Abstract: An intermittent fluid flow controller including a main body that houses an inlet in controlled fluid communication with an outlet, a mechanical timing mechanism including a rotatable member that rotates during an operation of the timing mechanism, and a first valve operated by the rotatable member. The first valve is disposed in the main body such that a rotational movement of the rotatable member actuates the first valve to intermittently permit and restrict a fluid flow between the inlet and the outlet over a pre-selected period of time determined by the operation of the timing mechanism.

Abstract: A faucet adapter including an inlet assembly that includes a connecting portion configured for connection to a fluid source. A handle remote from the connecting portion is operably connected thereto such that actuation of the handle results in actuation of the connecting portion, independent of a fluid flow through the adapter.

Abstract: An oscillating sprinkler having a pattern select feature. The sprinkler includes, in one embodiment, a tubular member having a plurality of spaced apart longitudinal slots thereon and an end portion having the same plurality of apertures therein. A plurality of lumens is formed inside the tubular member. A plurality of longitudinal series of nozzles extend through the spaced apart longitudinal slots. Each lumen is associated with one of said series of nozzles; one end of each lumen includes a fluid inlet and the other end of each lumen is closed. A selector piece is fitted to the tubular member and includes an opening to be aligned with a selected fluid inlet. The sprinkler further comprises a water-driven oscillating mechanism for oscillating the tubular member, wherein the oscillating mechanism includes a water inlet and a water outlet, wherein the water outlet is in fluid communication with the interior of the tubular member. Finally, a support structure for supporting the tubular member is provided.

Abstract: An in line mechanical timing valve is disclosed. The valve has an inlet capable of being coupled to a water source and an outlet. A valve housing is fluidly coupled to the inlet and the outlet to control water flow between the inlet and the outlet. A bisecting cylinder is installed perpendicular to the inlet and outlet. The bisecting cylinder has a central axis and a diaphragm which has an open position allowing water flow to the outlet and a closed position preventing water flow to the outlet. A dial knob has an extended position and a retracted position. The dial knob is rotatable about the central axis of the bisecting cylinder when in the retracted position. A timing mechanism has a windup shaft parallel to the central axis of the bisecting cylinder. One end of the windup shaft has one end coupled to the dial knob which allows the timing mechanism to be set by the dial knob. A shaft parallel to the central axis of the bisecting cylinder is inserted through the timing mechanism.

Abstract: An adjustable spray wand is disclosed. The spray wand comprises a spray head body, a swiveling member, a locking mechanism, and a handle. The spray head body is rotatably coupled to the swiveling member. The spray head further has a locking mechanism having a contact arm having a first position allowing the swiveling member to rotate relative to the spray head body and an engagement position engaging the swiveling member and locking the swiveling member in one position. The swiveling member is coupled to a handle with a conduit, which may be coupled to a water source. In operation, water flows from the water source, through the handle, through the swiveling member, through the spray head body, and out of the outlets in a variably selected spray pattern.

Abstract: A portable water display platform and system. The platform is adjustable in height, and is configured for displaying an object such as, for example, a statuette or fountain in a body of water such as a decorative pond.

Abstract: The invention relates to a sprinkling system. The system comprises a body portion comprising a housing and a spike depending downward from the housing, wherein the housing comprises a lower platform and an upwardly open U-shaped groove aligned along a center line of the platform for holding the tubing. The system comprises a saddle adapted to fit within the housing, the saddle comprising a top face having an outlet therein, and a bottom face having downwardly open inverted U-shaped groove depending therefrom. The system also comprises a hollow piercing element extending from the bottom face of the saddle to a point above the platform and in fluid communication with the outlet. The system further comprises a cap adapted to fit over the saddle, wherein securing the cap to the body portion is achieved without rotating the piercing element.

Abstract: A faucet adapter including, without limitation: a valve body having a valve; an inlet end coupled to the valve body for connection to a faucet; a tubular member having an outlet end and a coupling end; and a coupling connection for coupling the tubular member to the valve body; wherein the coupling connection includes, without limitation: a barbed shank inserted into an end of the tubular member opposite the outlet end; a body member for enclosing the valve body and pressing the tubular member against the barbed shank; and a retaining ring.

Abstract: A one touch valve for activating fluid flow between an inlet conduit and an outlet conduit is disclosed. The valve has a flow cylinder defining an inflow chamber in fluid communication with the inlet conduit and an outflow chamber in fluid communication with the outlet conduit. The flow cylinder includes an end plate and an intermediate plate having a center collar with an aperture. A flexible diaphragm is provided with a sealing surface in contact with the collar to create a seal. The diaphragm has an edge coupled to the intermediate plate and a small diameter hole providing fluid contact between the inflow chamber and an intermediate chamber which is defined by the intermediate plate of the flow cylinder. A plunger is placed on the diaphragm to create a seal with the opposite surface of the diaphragm from the sealing surface. A shaft has one end connected to the plunger and extends through the aperture of the diaphragm.

