Abstract: A number of water spray holes formed on a water spray plate is not less than 130. A diameter of the respective water spray holes is not less than 0.1 mm and not more than 0.5 mm, and an entire aperture area thereof is not more than 30 mm2. With this arrangement, since the entire aperture area of the water spray holes is reduced, it is possible to achieve water-saving effects. Moreover, since the water spray holes are small and provided by a plurality of numbers, the flow of water sprayed from the respective water spray holes is large to feel some strength hitting the skin and to achieve expansion of shower water so that the sense of using the shower may be satisfied. Moreover, since a plurality of small water spray holes is formed, a larger number of minus ion can be generated.

Abstract: Burner (1) comprising a head (2) with two groups of holes (4?, 4?) for the passage of fuel and comburent arranged in circles concentric to the burner axis, in which the various groups (5) of holes are separated by circular sectors without holes and the axes of the holes are oblique compared with the burner axis (X) to create special forms of flame.

Abstract: In an injection hole plate of a fuel injection device, injection holes are arranged about a circle. Fuel injected from the injection holes forms a flat sector-shaped spray. The intervals between adjacent injection holes are approximately equal to each other, while the diameters of the injection holes are equal to each other. An injection hole is positioned on an imaginary plane, which contains the central axis of the sector-shaped spray along the injection direction and is orthogonal or approximately orthogonal to the sector-shaped spray. The injection holes, away from the imaginary plane in this order, are symmetric with respect to the line of intersection of the injection hole plate and the imaginary plane. The farther each injection hole is away from the imaginary plane, the larger an angle of gradient of the injection hole with respect to the imaginary plane becomes.

Abstract: A filtering apparatus for use with threaded nipples or sprinkling cans having dispensing spouts and a base and cap. The base has a neck and head. The neck features an upper end and a lower end wherein the lower end is fittable to the dispensing end of a sprinkling can spout. The neck further includes a lower chamber in fluid communication with the dispensing end of the sprinkling can spout such that the lower chamber can receive a filtering element therewithin. Preferably, the head is hollow and includes a threaded open upper periphery and a lower surface in fluid communication with upper end of the neck. Finally, a removable perforated cap is provided for dispensing fluid. The cap has a threaded lower periphery cooperable with the threaded open upper periphery of the hollow head for forming an upper chamber in fluid communication with the neck for receiving granular or wafer born elements.

Abstract: A feed-dispersion system for hydrocarbon feeds of fluid catalytic cracking units is described, which comprises: a feed-injection system made up of two concentric conduits, where the atomization fluid flows through the inner conduit, while the liquid feed flows through the annular space formed by the outer surface of the inner conduit and the inner surface of the outer conduit; an atomization unit having nozzles arranged in rows, with one row having central nozzles connected to the inner conduit for atomization fluid, and two or more rows of side nozzles, connected to the outer feed conduit, the central nozzles and side nozzles of the atomization unit being geometrically placed so that the energy of the atomization fluid is fully transferred by contact to the flow of feed, this resulting in the complete atomization of the feed; a mixing chamber formed by the edges of the central nozzles, the dimensions of which are able to prevent the coalescence of the formed oil droplets.

Abstract: A shower head having a plurality of nozzles, with the exterior finish of both the shower head housing and the nozzles being consistent. For example, both the shower head and the nozzles may have either a chrome or a brass exterior finish. The nozzles of the shower head of the present invention each include a nozzle insert positioned therein, with the nozzle insert having a flexible nozzle tip protruding from the nozzle. Each nozzle insert includes an passageway in fluid communication with the water inlet of the shower head whereby water introduced into the shower head is ejected from the shower head through the passageway in the nozzle insert. The flexibility of the nozzle tip provides a convenient mechanism for eliminating build-up of, e.g., calcium or other deposits by manually flexing the nozzle tip.

Abstract: A shower head having a plurality of nozzles, with the exterior finish of both the shower head housing and the nozzles being consistent. For example, both the shower head and the nozzles may have either a chrome or a brass exterior finish. The nozzles of the shower head of the present invention each include a nozzle insert positioned therein, with the nozzle insert having a flexible nozzle tip protruding from the nozzle. Each nozzle insert includes an passageway in fluid communication with the water inlet of the shower head whereby water introduced into the shower head is ejected from the shower head through the passageway in the nozzle insert. The flexibility of the nozzle tip provides a convenient mechanism for eliminating build-up of, e.g., calcium or other deposits by manually flexing the nozzle tip.

