Self-righting tee ball stand
A self-righting tee ball stand with a base, an adjustable length ball support stanchion and a flex connector joining the base and stanchion to easily yield when the stanchion is struck and to cause the stanchion to return to an upright orientation. The flex connector includes a two-piece rigid outer housing containing a helical spring encased in a cylindrical bellows.
1. A self-righting tee ball stand comprising:
a ground engaging base member;
an upright stanchion having upper and lower ends and being oriented substantially perpendicular to said base;
a ball supporting member mounted on the upper end of sad stanchion;
a flex connector having a rigid, upper section housing connected to said stanchion and a rigid, lower section housing connected to said base member, said flex connector further including a helical spring contained within said upper and lower sections of said housing, said spring having upper and lower ends, said upper end of said spring connected to the upper section of said housing and said lower end of said spring connected to the lower section of said housing to permit three hundred sixty degrees pivotal movement of said stanchion from a perpendicular orientation with said base, but influencing said stanchion to return to said perpendicular orientation in the event any pivotal movement is experienced.
2. The self-righting tee ball stand as in claim 1 , the upper section of said housing including a circular pivot surface engaging the lower section of said housing, the lower section of said housing including a circumferential pivot surface normally engaging said circular pivot surface of the upper section of said housing, and the lower section of said housing also including an upright cylindrical ridge inwardly of said circumferential pivot surface to penetrate the upper section of said housing adjacent said circular pivot surface in order to prevent lateral movement between said circular pivot surface and said circumferential pivot surface.
3. The self-righting tee ball stand as in claim 2 , including a flexible, cylindrical bellows substantially encasing said helical spring.
4. The self-righting tee ball stand as in claim 1 , including a flexible, cylindrical bellows substantially encasing said helical spring.
5. The self-righting tee ball stand as in claim 1 , said stanchion including first and second sections telescopingly fitted together with a locking member whereby the overall length of said stanchion may be adjustably varied to present said ball supporting member at a preselected height above said base.
6. The self-righting tee ball stand as in claim 1 , said base including a centrally disposed socket link and the lower section of said housing including a locking member to be received by said socket link for removably interlocking said flex connector to said base.