Collapsible, weighted tee ball stand
A tee ball stand with a ball holder fitted to a two-piece adjustable stanchion received by a flex sleeve supported from a base hub. Weighted legs formed from hexagonal tubing are fitted at right angles into hex sockets of the base hub to prevent twisting. The outer ends of the legs are closed with an end cap having a ground engaging spur to resist sliding on the ground.
1. A tee ball stand to be supported on the ground when in use, said tee ball stand comprising:
an upright, elongate stanchion having upper and lower ends and comprising two tubular sections adjustably telescoping together with a locking nut on one of said tubular sections to secure said tubular sections at a preselected length and, when in use, said stanchion having an intended orientation substantially perpendicular to said ground,
a ball supporting member removably installed by friction fit on the upper end of said stanchion;
a flexible sleeve connection removably installed by friction fit on the lower end of said stanchion and having a portion thereof adapted to arcuately flex with respect to said stanchion;
a base hub having an upright stub on which said flexible sleeve connection is removably installed by friction fit, and having a plurality of horizontally oriented sockets beneath said upright stub; and
a plurality of support legs removably installed by friction fit in said horizontally oriented sockets of said base hub;
wherein said stanchion, ball supporting member, flexible sleeve connection, base hub, and support legs can be readily disassembled by hand without the aid of a tool and positioned for extremely compact storage.
2. The tee ball stand as in claim 1 , wherein each support leg comprises a hollow tube filled with weighting material and being sealed at both ends.
3. The tee ball stand as in claim 2 including a plurality of end caps attached to the ends of said support legs with each said end cap having a downwardly oriented ground engaging spur in order to resist sliding of said tee ball stand on the ground.
4. The tee ball stand as in claim 1 , wherein each support leg comprises a hollow tube shaped as a regular polygon in cross section, and each said horizontally oriented socket of said base hub is interiorly shaped as a regular polygon complementary to said regular polygon shape of said support leg whereby each said support leg may be removably installed by friction fit into a horizontally oriented socket of said base hub so as to prevent rotation or twisting of said support leg with respect to said horizontally oriented socket.
5. The tee ball stand as in claim 4 , wherein each support leg comprises a hollow tube filled with weighting material and being sealed at both ends.
6. The tee ball stand as in claim 5 including a plurality of end caps attached to the ends of said support legs with each said end cap having a downwardly oriented ground engaging spur aligned to register with a flat surface of the regular polygon shape of said hollow tube to thereby resist sliding of said tee ball stand on the ground.
7. The tee ball stand as in claim 4 , wherein each support leg comprises a hollow tube shaped as a regular hexagon in cross section, and each said horizontally oriented socket of said base hub is interiorly shaped as a regular hexagon complementary to said regular hexagon shape of said support leg whereby each said support leg may be removably installed by friction fit into a horizontally oriented socket of said base hub so as to prevent rotation or twisting of said support leg with respect to said horizontally oriented socket.
8. The tee ball stand as in claim 7 , wherein each support leg comprises a hollow tube filled with weighting material and being sealed at both ends.
9. The tee ball stand as in claim 8 including a plurality of end caps attached to the ends of said support legs with each said end cap having a downwardly oriented ground engaging spur aligned to register with a flat surface of the regular hexagon shape of said hollow tube to thereby resist sliding of said tee ball stand on the ground.
10. The tee ball stand as in claim 1 wherein said base hub has four horizontally oriented sockets arranged at right angles to each other.