Abstract:
A spray nozzle mounts to an extension pole end in a swivel joint. A swivel nozzle base connects to the pole and a manifold swivelly couples the base to a swivel nozzle head such that pressurized fluid passing through the pole passes into the base, through the manifold, into the head and then out of an orifice in the head through a spray tip attached to the head at the orifice. All fluid seals, O-rings, are also protected within the base. To effect head rotation and to hold the head in a preferred orientation relative to the base, a lever is attached to the head to the manifold firmly attached to the head. To move the lever on the distal end of an extension pole, it is connected to a rod that runs between the lever and an actuator on the pole. Typically, the actuator comprises a grip around the pole that slides along the pole when exercised by an operator. A spray gun is normally attached to the pole proximal end with a trigger that regulates high-pressure fluid into the pole.
Abstract:
A shower head generally comprising a face plate, an outer housing, a water chamber, a ball holder, a button, a seal, a nozzle, a screen filter, a pivot ball, and a label logo. The ball holder covers the pivot ball, wherein the pivot ball is flush with the seal which is disposed in the water chamber. In a preferred embodiment, the water chamber comprises two portions having two different diameters, wherein the ball holder is connected over the portion having the smaller diameter. The ball holder is simultaneously disposed on top of the portion having the larger diameter.
Abstract:
A flexible shower arm assembly that allows the user to repeatably adjust the position of the shower head in three dimensions by configuring the shape of the shower arm attached between the water source, such as a shower pipe, and the water dispenser, such as a shower head. The particular position of the shower head, and the direction of the shower spray, can be modified by re-configuring the shape of the shower arm. The flexible shower arm holds the desired position until modified by the user. The flexible shower arm is sealingly attached to the shower pipe by a pipe connector nut, and is sealingly and pivotally attached to the shower head by a connection structure. The flexible shower arm assembly includes an elongated flexible member defining a fluid transfer path, the flexible member having a first end and an opposite second end. The first end of the flexible member is connected in fluid communication with the shower pipe, and the second end of the flexible member is connected in fluid communication to a shower head. A sheath covers the flexible arm from the first end to the second end.
Abstract:
An air nozzle for introducing secondary air into a furnace and including a housing provided with an inlet at one end thereof for receiving air and an outlet at the other end thereof for discharging the air. A damper is disposed in the housing in the path of the air for splitting the flow of the air into two flow streams which extend to different areas of the furnace and is adapted for pivotal movement in the housing to vary the amount of air flow in each of the streams and the discharge angle of one of the streams.
Abstract:
A nozzle assembly includes a readily replaceable nozzle tip which is replaced within a firnace adjacent an installed furnace-side end of a supply nozzle. The nozzle tip is provided with a pair of opposed, spring-loaded pivot pins which snap into apertures in the wall of a stationary nozzle conduit to removably secure the tip to the conduit. The pivot pin connection permits tilting of the tip relative to the stationary conduit in a vertical plane about a horizontal axis extending through both pivot pins. A link arm used for tilting the nozzle tip has a hook-shaped end which connects to a pin extending from the nozzle tip. The hook-shaped end of the link arm permits removal of the nozzle tip without having to remove the link arm from a lever assembly.
Abstract:
A spa jet comprising a first nozzle, a second nozzle, and an aeration chamber therebetween, are all disposed in a housing. One seal forms a watertight seal between the first nozzle and the housing, and another seal forms a watertight seal between the second nozzle and the housing. A ring is affixed to the second-nozzle downstream end, and a third nozzle is pivotally mounted in the ring. A retainer is mounted to the ring and it frictionally secures the third nozzle in any one of a continuum of angular positions. The ring can be a ball-bearing ring, whereby the third nozzle can freely rotate in the ball-bearing ring under the force of a water stream exiting the third nozzle. A non-circular opening in the third nozzle assists in rotating the third nozzle even when centered in the ring. A barrel, comprising the first and second nozzles and the aeration chamber, has latching tabs formed thereon, and the housing has a retaining profile formed therein for engaging the latching tabs. A scallop has slots formed therein, and the barrel has snap tabs formed thereon for releasably engaging the slots. The housing is secured to a spa wall by a nut. A compensation spacer is disposed between the nut and the spa wall to absorb spa wall irregularities.
Abstract:
Apparatus is disclosed for applying a fluid to a surface and adapted to be mounted on a holder, the apparatus is adjustable in a plurality of directions and includes at least one nozzle which can be rotated by the apparatus. The apparatus includes a feed line for supplying the fluid, a housing for transmitting rotary movement, a rotatable shaft having a longitudinal axis and rotatably mounting the housing, the at least one nozzle mounted on the rotatable shaft, and the feed line is connected to the housing, the housing including a first channel for supplying the fluid from the feed line through the housing, a second channel formed adjacent to the housing for supplying the fluid from the first channel to the rotatable shaft irrespective of the rotatable position of the rotatable shaft, and a third channel arranged at least partially in the rotatable shaft for supplying the fluid from the second channel to the at least one nozzle.
Abstract:
A high-pressure, flexible, self-supportive, piping assembly for use with a diffuser/nozzle (10), allowing the position of the diffuse/nozzle to be conveniently adjusted in an unlimited number of directions. The invention as defined in its preferred embodiment provides a diffuser/nozzle (10) connected to a first end of the high-pressure, flexible, self-supportive, piping assembly that is made up of a plurality of interconnected ball and socket elements (30) which creates a conduit in which a hose (40) capable of withstanding high-pressure fluids or gases is dispose therein, the said hose is functionlly connected to a fluid supply connector (50) at its second end. The assembly is encased within a plastic shrinkable tubing(60) for additional rigidity and to provide a better gripping surface.
Abstract:
The present invention provides a rotary union interconnecting a material supply line and a dispense valve. Preferably, the rotary union comprises a rotatable member having a mounting end coupled to a rotating means and a dispense end including a conduit formed therein for dispensing a preselected material. According to the invention, a housing is rotatably supported about the rotatable member such that the rotatable member is rotatable relative to the housing. The housing includes an opening formed therein for communicating with the conduit and a material supply line. Even more preferably, the rotating means comprises a rotatable face plate operably coupled to a sixth axis motor of a multi-axis robot.