Electromechanical swing trainer

• US 5,082,283 A
• Filed: 07/01/1991
• Issued: 01/21/1992
• Est. Priority Date: 07/01/1991
• Status: Expired due to Fees

• Current Assignee: Anthony Foresi, Conley, William P.
• Original Assignee: Anthony Foresi, Conley, William P.
• Inventors: Conley, William P., Foresi, Anthony
• Primary Examiner(s): Marlo, George J.
• Application Number:
  US07/723,795
• Time in Patent Office: 204 Days
• Field of Search: 273/186 A, 273/26 B, 273/29 A, 273/186 R, 273/183 D
• US Class Current: 473/234
• CPC Class Codes: A63B 2024/0068 Comparison to target or threshold, previous performance or not real time comparison to other individuals
• CPC Class Codes: A63B 2220/51 Force
• CPC Class Codes: A63B 69/3632 Clubs or attachments on clubs, e.g. for measuring, aligning A63B69/3614 takes precedence; clubs for swinging exercises in general A63B15/00
• CPC Class Codes: A63B 69/3635 with sound-emitting source

Abstract

A golf swing trainer includes a sensor responsive to axial forces and a sensor responsive to lateral forces disposed in electrical communication with an alarm circuit. The training device is responsive to velocity and attitude of the golf club and is operative to provide a user-detectable signal if an improper swing is executed. An alarm is actuated when a predetermined lateral force is exceeded and a predetermined axial force is not exceeded.

Claims

1. A swing training device comprising:

an axial force sensor including a first set of electrical contacts, said axial sensor operative to change the state of said first set of contacts when a predetermined axial force is exceeded;

a lateral force sensor including a second set of electrical contacts, said lateral sensor operative to change the state of said second set of contacts when a predetermined lateral force is exceeded;

an electrically actuated signalling device; and

a source of electrical energy disposed in electrical communication with said signalling device, said first set of contacts and said second set of contacts, and means for actuating said signalling device when said predetermined lateral force is exceeded and said predetermined axial force is not exceeded.

2. A swing training device as in claim 1, wherein said axial force sensor further includes a biasing element operable to exert an axial biasing force which maintains said first set of electrical contacts in a first state in the absence of said predetermined axial force.

3. A swing training device as in claim 2, wherein said biasing element comprises a spring.

4. A swing training device as in claim 2, wherein one member of said first set of electrical contacts is mechanically coupled to a mass, said mass operable in response to said axial force to overcome said biasing force so as to change said first set of contacts to a second state.

5. A swing training device as in claim 4, wherein the first state of said first set of contacts is a closed state and the second state of said first set of contacts is an open state.

6. A swing trainer as in claim 2, wherein said lateral force sensor further includes a lateral biasing element operable to exert a lateral biasing force which maintains said second set of electrical contacts in a first state in the absence of said predetermined lateral force.

7. A swing training device as in claim 2, wherein said first set of electrical contacts includes a first shaft and a first contact block and said biasing element is operative to urge the shaft into contact with the contact block.

8. A swing training device as in claim 7, further including a bearing element associated with said shaft and operative to allow for axial displacement of said shaft.

9. A swing training device as in claim 7, wherein said second set of contacts includes a second shaft and a second contact block.

10. A swing training device as in claim 9, wherein said second set of contacts includes a third contact block and said second shaft and second contact block are disposed in a plane so that the second shaft is in an open position between said second and third contact blocks when no lateral force is applied to said lateral force sensor.

11. A swing training device as in claim 10 wherein said second shaft has a lateral bending element associated therewith, said bending element operative to bias said second shaft to said open position in the absence of said lateral force.

12. A swing training device as in claim 11 further including a cage member disposed to restrict the path of travel of said second shaft.

13. A swing training device as in claim 11 further including a track member disposed to engage said second shaft and to support said shaft for lateral motion therealong.

14. A swing training device as in claim 11, wherein said support board is configured to be fitted into the handle of a golf club.

15. A swing training device as in claim 1, wherein said second set of contacts is mechanically coupled to a mass which is operable, in response to said lateral force to overcome said lateral biasing force so as to change said second set of contacts to a second state.

16. A swing trainer as in claim 1, wherein at least one member of said first set of contacts and at least one member of said second set of contacts are mechanically coupled to a single mass, said mass operatively disposed to provide said axial force and said lateral force in response to motion of said training device.

17. A swing training device as in claim 1, further including an on/off switch disposed in series with said source of electrical energy.

18. A swing training device as in claim 1, further including a support board for retaining said sensors, signalling device and source of electrical energy.

19. A swing training device as in claim 1, wherein said signalling device is selected from the group consisting of sound generators, lights, and tactile generators.

20. A golf swing training device comprising:

I. an axial force sensor, said sensor including;

a first, generally elongated shaft;

a support bearing disposed to retain said first shaft and to allow for the lengthwise displacement thereof;

a first contact block; and

a spring disposed to bias a first end of said first shaft into contact with said first contact block;

II. a lateral force sensor including

a second, generally elongated shaft aligned along a common linear axis with said first shaft;

a spring member disposed to interconnect a first end of said first shaft to a first end of said second shaft;

a second and third contact block disposed on opposite sides of said second shaft proximate a second end thereof;

a weight disposed on the second end of the second shaft;

III. a signalling circuit disposed in a series electric relationship with said first contact block, said first shaft, said spring, said second shaft and said second and third contact blocks, said signalling circuit including a source of electrical power and a signalling device and means for actuating said signalling device when said predetermined lateral force is exceeded and said predetermined axial force is not exceeded.