A combined fence and irrigation system is formed by a plurality of generally vertical spaced posts and a plurality of generally horizontal connecting rails. A countersunk circular aperture is formed through each face of the rectangular posts at a predetermined vertical level. Each of the posts terminates in a ground insertion spike and is of a tubular construction to allow fluid passage. An end face of each of the rails is provided with a central countersunk circular aperture. The countersunk apertures of the rails and the posts each have an inserted resilient bushing. A connecting tube has opposite ends provided with stepped frusto conical ridges for engagement within the resilient bushings to provide a mechanical and fluid connection between the posts and rails. A plurality of spray nozzles include similar frusto conical ridges and may be disposed at selected locations on the posts for irrigating a surrounding area. A screen may be installed on the fence by alignment with a plurality of grommets with selected countersunk apertures of the posts. Ornamental mounting studs may be utilized to secure the screen to the posts.
A plant support and irrigation system for domestic and commercial use is assembled without tools from two principal interlocking components, i.e., tubular members and hubs, to form modules. Modules are joined in mating relation vertically, horizontally and/or at varying angles to construct a variety of useful plant support structures including, for example, A-frames, trellises, arbors and fences and other forms of enclosures. The horizontal and/or vertical components of the modules are optionally perforated tubing making the structures capable of providing low-pressure drip or spray irrigation for the supported plants. The assembly can include connecting members of varying angles, plugs and valved hose connections configured to securely mate with one or both ends of the tubular members.
A light pole assembly is configured to be placed substantially in line with a fence for optimally providing light within the fenced area. For mounting the light pole assembly in close proximity to the fence, the light pole assembly can have a sleeve(s) transversely situated therethrough serving as a passthrough for a horizontal rail of the fence, or a clamping means for clamping the light pole assembly to the fence, or some other mounting mechanism for disposing the light pole assembly near the fence so that the light pole assembly appears substantially in line with the fence. The light pole assembly further comprises an electrical channel for supplying power to a light fixture or some other device disposed at the upper end of the light pole assembly. Moreover, the light pole assembly can have a water path for providing water to a sprinkler to be affixed to the light pole assembly at an elevated location.
A plant watering trellis includes a plurality of vertical support posts with a plurality of bottom frame members connected to the support posts. The bottom frame members are configured for carrying liquid therein, with at least one of the bottom frame members including a plurality of orifices for distributing the liquid along the length of the bottom frame member. A first coupler is in fluid communication with one of the bottom frame members and couples the trellis to a fluid source. A plurality of upper frame members is connected to an upper end of the support posts. A plant support extends between the top and bottom frame members. A second coupler allows for the interlinking of adjacent plant watering trellises.
