Clevis-sensing adjustable hook latch

1. A latch mechanism comprising:

a hook including a hook body and a hook end coupled to the hook body, the hook body formed to define a pocket, the hook end including a head and a single shaft extending from the head, the shaft extending through a portion of the hook body into the pocket;

a handle coupled to the hook body for rotation relative to the hook body between a closed position where the handle extends along the hook and an opened position where the handle is spaced apart from the hook end;

a linkage coupled between the handle and the hook, the linkage configured to move the hook relative to a clevis with rotation of the handle; and

a clevis-sensing mechanism including a detent extending into in the pocket and coupled to the shaft of the hook end and a balking structure coupled to the handle for movement with the handle, the detent movable relative to the hook body within the pocket between a blocking position to engage with the balking structure and block rotation of the handle to the closed position and an access position to define a void in the pocket between the detent and the hook body for at least a portion of the balking structure to enter the void and allow the handle to move to the closed position,

wherein the clevis sensing-mechanism is configured to block the handle from moving to the closed position in response to the hook end being spaced apart from the clevis.

2. The latch mechanism of claim 1 , wherein the hook end is movable relative to the hook body, wherein the detent moves with the hook end, wherein the detent is biased toward the blocking position, and wherein the detent moves toward the access position in response to engagement of the hook end with the clevis and rotation of the handle toward the closed position.

3. The latch mechanism of claim 2 , further comprising a biasing member positioned between the hook body and the detent, wherein the biasing member is configured to bias the detent toward the blocking position.

4. The latch mechanism of claim 2 , wherein the hook end extends through a portion of the hook body and into the pocket to couple with the detent.

5. The latch mechanism of claim 4 , further comprising an adjuster arranged in the pocket and coupled to the hook end for movement with the hook end relative to the hook body, wherein the adjuster is configured to engage with the detent to move the detent toward the access position in response to engagement of the hook end with the clevis and rotation of the handle toward the closed position.

6. The latch mechanism of claim 1 , wherein a contact portion of the balking structure is configured to engage with the detent in the blocking position and to extend into the void with the detent in the access position.

7. The latch mechanism of claim 1 , wherein the handle is movable to a free position spaced apart from the closed position, and wherein the baking structure is configured to engage with the detent in the blocking position to block the handle from moving from the free position to the closed position in response to the hook end being spaced apart from the clevis.

8. The latch mechanism of claim 1 , wherein the hook end is formed to define an engagement area configured to engage with the clevis, wherein the engagement area is spaced a first distance from the hook body with the detent in the access position, wherein the engagement area is spaced a second distance from the hook body with the detent in the blocking position, and wherein the second distance is shorter than the first distance.

9. A latch mechanism for retaining a first component against a second component, the latch mechanism comprising:

a hook including a hook body and a hook end coupled to the hook body, the hook body formed to define a pocket, the hook end including a head and a single shaft extending from the head, the shaft extending through the hook body into the pocket;

a handle coupled to the hook body for rotation relative to the hook body between a closed position where the handle extends along the hook and an opened position where the handle is spaced apart from the hook end;

a linkage coupled between the handle and the hook and arranged for mounting the latch mechanism on the first component, the linkage configured to move the hook relative to a clevis of the second component with rotation of the handle; and

a clevis-sensing mechanism including a detent extending into the pocket and coupled to the shaft of the hook end and a balking structure coupled to the handle for movement with the handle, the detent movable relative to the hook body within the pocket between a blocking position to engage with the balking structure and block rotation of the handle to the closed position and an access position to define a void in the pocket between the detent and the hook body for at least a portion of the balking structure to enter the void and allow the handle to move to the closed position,

wherein the clevis sensing-mechanism is configured to block the handle from moving to the closed position in response to the hook end being spaced apart from the clevis.

10. The latch mechanism of claim 9 , wherein the hook end is movable relative to the hook body, wherein the detent moves with the hook end, wherein the detent is biased toward the blocking position, and wherein the detent moves toward the access position in response to engagement of the hook end with the clevis and rotation of the handle toward the closed position.

11. The latch mechanism of claim 10 , further comprising a biasing member positioned between the hook body and the detent, wherein the biasing member is configured to bias the detent toward the blocking position.

12. The latch mechanism of claim 10 , wherein the hook end extends through a portion of the hook body and into the pocket to couple with the detent.

13. The latch mechanism of claim 12 , further comprising an adjuster arranged in the pocket and coupled to the hook end for movement with the hook end relative to the hook body, wherein the adjuster is configured to engage with the detent to move the detent toward the access position in response to engagement of the hook end with the clevis and rotation of the handle toward the closed position.

14. The latch mechanism of claim 9 , wherein a contact portion of the balking structure is configured to engage with the detent in the blocking position and to extend into the void with the detent in the access position.

15. The latch mechanism of claim 9 , wherein the handle is movable to a free position spaced apart from the closed position, and wherein the baking structure is configured to engage with the detent in the blocking position to block the handle from moving from the free position to the closed position in response to the hook end being spaced apart from the clevis.

16. The latch mechanism of claim 15 , wherein the handle is substantially aligned with a surface of the first component in the closed position, and wherein the handle is substantially misaligned with the surface of the first component in the free position to provide a visual indication that the handle is not in the closed position.

17. The latch mechanism of claim 9 , wherein the hook end is formed to define an engagement area configured to engage with the clevis, wherein the engagement area is spaced a first distance from the hook body with the detent in the access position, wherein the engagement area is spaced a second distance from the hook body with the detent in the blocking position, and wherein the second distance is shorter than the first distance.