Firearm suppressor with gas deflector
Methods and systems are provided for firearm sound suppressors including a gas deflector. In one example, a suppressor comprises a housing, a projectile entrance, a projectile exit, one or more baffles, and a deflector chamber. The deflector extending outward from the housing and the deflector curving around a central axis of the suppressor.
1. A suppressor, comprising:
a projectile entrance and a projectile exit;
a baffle chamber within the suppressor comprising one or more baffles;
a deflector chamber within the suppressor positioned between the baffle chamber and the projectile entrance;
a separator wall separating the baffle chamber from the deflector chamber;
a baffle chamber projectile entrance within the separator wall connecting the baffle chamber and the deflector chamber; and
a deflector extending from the projectile entrance cantilevered outward into the deflector chamber, the deflector extending along a central axis of the suppressor
an end wall formed on an end of the deflector distal from the projectile entrance, the end wall extending towards the central axis, and the end wall deflector forms an arc around the central axis, the arc extending from a first end disposed on a first side of the central axis to a second end disposed on an opposing side of the central axis.
2. The suppressor of claim 1 , wherein the baffle chamber projectile entrance is the only entrance into the baffle chamber.
3. The suppressor of claim 1 , wherein a concave cavity is formed in a side of the deflector facing the central axis of the suppressor and the concave cavity deflects gas in a radial direction of the central axis away from the concave cavity and out of an open end of the deflector.
4. The suppressor of claim 3 , wherein the end wall extends towards the central axis and forms a partial circumference around the central axis.
5. The suppressor of claim 1 , wherein the baffle chamber is formed by a cylindrical wall surrounding the baffle chamber, the separator wall, and a distal end wall of the suppressor, and
wherein the baffle chamber projectile entrance is the only entrance into the baffle chamber.
6. The suppressor of claim 1 , wherein the suppressor is formed as a single, unitary structure.
7. The suppressor of claim 1 , wherein the suppressor is manufactured using additive manufacturing or three-dimensional printing.
8. The suppressor of claim 1 , wherein a concave cavity is formed in a side of the deflector facing the central axis of the suppressor, the concave cavity extends around the projectile entrance, and an interior surface forming the cavity is continuous and unbroken.
9. A suppressor, comprising:
a projectile entrance and a projectile exit;
a baffle chamber within the suppressor comprising one or more baffles;
a deflector chamber within the suppressor positioned between the baffle chamber and the projectile entrance;
a baffle chamber projectile entrance connecting the baffle chamber and the deflector chamber; and
a deflector extending from the projectile entrance outward into the deflector chamber, and the deflector having an end wall extending in an arc around a central axis of the suppressor, the arc extending from a first end on a first side of the central axis to a second end on a second, opposing side of the central axis.
10. The suppressor of claim 9 , wherein the deflector extends in an arcuate length 210 degrees or less around one side of the central axis.
11. The suppressor of claim 9 , wherein the end wall is formed on an end of a concave cavity distal from the projectile entrance, and the end wall extends toward the central axis of the suppressor in the same arcuate length as the deflector.
12. The suppressor of claim 11 , wherein the end wall comprises an opening formed in the end wall along a path of a projectile.
13. The suppressor of claim 9 , wherein the suppressor is formed as a single, monolithic structure.
14. The suppressor of claim 9 , wherein a concave cavity is defined by an interior surface of the deflector, a first end of the interior surface on the first side of the central axis, a second end of the interior surface on the opposing side of the central axis, and the end wall.
15. A suppressor, comprising:
a projectile entrance and a projectile exit;
a baffle chamber within the suppressor comprising one or more baffles;
a deflector chamber within the suppressor positioned between the baffle chamber and the projectile entrance;
a baffle chamber projectile entrance connecting the baffle chamber and the deflector chamber; and
a deflector extending from the projectile entrance outward from a housing of the suppressor into the deflector chamber, and the deflector having a concave cavity with an opening of the concave cavity facing a central axis of the suppressor, the concave cavity formed by an end wall and a longitudinal wall, the end wall extending in an arc around the central axis of the suppressor from a first end of the arc on a first side of the central axis to a second end of the arc on an opposing side of the central axis.
16. The suppressor of claim 15 , wherein the end wall is formed on an end of the concave cavity distal from the projectile entrance, and
a first length from the projectile entrance to the end wall is greater than a second length from the end wall to the baffle chamber projectile entrance.
17. The suppressor of claim 15 , wherein the suppressor is formed as a single, monolithic structure using additive manufacturing or three-dimensional printing.
18. The suppressor of claim 15 , wherein the end wall is formed on an end of the concave cavity distal from the projectile entrance, and
the deflector extends cantilevered outward from the housing of the suppressor into the deflector chamber.
19. The suppressor of claim 18 , wherein the central axis intersects a midpoint of an opening formed by the end wall and a midpoint of the baffle chamber projectile entrance.
20. The suppressor of claim 15 , wherein the concave cavity extends around the central axis and terminates at the first end and the second end.