Abstract: A nozzle ring assembly comprising a nozzle ring having a plurality of recesses for accepting a plurality of nozzle tips; a plurality of a first type of nozzle tips from which water emanates, the first type of nozzle tips being arranged about the face of the nozzle ring so that water emanating therefrom contacts the fireproofing material at a first distance from the nozzle ring, wherein the first type of nozzle tips provides a water spray for at least essentially uniformly mixing water and the fireproofing material; and a plurality of a second type of nozzle tips from which water is emanates, the second type of nozzle tips being arranged about the face of the nozzle ring so that water emanating therefrom contacts the fireproofing material at a second distance greater than the first distance, wherein the second type of nozzle tips provides a water spray that provides additional impact pressure of the fireproofing material against the surface.

Abstract: A pull-out kitchen sprayer, comprising a central body accommodated within an outer enclosure, designed to convey water between an inlet associated with a flexible water feed hose and an outlet disk that comprises a central passage and peripheral passages, and comprising a switching device, and two elements constituted by the central body and by the outlet disk that are provided with arrangements for mutual locking with the interposition of a raised portion that protrudes from the internal surface of the enclosure, to lock the enclosure with respect to the elements.

Abstract: A gas stove burner has a base defining an axis and a ring assembly sitting on the base, forming therewith an annular outer compartment and a central inner compartment, and formed with an array of outwardly open lower passages open radially inward into the outer compartment. A generally imperforate cover disk overlying the ring assembly has an outer edge, upwardly closes the inner compartment, and forms with the ring assembly an array of upper passages open radially inward into the inner compartment and radially outward at the disk outer edge. Inlets on the base feed respective gas/air mixtures to the compartments and form a main flame at the edge from the mixture exiting the lower passages and a simmer flame at the edge from the mixture exiting the upper passages.

Abstract: A fuel injector includes a homogenous charge nozzle outlet set and a conventional nozzle outlet set controlled respectively, by first and second needle valve members. One of the needle valve members moves to an open position while the other needle valve member remains stationary for a homogeneous charge injection event. The former needle valve member stays stationary while the other needle valve member moves to an open position for a conventional injection event. One of the needle valve members is at least partially positioned in the other needle valve member. Thus, the injector can perform homogeneous charge injection events, conventional injection events, or even a mixed mode having both types of injection events in a single engine cycle.

Abstract: A shower head assembly includes a shade, a water outlet seat, a water outlet disk, a locking disk, a water outlet panel, a mounting tube, a connecting head, and a locking nut. Thus, the water outlet seat and the water outlet disk form a smaller water chamber, thereby reducing the bearing weight of the water outlet disk, the locking disk and the water outlet panel. In addition, the water outlet seat, the water outlet disk, the locking disk and the water outlet panel are combined rigidly and stably without detachment.

Abstract: The present invention provides a diffuser and a chamber for venting and/or pumping gas. The diffuser includes a body, a reflector, and a set of vanes. The body includes a nozzle through a center portion and has a curved surface on an upper side to define an open space above the curved surface. The nozzle is arranged to allow a gas to flow through and expand in the nozzle. The reflector is disposed over the nozzle and is arranged to reflect the gas from the nozzle into the open space in the body while expanding the gas flow. The vanes further divide the flow into roughly equal portions. In this configuration, the flow of the gas is slowed in the nozzle, the reflector portion, and the open space in the body between the vanes so that the gas flows out of the open space with substantially uniform low velocity.

Abstract: A shower head having a plurality of nozzles capable of attachment to a flexible shower arm. The shower head has a unique nozzle construction that allows for the manipulation of an external flexible nozzle to remove mineral deposits and has an internal, rigid nozzle structure for efficiently forming an aesthetically pleasing water stream. The shower head may have two available flow configurations which are selectable by a valve.

