LOCKING DEVICES AND MECHANISMS FOR TORQUE-LIMITING DEVICES
The present disclosure relates generally to locking mechanisms for torque-limiting devices. Some devices, methods, and systems disclosed herein include a threaded component, wherein said threaded component is configured with a hole that runs through said component; and a lock defining an opening at one end and a hole at the other end, wherein said opening is configured to enclose said threaded component and align said hole of said threaded component and said hole of said lock.
1 . A locking mechanism for torque-limiting devices, comprising:
a threaded component, wherein said threaded component is configured with a cylindrical hole that runs through said component; and
a lock defining an opening at one end and a hole at the other end, wherein said opening is configured to enclose said threaded component and align said cylindrical hole of said threaded component and said hole of said lock.
2 . The locking mechanism of claim 1 , wherein said opening of said lock is configured with the same shape as the exterior of said threaded component.
3 . The locking mechanism of claim 1 , wherein the depth of said opening of said lock is sufficiently deep to engage said threaded component.
4 . The locking mechanism of claim 1 , wherein the outside of said threaded component is hexagonally shaped.
5 . The locking mechanism of claim 4 , wherein said opening of said lock is hexagonally shaped.
6 . The locking mechanism of claim 1 , wherein the diameter of said hole of said lock is configured to frictionally interfere with said hole of said threaded component.
7 . The locking mechanism of claim 1 , wherein said threaded component is an interference thread nut.
8 . The locking mechanism of claim 1 , further comprising an elastic component between said threaded component and said lock.
9 . The locking mechanism of claim 1 , wherein said hole of said lock is configured with threads.
10 . The locking mechanism of claim 1 , wherein said hole of said lock is configured with ribbing.
11 . The locking mechanism of claim 1 , wherein said lock comprises a polymer.
12 . The locking mechanism of claim 1 , wherein said threaded component comprises a metal.
13 . A locking mechanism for torque-limiting devices, comprising:
a threaded component having a length, wherein said threaded component is configured with a recess running at least partially through said length;
a lock defining an exterior that fits said recess of said threaded component; and
a threaded socket defining an interior that fits said threaded component and said lock.
14 . The locking mechanism of claim 13 , wherein said threaded component is a set screw.
15 . The locking mechanism of claim 13 , wherein said threaded component is configured with interior threads.
16 . The locking mechanism of claim 13 , wherein said threading is on the outside of on said hollow cylindrical component.
17 . A torque-limiting system comprising:
a speed reduction system having an output shaft;
a torque-limiting slip-clutch system connected to said output shaft; and
a locking mechanism connected to said torque-limiting slip-clutch system and comprising:
a threaded component having a cylindrical hole formed therethrough; and
a lock having an opening at one end and a hole at the other end, wherein said opening is configured to enclose said threaded component and align said cylindrical hole of said threaded component and said hole of said lock,
wherein upon the application of a predetermined torque to said output shaft, said threaded component and said lock of said locking mechanism frictionally lock, causing said torque-limiting slip-clutch system to slip.