Abstract: A pressurized container assembly includes a pressurized container, a valve, and a shearing chamber. A flowable product and propellant are also provided within the container. The propellant is substantially non-soluble in the flowable product. Methods of producing a foamed flowable product using shearing chambers are also disclosed.

Abstract: A dispensing device for dispensing a foamable product. The dispensing device comprises a dispensing channel (110; 210; 410). The dispensing channel has: an inlet (111; 211; 411) for communicating with a valve-element (120) of a container (130) containing the foamable product; and an outlet (112; 212; 412) for dispensing the foamable product. The dispensing channel (110; 210; 410) further comprises a variable-volume cavity (140; 240; 440) at the outlet. The variable-volume cavity (140; 240; 440) is defined at least partly by a first component (142; 242; 442) and a second component (144; 244; 444) that is separate from and rigidly movably with respect to the first component to vary the volume of the variable-volume cavity (140; 240; 440) between a first configuration and a second configuration. In the first configuration, the variable-volume cavity (140; 240; 440) has a first volume and the outlet (112; 212; 412) is closed.

Abstract: A valve dispenses flowable product from a container. The valve includes a mounting cup for mounting the valve on the container, a seal supported on the mounting cup, and a valve stem extending through the seal. The seal and the valve stem define a generally annular passage section of the valve passage that extends longitudinally along the valve axis radially between the valve stem and the seal. At least one of the valve stem and the seal includes a baffle extending transverse to the valve axis, the baffle defining a flow restriction along the generally annular passage section.

Abstract: An expanded housing (2) including an outer tubular portion (2a), a center-top tubular portion (2b), an annular ceiling portion (2c), and a center-bottom tubular portion (2d) is an integrally molded plastic product. Vertical plate rib-shaped portions (2h) for increasing strength are similarly integrally molded between the outer tubular portion (2a) and the center-top tubular portion (2b). An inner passage region (B) for upward passage of content is set in the center tubular portion (2b). A housing cover (28) provided in such a form as to surround the lower side of the expanded housing (2) forms an outer passage region (A) which is disposed between the housing cover (28) and an outer peripheral surface of the expanded housing (2) so as to extend downward from an upper-end-side inner space region of an inner bag-shaped container (1g) to the inner passage region (B).

Abstract: A unified assembly of a mounting cup and valve stem assembly for aerosol containers. The mounting cup contains a flat central portion having an inner section extending downward from its periphery. An outer section extends upward from the lower edge of the inner section and abuts the inner section. The inner and outer sections constitute the lower wall. The outer section extends above the flat central portion and ends in a channel which can fit onto the bead of an aerosol container. The flat central portion has at least one hole through it. The valve stem assembly contains a flat circular upper piece having holes corresponding to those in the mounting cup. The holes are the open top ends of chambers for springs and plungers. Valve stems are below the chamber. The lower wall of the mounting cup is crimped to hold the mounting cup to the valve stem assembly.

Abstract: An aerosol assembly for dispensing texture material in a coating on a portion of a target surface substantially to match a pre-existing texture pattern on the target surface, comprising a container assembly and an outlet structure. The container assembly comprises a container, an aerosol valve assembly, and an actuator member. The outlet structure defines a disc portion, at least one plug portion extending from the disc portion, and at least one outlet opening. Each of the at least one outlet openings defines a cross-sectional area associated with a predetermined to texture pattern. Pressurized fluid within the container forces the texture material out of the container through the selected outlet opening. The texture material is deposited on the portion of the target surface and allowed to dry to form the coating. The predetermined texture pattern associated with the selected outlet opening substantially matches the pre-existing texture pattern.

Abstract: An aerosol assembly for dispensing texture material. When the actuator member is displaced to place the aerosol valve assembly into the open configuration, pressurized fluid forces texture material out of the main container.

Abstract: The invention is directed to a precision release vapor dispenser for dispensing material from a pressurized source of material. The precision release vapor dispenser comprises dispensing means for dispensing into the environment the material from the source of material, a microtechnology and/or nanotechnology fabricated component coupled to the dispensing means for controlling the release rate of the material to be dispensed, and means for initiating the dispensing means. The microtechnology and/or nanotechnology fabricated component may be a microchip that is a multilayer device fabricated using micro-electromechanical systems (MEMS) fabrication techniques.

