Various embodiments of cable railing systems are disclosed. Although not limited to these applications, the embodiments are particularly useful in connection with cable railing systems with hollow metal support members or with solid concrete support members with weld plates. The embodiments include straight and corner cable termination assemblies that are designed to support a metal cable railing, particularly one that is heavy gauge.

A system and method of installing a modular fencing system in which slotted posts are used in conjunction with hollow longitudinal rails to support the fence panels in a manner that creates a unified curtain wall perimeter barrier. The posts, rails, and fence panels are made of metal. Plastic sleeves with angularly-tilted ends are inserted into both sides of a slot opening to prevent water intrusion and to facilitate fencing on a slope. The rails are then slidably inserted into and through the sleeves to be held in place through the slots. Adjacent rails are mechanically fastened to each other. The full length of the fence is bolted to the rails to ensure that any load or impact to the fence is distributed throughout the entire system. For additional strength, each fence panel is also through-bolted to metallic finish plates, which are mounted on the slotted posts.

A method to install a wire fence includes providing horizontal and vertical wires and connecting them to form a wire fence. The method further includes providing a post to form a termination of the wire fence, providing one hole for each horizontal wire in the post, and driving the post into the ground. The method further includes inserting the horizontal wire ends through the holes in the post, attaching wire tensioning devices to some of the horizontal wire ends, and stretching the horizontal wires by the tensioning devices. The method further includes keeping the tensioning devices on the horizontal wire ends. The tensioning devices keep the horizontal wires attached to the pole, and placing a cover plate to the post to cover the tensioning devices and the horizontal wire ends.

A method to install a wire fence includes providing horizontal and vertical wires and connecting them to form a wire fence. The method further includes providing a post to form a termination of the wire fence, providing one hole for each horizontal wire in the post, and driving the post into the ground. The method further includes inserting the horizontal wire ends through the holes in the post, attaching wire tensioning devices to some of the horizontal wire ends, and stretching the horizontal wires by the tensioning devices. The method further includes keeping the tensioning devices on the horizontal wire ends. The tensioning devices keep the horizontal wires attached to the pole, and placing a cover plate to the post to cover the tensioning devices and the horizontal wire ends.

A trellis post comprises a moulded plastic tubular element defining a central post, the central post providing an interior and defining two flanges extending from opposed sides of the central post. The flanges extend along the length of the tubular element and define a series of spaced apart slots for receiving wires. The trellis post defines a ground engaging spike at one end. The moulded plastic tubular element is reinforced with an internal stake extending through the interior of the post and a supporting/filling material is located between the stake and the interior of the central post. The filling material may be a foamed plastics material, mortar, concrete, and Portland cement.

A trellis post comprises a moulded plastic tubular element defining a central post, the central post providing an interior and defining two flanges extending from opposed sides of the central post. The flanges extend along the length of the tubular element and define a series of spaced apart slots for receiving wires. The trellis post defines a ground engaging spike at one end. The moulded plastic tubular element is reinforced with an internal stake extending through the interior of the post and a supporting/filling material is located between the stake and the interior of the central post. The filling material may be a foamed plastics material, mortar, concrete, and Portland cement.

Cable railing systems are described for commercial and residential settings. Although not limited to these applications, the cable railing systems can be used with solid wood support members or with solid concrete support members without weld plates. Some of the described examples include straight and corner cable termination assemblies that are designed to support a metal cable railing, particularly one that is heavy gauge.

Cable railing systems are described for commercial and residential settings. Although not limited to these applications, the cable railing systems can be used with solid wood support members or with solid concrete support members without weld plates. Some of the described examples include straight and corner cable termination assemblies that are designed to support a metal cable railing, particularly one that is heavy gauge.

A fence system (30) for fixing a thread (8, 8′, 8″, 8′″) to a post (4) is disclosed. The fence system (30) comprises a fixation member (2, 2′) comprising one or more fixation structures (6, 6′, 6″, 6′″) configured to receive the thread (8, 8′, 8″, 8′″) and hereby fix the thread (8, 8′, 8″, 8′″) to the fixation member (2, 2′). The fixation member (2, 2′) comprises a first portion (12) and a second portion (12′) detachably attached to each other.

A fence system (30) for fixing a thread (8, 8′, 8″, 8′″) to a post (4) is disclosed. The fence system (30) comprises a fixation member (2, 2′) comprising one or more fixation structures (6, 6′, 6″, 6′″) configured to receive the thread (8, 8′, 8″, 8′″) and hereby fix the thread (8, 8′, 8″, 8′″) to the fixation member (2, 2′). The fixation member (2, 2′) comprises a first portion (12) and a second portion (12′) detachably attached to each other.