Abstract: A fastener mounting apparatus includes a punch which is connected with a base to be mounted on one section of a press and a fastener mounting section which is movable relative to the punch during operation of the press. A conveyor is operable to conduct fasteners to a loading station in the fastener mounting section. An ejector assembly applies force against a slug cut from a member to move the slug away from a die. The ejector assembly includes a pin disposed in a coaxial relationship with the punch and a spring assembly offset to one side of the punch. A force transmitting member or rocker arm transmits force from the spring assembly to the ejector pin. A loading force applied against the fasteners by the conveyor is terminated during a portion of each operating cycle of the press to reduce the force urging the fasteners toward the loading station and prevent jamming of fasteners at the loading station.

Abstract: Disclosed is a lug nut 10 capable of manufacture on existing nut forming machinery having a continuous thread through the entire axially inner surface 12 while having suitable drive means placed upon the axially outer surface 14 such as a conventional hex 16. The lug nut 10 has a conical bottom section 18 for tight engagement and centering of a vehicle wheel upon a vehicle and an integrally formed flange 20 at the other end thereof along with seat 26 for acceptance of an insert 28 in tight engagement therewith. The insert 28 can have a highly reflective surface 32 to provide a safety feature for night time driving.