Charging handle

• US 8,863,632 B1
• Filed: 04/12/2013
• Issued: 10/21/2014
• Est. Priority Date: 04/12/2012
• Status: Expired due to Fees

• Current Assignee: Kevin O'Malley
• Original Assignee: Kevin O'Malley
• Inventors: O'Malley, Kevin
• Primary Examiner(s): DAVID, MICHAEL D
• Application Number:
  US13/861,662
• Time in Patent Office: 557 Days
• Field of Search: 89/14, 89/14.2, 42/16, 42/25
• US Class Current: 89/1.4
• CPC Class Codes: F41A 3/72 Operating handles or levers; Mounting thereof in breech-blocks or bolts F41C7/02, F41C7/06 take precedence

Abstract

A charging handle assembly for an assault rifle includes a bolt engagement arm having an axially elongated shaft extending between a forward end and a rear end, a manual operator adapted to be manipulated by a user for effecting sliding movement of the bolt engagement arm, an operator extension elongated in the axial direction, connecting the manual operator with the rear end of bolt engagement arm and holding the manual operator forwardly thereof and laterally separated from the bolt engagement arm, an engagement latch mounted to the manual operator so as to be movable between an engagement position and an disengagement position, a biasing element extending between the manual operator and the engagement latch and biasing the engagement latch into the engagement position. A latch retainer can be attached to a mounting rail for receiving the engagement latch.

Claims

1. A charging handle assembly for an assault rifle comprising:

a bolt engagement arm having an axially elongated shaft extending between a forward end and a rear end, the shaft being dimensioned to be slidably received into a charging handle opening on a rear end of a receiver of the assault rifle with the forward end being configured to engage a bolt of the assault rifle;

a manual operator adapted to be manipulated by a user for effecting sliding movement of the bolt engagement arm;

an operator extension elongated in the axial direction, connecting the manual operator with the rear end of the bolt engagement arm and holding the manual operator forwardly thereof and laterally separated from the bolt engagement arm.

2. The charging handle assembly of claim 1, wherein the bolt engagement arm, manual operator and operator extension are a single, continuous piece.

3. The charging handle assembly of claim 1, wherein the bolt engagement arm has an overall arm length and the operator extension holds the manual operator at least 50% of the overall shaft length forwardly of the rear end of the bolt engagement arm.

4. The charging handle assembly of claim 3, wherein the bolt engagement arm holds the manual operator at least 75% of the overall shaft length forwardly of the rear end of the bolt engagement arm.

5. The charging handle assembly of claim 1, wherein the shaft has a nominal shaft width and the operator extension holds the manual operator laterally separated from the shaft within six times the nominal shaft width.

6. The charging handle assembly of claim 5, wherein the operator extension holds the manual operator laterally separated from the shaft within five times the nominal shaft width.

7. The charging handle assembly of claim 1, wherein the operator extension holds the manual operator vertically separated below the shaft.

8. The charging handle assembly of claim 7, wherein the shaft has a nominal shaft height and the operator extension holds the manual operator vertically separated within three times the nominal shaft height below the bolt engagement arm.

9. The charging handle assembly of claim 1, wherein the bolt engagement arm has an overall arm length and the shaft has a nominal shaft width, and the operator extension holds the manual operator at least 75% of the overall shaft length forwardly of the rear end of the bolt engagement arm and laterally separated from the shaft within five times the nominal shaft width.

10. The charging handle assembly of claim 1, wherein the operator extension holds the manual operator vertically separated below the bolt engagement arm, the shaft has a nominal shaft height and the operator extension holds the manual operator vertically separated within three times the nominal shaft height below the shaft.

11. The charging handle assembly of claim 1, further comprising:

an engagement latch mounted to the manual operator so as to be movable between an engagement position and an disengagement position.

12. The charging handle assembly of claim 11, further comprising:

a biasing element extending between the manual operator and the engagement latch and biasing the engagement latch into the engagement position.

13. The charging handle assembly of claim 12, where the manual operator includes a biasing element housing accommodating the biasing element and extending rearwardly of the engagement latch.

14. The charging handle assembly of claim 11, wherein the engagement latch is pivotably mounted to the manual operator about a vertical axis.

15. The charging handle assembly of claim 11, further comprising:

a latch retainer having a rail-mounting portion configured to be mounted to an accessory mounting rail of the receiver, a latch engagement portion configured to engage the engagement latch and a connecting portion laterally displacing the latch engagement portion from the mounting rail portion.

16. The charging handle assembly of claim 15, wherein the connecting portion vertically displaces the latch engagement portion from the rail-mounting portion.

17. The charging handle assembly of claim 16, wherein the latch engagement portion extends rearwardly of the connecting portion.

18. The charging handle assembly of claim 15, wherein the latch engagement portion includes a latch opening through which the engagement latch extends.

19. The charging handle assembly of claim 18, wherein the manual operator includes an axially extending engagement latch contact plate arranged such that the engagement latch contacts the contact plate through the latch opening.

20. A charging handle assembly for an assault rifle comprising:

a bolt engagement arm having an axially elongated shaft extending between a forward end and a rear end, the shaft being dimensioned to be slidably received into a charging handle opening on a rear end of a receiver of the assault rifle with the forward end being configured to engage a bolt of the assault rifle;

a manual operator adapted to be manipulated by a user for effecting sliding movement of the bolt engagement arm;

an operator extension elongated in the axial direction, connecting the manual operator with the rear end of the bolt engagement arm and holding the manual operator forwardly thereof and laterally separated from the bolt engagement arm;

an engagement latch mounted to the manual operator so as to be movable between an engagement position and a disengagement position;

a biasing element extending between the manual operator and the engagement latch and biasing the engagement latch into the engagement position; and

a latch retainer having a rail-mounting portion configured to be mounted to an accessory mounting rail of the receiver, a latch engagement portion configured to engage the engagement latch and a connecting portion laterally displacing the latch engagement portion from the mounting rail portion.