Abstract: A pressure regulating valve reduces the increased internal pressure in an aerosol spray can, filled with compressed gas, to a working pressure level for a spray valve (12). A regulating piston (52) is kept in equilibrium by a restoring force, and a sealing point (66, 68) is provided, which is closed at a pressure in the pressure regulation chamber (84) that is above the regulated pressure level. To prevent the precision of regulation from being adulterated by the decreasing internal pressure of the can as its contents are progressively withdrawn, a sealing means (86, 66; 67) is proposed, which seals off one free end of the piston (52, 74) from the internal pressure of the can and the regulated pressure. The variable internal pressure of the can is therefore no longer able to act on any axial face of the piston (52), and despite what may be a smaller piston face area, the precision of regulation is improved.

Abstract: A system for spraying an aqueous composition, the system comprising: a container having an inner wall and at least one entry port; a valve connected to the entry port, wherein the container and valve are adapted to contain pressurized materials within the container; an inner layer that is resistant to corrosion from contact with water, wherein the inner layer is in contact with, and at least substantially covers, the inner wall; an aqueous composition; and, at least one propellant, wherein the aqueous composition and the propellant are each disposed within the container and are in contact with each other.

Abstract: A silicone polymer gel/coating which can be sprayed from an aerosol can preferably has a viscosity of 2,000–5,000 cps. and provides a moisture resistant coating of preferably 20–30 mils to protect components in telephone installation and maintenance applications. It is preferably sprayed from a can using Spray Actuator OTP 0025.

Abstract: A device for controlling liquid flow in a conduit which is of a hat-like configuration defined by a cylindrical base part having a flange part at one end and a closure part at another end joined thereto by an integral spring which bends to permit through-flow of liquid through a peripheral gap between the body part and the closure part. The gap is of a stepwise progression including either an abrupt or curved step. The gap has a medial gap portion and opposite gap portion ends which are relatively sized to effect the stepwise progression.

Abstract: A dispenser for attachment to a container containing a fluid material, including an actuator which keeps the container in a substantially constantly open configuration so as to allow the fluid to pass into the dispenser, and a controllable outlet, through which a portion of the fluid is emitted from the dispenser, substantially independent of the fluid pressure in the container.

Abstract: The aerosol hair spray composition contains a hair-setting polymer in a solvent/propellant system containing a C1 to C4 alcohol, water, a cosolvent selected from among acetone and methyl acetate or a mixture thereof, and aerosol propellants, particularly a combination of dimethyl ether and a fluorocarbon. The composition according to the invention makes it possible to produce low-cost, water-containing aerosol hair sprays with a reduced VOC content and at the same time to optimize their use properties.

Abstract: A dispenser for attachment to a container containing a fluid material, including an actuator which keeps the container in a substantially constantly open configuration so as to allow the fluid to pass into the dispenser, and a controllable outlet, through which a portion of the fluid is emitted from the dispenser, substantially independent of the fluid pressure in the container.

Abstract: An expansion nozzle (20) for making carbon-dioxide snow from liquid carbon dioxide, for spraying refrigerated or frozen items (2), nozzle has an integrated metering valve (30) with a discharge aperture (32), an intake-side valve seat (33), and a valve needle (31) adjustable relative to the valve seat (33). The needle projects into the discharge aperture (32). A jet shaper (60) adjoins the discharge channel (35), in which the liquid carbon dioxide expands within a cross section widened at an end thereof. An expansion region (62) with a diverging cross section has a rectangular flow cross section.

Abstract: An aerosol system for dispensing a hair lacquer having a flammability classification less than or equal to 4 according to the Roth apparatus comprises, in combination, an aerosol recipient provided with a value equipped with a dispenser wherein the valve and dispenser have orifices such that the initial outflow of the hair lacquer is between 0.5 and 0.7 g/s. The aerosol recipient contains a hair lacquer composition consisting of 12 to 25% by weight of water, 10 to 26% by weight of an alcoholic phase selected from the group consisting of ethanol, isopropanol and mixtures thereof, and 49 to 78% by weight of dimethyl ether, the alcoholic phase containing from 3 to 5% by weight, compared to the total weight of the composition, of a synthetic film-forming resin.

Abstract: The swivel joint comprises a housing holding a resilient annulus which in one embodiment sealingly engages an upper portion of a tubular head at the top of the dip tube, and an inward annular lip in the lower part of the housing swivelly supports the head from below. In another embodiment the resilient annulus in the housing serves to both seal and swivelly support the dip tube by its head.

Abstract: The hand pump sprayer and system for dispensing viscous liquids are provided. A nozzle is rotatably mounted around the delivery passageway of a hand pump sprayer. The nozzle is interconnected to the trigger of the hand pump sprayer so that the nozzle rotates, upon pulling of the trigger, simultaneously with the discharge of the liquid to the atmosphere. The nozzle rotates about an axis of rotation through the center of the discharge end of the nozzle through an angle of rotation from about 90.degree. to about 360.degree., desirably from 180.degree. to 360.degree. and preferably 270.degree. or more. Desirably the nozzle has two discharge outlets which direct fluid expelled from the hand pump sprayer along intersecting discharge axes. Simultaneously as the fluid is discharged along the intersecting axes, the nozzle is rotated about the axis of rotation. The resulting dispensed liquid has a high degree of atomization and a desirable round spray pattern.

