Snap-jaw vice assembly

1 . A snap-jaw vice assembly comprising:

a jaw base with a base lower surface selectively removably couplable to a vice body, with two opposing base side surfaces, with a base upper surface, with a first pair of opposing base sidewalls, and with at least one member fastener having a lower flange member, defining an upper opening, defining a fastener channel spanning from the lower flange to the upper opening on the at least one member fastener, coupled to the jaw base with a spring fastener and a spring disposed in the fastener channel and compressively retained by the spring fastener and the lower flange member, the at least one member fastener forming one of the first pair of opposing base sidewalls and the at least one member fastener is operably configured to translate independent of the spring fastener; and

a first jaw member with a pair of opposing member sidewalls spanning along a member length separating two opposing terminal member side surfaces of the first jaw member and with the pair of opposing member sidewalls selectively removably and directly coupled to the first pair of opposing base sidewalls in a spring-biased retained configuration.

2 . The snap-jaw vice assembly according to claim 1 , wherein the jaw base further comprises:

two member fasteners each coupled to the jaw base; and

a guide member interposed between the two member fasteners, configured to couple with a guide member on the first jaw member in a M-F coupling configuration, and configured to align each of two opposing base end surfaces with one of the two opposing terminal member side surfaces.

3 . The snap-jaw vice assembly according to claim 2 , wherein the guide member on the jaw base and the guide member on the first jaw member are configured to align each of the two opposing base end surfaces with one of the two opposing terminal member side surfaces to define two parallel planes separated by edges defining the two opposing base side surfaces and edges defining the two opposing terminal member side surfaces.

4 . The snap-jaw vice assembly according to claim 1 , further comprising:

a first base channel defined by the first pair of opposing base sidewalls; and

a cantilevered portion of the first jaw member, including the pair of opposing member sidewalls, and selectively removably disposed in the first base channel, directly coupled to the jaw base, and compressed and forced inwardly toward the jaw base by the at least one member fastener.

5 . The snap-jaw vice assembly according to claim 4 , wherein the first base channel and the cantilevered portion continuously span the member length.

6 . The snap-jaw vice assembly according to claim 4 , wherein the jaw base further comprises:

two member fasteners each coupled to the jaw base and biased to move toward the first base channel; and

a guide member interposed between the two of the member fasteners disposed within the first base channel, configured to couple with a guide member on the first jaw member in a M-F coupling configuration.

7 . The snap-jaw vice assembly according to claim 6 , wherein the guide member of the jaw base is configured to couple with the guide member on the first jaw member in the M-F coupling configuration to align each of two opposing base end surfaces with one of the two opposing terminal member side surfaces.

8 . The snap-jaw vice assembly according to claim 1 , wherein the at least one member fastener forms a portion of the base upper surface and includes the spring fastener accessible from the base upper surface.

9 . The snap-jaw vice assembly according to claim 1 , further comprising:

a second pair of opposing base sidewalls of the jaw base, a second member fastener coupled to the jaw base with a spring and a spring fastener operably configured to selectively increase or decrease a spring bias of the second member fastener, the second member fastener forming one of the second pair of opposing base sidewalls;

a first member upper surface defined by outer edges of the first jaw member; and

a second jaw member with a pair of opposing member sidewalls spanning along a member length separating two opposing terminal member side surfaces of the second jaw member, with a second member upper surface defined by outer edges of the second jaw member, and with the pair of opposing member sidewalls of the second jaw member selectively removably and directly coupled to the second pair of opposing base sidewalls in a spring-biased retained configuration, the first and second member upper surfaces disposed in perpendicular orientations relative to one another.

10 . The snap-jaw vice assembly according to claim 1 , wherein the at least one member fastener is compressed against one of the pair of opposing member sidewalls and another of the pair of opposing member sidewalls is compressed against one of the first pair of opposing base sidewalls, forcing the first jaw member inwardly toward the jaw base.

11 . The snap-jaw vice assembly according to claim 1 , wherein the jaw base further comprises:

a threaded aperture defined thereon and with the spring fastener disposed therein and threadedly coupled to the jaw base.

12 . The snap-jaw vice assembly according to claim 1 , further comprising:

the vice body having the jaw base selectively removably coupled thereto in a tongue-and-groove and spring-biased configuration.

13 . The snap-jaw vice assembly according to claim 12 , wherein the vice body further comprising:

a base retention member coupled to a rail member configured to linearly translate in the vice body and including a spring member coupled to spring and compressively coupled against the jaw base to retain the jaw base against the base retention member.

14 . A snap-jaw vice assembly comprising:

a jaw base with a base lower surface selectively removably couplable to a vice body, with two opposing base side surfaces, with a base upper surface, with a dovetail portion, defining a base channel, and with at least one member fastener forming a portion of the dovetail portion and having a spring and a spring fastener coupling the at least one member fastener to the jaw base and having a bias force, with the spring, to move the at least one member fastener toward the base channel; and

a first jaw member with a dovetail portion selectively removably disposed in the base channel and directly coupled to the dovetail portion of the jaw base in a spring-biased retained configuration with the at least one member fastener generating a spring-loaded compressive and downward force on the dovetail portion of the first jaw member, wherein the first jaw member is operably configured to decouple from the jaw base by applying a transverse force, opposite the compressive force, by the first jaw member onto the at least one member fastener to overcome the bias force generated with the spring.

15 . The snap-jaw vice assembly according to claim 14 , wherein the jaw base further comprises:

a guide member configured to couple with a guide member on the first jaw member in a M-F coupling configuration and configured to align each of two opposing base end surfaces on the jaw base with one of two opposing terminal member side surfaces on the first jaw member.

16 . A snap-jaw vice assembly comprising:

a jaw base with a base lower surface selectively removably couplable to a vice body, with two opposing base side surfaces, with a base upper surface, with a first pair of opposing base sidewalls defining a base channel, and with at least one member fastener coupled to the jaw base with a spring, a spring fastener, and having a bias force, with the spring, to move the at least one member fastener toward the base channel, the at least one member fastener forming one of the first pair of opposing base sidewalls; and

a first jaw member with a pair of opposing member sidewalls spanning along a member length separating two opposing terminal member side surfaces of the first jaw member and with the pair of opposing member sidewalls selectively removably and directly coupled to the first pair of opposing base sidewalls in a spring-biased retained configuration with the at least one member fastener generating a spring-loaded compressive and downward force on the first jaw member, wherein the first jaw member is operably configured to decouple from the jaw base by applying a transverse force, opposite the compressive force, by the first jaw member onto the at least one member fastener to overcome the bias force generated with the spring.