The shoulder (40) includes a neck (60) extending upwardly from the shoulder.

In a case of a crash, the shoulder (24) and the mathcing shoulder (34) interlock.

The shoulder (860) on the conical pillar and the shoulder (301) on the impression cap or crown cap are shaped so that they match the shoulder (14) on the implant.

The compressible seal ring is provided and disposed between the bottle shoulder and the tip shoulder and a tip-covering cap engagable with the bottle and the cap compressed to the seal.

On the end of the shoulder (34), extending away from the shoulder (34), and curving in an upward direction relative to the shoulder (34), are the two prongs (36a, 36b).

The spring assembly is disposed in the annular space between the barrel shoulder and the piston shoulder.

The bottom hole assembly has a mating profile to the load shoulder so that it will be supported by the load shoulder and will receive torque transferred from the load shoulder.

The shoulder (35) is then compressed downwardly to thicken the shoulder (35) and a female threaded portion is formed on the inside of the annular shoulder (35) which is receptive of a threaded closure member.

Said projection (16) is connected to a sleeve (30) which is form-fitted thereto in order to prevent the deformation thereof during the operation of the adjusting device.

The rubber sleeve is accommodated between the circular shoulder of the tubular sleeve and the support shoulder of the nut.

A multiple of struts extend between the annular outer pre-diffuser case shroud and the annular inner pre-diffuser case shroud.

A foil (8) closes the body (6) at the shoulder (8) and is sealingly attached to the shoulder.

The rotatable upper shoulder, the pin device and the lower shoulder may be configured to friction stir weld a workpiece.

Two edges extend axially along the length of the sleeve, from the proximal shoulder to the distal shoulder, thereby defining a slit.

washer depth of a renewable bush