Abstract: Metered dose dispensing valves providing good dosage reproducibility with formulations having a propensity to cream and with low concentration formulations. Valves having a tank retaining cup have a small inlet aperture of no more than 0.7 mm and preferably the tank retaining cup follows the configuration of the end of the valve stem. Valves having a bottle emptier attached to the valve stem have a filling channel in the valve stem which protrudes only slightly from the metering chamber when the valve is in its inoperative position.

Abstract: The present invention provides a device and method for propelling liquids to long distances. The invention is especially useful for marking animals such as sheep for identification purposes.

Abstract: An aerosol actuating cap is disclosed for use with an aerosol container having a tilt valve. An actuator is mounted on the cap by a pair of torsion hinges. The axis of the hinges is positioned directly above the valve stem such that axis of rotation of the actuator intersects the axis of the valve stem. Upon depressing the rear of the actuator, the actuator rotates about the hinge axis. Consequently, an engagement surface contacts and displaces the valve stem and, thereby, actuates the valve. A product flue is positioned at the front of the actuator which flue is rotated with the actuator such that, on actuating the valve, the product stream from the valve stem proceeds through the flue.

Abstract: The invention relates to an aerosol nozzle, comprising a socket (1) provided with an abutment surface for a hollow stem (2) in an aerosol container and therebelow an expansion chamber (3) with a nozzle orifice (4) in its wall. The distance between the bottom edge of nozzle orifice (4) and the abutment surface of socket (1) in the longitudinal direction of the socket does not exceed the outer radius of the hollow tube and that the nozzle orifice is located within a wall area defined by the end edge of the hollow tube and the intersecting line between such a cone and the wall of expansion chamber (3), which cone contacts the inner edge of the hollow stem, has its apex inside the hollow stem on its center line, and has a cone angle of 40.degree..

Abstract: An apparatus for an improved aerosol spraying device comprising an aerosol valve being moveable between an open and a closed position for releasing a product from the aerosol container. The aerosol valve is resiliently biased into the closed position. A valve button having a terminal orifice is movable between a first and a second position with the valve button being biased into the first position. The valve button opens the aerosol valve when the valve button is moved into the second position and allows the aerosol valve to close when the valve button is in the first position. A vent cooperating with the valve button and the aerosol valve is closed when the valve button is moved into the second position to direct the product release from the aerosol valve to the terminal orifice.

Abstract: A container for fluent material having a nozzle for dispensing the material with the nozzle being moved into dispensing position and also being actuated by a slidably mounted container cover. The container may be, for instance, a pressurized container for dispensing an aerosol product or a pump container equipped with, for example, a ball check valve for dispensing a fluent mass material.

Abstract: The present invention relates to a nozzle for dispensing a product, in particular a foaming product, contained in a pressurized container. The nozzle comprises three elements: an element (6) for fixation onto the container; a dispensing element (5); and a lateral element (7) for coupling the first two elements. The coupling element (7) has an elasticity such that its height varies between the operating position and the position of repose by a value equal to the sum of the distance between the upper edge of the emergent stem in the position of repose and the projection of the hole when the nozzle is in the position of repose, and the distance corresponding to the course of driving in of the emergent stem between its position of repose and the position of complete opening of the valve. The emergent stem of the valve, in the position of repose, is completely outside the hole.

Abstract: A push-in-place aerosol dispenser valve configured to advantageously utilizes pressure exerted by pressurizing gas, within a pressurized aerosol container, as a force to sealingly secure the valve in place. The valve has a compliant molded plastic primary structure that integrally includes a nozzle that is resilingly responsive to operational manipulation. Defined within the nozzle is a discharge passageway that terminates at an outlet orifice. The passageway is normally blocked by an obstruent that is moveable by manipulation of the nozzle for unblocking the passageway. And, to accommodate push-in-place mounting the primary structure has an inwardly curved bottom, and a sloping annular retaining ledge that underlies the container opening curl. The bottom, ledge and uniformly distribute force exerted against the bottom, by pressurizing gas, form an equilibrium system that prevents the valve from being dislodged from the container.