Abstract: A nozzle box includes first and second nozzle box halves which are bolted together. Each nozzle box half includes a nozzle ring segment that carries nozzles along its entire 180° arc, so that when the nozzle box halves are joined together a nozzle box is formed with no discontinuities of nozzles around its 360° circumference. The nozzles carried on each nozzle ring segment communicate with inlet ports, and associated passages which are perpendicular to the nozzle box exit plane.

Abstract: The present invention comprises a casing with an opened end for receiving a liquid and a holding end where the liquid is stored. Between the open end and the holding end there narrow neck. A ball is placed into the opened end of the casing, so that lodging the ball into the neck will seal the neck area so that the liquid contained within the holding area will remain in the holding area until the ball is dislodged upon impact. Attached to the opened end of the casing is a nozzle. The nozzle serves two purposes, first it assures that the liquid contained within the casing does not quickly run out of the device upon impact minimizing the spray area covered by the liquid. Additionally the nozzle contains a number of holes distributed throughout the surface of said nozzle, so that the passage of liquid through the nozzle will cause the device to flail erratically, further maximizing the area sprayed by the device.

Abstract: Disclosed is a showerhead of a CVD apparatus comprising a plate having an empty inside and provided with a plurality of injection holes at one surface thereof; and gas supplying pipes installed at the plate so as to supply gas, wherein introduced gas thereto is injected to an upper space of the wafer through the injection holes, the plate is divided in a radial manner on the basis of a center point to be divided into a plurality of sectors having respective inner spaces independently, and the gas supplying pipes are connected to the respective sectors. According to that, gas can be independently supplied to each sector of the showerhead, thereby easily applying the CVD apparatus not only to a batch type process but also to an atomic layer deposition method.

Abstract: A shower handset having teats formed in an elastomeric plate wherein positioning of the elastomeric plate behind the spray plate causes the teats to deflect outwardly, the cross-sectional areas of outlet orifices increasing in response to increasing flow rate.

Abstract: A shower head having a plurality of nozzles, with the exterior finish of both the shower head housing and the nozzles being consistent. For example, both the shower head and the nozzles may have either a chrome or a brass exterior finish. The nozzles of the shower head of the present invention each include a nozzle insert positioned therein, with the nozzle insert having a flexible nozzle tip protruding from the nozzle. Each nozzle insert includes an passageway in fluid communication with the water inlet of the shower head whereby water introduced into the shower head is ejected from the shower head through the passageway in the nozzle insert. The flexibility of the nozzle tip provides a convenient mechanism for eliminating build-up of, e.g., calcium or other deposits by manually flexing the nozzle tip.

Abstract: A method for treating a gas dispensing device used in chemical vapor deposition and the device treated by such method are disclosed. In the method, a gas dispensing device fabricated substantially of aluminum is first provided that has a planar surface with a multiplicity of apertures therethrough. The planar surface is then exposed to a diluted acid solution that contains at least HNO3 for conducting a cleaning process. After the residual diluted acid solution has been removed from the planar surface, a second step of oxidation is carried out on the surface of the gas dispensing device by exposing the planar surface to an acid solution that contains at least HNO3 for a sufficient length of time until a metal oxide layer such as Al2O3 is formed to a thickness of at least 1 &mgr;m on the planar surface.

Abstract: An apparatus for use in a substrate processing system. The apparatus is generally a fluid distribution plate comprising an inner disk and an outer ring. The fluid distribution plate has a plurality of openings for fluid distribution and at least one slot defined therein.

Abstract: At fuel downstream end of a valve body, there is arranged an injection port plate formed into a thin disc shape. In the injection port plate, there are formed four injection ports having fuel inlets in a common circumference on the center axis of the injection port plate. The injection ports are formed in the fuel injecting direction apart from the center axis of the injection port plate. In each injection port, with respect to the injection port axis joining the center of the fuel inlet and the center of the fuel outlet of each injection port, the injection port inner circumference more distant from the center axis of the injection port plate is more inclined toward the outer circumference with respect to the center axis than the injection port inner circumference less distance from the center axis of the injection port plate with respect to the injection port axis.

