Rope climbing mechanism with controlled descent clutch body including pivotally associated descent lever

1. A clutch assembly for a climbing rope, comprising:

a tether component pivotally supporting a pair of plates arranged on opposite sides of said tether component, said plates in turn supporting therebetween a pair of pivotal clutch members defining a first pinch point of the rope;

a carabiner pivotally attachable to said tether component through an aligning support aperture in said plates; and

a lever pivotally attached to said tether component and slidably attached to said plates and which permits at least one of sliding displacement or pivoting of said plates relative to said tether component to establish each of a sliding configuration of the rope relative to said clutch members during either of a normal ascent or normal descent condition, as well as a locked configuration of said clutch members against the rope to establish a free-fall preventing condition.

2. The invention of claim 1 , said clutch members each further comprising a triangular shape and exhibiting opposed hypotenuse surfaces between which translates the rope.

3. The invention of claim 2 , further comprising a first torsional spring for influencing at least one of the clutch members in said locked configuration.

4. The invention of claim 3 , further comprising a second pinch point of the rope established by a pair of “L” plates pivotally supported at an upper end of said tether component.

5. The invention of claim 4 , further comprising a second torsional spring for pivoting said “L” plates in said locked configuration.

6. The invention of claim 5 , said second pinch point further comprising a pair of spaced shafts or pins between which translates the rope.

7. The invention of claim 1 , further comprising a separate elongated member anchored directly to said plates, an associated mounting bolt extending through an end-most location of an interior slot configured in said lever.

8. The invention of claim 7 , further comprising a roller element supported at a remote end of said elongated member.

9. The invention of claim 8 , further comprising a first arcuate member having a recessed underside profile and defining a generally hook shape, said arcuate member being pivotally securing to said elongated member in a manner such that said recessed underside profile is arrayed opposing said roller element.

10. The invention of claim 9 , further comprising a second bean-shaped component pivotally opposing said elongated member and roller so that the rope translates there between and, in combination with said first arcuate member, being compressed in a clam-shell manner to compress the rope between said bean-shaped component and roller in order to provide for variable friction and controlled descent.

11. A clutch assembly for a climbing rope, comprising:

a tether component pivotally supporting a pair of plates arranged on opposite sides of said tether component, said plates in turn supporting a pair of pivotal clutch members defining a first pinch point of the rope;

a second pinch point of the rope established by a pair of “L” plates pivotally supported at an upper end of said tether component;

said clutch members each further including a triangular shape and exhibiting opposed hypotenuse surfaces between which translates the rope;

a carabiner pivotally attachable to said tether component through an aligning support aperture in said plate; and

a lever pivotally attached to said tether component and slidably attached to said plate and which permits at least one of sliding displacement or pivoting of said plate relative to said tether component to establish each of a sliding configuration of the rope relative to said clutch members during either of a normal ascent or normal descent condition, as well as a locked configuration of said clutch members against the rope to establish a free-fall preventing condition.

12. The invention of claim 11 , further comprising a first torsional spring for influencing at least one of the clutch members in said locked configuration.

13. The invention of claim 12 , further comprising a second torsional spring for pivoting said “L” plates in said locked configuration.

14. The invention of claim 11 , said second pinch point further comprising a pair of spaced shafts or pins between which translates the rope.

15. A clutch assembly for a climbing rope, comprising:

a tether component pivotally supporting a pair of plates arranged on opposite sides of said tether component, said plates in turn supporting a pair of pivotal clutch members defining a first pinch point of the rope;

a second pinch point of the rope established by a pair of “L” plates pivotally supported at an upper end of said tether component;

said clutch members each further including a triangular shape and exhibiting opposed hypotenuse surfaces between which translates the rope;

a carabiner pivotally attachable to said tether component through an aligning support aperture in said plate;

a lever pivotally attached to said tether component and slidably attached to said plate and which permits at least one of sliding displacement or pivoting of said plate relative to said tether component to establish each of a sliding configuration of the rope relative to said clutch members during either of a normal ascent or normal descent condition, as well as a locked configuration of said clutch members against the rope to establish a free-fall preventing condition;

a separate elongated member anchored directly to said plates, an associated mounting bolt extending through an end-most location of the interior slot configured in said lever;

a roller element supported at a remote end of said elongated member;

a first arcuate member having a recessed underside profile and defining a generally hook shape, said arcuate member being pivotally securing to said elongated member in a manner such that said recessed underside profile is arrayed opposing said roller element; and

a second bean-shaped component pivotally opposing said elongated member and roller so that the rope translates there between and, in combination with said first arcuate member, being compressed in a clam-shell manner to compress the rope between said bean-shaped component and roller in order to provide for variable friction and controlled descent.

16. The invention of claim 15 , further comprising a first torsional spring for influencing at least one of the clutch members in said locked configuration.

17. The invention of claim 16 , further comprising a second torsional spring for pivoting said “L” plates in said locked configuration.

18. The invention of claim 15 , said second pinch point further comprising a pair of spaced shafts or pins between which translates the rope.

19. A clutch assembly for a climbing rope, comprising:

a tether component pivotally supporting a plate, said plate in turn supporting a pair of pivotal clutch members defining a first pinch point of the rope;

said clutch members each further including a triangular shape and exhibiting opposed hypotenuse surfaces between which translates the rope;

a carabiner pivotally attachable to said tether component through an aligning support aperture in said plate; and

a lever pivotally attached to said tether component and slidably attached to said plate and which permits at least one of sliding displacement or pivoting of said plate relative to said tether component to establish each of a sliding configuration of the rope relative to said clutch members during either of a normal ascent or normal descent condition, as well as a locked configuration of said clutch members against the rope to establish a free-fall preventing condition.