Loader spacer ring

1. A paintball loader and expansion ring for a paintball gun configured to expand the holding capacity of the paintball loader, said paintball loader comprising:

a housing that is separable into multiple sections and a feed tube for connecting the paintball loader to a paintball gun, and

said expansion ring comprising:

an expansion ring housing configured to fit between mating sections of the paintball loader, wherein said housing is shaped to match a shape of the paintball loader housing at a mating point between the mating sections and is further configured to expand a volume of a chamber arranged within the paintball loader to expand the holding capacity of the paintball loader.

2. A paintball loader and expansion ring according to claim 1 , wherein the mating sections comprise two approximately half shells such that the mating point is located approximately at a center of the paintball loader and wherein the expansion ring is configured to surround an internal chamber of the paintball loader when operatively installed between the mating sections.

3. A paintball loader and expansion ring according to claim 1 , further comprising:

one or more connection mechanisms arranged on the expansion ring housing and configured to mate with one or more connection mechanisms of the mating sections of the loader.

4. A paintball loader and expansion ring according to claim 3 , wherein the one or more connection mechanisms comprise separate latching and mating mechanisms arranged on both front and rearward ends of the expansion ring and loader housings.

5. A paintball loader and expansion ring according to claim 3 , wherein the one or more connection mechanisms arranged on the expansion ring housing replicate one or more connection mechanisms of the mating sections.

6. A paintball loader and expansion ring according to claim 5 , wherein the one or more connection mechanisms comprise:

a first connection mechanism arranged on a first mating section of the loader housing;

a second connection mechanism arranged on a second mating section of the loader housing;

a third connection mechanism arranged on the expansion ring housing; and

a fourth connection mechanism arranged on the expansion ring housing,

wherein the first and second connection mechanisms are configured to connect to each other to connect the first and second mating sections together when the expansion ring is not arranged therebetween,

wherein the third connection mechanism is configured to replicate the second connection mechanism and connect to the first connection mechanism when the expansion ring is arranged between the first and second mating sections, and

wherein the fourth connection mechanism is configured to replicate the first connection mechanism and connect to the second connection mechanism when the expansion ring is arranged between the first and second mating sections.

7. A paintball loader and expansion ring according to claim 6 , wherein the one or more connection mechanisms further comprise:

a fifth connection mechanism arranged on the first mating section;

a sixth connection mechanism arranged on the second mating section;

a seventh connection mechanism arranged on the expansion ring housing; and

an eighth connection mechanism arranged on the expansion ring housing,

wherein the fifth and sixth connection mechanisms are configured to connect to each other to connect the first and second mating sections together when the expansion ring is not arranged therebetween,

wherein the seventh connection mechanism is configured to replicate the sixth connection mechanism and connect to the fifth connection mechanism when the expansion ring is arranged between the first and second mating sections, and

wherein the eighth connection mechanism is configured to replicate the fifth connection mechanism and connect to the sixth connection mechanism when the expansion ring is arranged between the first and second mating sections.

8. A paintball loader and expansion ring according to claim 1 , wherein the expansion ring housing comprises a substantially oblong shape.

9. A paintball loader and expansion ring according to claim 8 , wherein the loader housing comprises a substantially oblong shape at the mating point between the two or more mating sections.

10. A paintball loader and expansion ring according to claim 1 , wherein the expansion ring housing includes two or more connection mechanisms configured to replicate connection mechanisms of a top section of the loader and two or more connection mechanisms configured to replicate connection mechanisms of a bottom section of the loader.

11. A loader comprising:

a housing having an internal chamber configured to house a quantity of ammunition for a connected pneumatic gun, the housing having multiple mating sections separable from each other; and

a removable spacer ring configured to be removably arranged between at least two mating sections of the loader to expand a volume of the internal chamber when arranged between the at least two mating sections.

12. A loader according to claim 11 , wherein the multiple mating sections comprise a top shell and a bottom shell, and wherein the spacer ring is configured to be removably arranged between the top shell and the bottom shell to expand the volume of the internal chamber when arranged between the top shell and the bottom shell, and wherein the bottom shell comprises a feed tube configured to connect to the pneumatic gun.

13. A loader according to claim 11 , wherein the each of the at least two mating sections comprises one or more connection mechanisms configured to connect the at least two mating sections together, and wherein the removable spacer ring comprises one or more connection mechanisms configured to replicate connection mechanisms of the at least two mating sections between which it is configured to be removably arranged.

14. A loader according to claim 13 , wherein the one or more connection mechanisms comprise:

a first connection mechanism arranged on a first mating section of the loader housing;

a second connection mechanism arranged on a second mating section of the loader housing;

a third connection mechanism arranged on the removable spacer ring housing; and

a fourth connection mechanism arranged on the removable spacer ring housing,

wherein the first and second connection mechanisms are configured to connect to each other to connect the first and second mating sections together when the removable spacer ring is not arranged therebetween,

wherein the third connection mechanism is configured to replicate the second connection mechanism and connect to the first connection mechanism when the removable spacer ring is arranged between the first and second mating sections, and

wherein the fourth connection mechanism is configured to replicate the first connection mechanism and connect to the second connection mechanism when the removable spacer ring is arranged between the first and second mating sections.

15. A loader according to claim 11 , wherein the removable spacer ring comprises an housing shaped to match the shape of the mating sections between which the removable spacer ring is configured to be arranged.

16. A method of expanding a holding capacity of a loader for a pneumatic gun, wherein said loader comprises multiple separable sections and a mechanism for connecting the loader to the pneumatic gun, said method comprising:

separating at least two sections of the loader from each other, wherein the at least two sections help define an internal chamber of the loader capable of housing a quantity of ammunition for the pneumatic gun;

arranging a spacer ring between the at least two sections of the loader; and

reattaching the at least two sections of the loader to each other with the spacer ring arranged between the at least two sections such that a volume of the internal chamber is increased.

17. A method according to claim 16 , wherein the spacer ring comprises an housing shaped to match the shape of the two loader sections.

18. A method according to claim 16 , wherein reattaching the at least two sections of the loader to each other comprises attaching each of the two sections of the loader to the spacer ring.

19. A method according to claim 18 , wherein the attaching each of the two sections of the loader to the spacer ring comprises attaching connection mechanisms arranged on the two sections of the loader to connection mechanisms arranged on the spacer ring.

20. A method according to claim 19 , wherein connection mechanisms on the spacer ring replicate connection mechanisms on the two sections of the loader.