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Elastomeric joining element retaining devices are disclosed. In an aspect, a retaining device is disclosed which is constructed from an elastomeric material such as polyurethane and designed to receive and align an assembly or “stack-up” of nuts, bolts, washers, and/or other joining elements. The re

Elastomeric joining element retaining devices are disclosed. In an aspect, a retaining device is disclosed which is constructed from an elastomeric material such as polyurethane and designed to receive and align an assembly or “stack-up” of nuts, bolts, washers, and/or other joining elements. The retaining device retains and aligns the assembly, enabling a user to install the assembly accurately without dropping or misaligning portions of the assembly. Such retaining devices ease the process of installing or removing joining elements in hard to reach locations.

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1. A joining element retaining device for retaining an assembly of a plurality of joining elements removably accommodated therein, the joining element retaining device comprising: an elastomeric body, comprising: a body first end portion;a body second end portion spaced apart from the body first end

1. A joining element retaining device for retaining an assembly of a plurality of joining elements removably accommodated therein, the joining element retaining device comprising: an elastomeric body, comprising: a body first end portion;a body second end portion spaced apart from the body first end portion, defining a body length; andat least one cavity positioned within the elastomeric body and opening at the elastomeric body first end portion, configured to retain and align an assembly of a plurality of joining elements along a central attachment axis parallel to the body length, the assembly of the plurality of joining elements being retained and aligned by the elastomeric body at an outer surface of each of the plurality of joining elements wherein the elastomeric body is reusable and removable once the assembly of a plurality of joining elements is installed. 2. The joining element retaining device of claim 1, wherein the elastomeric body is constructed of an elastomeric material having a hardness of approximately 80 Shore A. 3. The joining element retaining device of claim 1, wherein the elastomeric body is constructed of one of: polyurethane; neoprene rubber; and synthetic rubber. 4. The joining element retaining device of claim 1, wherein each of the plurality of joining elements is chosen from the group consisting of: a flat washer; a locking washer; a split ring washer; a nut; a bolt; a screw; a wing nut; a carriage bolt; stud; pin; component; a clip; and a spacer. 5. The joining element retaining device of claim 1, the at least one cavity comprising a plurality of adjoining sub-cavities, each of the plurality of sub-cavities configured to removably accommodate one of the plurality of joining elements therein. 6. The joining element retaining device of claim 5, wherein one of the plurality of sub-cavities is configured to retain a joining element having a hexagonal cross section, a sub-cavity cross section of the one of the plurality of sub-cavities being hexagonal and approximately equal to the hexagonal cross section. 7. The joining element retaining device of claim 6, wherein the one of the plurality of sub-cavities is configured to retain a joining element having a hexagonal cross section is configured to retain a hex head fastener. 8. The joining element retaining device of claim 5, wherein at least one of the plurality of sub-cavities has a circular cross section. 9. The joining element retaining device of claim 8, wherein each of the plurality of sub-cavities have circular cross sections. 10. The joining element retaining device of claim 9, wherein each of the plurality of sub-cavities deform to accommodate joining elements having non-circular cross sections. 11. The joining element retaining device of claim 1, the body end second portion comprising a drive socket configured to receive a ratchet drive. 12. The joining element retaining device of claim 1, the body comprising outer surface topography configured to facilitate user gripping of the joining element retaining device. 13. The joining element retaining device of claim 12, wherein the outer surface topography is a plurality of knurls. 14. The joining element retaining device of claim 12, wherein the outer surface topography is a plurality of flutes spaced evenly around and extending radially outward from the body. 15. The joining element retaining device of claim 1, the body comprising a vertically oriented opening extending downward from the body first end portion and extending between the cavity and a body outer surface, the opening configured to facilitate insertion of at least one joining element into the cavity, the joining element retaining device further comprising a retaining ring removably positioned around the body outer surface and maintaining a cavity shape. 16. The joining element retaining device of claim 15, the body further comprising a retaining ring groove positioned around an annulus of the body, configured for removably accommodating the retaining ring. 17. The joining element retaining device of claim 15, wherein the elastomeric body is configured to deform when a torque above a torque threshold is applied to the assembly of the plurality of joining elements retained within the cavity. 18. The joining element retaining device of claim 1, wherein the body has a hexagonal cross section. 19. The joining element retaining device of claim 1, configured to retain a second assembly of joining elements removably accommodated therein, further comprising a second cavity positioned within the elastomeric body and opening at a second cavity opening on the body, configured to retain and align an assembly of a plurality of joining elements along an attachment axis parallel to a cavity length, the second assembly of joining elements being retained and aligned by the elastomeric body via compression force applied to an outer surface of each of the joining elements of the second assembly. 20. The joining element retaining device of claim 1, wherein the assembly of the plurality of joining elements is retained and aligned by the elastomeric body via compression force applied to the outer surface of each of the plurality of joining elements. 21. The joining element retaining device of claim 1, the elastomeric body further comprising at least one deformable physical stop extending in toward the central attachment axis configured to restrict movement in a central attachment axis direction of at least one of the plurality of joining elements adjacent to the at least one deformable physical stop. 22. The joining element retaining device of claim 21, wherein the at least one deformable physical stop is a lip positioned around a cavity end portion. 23. The joining element retaining device of claim 21, wherein the at least one deformable physical stop is a boss positioned within the at least one cavity. 24. The joining element retaining device of claim 1, wherein the elastomeric body is constructed of a buoyant material. 25. The joining element retaining device of claim 1, further comprising: a rigid driving insert positioned within the elastomeric body, the driving insert comprising a drive tip positioned within the at least one cavity and configured to interface with a joining element drive portion. 26. The joining element retaining device of claim 25, wherein the driving insert is positioned within the body second end portion; and wherein the drive tip is configured as one of: a Phillips head; a slot head; a square head; a hex head; and a hex socket head. 27. A joining element retaining device configured to retain an assembly of joining elements comprising a fastener, a nut and a washer, the fastener being threaded through the nut and the washer and having a fastener head and a fastener shank, the fastener retaining device comprising: a cylindrical fastener body constructed of an elastomeric material comprising an open first end portion, the fastener body generally surrounding an insertion axis, the fastener body comprising: a washer cavity centered around the insertion axis for removably accommodating the washer therein, the washer cavity recessed in the fastener body at the open first end portion;a nut cavity centered around the insertion axis for removably accommodating the nut therein, the nut cavity adjoining the washer cavity; anda fastener head cavity centered around the insertion axis for removably accommodating the fastener head therein, the fastener head cavity adjoining the nut cavity opposite the washer cavity, the fastener shank extending through the nut cavity and the washer cavity and extending beyond the first end portion when the fastener head cavity removably accommodates the fastener head therein;wherein the fastener body removably accommodates the assembly as the assembly engages an insertion location. 28. A joining element retaining device for retaining at least one joining element removably accommodated therein, the joining element retaining device comprising: an elastomeric body to retain the at least one joining element for installation, comprising: a body first end portion;a body second end portion spaced apart from the body first end portion, defining a body length; andat least one cavity positioned within the elastomeric body and opening at the elastomeric body first end portion, configured to retain and align, at least one joining element along a central attachment axis, the at least one joining element being retained and aligned by the elastomeric body via contact at an outer surface of each of the at least one joining elements wherein the elastomeric body is reusable and removable from the at least one joining elements once the at least one joining element is installed. 29. The joining element device of claim 28, wherein the at least one joining element is retained and aligned by the elastomeric body via compression force applied to the outer surface of each of the at least one joining elements.