Locking nut assembly

• US 6,095,735 A
• Filed: 06/21/1999
• Issued: 08/01/2000
• Est. Priority Date: 06/21/1999
• Status: Expired due to Term

• Current Assignee: Erik R. Meinikheim, Gary W. Scott, Leslie J. Weinstein
• Original Assignee: Erik R. Meinikheim, Gary W. Scott, Leslie J. Weinstein
• Inventors: Scott, Gary W., Weinstein, Leslie J., Meinikheim, Erik R.
• Primary Examiner(s): WILSON, NEILL R
• Application Number:
  US09/337,385
• Time in Patent Office: 407 Days
• Field of Search: 411/197, 411/199, 411/200, 411/209-211, 411/221, 411/945, 411/946
• US Class Current: 411/221
• CPC Class Codes: F16B 39/10 by a plate, spring, wire or ring immovable with regard to the bolt or object and mainly perpendicular to the axis of the boltF16B39/08 takes precedence
• CPC Class Codes: Y10S 411/945 Cross key

Abstract

A locking nut assembly for use on a shaft having a longitudinally extending channel. The locking nut assembly includes a nut having an annular portion with a slot extending radially through the annular portion. The locking nut assembly also includes a lock plate having an opening therein through which the annular portion of the nut is received and a tab which projects through the slot in the nut and into the channel on the shaft when the assembly is installed on the shaft prohibiting rotation of the nut. A retainer retains the lock plate on the nut.

Claims

1. A locking nut assembly for use on a shaft having a longitudinally extending channel, the locking nut assembly comprising:

a nut having an annular portion and a slot extending radially through the annular portion;

a lock plate having an opening therein through which the annular portion of the nut is received and a tab projecting radially through the slot in the nut and into the channel on the shaft when the assembly is installed on the shaft;

a retainer including a snap ring and a snap ring groove formed on the annular portion for receiving the snap ring retaining the lock plate between the snap ring and a first face of the nut.

2. The locking nut assembly of claim 1, wherein the annular portion includes a plurality of fingers defining a plurality of radially extending slots.

3. The locking nut assembly of claim 1, wherein the nut further comprises a torquing portion.

4. The locking nut assembly of claim 1, wherein the nut further comprises an annular bearing set.

5. A locking nut assembly for use on a shaft having a plurality of longitudinally extending channels, the locking nut assembly comprising:

a nut having an annular portion and a plurality of slots extending radially through and spaced around the annular portion of the nut;

a lock plate having an opening therein through which the annular portion of the nut is received and a plurality of tabs projecting radially through slots in the nut and into channels on the shaft when the assembly is installed on the shaft;

a retainer including a snap ring and a snap ring groove formed on the annular portion for receiving the snap ring for retaining the lock plate between the snap ring and a first face of the nut retaining the lock plate on the nut.

6. A locking nut assembly for use on a shaft having a plurality of longitudinally extending channels, the locking nut assembly comprising:

a nut having an annular portion and a plurality of slots extending radially through and spaced around the annular portion of the nut;

a lock plate having an opening therein through which the annular portion of the nut is received and a plurality of tabs projecting radially through slots in the nut and into channels on the shaft when the assembly is installed on the shaft;

a retainer retaining the lock plate on the nut.

7. The hub assembly of claim 6 wherein the shaft further comprises a plurality longitudinally extending channels.

8. The hub assembly of claim 6 wherein the annular crown further comprises a plurality of fingers extending from the first face of the nut forming a plurality of slots between the plurality of fingers.

9. The hub assembly of claim 6 wherein the annular crown further comprises a slot formed and extending radially through the annular crown.

10. The hub assembly of claim 6 wherein the annular crown further comprises a ring groove formed on the annular crown.

11. The hub assembly of claim 6 wherein the lock plate further comprises a tab extending radially from the ring portion.

12. The hub assembly of claim 6 wherein the lock plate further comprises a plurality of tabs extending radially from the ring portion.

13. The hub assembly of claim 6 wherein the hub further comprises an annular bearing set.

14. A locking nut assembly for use on a threaded shaft including a longitudinally extending channel, comprising:

a nut characterized by an outer periphery and a threaded inner periphery, the nut having a slot therein extending radially through the nut from the outer periphery to the inner periphery;

a locking member having an opening therein through which the nut is received and a key projecting radially into the opening and through the slot in the nut, the key projecting a sufficient distance into the opening to extend through the slot in the nut and into the longitudinally extending channel when the assembly is installed on the shaft; and

a retainer including a snap ring and a snap ring groove formed on the annular portion for receiving the snap ring for retaining the lock plate between the snap ring and a first face of the nut retaining the lock member on the nut when the assembly is installed on the shaft.

15. The locking nut assembly of claim 14, wherein the longitudinally extending channel comprises a keyway, the locking member is a plate, and the key is an inwardly projecting tab configured to project into the channel in the shaft.

16. The locking nut assembly of claim 14, wherein the outer periphery of the nut is non-circular.

17. The locking nut assembly of claim 14, wherein the slot in the nut extends only part of the length of the nut.

18. A locking nut assembly for use on a shaft having a longitudinally extending channel, the locking nut assembly comprising:

a nut having an annular portion and a slot extending radially through the annular portion;

a lock plate having an opening therein through which the annular portion of the nut is received and a tab projecting radially through the slot in the nut and into the channel on the shaft when the assembly is installed on the shaft;

a retainer including an e-clip and an e-clip groove formed on the annular portion for receiving the e-clip for retaining the lock plate between the an e-clip and a first face of the nut.

19. A locking nut assembly for use on a shaft having a longitudinally extending channel, the locking nut assembly comprising:

a nut having an annular portion and a slot extending radially through the annular portion;

a lock plate having an opening therein through which the annular portion of the nut is received and a tab projecting radially through the slot in the nut and into the channel on the shaft when the assembly is installed on the shaft;

a retainer including a c-clip and a c-clip groove formed on the annular portion for receiving the c-clip for retaining the lock plate between the c-clip and a first face of the nut.

20. A locking nut assembly for use on a shaft having a longitudinally extending channel, the locking nut assembly comprising:

a nut having an annular portion and a slot extending radially through the annular portion;

a lock plate having an opening therein through which the annular portion of the nut is received and a tab projecting radially through the slot in the nut and into the channel on the shaft when the assembly is installed on the shaft;

a retainer including a spiral retainer and a spiral retainer groove formed on the annular portion for receiving the spiral retainer for retaining the lock plate between the spiral retainer and a first face of the nut.

21. A locking nut assembly for use on a shaft having a longitudinally extending channel, the locking nut assembly comprising:

a nut having an annular portion and a slot extending radially through the annular portion;

a lock plate having an opening therein through which the annular portion of the nut is received and a tab projecting radially through the slot in the nut and into the channel on the shaft when the assembly is installed on the shaft;

a retainer including a pin and an aperture formed through the annular portion for receiving the pin for retaining the lock plate between the pin and a first face of the nut.