Abstract: An adjustable shower head has a nozzle assembly and a controlling device fitted in a hollow body portion. A knob operably fitted in the base is partially extended out of the base and the body portion. A driving gear carried by the knob is mated with a driven gear integrally formed around the rotary sleeve. The knob can be turned easily as the rotary sleeve is driven by the driving gear to turn around the rear end portion of the base, and the multiple holes and entrances of the rotary sleeve sequentially communicate with the plurality of passages. Therefore water is delivered from the body portion to the nozzle plate via the chambers and passages to give different spray types of shower water.

Abstract: A pull-out spray head, which is connectable with a faucet by a flexible hose, has a water conveyance body disposed within an outer enclosure. The water conveyance body has a cavity which is arranged substantially transversely to the water delivery direction, has an opening facing toward the water intake duct defined by the body, and is divided into two facing portions on opposite sides with respect to the opening. Each facing portion has a water delivery port connected, respectively, to the peripheral ports and to the central port of a disk which locks the body within the enclosure. One of the facing portions is provided with a hollow plug or slider which includes a port for connection to the water delivery port of that one facing portion. A flow control element is positioned within the body and has a rod which protrudes outwardly of the enclosure so as to be connected to an actuation lever.

Abstract: A spray bottle spray head for spraying a fluid therefrom over a large area. The spray bottle spray head includes a bottle with a pump body coupled thereto. A generally frusta-conical spray head is coupled to the pump body. The spray head has a generally circular front face and tapers from the front face of the spray head to the pump body. The front face of the spray head has a plurality of spaced apart spray apertures therein.

Abstract: A water nozzle which includes a rotary cover, a water distribution disk, a water discharging disk, and a water admission head. The rotary cover is provided with a plurality of water emission holes of varying shapes. The water emission holes are provided with a hollow water discharging pillar, a notch located at the front end of the discharging pillars, a rib wall located between two separated water discharging pillars. The water distribution disk is provided with a large water distribution hole, a small water distribution hole, and a plurality of intermediate water distribution holes corresponding to the water emission holes, and a water slot concentric with the large water distribution hole.

Abstract: A low-noise air delivery system including a nozzle plate having a plurality of tubes. Each tube acts as an independent nozzle with an external diameter (d). Each tube is spaced approximately two external diameters (2d) apart from an adjacent tube. The system also includes a hand-held portion coupled to the nozzle plate engageable to and in communication with an air supply.

Abstract: A fluid jetting nozzle includes a nozzle head and at least one jetting orifice in the nozzle head, the jetting orifice(s) being capable of ejecting a mixture that includes substantially spherically shaped solid particles and fluid to loosen obstructive material from a metallic surface.

Abstract: A stacked dual gas burner which achieves good performance at high firing rates as well as good simmer performance at low firing rates. The stacked dual gas burner includes a main burner and a second (simmer) burner. The main burner and second burner are positioned in a stacked relation in a burner assembly, with the second burner positioned coaxially with and below the main burner. The second burner radius is smaller than the main burner radius, such that a portion of the main burner overhangs the second burner adjacent to the second burner ports. Recirculation underneath the overhanging edge of the main burner above the simmer burner ports helps maintain flame attachment at the second burner ports. A valve may be used to provide separately controllable flows of fuel to each of the main and second burners.

Abstract: The invention relates to a spray head, preferably for extinguishing fire, comprising a frame (1″″), an inlet (2″″) and a passage (7″″a, 7″″) leading to at least one nozzle (6″″a, 6″″b) with an opening (3″″a) including a first boring (4″″a, 4″″b) and a second boring (5″″a, 5″″b), the first boring comprising a first diameter and the second boring a second diameter. In order for the spray head to have a good efficiency and a very simple construction and to be able to deliver medium in the form of mist, the spray head is characterized in that the first boring (4″″a, 4″″b) comprises a diameter that is 0.1 to 0.9 times the diameter of the second boring (5′a, 5′b, 5′c), that the length of the first boring is 0.25 to 15 times the diameter of the first boring, and that the length of the second boring is approximately 0.

