Projectile entangling device, cartridge and method

1. A projectile entangling device for entangling an object, comprising:

a bolt slidably engaging within a receiver;

a chamber within said receiver;

a barrel coupled to said receiver and adjacent to said chamber;

a loading port in said receiver for positioning a cartridge within said chamber;

an ejection port in said receiver for discharging said cartridge from said receiver;

a compressed gas container containing a compressed gas;

a gas conduit coupling said compressed gas container to said bolt;

a valve positioned within said gas conduit;

a trigger for activating said valve and dispensing said compressed gas from said compressed gas container, through said gas conduit and exiting said bolt;

a first projectile positioned within said cartridge;

a second projectile positioned within said cartridge;

a tether coupled to said first projectile and said second projectile within said cartridge;

said first projectile, said second projectile and said tether propelled from said cartridge and expelled from said barrel upon said compressed gas exiting said bolt; and

said tether elongating for distancing said first projectile from said second projectile for defining an expanding projectile and entangling with the object.

2. The projectile entangling device as set forth in claim 1 , further including a sliding forend slidably engaging said receiver for displacing said bolt and positioning said cartridge within said chamber and discharging said cartridge from said receiver.

3. The projectile entangling device as set forth in claim 2 , further including a magazine coupling to said receiver adjacent to said loading port in said receiver;

a plurality of cartridges contained within said magazine; and

said sliding forend causing said plurality of cartridges to be inputted and outputted from said receiver.

4. The projectile entangling device as set forth in claim 1 , wherein said barrel includes a proximal end and a distal end;

said proximal end having a proximal end width;

said distal end having a distal end width;

said distal end width being greater than said proximal end width for defining an increasing tapering width barrel; and

said increasing tapering width barrel permitting distancing of said first projectile from said second projectile during displacement in said barrel.

5. The projectile entangling device as set forth in claim 1 , wherein said gas conduit including a Y-shaped discharge defining a primary conduit discharge orifice and a secondary conduit discharge orifice.

6. The projectile entangling device as set forth in claim 5 , wherein said cartridge includes a primary input conduit and a secondary input conduit; and

said primary input conduit and a secondary input conduit mating with said primary conduit discharge orifice and said secondary conduit discharge orifice respectively for diverting said compressed gas to said first projectile and said second projectile.

7. The projectile entangling device as set forth in claim 6 , wherein said cartridge includes a primary cylinder positioned adjacent to said primary input conduit and a secondary cylinder positioned adjacent to said secondary input conduit;

said primary cylinder housing said first projectile;

said secondary cylinder housing said second projectile; and

said primary cylinder and said secondary cylinder concentrating said compressed gas against said first projectile and said second projectile respectively.

8. The projectile entangling device as set forth in claim 7 , wherein said primary cylinder and said secondary cylinder defining a diverging orientation within said cartridge for distancing of said first projectile from said second projectile after exiting said barrel.

9. The projectile entangling device as set forth in claim 8 , wherein said barrel includes a proximal end and a distal end;

said proximal end having a proximal end width;

said distal end having a distal end width;

said distal end width being greater than said proximal end width for defining an increasing tapering width barrel;

said increasing tapering width barrel permitting distancing of said first projectile from said second projectile during displacement in said barrel; and

said diverging orientation in said primary cylinder and said secondary cylinder aligning with said increasing tapering width barrel for defining a continuous linear barrel rifling between said cartridge and said barrel.

10. The projectile entangling device as set forth in claim 1 , wherein said first projectile and said second projectile include a treble hook.

11. The projectile entangling device as set forth in claim 1 , said first projectile and said second projectile include an adhesive bladder.

12. The projectile entangling device as set forth in claim 11 , wherein said cartridge includes a primary interior rupture device and a secondary interior rupture device;

said first projectile adhesive bladder ruptured by said primary interior rupture device upon said first projectile adhesive bladder being displaced from said cartridge; and

said second projectile adhesive bladder ruptured by said secondary interior rupture device upon said second projectile adhesive bladder being displaced from said cartridge.

13. The projectile entangling device as set forth in claim 1 , wherein said cartridge includes a primary extractor slot and a secondary extractor slot;

said bolt includes a primary extractor clip and a secondary extractor clip; and

said primary extractor clip and said secondary extractor clip engaging into said primary extractor slot and a secondary extractor slot upon said cartridge entering said chamber and said bolt abutting said cartridge; and

said primary extractor clip and said secondary extractor clip retracting said cartridge from said chamber.

14. The projectile entangling device as set forth in claim 1 , further including an ejection member coupled to said receiver; and

said ejection member ejecting said cartridge from said receiver and through said ejection port.

15. The projectile entangling device as set forth in claim 1 , further including a primary loading member and a secondary loading member coupled to said bolt for engaging said cartridge and pushing said cartridge into said chamber upon a forward displacement of said bolt.