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An eccentric rail mounting system is disclosed. In various embodiments, this system comprises an eccentric rail nut for off-center mounting of a rail on a firearm. The eccentric rail nut has an exterior surface that defines a central axis of the nut and a main bore that defines a central axis of the

An eccentric rail mounting system is disclosed. In various embodiments, this system comprises an eccentric rail nut for off-center mounting of a rail on a firearm. The eccentric rail nut has an exterior surface that defines a central axis of the nut and a main bore that defines a central axis of the main bore that is displaced from the central axis of the nut. Components and methods are disclosed in a variety of embodiments.

대표청구항 ▼

1. A nut comprising: an exterior surface, defining a central axis of the nut;a main bore, defining a central axis of the main bore that is displaced from the central axis of the nut; andwherein the external surface of the nut comprises a screw threading that accommodates a screw-on connection for a

1. A nut comprising: an exterior surface, defining a central axis of the nut;a main bore, defining a central axis of the main bore that is displaced from the central axis of the nut; andwherein the external surface of the nut comprises a screw threading that accommodates a screw-on connection for a rail. 2. The nut of claim 1, further comprising an auxiliary (or second) bore of smaller diameter than the main bore, wherein the auxiliary bore comprises a generally cylindrical auxiliary bore wall 107 and a generally cylindrical, forward section auxiliary bore wall 105. 3. The nut of claim 1, wherein the main internal bore comprises screw threading that accommodates a screw-on connection with a collar of an upper receiver and with a retaining nut. 4. An eccentric rail mounting system comprising the nut of claim 1. 5. The eccentric rail mounting system of claim 4 comprising at least one of: an upper receiver,a barrel, ora rail, wherein the rail is secured to the nut. 6. The eccentric rail mounting system of claim 5 wherein a barrel comprises a barrel extension. 7. The eccentric rail mounting system of claim 6 wherein the barrel extension comprises an aperture for receiving a locking pin. 8. The eccentric rail mounting system of claim 4 comprising a barrel retaining nut. 9. The eccentric rail mounting system of claim 8 wherein the nut of claim 1 further comprises an auxiliary (or second) bore of smaller diameter than the main bore, wherein the auxiliary bore comprises a generally cylindrical auxiliary bore wall 107 and a generally cylindrical, forward section auxiliary bore wall 105, and wherein the barrel retaining nut comprises a plurality of scallops around the forward portion of the exterior surface, wherein one scallop of the plurality is capable of aligning with the forward section auxiliary bore wall, thereby cooperating with the forward section auxiliary bore wall in forming a complete cylindrical interior wall surrounding a space interior to forward section auxiliary bore wall. 10. An eccentric rail mounting system comprising: a nut comprising: an exterior surface, defining a central axis of the nut;a main bore, defining a central axis of the main bore that is displaced from the central axis of the nut;wherein said eccentric rail mounting system comprises a barrel, wherein said barrel is secured to the nut;wherein said barrel comprises a barrel extension; andwherein the barrel extension comprises an aperture for receiving a locking pin. 11. The eccentric rail mounting system of claim 10 comprising a barrel retaining nut. 12. The eccentric rail mounting system of claim 8 wherein the nut of claim 11 further comprises an auxiliary (or second) bore of smaller diameter than the main bore, wherein the auxiliary bore comprises a generally cylindrical auxiliary bore wall 107 and a generally cylindrical, forward section auxiliary bore wall 105, and wherein the barrel retaining nut comprises a plurality of scallops around the forward portion of the exterior surface, wherein one scallop of the plurality is capable of aligning with the forward section auxiliary bore wall, thereby cooperating with the forward section auxiliary bore wall in forming a complete cylindrical interior wall surrounding a space interior to forward section auxiliary bore wall.