Interchangable lever assemblies
View Patent ↗A lever assembly. The assembly may include a lever, a shaft coupled to the lever for supporting pivotal movement of the lever, a magnet coupled to the lever, the magnet being configured to rotate upon pivotal movement of the lever, and magnetic field sensor positioned adjacent the magnet for providing an output representative to position of the lever.
1. A lever assembly comprising:
a lever;
a shaft coupled to said lever for supporting pivotal movement of said lever;
a magnet coupled to said lever, said magnet being configured to rotate about an axis that is substantially perpendicular to an axis of rotation of said shaft upon pivotal movement of said lever about said axis of rotation; and
a magnetic field sensor positioned adjacent said magnet for providing an output representative of a position of said lever.
2. A lever assembly according to claim 1 , said assembly further comprising a face gear coupled to said shaft, and a pinion gear in meshing engagement with said face gear, whereby pivotal movement of said lever causes rotational movement of said pinion gear.
3. A lever assembly according to claim 2 , wherein said pinion gear includes a mating feature for mating with a corresponding feature of a magnet carrier to cause rotation of said magnet carrier upon rotation of said lever.
4. A lever assembly according to claim 3 , wherein said mating feature comprises a slot and said corresponding feature comprises a tab.
5. A lever assembly according to claim 1 , said assembly further comprising a magnetic shield encompassing said magnetic field sensor.
6. A lever assembly according to claim 1 , wherein said assembly further comprises a pivot arm coupled to said shaft for pivotal movement therewith, and a magnet carrier including a channel for receiving said pivot arm, whereby pivotal movement of said lever causes rotational movement of said magnet carrier.
7. A system comprising:
a plurality of lever assemblies, each of said lever assemblies having different associated functions, each of said lever assemblies comprising at least one identification magnet coupled thereto;
a plurality magnetic field sensors, each of said magnetic field sensors being positioned adjacent an associated one of said identification magnets; and
said magnetic field sensors providing an output associated with each of said magnets for indicating connection of said lever assemblies in said system, and for indicating which of said different associated functions is associated with each of said lever assemblies.
8. A lever assembly comprising:
a lever;
a shaft coupled to said lever for supporting pivotal movement of said lever; and
a face gear coupled to said shaft, and a pinion gear in meshing engagement with said face gear, whereby pivotal movement of said lever causes rotational movement of said pinion gear about an axis that is substantially perpendicular to an axis of rotation of said shaft.
9. A system comprising:
a plurality of lever assemblies, each of said lever assemblies having different associated functions and each of said lever assemblies comprising at least one associated identification magnet coupled thereto
and comprising at least one mating peg configuration corresponding to said associated function, each of said associated functions having a different associated mounting peg configuration;
a plurality of receptacles, each of said receptacles being configured to receive a plurality of different ones of said mating peg configurations, and each of said plurality of receptacles having one of said plurality of lever assemblies positioned therein; and
a plurality magnetic field sensors, each of said magnetic field sensors being positioned adjacent an associated one of said identification magnets; said magnetic field sensors providing an output associated with each of said magnets for indicating which of said different associated functions is associated with one of said lever assemblies positioned in each of said plurality of receptacles.
10. A lever assembly according to claim 9 , said assembly further comprising
a lever; and
a shaft coupled to said lever for supporting pivotal movement of said lever.
11. A lever assembly according to claim 10 , said assembly further comprising a face gear coupled to said shaft, and a pinion gear in meshing engagement with said face gear, whereby pivotal movement of said lever causes rotational movement of said pinion gear.
12. A lever assembly according to claim 11 , wherein said pinion gear is configured to rotate about an axis substantially perpendicular to an axis of rotation of said shaft.
13. A lever assembly according to claim 11 , wherein said pinion gear includes a mating feature for mating with a corresponding feature of a magnet carrier to cause rotation of said magnet carrier upon rotation of said lever.
14. A lever assembly according to claim 13 , wherein said mating feature comprises a slot and said corresponding feature comprises a tab.
15. A lever assembly according to claim 9 , wherein said assembly further comprises a pivot arm coupled to said shaft for pivotal movement therewith.
16. A lever assembly comprising:
a lever;
a shaft coupled to said lever for supporting pivotal movement of said lever;
a magnet coupled to said lever, said magnet being configured to rotate about an axis that is substantially perpendicular to an axis of rotation of said shaft upon pivotal movement of said lever about said axis of rotation;
a first magnetic field sensor positioned adjacent said magnet for providing an output representative of a position of said lever;
at least one identification magnet; and
a second magnetic field sensor positioned adjacent said at least one identification magnet,
said second magnetic field sensor providing an output in response to said identification magnet for indicating which of a plurality of different associated functions is associated with said lever assembly.
17. A lever assembly according to claim 16 , said assembly further comprising a face gear coupled to said shaft, and a pinion gear in meshing engagement with said face gear, whereby pivotal movement of said lever causes rotational movement of said pinion gear.
18. A lever assembly according to claim 17 , wherein said pinion gear includes a mating feature for mating with a corresponding feature of a magnet carrier to cause rotation of said magnet carrier upon rotation of said lever.
19. A lever assembly according to claim 18 , wherein said mating feature comprises a slot and said corresponding feature comprises a tab.
20. A lever assembly according to claim 17 , said assembly further comprising a magnetic shield encompassing said first magnetic field sensor.
21. A lever assembly according to claim 17 , wherein said assembly further comprises a pivot arm coupled to said shaft for pivotal movement therewith, and a magnet carrier including a channel for receiving said pivot arm, whereby pivotal movement of said lever causes rotational movement of said magnet carrier.