Abstract: A one touch valve for activating fluid flow between an inlet conduit and an outlet conduit is disclosed. The valve has a flow cylinder defining an inflow chamber in fluid communication with the inlet conduit and an outflow chamber in fluid communication with the outlet conduit. The flow cylinder includes an end plate and an intermediate plate having a center collar with an aperture. A flexible diaphragm is provided with a sealing surface in contact with the collar to create a seal. The diaphragm has an edge coupled to the intermediate plate and a small diameter hole providing fluid contact between the inflow chamber and an intermediate chamber which is defined by the intermediate plate of the flow cylinder. A plunger is placed on the diaphragm to create a seal with the opposite surface of the diaphragm from the sealing surface. A shaft has one end connected to the plunger and extends through the aperture of the diaphragm.

Abstract: A one touch valve for activating fluid flow between an inlet conduit and an outlet conduit is disclosed. The valve has a flow cylinder defining an inflow chamber in fluid communication with the inlet conduit and an outflow chamber in fluid communication with the outlet conduit. The flow cylinder includes an end plate and an intermediate plate having a center collar with an aperture. A flexible diaphragm is provided with a sealing surface in contact with the collar to create a seal. The diaphragm has an edge coupled to the intermediate plate and a small diameter hole providing fluid contact between the inflow chamber and an intermediate chamber which is defined by the intermediate plate of the flow cylinder. A plunger is placed on the diaphragm to create a seal with the opposite surface of the diaphragm from the sealing surface. A shaft has one end connected to the plunger and extends through the aperture of the diaphragm.

Abstract: A one touch valve for activating fluid flow between an inlet conduit and an outlet conduit is disclosed. The valve has a flow cylinder defining an inflow chamber in fluid communication with the inlet conduit and an outflow chamber in fluid communication with the outlet conduit. The flow cylinder includes an end plate and an intermediate plate having a center collar with an aperture. A flexible diaphragm is provided with a sealing surface in contact with the collar to create a seal. The diaphragm has an edge coupled to the intermediate plate and a small diameter hole providing fluid contact between the inflow chamber and an intermediate chamber which is defined by the intermediate plate of the flow cylinder. A plunger is placed on the diaphragm to create a seal with the opposite surface of the diaphragm from the sealing surface. A shaft has one end connected to the plunger and extends through the aperture of the diaphragm.

Abstract: A self propelled sprinkler is disclosed. The sprinkler has a support body with a drive unit which drives two rear wheels. The drive unit is powered by water pressure supplied through a hose which is coupled to the drive unit via a hose coupler. The drive unit has a cylindrical drive chamber with circular impeller in fluid communication with the hose coupler. The impeller is rotated by the water pressure and is mechanically connected to a lateral shaft. The shaft is connected to the rear wheels. Reduction gearing from the impeller to the shaft governs the speed of the sprinkler. The reduction gearing is achieved through a series of sun gears, carrier disks and planet gears. The drive unit also has an outlet which has a socket which allows the exit of the pressurized water. The socket allows the insertion of any variety of sprinkler heads. Thus, the sprinkler allows a variety of water distribution patterns. The sprinkler is propelled by water pressure rotating the impeller and eventually the rear wheels.

Abstract: A irrigation device which has a sprinkler head and a wind driven device is disclosed. The device has a support frame which provides water to the sprinkler head. The support frame may include a number of pipes which supply water to the sprinkler head. The sprinkler head may have a rotating bearing and arms which are allow water to be sprayed out in various patterns. The force of the water also rotates the sprinkler head around the bearing. The support frame or sprinkler head also supports a wind driven device which may be audio, visual or both. For example, the support frame may suspend wind driven chimes.

Abstract: A pattern adjustable flow nozzle which maintains a constant fluid flow rate is disclosed. The flow nozzle is comprised of two parts, an inner tubular body and an outer tubular sleeve, rotatable one on the other. Orifices are disposed on the output end of the tubular body and tubular sleeve, and the superposition of those orifices in various rotational alignments determines the throw and pattern of the ejected fluid. Flow cavities on the inner tubular body allow for a constant rate of fluid flow over the range of orifice superpositions.

Abstract: A nozzle having an actuating lever connected to the nozzle and a bale pivotally connected to the nozzle, wherein the bale is removably engageable with the actuating lever and contains angled portions. When the actuating lever comes into contact with the angled portions, the bale automatically disengages from the actuating lever.