Carabiner having dual gates and associated methods
Various embodiments for carabiners include two gates. The carabiners include a C-shaped body having a nose region and an end region. An inner gate is configured to pivot about the end region from a closed position in contact with the nose region, and an open position, wherein the inner gate pivots toward the spine of the C-shaped body. An outer gate is configured to pivot about the end region from a closed position in contact with the nose region, and an open position, extending away from the C-shaped body. The inner and the outer gate may each comprise wire gates, alternatively one gate may comprise a generally cylindrical gate and the other gate may comprise a wire gate. Methods include preventing a carabiner from opening.
1. A carabiner comprising:
a generally C-shaped body having a first end region, a second end region, and an elongated section therebetween;
an inner gate mounted proximate one end thereof at the second end region and being pivotable between a closed position having a distal end of the inner gate engaged with the first end region and an open position having the distal end proximate the elongated section of the generally C-shaped body, the inner gate comprising a substantially cylindrical body, and the outer gate comprises a wire gate; and
an outer gate mounted proximate one end thereof at the second end region and being pivotable between a closed position engaged with the first end region and an open position, extending away from the generally C-shaped body, the outer gate comprising a wire gate; and
a sleeve disposed about the inner gate.
2. The carabiner of claim 1 , wherein the outer gate is biased toward the first end region.
3. The carabiner of claim 1 , wherein the inner gate and the outer gate each comprise a wire gate.
4. The carabiner of claim 3 , wherein the first end region includes a notch configured to engage with the outer gate in the closed position thereof.
5. The carabiner of claim 3 , wherein the first end region includes a notch configured to engage with the inner gate in the closed position thereof.
6. The carabiner of claim 1 , wherein the sleeve is rotatable between a first position for locking the inner gate in the closed position thereof and a second position for unlocking the inner gate from the closed position.
7. The carabiner of claim 6 , wherein at least one of the outer gate and the sleeve are configured for mutual engagement to impede rotational movement of the sleeve.
8. The carabiner of claim 1 , wherein the outer gate protrudes beyond the first end region of the C-shaped body when in a closed position.
9. A method of preventing a carabiner from opening, comprising:
providing a carabiner comprising a generally C-shaped body having a first end region, a second end region, an elongated section therebetween, and a first gate mounted proximate one end thereof at the second end region and being pivotable between a closed position having a distal end of the first gate engaged with the first end region and an open position having the distal end proximate the elongated section of the generally C-shaped body;
mounting a second gate proximate one end thereof at the second end region, the second gate being pivotable between a closed position engaged with the first end region and an open position, extending away from the generally C-shaped body; wherein the second gate is configured to provide a barrier when in the closed position to prevent objects from engaging with and pivoting the first gate to an open position; and
rotating a sleeve about the inner gate in the closed position thereof to prevent the inner gate from pivoting to the open position thereof.
10. The method of claim 9 , further comprising biasing the first gate away from the elongated section.
11. The method of claim 9 , further comprising biasing the second gate toward the elongated section.
12. A carabiner comprising:
a generally C-shaped body having a nose region, a gate attachment area, and a spine section therebetween;
an inner gate attached to the gate attachment area and biased toward the nose region;
an outer gate attached to the gate attachment area and biased toward the nose region; and
a sleeve rotatably disposed about the inner gate to selectively lock and unlock the inner gate from engagement with the nose region.
13. The carabiner of claim 12 , wherein the inner gate is biased away from the spine section and the outer gate is biased toward the spine section.
14. The carabiner of claim 12 , wherein the inner gate and the outer gate each comprise a wire gate.
15. The carabiner of claim 12 , wherein the inner gate comprises a substantially cylindrical body, and the outer gate comprises a wire gate.
16. The carabiner of claim 12 , wherein at least one of the outer gate and the sleeve are configured to impede rotational movement of the sleeve when mutually engaged.
17. The carabiner of claim 12 , wherein the outer gate protrudes beyond the first end region of the generally C-shaped body when in a closed position.