Abstract: A fence comprising a plurality of T-shaped fence posts, each secured to a retention plate having securing protrusions formed thereon, a lower end of the fence post and the retention plate configured to be inserted into soil to position the fence post in a desired orientation. A plate body of the retention plate comprises a plate body including central openings for receiving a plurality of the securing protrusions formed on the fence post. The plate body has a periphery with a top edge, a bottom edge and two side edges. The plate body has a plurality of additional openings therein. Also, a retention plate and a T-shaped fence post.

Abstract: A retention plate for a T-shaped fence post having securing protrusions formed thereon, a lower end of the fence post and the retention plate configured to be inserted into soil to position the fence post in a desired orientation. The retention plate comprises a plate body including central openings for receiving a plurality of the securing protrusions formed on the fence post. The plate body has a periphery with a top edge, a bottom edge and two side edges. The plate body has a plurality of openings therein configured and arranged to increase a resistance to the plate being extracted from the soil.

Abstract: A fence comprising a plurality of T-shaped fence posts, each secured to a retention plate having securing protrusions formed thereon, a lower end of the fence post and the retention plate configured to be inserted into soil to position the fence post in a desired orientation. A plate body of the retention plate comprises a plate body including central openings for receiving a plurality of the securing protrusions formed on the fence post. The plate body has a periphery with a top edge, a bottom edge and two side edges. The plate body has a plurality of additional openings therein. Also, a retention plate and a T-shaped fence post.

Abstract: A retention plate for a T-shaped fence post having securing protrusions formed thereon, a lower end of the fence post and the retention plate configured to be inserted into soil to position the fence post in a desired orientation. The retention plate comprises a plate body including central openings for receiving a plurality of the securing protrusions formed on the fence post. The plate body has a periphery with a top edge, a bottom edge and two side edges. The plate body has a plurality of openings therein configured and arranged to increase a resistance to the plate being extracted from the soil.

Abstract: A method of recycling a one-piece rail having a base portion and a head portion spaced from each other by a substantially flat web portion. The steps include: heating the rail to a plastic state; feeding the heated rail through a first reduction pass to reduce a cross section of the rail without slitting the rail; feeding the bar through a second reduction pass in which the cross section of the bar is further modified; feeding the bar through a third reduction pass in which the cross section of the bar is further modified and then slitting the bar along the web portion into two bar pieces, one containing the former head portion and one containing the former base portion, as the bar leaves the third reduction pass; and rolling the two bar pieces through a series of reduction passes to produce a desired final cross section of the pieces.

Abstract: A method of recycling a one-piece rail having a base portion and a head portion spaced from each other by a substantially flat web portion. The steps include: heating the rail to a plastic state; feeding the heated rail through a first reduction pass to reduce a cross section of the rail without slitting the rail; feeding the bar through a second reduction pass in which the cross section of the bar is further modified; feeding the bar through a third reduction pass in which the cross section of the bar is further modified and then slitting the bar along the web portion into two bar pieces, one containing the former head portion and one containing the former base portion, as the bar leaves the third reduction pass; and rolling the two bar pieces through a series of reduction passes to produce a desired final cross section of the pieces.

Abstract: A method of recycling a one-piece rail having a base portion and a head portion spaced from each other by a substantially flat web portion. The steps include: heating the rail to a plastic state; feeding the heated rail through a first reduction pass to reduce a cross section of the rail without slitting the rail, thereby forming a bar; feeding the bar through a second reduction pass in which the cross section of the bar is further modified and then slitting the bar along the web portion into two bar pieces, one containing the former head portion and one containing the former base portion, as the bar leaves the second reduction pass; and rolling the two bar pieces, in a single pass line, through a series of reduction passes to produce a desired final cross section of the pieces.

Abstract: A method of recycling a one-piece rail having a base portion and a head portion spaced from each other by a substantially flat web portion. The steps include: heating the rail to a plastic state; feeding the heated rail through a first reduction pass to reduce a cross section of the rail without slitting the rail; feeding the rod through a second reduction pass in which the cross section of the rod is further modified and then slitting the rod along the web portion into two rod pieces, one containing the former head portion and one containing the former base portion, as the rod leaves the second reduction pass; and rolling the two rod pieces, in a single pass line, through a series of reduction passes to produce a desired final cross section of the pieces.