Hot stick device with push button connector and related methods

1. A hot stick device comprising:

an insulated shaft having a proximal end, and a distal end opposing said proximal end;

a tool connector comprising

a connector body comprising

a proximal end coupled to said distal end of said insulated shaft,

a distal end, and

first and second opposing longitudinal sides extending between said proximal end and said distal end of said connector body,

said first longitudinal side of said connector body comprising a first interlocking interface,

said distal end defining a through passageway extending between said first and second opposing longitudinal sides,

a fastener having a head, and a threaded shaft extending in said through passageway,

a first threaded nut threadingly engaging said threaded shaft, and

a spring device coupled between said head and said second longitudinal side; and

an accessory tool comprising a second interlocking interface to engage with said first interlocking interface and coupled between said first threaded nut and said connector body;

said head of said fastener configured to

longitudinally compress said spring device against said second longitudinal side, and

longitudinally extend said threaded shaft and said first threaded nut thereon, thereby lifting said accessory tool and disengaging said first and second interlocking interfaces.

2. The hot stick device of claim 1 wherein said first interlocking interface includes a first inner radial shelf; and wherein said distal end of said connector body includes a second inner radial shelf.

3. The hot stick device of claim 2 wherein said tool connector comprises a second threaded nut positioned between said first inner radial shelf and adjacent portions of said second interlocking interface.

4. The hot stick device of claim 1 wherein said first threaded nut comprises a threaded wing nut.

5. The hot stick device of claim 1 wherein each of said first interlocking interface and said second interlocking interface comprises alternating recesses and protrusions.

6. The hot stick device of claim 1 wherein said proximal end of said connector body comprises a hexagon-shaped outer radial edge.

7. The hot stick device of claim 6 wherein said proximal end of said connector body defines a circle-shaped recess within said hexagon-shaped outer radial edge and configured to receive said distal end of said insulated shaft.

8. The hot stick device of claim 1 wherein said tool connector comprises a washer coupled between said head and said spring device.

9. The hot stick device of claim 1 wherein said spring device comprises a coil spring.

10. A tool connector for a hot stick device having an insulated shaft having a proximal end, and a distal end opposing said proximal end, the tool connector comprising:

a connector body comprising

a proximal end coupled to said distal end of said insulated shaft,

a distal end, and

first and second opposing longitudinal sides extending between said proximal end and said distal end of said connector body,

said first longitudinal side of said connector body comprising a first interlocking interface,

said distal end defining a through passageway extending between said first and second opposing longitudinal sides,

a fastener having a head, and a threaded shaft extending in said through passageway;

a first threaded nut threadingly engaging said threaded shaft; and

a spring device coupled between said head and said second longitudinal side;

wherein an accessory tool includes a second interlocking interface to engage with said first interlocking interface and is coupled between said first threaded nut and said connector body;

said head of said fastener configured to

longitudinally compress said spring device against said second longitudinal side, and

longitudinally extend said threaded shaft and said first threaded nut thereon, thereby lifting said accessory tool and disengaging said first and second interlocking interfaces.

11. The tool connector of claim 10 wherein said first interlocking interface includes a first inner radial shelf; and wherein said distal end of said connector body includes a second inner radial shelf.

12. The tool connector of claim 11 further comprising a second threaded nut positioned between said first inner radial shelf and adjacent portions of the second interlocking interface.

13. The tool connector of claim 10 wherein said first threaded nut comprises a threaded wing nut.

14. The tool connector of claim 10 wherein each of said first interlocking interface and said second interlocking interface comprises alternating recesses and protrusions.

15. The tool connector of claim 10 wherein said proximal end of said connector body comprises a hexagon-shaped outer radial edge.

16. The tool connector of claim 15 wherein said proximal end of said connector body defines a circle-shaped recess within said hexagon-shaped outer radial edge and configured to receive said distal end of said insulated shaft.

17. A method for making a hot stick device, the method comprising:

forming a tool connector comprising

a connector body comprising

a proximal end coupled to a distal end of an insulated shaft,

a distal end, and

first and second opposing longitudinal sides extending between the proximal end and the distal end of the connector body,

the first longitudinal side of the connector body comprising a first interlocking interface,

the distal end defining a through passageway extending between the first and second opposing longitudinal sides,

a fastener having a head, and a threaded shaft extending in the through passageway,

a first threaded nut threadingly engaging the threaded shaft, and

a spring device coupled between the head and the second longitudinal side; and

providing an accessory tool comprising a second interlocking interface to engage with the first interlocking interface and coupled between the first threaded nut and the connector body;

the head of the fastener configured to

longitudinally compress the spring device against the second longitudinal side, and

longitudinally extend the threaded shaft and the first threaded nut thereon, thereby lifting the accessory tool and disengaging the first and second interlocking interfaces.

18. The method of claim 17 wherein the first interlocking interface includes a first inner radial shelf; and wherein the distal end of the connector body includes a second inner radial shelf.

19. The method of claim 18 wherein the tool connector comprises a second threaded nut positioned between the first inner radial shelf and adjacent portions of the second interlocking interface.

20. The method of claim 17 wherein the first threaded nut comprises a threaded wing nut.