf ball sensed by the flying trace sensing means, and inputs signals reflecting the three-dimensional images of the golf course along the flying trace into the projector, so that the three-dimensional images are displayed on the projection screen. Also, the control section controls the setting plate adjusting means in accordance with the height and inclined angle of the stoppage position, so that the setting plate can be automatically adjusted to the height and inclined angle equal to those of the stoppage position. Therefore, a golfer can exercise golf in various inclined angles and topographical conditions like a real golf course.

Claims

1. A golf simulation system comprising:

a flying trace sensing means for sensing a golf ball struck in a striking zone provided in a side of golf practice ranger, a projection screen installed to face said striking zone, a projector for projecting three-dimensional images of golf course onto said projection screen, and a control section for outputting image signals, which proceed with the three-dimensional images of golf course in accordance with the flying trace sensed by said flying trace sensing means, into said projector,

wherein a setting plate for locating a golf ball is provided in said striking zone and a setting plate adjusting means is provided below said setting plate for adjusting the height and inclined angle of setting plate, and

wherein said control section calculates the moved distance and stoppage position of golf ball based on the flying trace of golf ball sensed by said flying trace sensing means, and inputs signals reflecting the three-dimensional images of the golf course along the flying trace into said projector, so that the three-dimensional images of the golf course along the flying trace can be displayed on said projection screen, and said control section controls said setting plate adjusting means in accordance with the height and inclined angle of said stoppage position, so that said setting plate can be automatically adjusted to the height and inclined angle equal to those of said stoppage position.

2. The golf simulation system according to claim 1, wherein a turning button for adjusting direction is provided in the striking zone adjacent to said setting plate, and

wherein said control section controls three-dimensional image signals inputted into said projector, so that the display angle of three-dimensional golf course image displayed on said projection screen can be turned in accordance with the adjustment of said turning button, and at the same time controls said setting plate adjusting means to adjust the height and inclined angle of said setting plate to be in conformity with the height and inclined angle of the stoppage position in the direction displayed on said projection screen.

3. The golf simulation system according to claim 1, wherein a footboard for golfer is provided adjacent to said setting plate and a footboard adjusting means is provide below said footboard for adjusting the height and inclined angle of said footboard, and

wherein said control section controls said setting plate adjusting means according to the height and inclined angle of said stoppage position, and at the same time, controls said footboard adjusting means so that the height and inclined angle of the footboard are adjusted to be in conformity with the height and inclined angle of the place on which the golfer'"'"'s feet are actually positioned when the golfer,strikes the golf ball located on said stoppage position.

5. The golf simulation system according to claim 1, wherein said flying trace sensing means comprises a first light sensor provided within a hollow golf tee projectedly mounted on said setting plate to sense the moment of striking the golf ball, a second light sensor provided around said golf tee to sense the swing time of golf club, a plurality of third light sensors densely arranged in a line to sense the point that the struck golf ball passes, and a first signal processing section inputted with sensed signals from said light sensors and calculating the flying trace of golf ball.

6. The golf simulation system according to claim 1, wherein said flying trace sensing means comprises a fourth sensor installed adjacent to the setting plate to sense the time of striking the golf ball, a plurality of fifth light sensors vertically installed on a side portion aside from the front of said setting plate to sense the flight height of struck golf ball, a plurality of contact sensors densely arranged along the bottom surface adjacent to said projection screen to sense a position on which the struck golf ball is dropped after hit against the projection screen, and a second signal processing section inputted with sensed signals from said light sensors and contact sensors and calculating the flying trace of golf ball.

7. The golf simulation system according to claim 1, wherein said fright trajectory sensing means comprises a sensor group formed in a plurality of stages spaced before and behind in front of said setting plate, in which each of stages comprises a plurality of light sensors which are arranged right and left, and a third signal processing section inputted with sensed signals from light sensors of said sensor group and calculating the flying trace of golf ball, and

wherein a plurality of laser sensors are installed on the ceiling above said setting plate for sensing the flying trace of golf ball and movement of golfer'"'"'s body.

8. The golf simulation system according to claim 1, wherein said flying trace sensing means comprises a plurality of infrared cameras on the ceiling above said setting plate and a fourth signal processing section inputted with sensed signals from each of said infrared cameras and calculating the flying trace of golf ball.

9. The golf simulation system according to claim 1, wherein said flying trace sensing means comprises a plurality of light emission sensors installed on one side of left and right walls of golf practice ranger, a plurality of light receiving sensors installed on the other side of right and left walls to individually receive a light signal generated from each of said light emission sensors, the number of light receiving sensors being identical with that of said light emission sensors, a plurality of contact sensors densely arranged all over said projection screen to sense the part to be touched by the struck golf ball, and a fifth signal processing inputted with sensed signal from each of said sensors and calculating the flying trace of golf ball.

4. The golf simulation system according to clam 3, wherein a turning button is provided in the striking zone adjacent to said setting plate,

wherein said control section controls three-dimensional image signals inputted into said projector, so that the display angle of three-dimensional golf course image displayed on said projection screen can be turned in accordance with the adjustment of said turning button, and at the same time individually controls said setting plate adjusting means and footboard adjusting means to adjust the inclined angles of stoppage position/footing place in the direction displayed on the projection screen and the front inclined angles of said setting plate/foot board are to be in conformity with each other.