Patent Number: 
Section: claims

1. A system comprising:a first pole section;a second pole section coupled to the first pole section;a tubular female end portion on an end of the first pole section and including a pair of connecting slots;a male end portion on an end of the second pole section, the male end portion insertable into the female end portion and having a connecting pin extending therethrough, opposing ends of the connecting pin insertable into the connecting slots and radially transitionable to a hook section of the respective connecting slots;a locking nut threadingly engaged with the male end portion, the locking nut rotatable to longitudinally transition the locking nut into contact with the female end portion to retain the connecting pins in the hook section of the respective connecting slots to fixedly couple the male end portion with the female end portion; anda biased locking sleeve assembly slidably and rotatably mounted on a locking assembly portion of the second pole, the locking sleeve assembly including,a locking sleeve having a collar portion and neck portion;a plunger slidingly positioned within an interior of the collar portion; anda biasing device located within the interior of the collar portion, between the neck portion and the plunger, for forcing the plunger against the locking nut to prevent rotation thereof,the neck portion including at least one retraction slot selectively engageable with a locking sleeve retaining pin on the second pole section to place the locking sleeve in an unlocked position and allow rotation of the locking nut. 2. The system of claim 1, wherein,the locking sleeve neck portion comprises a plurality of locking slots engageable with a locking sleeve retaining pin extending through the locking assembly portion to place the locking sleeve in a locked position, andif the locking sleeve is in the locked position, the biasing device exerts a locking load on the locking nut, via the plunger, sufficient to inhibit rotation of the locking nut that would otherwise allow the locking nut to longitudinally transition away from the female end portion and allow the opposing ends of the connecting pin to radially transition from the hook section to a backbone section of the connecting slots to allow separation of the male and female end portions. 3. The system of claim 2,wherein the load on the locking nut, via the biasing device and plunger, is reduced to allow rotation of the locking nut and separation of the male and female end portions, when the locking sleeve is in the unlocked position. 4. The system of claim 3, wherein the locking slots comprise slots radially located within an interior surface of a distal end portion of the locking sleeve neck portion and the locking sleeve retaining pin extends through the locking assembly portion such that opposing ends of the retaining pin are insertable into the locking slots to retain the locking sleeve in the locked position. 5. The system of claim 4, wherein the retraction slots comprise a pair of opposing slots formed in the interior surface of the distal end portion of the locking sleeve neck portion such that the opposing ends of the retaining pin are insertable into the retraction slots to retain the locking sleeve in the unlocked position, the retraction slots having a greater longitudinal length than the locking slots. 6. The system of claim 5, further comprising:a protection sleeve mounted on the locking assembly portion, the protection sleeve including a protective hood that extends over the retaining pin and is sized to receive the locking sleeve neck portion. 7. The system of claim 6, wherein the locking sleeve neck portion comprises an alignment indicator on an exterior surface of the neck portion indicative of the location of the retraction slots formed in the interior surface of the neck portion. 8. The system of claim 2, wherein the locking slots have a length sized to position a distal end of the locking sleeve collar portion in close proximity to the locking nut when the locking sleeve is in the locked position such that when the locking nut is rotated to longitudinally transition the locking nut toward the locking sleeve, the locking nut will abut the distal end of the locking sleeve collar portion preventing the locking nut from longitudinally transitioning a sufficient distance to allow separation of the male and female end portions. 9. A system comprising:a first pole section;a second pole section coupled to the first pole section;a tubular female end portion on an end of the first pole section, the tubular female end portion including a pair of opposing substantially J-shaped connecting slots, each having a backbone section open at a distal end of the female end portion;a male end portion on an end of the second pole section, the male end portion having a connecting pin extending therethrough, the male end portion insertable into the female end portion such that opposing ends of the connecting pin are insertable into the backbone sections of the connecting slots and radially transitionable to a hook section of the respective connecting slots;a locking nut threadingly engaged with the male end portion at a proximal end of the male end portion, the locking nut rotatable to longitudinally transition the locking nut into contact with the female end portion such that the connecting pin ends are retained in the hook sections of the connecting slots to fixedly interlock the male end portion with the female end portion;a locking sleeve retaining pin extending through a locking sleeve assembly portion of the second pole between the locking nut and a proximal end of the locking sleeve assembly portion; anda biased locking sleeve assembly slidably and rotatably mounted on the locking sleeve assembly portion between the locking nut and the locking sleeve retaining pin, the locking sleeve assembly including,a locking sleeve having a collar portion and neck portion;a plunger slidingly positioned within an interior of the collar portion; anda biasing device located within the interior of the collar portion, between the neck portion and the plunger, for forcing the plunger against the locking nut to prevent rotation thereof,the neck portion including at least one retraction slot selectively engageable with a locking sleeve retaining pin on the second pole section to place the locking sleeve in an unlocked position and allow rotation of the locking nut. 10. The system of claim 9, wherein the locking sleeve neck portion comprises a plurality of locking slots engageable with the locking sleeve retaining pin to place the locking sleeve in a locked position, andwherein the biasing device exerts a locking load on the locking nut, via the plunger, sufficient to prevent or considerably inhibit rotation of the locking nut and separation of the locking nut and female end portion when the locking nut has been transitioned into contact with the female end portion and moved the connecting pin into the hook sections of the connecting slots, when the locking sleeve is in the locked position. 11. The system of claim 10, wherein the load on the locking nut, via the biasing device and plunger, is reduced to allow rotation of the locking nut and separation of the male and female end portions, when the locking sleeve is in the unlocked position. 12. The system of claim 11, wherein the locking slots comprise slots radially located within an interior surface of a distal end portion of the locking sleeve neck portion and the locking sleeve retaining pin extends through the locking sleeve assembly portion between the locking sleeve and locking sleeve assembly portion proximal end such that opposing ends of the retaining pin are insertable into the locking slots to retain the locking sleeve in the locked position. 13. The system of claim 12, wherein the retraction slots comprise a pair of opposing slots formed in the interior surface of the distal end portion of the locking sleeve neck portion such that the opposing ends of the retaining pin are insertable into the retraction slots to retain the locking sleeve in the unlocked position, the retraction slots having a greater longitudinal length than the locking slots. 14. The system of claim 13, further comprising a protection sleeve mounted on the locking sleeve assembly portion, the protection sleeve including a protective hood that extends over the retaining pin and is sized to receive the locking sleeve neck portion. 15. The system of claim 14, wherein the locking sleeve neck portion comprises an alignment indicator on an exterior surface of the neck portion indicative of the location of the retraction slots formed in the interior surface of the neck portion. 16. The system of claim 10, wherein the locking slots have a length sized to position a distal end of the locking sleeve collar portion in close proximity to the locking nut when the locking sleeve is in the locked position such that when the locking nut is rotated to longitudinally transition the locking nut toward the locking sleeve, the locking nut will abut the distal end of the locking sleeve collar portion preventing the locking nut from longitudinally transitioning a sufficient distance to allow the connecting pin ends from moving out of the hook sections, thereby preventing separation of the male and female end portions. 17. The system of claim 9, wherein the first pole section comprise a tool that includes the tubular female end portion for having the male end portion inserted therein to fixedly interlock the male end portion with the tool.