Abstract: A fluid-atomization manifold (50) for use in a misting system (20) configured to distribute a fluid (24) and to render that fluid (24) into a mist (26) is provided. The fluid-atomization manifold (50) has an input connector (54) coupled to a connector (44) of an interface fitting (36) coupled to fluid-distribution tubing (34) of the misting system (20). The fluid-atomization manifold (50) has a plurality of output connectors (56), wherein a connector (48) of each of a plurality of fluid-atomization nozzles (46) of the misting system (20) is configured to mate with the connector (44) of the interface fitting (36) and is coupled to one of the output connectors (56) of the fluid-atomization manifold (50).

Abstract: A nozzle for substantially laminar dispersion of gases at an angle to a central axis has a conically shaped portion and a stem portion. A chamfered bore allows a smooth entry of gas or vapor under pressure into a longitudinal bore within the stem portion which extends into the conical portion. A plurality of angularly oriented bores extend from the sloping face of the conical portion into the longitudinal bore forming sharp ridges at their intersection with the longitudinal bore, with the centerlines of the angular bores, all intersecting within the longitudinal bore. The conical portion is truncated and an axial bore extends from the truncated portion into the longitudinal bore. The diameters of the angular bores, the axial bore, and the longitudinal bore are chosen to insure the formation of sharp ridges to the exclusion of flat surfaces or lands.

Abstract: A method for supplying a multicomponent fluid thermosetting resin gluing system in which a first fluid component is brought to flow in a first stream, and a second fluid component is brought to flow in a second stream, wherein the second stream is brought to encircle the first stream. A device for carrying out said method comprising a first body (10) provided with outlet conduits (20,21,22); a second body (30) having as many outlet apertures (40,41,42) as there are outlet conduits of the first body; each conduit being introduced into one aperture. Use of said device for which the apertures in the second body shell are fitted with externally protruding outlet conduits having an outlet nozzle, each conduit introduced into the same aperture extending beyond the nozzle of the conduit fitted to the same aperture, for supplying a multicomponent fluid thermosetting resin gluing system according to said method.

Abstract: A water nozzle including a main body which is connected to a water discharge tube which is in turn connected with a head seat. The head seat is provided to a water outlet and locating column to which a nozzle cover is fastened by a fastening bolt. The nozzle cover is provided with a plurality of jet holes. A water distribution disk is fastened with the nozzle cover such that the through holes of the water distribution disk are corresponding in location to the jet holes of the nozzle cover. The nozzle cover is provided with a plurality of center jet holes, peripheral jet holes, and peripheral flow holes. The water distribution disk is provided with a plurality of flow guiding holes corresponding in location to the center jet holes, peripheral jet holes, and peripheral flow holes. The water nozzle is thus capable of ejecting water in various forms.

Abstract: A fuel jet adjusting plate has first nozzle holes arranged along a first circle coaxial with a central axis of a valve body and second nozzle holes arranged along a second circle coaxial with the central axis and having a diameter larger that the first circle. The second nozzle holes have an opening area smaller than that of the first nozzle holes.

Abstract: A method and apparatus for continuously coating particulate such as rubber with liquid binder and applying the same to a substrate to form resilient athletic surfaces. Total encapsulation of the particulate with the liquid binder is accomplished prior to applying the mix to the substrate. In addition, the method of delivery of the particulate and binder maintains the ratios thereof uniform. In its method aspects, the instant invention involves separately introducing a stream of particulate and a stream of binder into a spray nozzle, where they are combined and delivered to the substrate. The apparatus includes a nozzle assembly having a central lumen and an elongated tip, the lumen being formed so as to force the particulate introduced therein to follow a circuitous or indirect path therethrough and thereby decrease its velocity prior to being ejected from the nozzle.

Abstract: Disclosed is a fire-fighting nozzle integrated with a lighting apparatus. The lighting apparatus is integrally set within the housing of the nozzle so as to illuminate a target area at the scene of a fire without failure, thus allowing a firefighter to precisely spray water to the target area. The lighting apparatus comprises a bulb housing holding a bulb therein. An interior housing is longitudinally set within the nozzle housing, with the bulb housing being fitted into the front end of the internal housing. A connector is fixed to the inside surface of the nozzle housing at one end thereof without closing the water passage of the nozzle housing. The above connector is also assembled with the rear end of the internal housing through a screw-type engagement so as to allow the internal housing to be longitudinally positioned along the central axis within the water passage of the nozzle housing.

