Apparatus for victim extrication, transport, and method of use

1. An apparatus for the extrication of a victim comprising:

a board;

a first roller and a second roller affixed proximally to first end of the board, the rollers disposed between a first rail and a second rail, the rails affixed to a first side of the board;

the rails extending from proximal to the first end of the board toward a second end of the board;

a first handle proximal to the second end of the board; and

a first pair of tethering points proximal to the first handle and longitudinally located between the first handle and the first end of the board, the first pair of tethering points offset laterally from a longitudinal axis in a first direction and a second direction;

wherein the rails are configured to rest on the ground to provide an offset between the first side of the board and the ground,

wherein the rollers do not engage with the ground when the rails rest on the ground, and

wherein the rollers are configured to engage with the ground only when the second end of the board is elevated above the first end of the board in a dragging configuration.

2. The apparatus of claim 1 , further comprising a second pair of tethering points, offset laterally from the longitudinal axis in the first direction and the second direction;

the second pair of tethering points longitudinally located between the first pair of tethering points and the first end of the board;

a third pair of tethering points, offset laterally from the longitudinal axis in the first direction and the second direction;

the third pair of tethering points longitudinally located between the second pair of tethering points and the first end of the board;

a second handle proximal to a first lateral edge of the board longitudinally offset toward the first end of the board from the first handle; and

a third handle proximal to a second lateral edge of the board longitudinally offset toward the first end of the board from the second handle.

3. The apparatus of claim 2 , furthering comprising a buoyancy feature having a volumetric mass density less than that of water; and

the buoyancy feature is affixed to the first side of the board.

4. The apparatus of claim 3 , wherein the buoyancy feature is configured to be disposed between the first rail and the second rail.

5. The apparatus of claim 2 , further comprising a third rail and a fourth rail, the third and fourth rails extending from proximal to the first end of the board toward the second end of the board;

the first rail proximal to the first lateral edge of the board;

the second rail proximal to the second lateral edge of the board;

the third rail being laterally offset toward the longitudinal axis from the first rail;

the fourth rail being laterally offset toward the longitudinal axis from the second rail;

the first roller is disposed between the first rail and the third rail; and

the second roller is disposed between the second rail and the fourth rail.

6. The apparatus of claim 5 , furthering comprising a first buoyancy feature and a second buoyancy feature, the buoyancy features having a volumetric mass density less than that of water;

the first buoyancy feature configured to be constrained between the first rail and the third rail; and

the second buoyancy feature configured to be constrained between the second rail and the fourth rail.

7. The apparatus of claim 6 , wherein the rails further comprise a chamfer at a first end; and

a taper at a second end of the rails.

8. The apparatus of claim 2 , wherein the rails further comprise a chamfer at a first end; and

a taper at a second end of the rails.

9. The apparatus of claim 2 , wherein the board has a length of less than 121.9 cm (48 inches).

10. The apparatus of claim 2 , further comprising a fourth handle laterally offset from the first handle, and proximal to the second end of the board;

a fifth handle proximal to the first lateral edge of the board, and longitudinally offset from the second handle; and

a sixth handle proximal to the second lateral edge of the board, and longitudinally offset form the third handle.

11. The apparatus of claim 10 , wherein the first handle and the fourth handle are laterally aligned,

the second handle and the fifth handle are laterally aligned; and

the third handle and the sixth handle are laterally aligned.

12. The apparatus of claim 2 , wherein the tethering points comprise apertures through the board; and

the handles comprise apertures through the board.

13. The apparatus of claim 12 , further comprising a plurality of tethers;

the plurality of tethers comprising a length of tensile bearing material having a first end having an integral loop, and a second end having a buckle.

14. The apparatus of claim 12 , wherein the second pair of tethering points comprises a first tethering point and a second tethering point;

the first tethering point of the second pair of tethering points comprising a first elongated aperture, and a second elongated aperture, wherein the elongated apertures of the first tethering point are adjacent and parallel to each other; and

the second tethering point of the second pair of tethering points comprising a first elongated aperture, and a second elongated aperture, wherein the elongated apertures of the second tethering point are adjacent and parallel to each other.

15. The apparatus of claim 14 , wherein the first tethering point of the second pair of tethering points is disposed at an angle of 45-degrees in the first direction from the longitudinal axis; and

the second tethering point of the second pair of tethering points is disposed at an angle of 45-degrees in the second direction from the longitudinal axis.

16. An apparatus for the extrication of a victim comprising:

a board;

a roller affixed proximally to first end of the board, the roller disposed between a first rail and a second rail, the rails affixed to a first side of the board;

the rails extending from proximal to the first end of the board toward a second end of the board;

a first handle proximal to the second end of the board;

a first pair of tethering points proximal to the first handle and longitudinally located between the first handle and the first end of the board, the first pair of tethering points offset laterally from a longitudinal axis in a first direction and a second direction; and

a buoyancy feature, the buoyancy features having a volumetric mass density less than that of water,

wherein the rails are configured to rest on the ground to provide an offset between the first side of the board and the ground,

wherein the roller does not engage with the ground when the rails rest on the ground, and

wherein the roller is configured to only engage with the ground when the second end of the board is elevated above the first end of the board in a dragging configuration.

17. The apparatus of claim 16 , further comprising a second pair of tethering points, offset laterally from the longitudinal axis in the first direction and the second direction;

the second pair of tethering points longitudinally located between the first pair of tethering points and the first end of the board;

a third pair of tethering points, offset laterally from the longitudinal axis in the first direction and the second direction;

the third pair of tethering points longitudinally located between the second pair of tethering points and the first end of the board;

a second handle proximal to a first lateral edge of the board longitudinally offset from the first handle; and

a third handle proximal to a second lateral edge of the board longitudinally offset from the first handle.

18. An apparatus for the extrication of a victim comprising:

a board having a length of less than 121.9 cm (48 inches),

a first pair of rails comprising a first rail and a second rail, coincident with a first surface of the board, laterally inset from and parallel to lateral edges of the board;

a first end of the first pair of rails coincident with a first end of the board, and a second end of the first pair of rails offset from a second end of the board;

the second end of the first pair of rails having a tapering profile;

a second pair of rails comprising a third rail and a fourth rail, coincident with the first surface of the board, laterally inset from and parallel to the first pair of rails;

a first end of the second pair of rails offset from the first end of the board, and a second end of the second pair of rails aligned with the second end of the first pair of rails;

a first plurality of handles extending from the first surface to a second surface of the board, proximally located to the first end of the board;

a second plurality of handles through the board, proximal to the lateral edges of the board;

a plurality of tethering points;

a roller affixed between the first pair of rails, proximally located to the second end of the board, and perpendicular to the lateral edges of the board; and

a first buoyancy feature disposed between the first pair of rails, and a second buoyancy feature disposed between the second pair of rails, the buoyancy features having a volumetric mass density less than that of water,

wherein the rails are configured to rest on the ground to provide an offset between the first side of the board and the ground,

wherein the roller does not engage with the ground when the rails rest on the ground,

wherein the second surface of the board is configured to receive a victim and tethers disposed through the tethering points are configured to affix a victim to the second surface of the board, and

wherein the roller is configured to only engage with the ground when the second end of the board is elevated above the first end of the board in a dragging configuration.