The detent stud is torsionally shearable, thus preventing over-stressing and damaging the tool.

The detent stud is torsionally shearable, thus preventing over-stressing and damaging the tool.

The profile may be tapered, stepped, or smoothly curved.

Another disk (2) comprises a notched circular ring (23), which is housed in the notched circular ring (21) of the base, and can be used to adjust the device in rotation (34).

The invention relates to a bearing arrangement for a first toothed component which executes a rotational movement and meshes with a second toothed component.

The guard rail bolt comprises the dowel (10) and a counter-dowel (20).

The at least one pre-loaded stud assembly comprises a stud and a compressing device.

The stoppers are conveyed by a notched drum (9).

The struts then extend through embrasures of the castellated sleeve.

The appartus further has a stud assembly comprising a stud and an engagement pin extending orthogonally to the stud.

Each device (22) is capable of tensioning a stud (16), slackening a working nut (17) on the stud, and subsequently removing the stud from the bore.

The head portion (2) is equipped with a hard-metal stud (3), i.e. an anti-skid stud.

Each reciprocating part is rotatablely connected with the live-axle pin by a live-axle pin hole thereon.

The aforementioned plate (4) comprises a notched slot (19), which is housed in the notched slot (16) of a disk (3), and can be used to adjust the shell (5) in translation (35).

A self-clinching stud made of steel.