Abstract: A shock mount assembly is provided, which generally includes a spacer and a thimble. The spacer includes a spacer flange and a spacer tube projecting from the spacer flange. The spacer tube includes an inwardly projecting shoulder having an inner diameter. The thimble includes a metal thimble base having a flange and an internally threaded post projecting from the flange. The threaded post has at least one hole passing through a wall thereof. The thimble also includes a plastic hollow thimble stem. The stem includes at least one hole passing through a wall of the lower portion thereof, the hole having a leg extending inwardly from one of the walls thereof. The leg includes a radially inwardly extending tab sized, shaped and positioned to engage the hole passing through the wall of the threaded post in a snap fitted arrangement when the threaded post is inserted into the stem. The stem also includes projecting from a top end thereof a plurality of fingers spaced about a periphery thereof.

Abstract: An elongated T-nut fastener is formed from a single piece of material. The fastener includes a barrel and a flange, with a threaded portion in the barrel and an unthreaded portion beyond the threaded portion. Fastening sites are provided at spaced locations along the length of the fastener.

Abstract: An improved cage nut assembly for attachment to a frame, which includes a channel therein adapted to receive the caged nut assembly is provided. The caged nut assembly includes a fastener body having a female connector therein and a retainer for encaging the fastener body. The retainer provides a limited range of movement of the fastener body in at least one direction and has cutouts therein sized and adapted to allow access to the female connector within the range of movement of the fastener body. At least one detent extends from a surface of the retainer, which detents are sized and shaped to correspond to at least one notch in the channel of the frame.

Abstract: An improved shock isolating mount for securing a body part of a vehicle to a support is provided. The shock mount includes a two-part spool having: a spacer formed from an annular flange integral with a tube, the tube projecting through apertures in mating elastically resilient bodies and a mounting part of a vehicle body part disposed between them; and a thimble, formed from a flange integral with a tube designed such that the thimble tube can telescope into the spacer tube. The thimble tube is formed into a polygon shape at the tube shoulder adjacent the thimble flange and the spacer tube is formed in a matching polygon shape such that the thimble tube shoulder can mate with the spacer tube. The thimble tube has an enlarged end which is engaged by a plurality of inward protrusions mounted in the spacer tube to prevent the spacer and thimble assembly from accidental engagement.

Abstract: An improved shock isolating mount is provided that permits selection of either a high or a low separation strength. The shock mount comprises interfitting flanged spacer and thimble members and resilient rings mounted thereto. The thimble is formed from a hollow plastic stem and a metal base. The metal base includes a flange and an internally threaded post. The thimble stem fits over and snaps onto the post. The metal base member is made in either a high strength or low strength configuration. Selection of the appropriate configuration of base member provides a shock mount assembly of the desired separation strength.

Abstract: A nut plate retainer comprises a planar body, nut elements, and at least two orienting tabs. The tabs are formed from and extend parallel to the body. One tab has a locking element having a ramped leading edge and a cutaway trailing edge for snap engagement with an opening in a workpiece. The tabs fit into slots in the workpiece and the nut plate can be moved until the locking element snaps into place in the opening. The nut plate retainer is thereby mounted to the workpiece, and is prevented from rotation or displacement.