The invention comprises the combination of a metal post and staple means for securing an object to the post. The object is preferably a wire barrier, such as a barbed wire, although it may take the form of a roadside sign or highway marker. The post has a Vee cross-section and a metal staple is driven into the Vee to interengage with post surfaces at the opening into the Vee. A portion of the secured object is contained within the bight portion of the staple, and in the case of a wire, the latter extends through the bight portion of the staple and is held securely to the post.
A triangular fence post is disclosed which includes a longitudinal slot in one side formed by two inturned flanges, the spacing of the slot being less than the width of a fastener, the inner ends of the inturned flanges being turned towards one another to bite into a fastener driven into the slot. Because of this construction, the clamping action of the flanges and the bite of their inner ends cooperate to securely hold the fastener to the fence post, irrespective of the extent of penetration by the fastener into the slot beyond the flange ends. This arrangement enables any of various types of fasteners to securely hold any gauge of wire or wires in any desired state of tension, or even to hold boards if desired.
The present invention includes an improved metal fence post for use with a wooden fence. The fence post has a U-shaped center section positioned between two flanges, and each of the flanges includes a plurality of holes extending along an edge. The fence post can be used as a line post, corner post or end post. Preferably, the thickness of the sides of the U-shaped center section is about the same as the thickness of the wooden fence rails so that the fence posts are positioned in-line with the fence rails. Advantageously, the fence posts allow the fence boards to be attached to either or both sides of the rails.
A B-shaped structural member including a linearly extending back-wall section running substantially the entire length of the member, a first sidewall section and a second sidewall section, each sidewall section being integrally formed with and extending from a respective side of the back-wall section, a first front-wall section and a second front-wall section, each front-wall section integrally formed with the extending from respective sidewall sections, first and second inwardly turned flange sections integrally formed with and extending from respective front-wall sections, and a linearly extending slot defined intermediate the inwardly turned flanges. The ends of the inwardly turned flange sections provide engagement surfaces to grippingly receive a fastener which is inserted into the slot. The engagement surfaces of the inwardly turned flanges are configured to permit easy insertion of the fastener but to retard the disengagement of the fastener from the structural member. The B-shaped cross section of the structural member provides approximately equal bending strength about both neutral axes and also provides a high ratio of bending strength to weight per lineal foot.
A metal fence post for use with a wooden fence. The fence post has a U-shaped center section positioned between two flanges, and each of the flanges includes a plurality of holes extending along an edge. The fence post can be used as a line post, comer post or end post. In one form, the thickness of the sides of the U-shaped center section is about the same as the thickness of the wooden fence rails so that the fence posts are positioned in-line with the fence rails. The fence posts allow the fence boards to be attached to either or both sides of the rails. In another form, the center section has very closely spaced, but longer legs. That provides increased strength allowing thinner gauge material.
