A metal pin (5) fixes the shaft section (4) of the metal end (3) to each groove (2) of the metal shaft (1).

A shaft section (4) of a metal end (3) is located in each groove (2) of the metal shaft (1).

Then at least one transverse wire strand or a plurality of transverse wire strands is positioned on the bent longitudinal wire strand and welding is carried out at the points where the strands intersect.

There is a plastic sheath (6) on the metal shaft (1).

The shaft can comprise an assembly including an elongated metal rod having a first end and a second end and a metal non-circular drive member attached at the second end of the elongated metal rod.

A second metallization structure is positioned on the polymer layer, on the top surface of the first metal post and on the top surface of second metal post.

The invention relates to an electrode for a discharge lamp, in particular for a high-pressure discharge lamp, wherein the electrode comprises a metal pin (4) having a section wrapped in a coil (5) made of metal wire (50).

The lamp further comprises a vertical metallic post, the post being grounded to the metallic lamp body at the post's bottom surface.

A metal rod (8) links the bracket (2) and the loading container (9).

The device is preferably a metal rod that has a threaded portion.

The cultivating elements are formed from metal rod and in one form comprise a U-shaped body with each leg of the U-shaped body including a bend out of the plane of the body with each portion beyond the bend comprising a tine.

The electrodes are formed as an elongate metal rod coated with a non-electrically conductive material.

There are grooves (2) in the two ends of the metal shaft (1).

A metal bar pin is press fit into a bushing formed from a metal sleeve bonded to an elastomeric housing.

The implant is mated to the stump pin conically, i.e., a male cone in the stump mates with friction with a female cone in the implant.