Abstract: This application is an invention relating to an improvement in a gas burner for a stove for leading a mixed gas to flame holes, and burning the gas therein, through a gas passage (18) from a mixing tube (5) which produces the mixed gas by mixing a gas introduced in a jet from a nozzle and primary air drawn in with introduction of the gas. A sub-chamber (Ca) is provided separately from the gas passage for storing the mixed gas in a state of flux. The sub-chamber (Ca) communicates with the gas passage (18) through an inlet (3), and discharges the mixed gas stored therein through outlets (2) disposed adjacent the flame holes. With this construction, even when a continued combustion in the flame holes becomes difficult due to air-rich air resulting from an operation of an adjusting lever of the gas burner for a stove to adjusts the quantity of gas rapidly from large to small, the mixed gas stored in the sub-chamber (Ca) is discharged from the outlets (2) to continue the combustion.

Abstract: A showerhead for introducing gas from one or more external supplies into a substrate processing chamber, the showerhead including a faceplate including a plurality of gas injection ports through which gas is injected into the chamber, wherein the plurality of gas injection ports includes a first subset of gas injection ports and a second subset of gas injection ports; a first gas distribution system which during use delivers a first gas to the first subset of injection ports for injection into the chamber; and a second gas distribution system which during use delivers a second gas to the second subset of injection ports for injection into the chamber.

Abstract: A fluid injection valve includes a valve seat having a conical concave surface and a valve seat surface, a needle having an edge surface and an annular contact surface whose diameter is Ds, an orifice plate having a perforated surface disposed in a downstream portion at a distance h from the edge surface of the needle and at a distance H from valve seat surface. Thus, a fluid chamber is defined by the perforated surface of the orifice plate, the edge surface of the needle and the conical concave surface of the valve seat. The perforated surface has a plurality of first orifices having a diameter d on a first circle whose diameter is DH. The fluid chamber is formed to have the following relationships among the diameters Ds, DH, d and the distances h, H: 1.5<Ds/DH<6, h<1.5 d, and H<4 d.

Abstract: The present invention relates to a high pressure, rapid cutting tip nozzle which provides a cutting oxygen jet hole 2b in the front end surface, and provides concentrically from the inside, with this cutting oxygen jet hole 2b as the center, a first oxygen jet hole group 7a, a first fuel gas jet hole group 8c, a second fuel gas jet hole group 8a, and an oxygen jet opening 9a, and wherein steel is cut by the high pressure gas flow jetting from the cutting oxygen jet hole 2b, and in particular is characterized in the front end of flow paths 9b and 9c, which branch from the flow path 9 leading to the oxygen jet opening 9a, opening on the side surface of flow paths 8 and 8b, which lead to the first and second fuel gas jet hole group 8c and 8a, at a point within 10 mm from said front end surface. According to the present invention, gas cutting of steel can be carried out with high efficiency and safely.

Abstract: A showerhead used for dispensing gas over a wafer in chemical vapor deposition (CVD), especially for CVD of metals. The patterns of holes is tailored to compensate for thermal and other effects, in particular by increasing the density of holes toward the periphery of the wafer in three or more zones. Such a variable pattern is particularly useful for liquid precursors that are atomized in a carrier gas, in which case a second perforated plate in back of the showerhead face can be eliminated, thereby reducing the flow impedance and the required pressure of the liquid-entrained gas, which tends to deposit out at higher pressures. The reduce flow impedance is particularly useful for CVD of copper.

Abstract: A burner for gas cookers (1) comprises: a central flame crown (22) concentric with two circumferential crowns (25, 26) themselves concentric; radial ducts (23) for feeding the primary gas-air mixture I to the circumferential crown and a substantially horizontal Venturi effect chamber (18) defined by facing surfaces (15, 16) and equidistant from the body (14) of the burner and from the cover of the of central flame crown respectively.

