Abstract: An irrigation sprinkler nozzle for use in a rotary sprinkler for projecting the entire fluid stream between about 15 and about 35 feet from the rotary sprinkler regardless of the upstream pressure. The irrigation sprinkler nozzle comprises a nozzle body having a longitudinal axis, a side wall, and an exit wall. Coupled to the nozzle body is a restrictor plate that is spaced from the exit wall. Defined by the side wall, the exit wall, and the restrictor plate is a fluid chamber. The nozzle includes an inlet to the chamber defined by the restrictor plate. Preferably, the inlet has a cross-sectional area so that a pressure inside the chamber is less than a pressure upstream of the inlet. The nozzle also has an outlet from the chamber defined by the exit wall for projecting a fluid stream outwardly from the irrigation sprinkler nozzle. The chamber may be configured to form a turbulent flow within the chamber.

Abstract: A sprinkler is disclosed for improved flow characteristics. The sprinkler has a sprinkler head rotatably supported for distributing water and defining a flow channel for directing water flow therethrough with reduced head loss. The flow channel has a smoothly tapered portion for receiving water and channeling the water towards an outlet in communication with a first nozzle for distributing the water. The flow channel with reduced head loss produces a greater throw distance at a lower trajectory with a lower flow rate and pressure. The flow channel may be formed within a flow channel member positioned within the sprinkler head. The flow channel member may cooperate with the sprinkler head to define a cavity allowing water to pass through the cavity from the flow channel for emission from a plurality of other nozzles.

Abstract: An irrigation sprinkler nozzle for use in a rotary sprinkler for projecting the entire fluid stream between about 15 and about 35 feet from the rotary sprinkler regardless of the upstream pressure. The irrigation sprinkler nozzle comprises a nozzle body having a longitudinal axis, a side wall, and an exit wall. Coupled to the nozzle body is a restrictor plate that is spaced from the exit wall. Defined by the side wall, the exit wall, and the restrictor plate is a fluid chamber. The nozzle includes an inlet to the chamber defined by the restrictor plate. Preferably, the inlet has a cross-sectional area so that a pressure inside the chamber is less than a pressure upstream of the inlet. The nozzle also has an outlet from the chamber defined by the exit wall for projecting a fluid stream outwardly from the irrigation sprinkler nozzle. The chamber may be configured to form a turbulent flow within the chamber.

Abstract: A covering kit for blinds includes a series of covers that attach over the slats of a blind. The covers are attached over the slats to convey a photograph, text or decorative image when the slats on the blind are closed. The covering kit may feature an image divided into a series of sections, with each section produced onto a template. In one embodiment of the present invention, the templates may be cut to form strips that are clipped over the slats on a Venetian blind. The strips may include one or more tabs configured to fold around a slat to support each strip on the blind. The strips may also include margins so that the image sections form a substantially continuous and uninterrupted image when the slats are closed.