A metal fencing system is provided. The metal fencing system can include a plurality of metal fence posts and a plurality of retaining clips, each metal fence post comprising a plurality of discrete apertures arranged to receive a coupling portion of a retaining clip; wherein each retaining clip comprises a central fencing wire securing portion and two opposing coupling portions arranged in use to cooperate with the discrete apertures and to secure the retaining clip to the metal fence post.

A fence with an integrated guard includes a fence having a bottom end and a guard attached to the lower end of the fence. The guard can wrap around the bottom end of the fence. Alternatively, the guard can extend downwardly from the fence. Still alternatively, the guard can extend between adjacent horizontal members of the fence.

The present disclosure relates to a robotic lawnmower fence (1) comprising a bracket (3) with two legs (9′, 9″), which are essentially straight and parallel, and a crossbar (11), which extends between upper ends (9′a, 9″a) of the two legs (9′, 9″) and perpendicular to the legs (9′, 9″). Opposite free ends (9′b, 9″b) of the legs (9′, 9″) are adapted to be anchored in the ground (17) and two support elements (5), each adapted to be arranged along respective leg (9′, 9″) in the extension direction (L) thereof to define a maximum depression depth (D) of the legs (9′, 9″) into the ground (17). The disclosure also relates to a fence system (49) comprising at least two fences (1).

The present disclosure relates to a robotic lawnmower fence (1) comprising a bracket (3) with two legs (9′, 9″), which are essentially straight and parallel, and a crossbar (11), which extends between upper ends (9′a, 9″a) of the two legs (9′, 9″) and perpendicular to the legs (9′, 9″). Opposite free ends (9′b, 9″b) of the legs (9′, 9″) are adapted to be anchored in the ground (17) and two support elements (5), each adapted to be arranged along respective leg (9′, 9″) in the extension direction (L) thereof to define a maximum depression depth (D) of the legs (9′, 9″) into the ground (17). The disclosure also relates to a fence system (49) comprising at least two fences (1).

A fencing device 1 comprises installing means for driving the posts 5 of the fence into the ground. These posts are provided with a pointed lower end 9 so that they can easily be driven into the ground. The net with the posts attached thereto is wound on a reel 11. The installing means gradually guide the posts from the reel to the ground, while the lower ends of the posts are driven into the ground. For guiding the posts, the installing means are formed by a guide consisting of a top guide profile 13, two side guide profiles 15 and a bottom guide profile 17. When a temporary fence is erected, the first post is to be driven into the ground manually and supported with a cable or pole. Subsequently, the fence will be unwound from the reel while the trailer is moved on.

A fencing device 1 comprises installing means for driving the posts 5 of the fence into the ground. These posts are provided with a pointed lower end 9 so that they can easily be driven into the ground. The net with the posts attached thereto is wound on a reel 11. The installing means gradually guide the posts from the reel to the ground, while the lower ends of the posts are driven into the ground. For guiding the posts, the installing means are formed by a guide consisting of a top guide profile 13, two side guide profiles 15 and a bottom guide profile 17. When a temporary fence is erected, the first post is to be driven into the ground manually and supported with a cable or pole. Subsequently, the fence will be unwound from the reel while the trailer is moved on.

A stabilizer for barbed wire fences and its method of use are presented. The stabilizer is a single unitary piece of molded plastic having an aperture and a deflectable locking tab allowing for access to the aperture. Such apertures and deflectable locking tabs are uniformly spaced along the length of the stabilizer and are adapted to receive the spaced-apart barbed wire of a fencing system. The deflectable locking tab accommodates both ease of application and release of the stabilizer with respect to the barbed wire.

A vertical cable barrier includes a top rail defining a plurality of top through holes spaced apart along a top web portion. A bottom rail includes a bottom web portion and a pair of bottom leg portions, where the bottom web portion and the pair of bottom leg portions form a channel, and the bottom web portion defines a plurality of bottom through holes spaced apart along the bottom web portion and aligned with the top through holes. A vertical cable is disposed on each side of a rigid support member. Each vertical cable includes a top end directly attached to a hollow tubular shank of a first top swage fitting and a bottom end of received in and directly attached to a hollow tubular shank of a first bottom swage fitting, where the top end of the vertical cable extends through one of the plurality of top through holes, and the bottom end of the vertical cable extends through one of the bottom through holes that is disposed in vertical alignment with the one top through hole. A first adjustable end member is coupled to the first bottom swage fitting and at least part of the first adjustable end member is disposed within the channel, wherein adjusting the first adjustable member adjusts a tension in the vertical cable.

A fence support system has a catch member comprising a catch plate and a protrusion that extends from the catch plate and a retainer member comprising a retainer plate comprising an aperture, the aperture being configured to receive the protrusion in response to relative movement of at least one of the catch member and the retainer member along an insertion path. When the protrusion is received by the aperture, a curved base portion of the protrusion that does not extend through the aperture is located, as determined along the insertion path, between the catch plate and the retainer plate. The curved base portion is curved angularly about the insertion path.

A fence support system has a catch member comprising a catch plate and a protrusion that extends from the catch plate and a retainer member comprising a retainer plate comprising an aperture, the aperture being configured to receive the protrusion in response to relative movement of at least one of the catch member and the retainer member along an insertion path. When the protrusion is received by the aperture, a curved base portion of the protrusion that does not extend through the aperture is located, as determined along the insertion path, between the catch plate and the retainer plate. The curved base portion is curved angularly about the insertion path.