Abstract: An inshot burner (10) includes an axially elongated tubular nozzle (40) having a flared inlet end (42), a cylindrical outlet end (44) and a venturi section (46) therebetween. A burner head insert (20) is disposed within the cylindrical outlet end 44. The burner head insert (20) has an axially elongated annular body (22) having an axially extending inner flow passage (25) passing therethrough and a plurality of circumferentially spaced, axially extending splines (30) radiating outwardly therefrom toward the surrounding wall of the outlet end (44) of the burner tube. A plurality of second flow passages (35) are defined between the plurality of splines (30). Each of the axially extending splines (30) has a cross width which enlarges in the axial direction from the inlet end of the burner head insert to the outlet end of the burner head insert.

Abstract: A shower fixture of the present invention has an inner/outer spray ring. More specifically, the shower fixture employs a spray ring which defines plurality of grooves on the inner and outer circumferences thereof. The grooves have varying notch angles to produce water sprays in varying directions. The shower fixture of the present invention also employs a spray ring retainer which has a ring portion and multiple legs extending from the ring portion. The ring portion supports the spray ring from the bottom of the spray ring. The shower fixture of the present invention is capable of producing shower sprays of varying intensities and directions.

Abstract: Improved cleaning of the nozzle ring and the moving blades of the axial turbine of a turbocharger is to provided by a cleaning device. The cleaning device (20) includes only one nozzle (21, 44) having at least one injection opening (24) as well as a cleaning-agent feed line (23). The injection opening (24) is arranged at any point (38) of an imaginary circular area (34), which in turn is defined by a center (33) arranged at a distance A upstream of the inner casing wall (11) as well as by a diameter d.sub.k. The center (33) lies on an imaginary parallel area (34) formed at a distance A from the inner casing wall (11). The distance A corresponds to the average diameter of the nozzle ring (8) multiplied by a percentage P.sub.1, (5%.ltoreq.P.sub.1 .ltoreq.30%). The center (33) lies at an intersection point (36) of the parallel area (35) and die flow line (17) intersecting the latter at right angles. The diameter d.sub.

Abstract: An apparatus in which an atomizer is provided with two arrays of discharge holes adjacent and offset from each other.

Abstract: A nozzle body and coupler bearing assembly for discharging a liquid material. The nozzle body consists of approximately thirty-two serially and concentrically arranged ports which receives liquid from an attached hose under high pressures. The various points of placement of the ports, combined with the rotation produce a balanced and stabilized effect on the rotating nozzle assembly which allows the nozzle assembly to be delivered to a target area, and while in operation, have the ability to be left unattended by fire-fighting personnel. The wild and natural whipping action exhibited from a fire hose under high operating pressures is nullified with the present nozzle. The body of the nozzle is a hollow paraboloid attached to a coupler bearing assembly. The nozzle body is made from a resilient and durable material with concavo-convex surfaces with a plurality of ports emitting liquid in a radial "Dandelion puff" pattern.

Abstract: A nozzle for spraying a cleaning solution, a body of the nozzle having its intake at one end, its sealed end portion at the other end, and a plurality of holes arranged linearly on its surface form inside of the body to outside of the body are disclosed. Also disclosed is a cleaning apparatus of a semiconductor device which includes a bath where wafers are cleaned and a cleaning solution spraying nozzle mounted at the bottom of the bath for spraying a cleaning solution through a plurality of holes formed on its surface, with the nozzle's one side being connected to a cleaning solution supply tube and the nozzle's other side being sealed. The hole's area through which the solution passes gradually decreases from one side of the nozzle through which the cleaning solution is induced, to the other side sealed so that the solution is sprayed with a uniform pressure.

Abstract: A dispenser contains a chamber enclosed by an upper wall and a lower wall, both walls are oriented parallel to each other. The upper wall has a vertically bored inlet port and the lower wall has a plurality of vertically bored outlet ports for providing access to the chamber. The outlet ports are geometrically arranged in an array pattern characterized by equidistantly spaced rows and columns of bores. There is a plurality of baffle plates interposed between the upper wall and the lower wall. The baffle plates, which are spatially separated from each other, are oriented parallel to and spatially separated from the upper and lower walls. The baffle plates have a plurality of vertically bored holes for providing access between the inlet port and the outlet ports, whereby the dispenser is effective in providing homogeneous flow of fluid through the outlet ports.