Abstract: Disclosed is an aerosol actuator button for delivering a product such as an atomized air freshener liquid from a pressurized aerosol container wherein the spray pattern produced is tilted away from the central long axis of the actuator button and container. Tilting of the spray pattern is accomplished by placing the actuator button orifice at the bottom of an asymmetrical conical depression which is open to the surrounding atmosphere. More preferably, the orifice itself is asymmetrical with the shorter portion of the orifice being situated relative to the conical depression such that tilting of the spray is accentuated. This configuration causes the atomized spray to be tilted away from the central long axis in spite of the fact that the orifice is concentric with the central long axis of the actuator button. Also disclosed are dies for making such actuator buttons.

Abstract: A fluid control valve including a housing with a chamber therein, a hollow barrel, an elongated trigger, a seal and spring. The chamber communicates with a source of fluid, and also has one end of the barrel, which is axially slideably mounted in the housing with the other end outside the housing. The barrel's normal position is furthest into said housing and, its activated position is axially outward therefrom. The trigger is substantially perpendicular to the barrel and is positioned on the barrel and engages the barrel adjacent to the housing with the barrel passing through an opening at one end of the trigger. The seal is movable in the chamber and normally closes one of the communication. The spring is in the chamber urging the seal and barrel into their normal position. Activation of the trigger engages the barrel, moving it axially against the spring permitting the seal to open the communication.

Abstract: An improved mechanical break-up actuator, molded in one piece, for spray dispensing from a pressurized aerosol dispenser has a swirl chamber with a central protruding mound and an off-center discharge orifice.

Abstract: A remote delivery nozzle assembly is adapted to be releasably connected to a pressurized container to permit delivery of the pressurized contents thereof to a location remote from the container. A cap assembly is connected through a flexible conduit to a wand for delivery of the pressurized contents of the container. Upon seating of the cap assembly on the container, the valve of the container is opened pressurizing the wand through the flexible conduit. The wand includes a flexible membrane which when depressed by finger pressure opens a valve between the pressurized inlet and an outlet passage to deliver the pressurized fluid.

Abstract: An aerosol can having a super-fine atomization valve, a process for its manufacture, and a process for introducing a filling which contains a propellant into the can. The can imparts a suitable fine division of droplets to the propellant medium which is to be sprayed. The can is suitable for the spraying of homogeneous mediums which do not contain chlorofluorinated hydrocarbons or hydrocarbon propellant gases.

Abstract: There is disclosed a spray head extension for a pressurized container comprising a rigid elongated member having a fluid passageway along the length thereof extending from one end to a location adjacent the other end thereof, the elongated member having at least one opening connected between the fluid passageway adjacent the other end and the exterior surface of the elongated member, the one end having a receptacle therein connected to the fluid passageway and adapted and constructed to receive and engage the valve stem of a pressurized container and to direct the pressurized contents of the container into the fluid conduit and out of the at least one passageway when the valve stem is displaced to open the valve, the elongated member displacing the valve stem by pressing the one end of the elongated member against the interior wall of a space into which the elongated member is inserted, allowing the pressurized contents of the container to flow through the rigid elongated member and out of the at least one pa

Abstract: The invention provides a process and apparatus for delivering from a delivery port of an aerosol container having a vapor tap valve a spray of low flammability of a liquid aerosol composition containing a flammable liquefied propellant, which comprises mixing together liquid aerosol composition and gaseous propellant; subjecting the gas/liquid mixture to the constraint imposed by a flow constriction; expanding the gas/liquid mixture; subjecting the gas/liquid mixture to the constraint imposed by a second flow constriction, and again expanding the gas/liquid mixture and then passing the mixture through the remainder of the vapor tap valve to the delivery port; with each constraint and expansion increasing the gas:liquid volume ratio of the mixture and reducing the flammability of the mixture as a delivered spray.

Abstract: A valve button of the type used primarily with an aerosol dispenser comprising a body having a valve stem recess for mounting on a substantially conventional valve stem associated with an aerosol dispenser valve assembly. The body has integrally formed therein an enlarged expansion chamber disposed in direct communicating relation with a terminal orifice passage which defines the exclusive path of travel of the product and expended propellant issued from the button. The terminal orifice passage has a predetermined shortened longitudinal dimension and a stepped configuration wherein the terminal orifice passage terminates in a recessed face portion formed in the outer wall portion of the button.

Abstract: A dispenser for a butane aerosol dispenser. The dispenser has a hollow support, a dip tube depending from the central portion of the bottom of the support and opening into the interior of the support, the bottom surface of the support having at least one propellant inlet aperture at the periphery thereof. A pushbutton having a depending sleeve is positioned above the support with the lower end movable into and out of the support. A nozzle is provided in the pushbutton, the pushbutton having a supply passage from the interior of said sleeve to the nozzle. The support and sleeve have a mixture flow path therethrough and gasket in the flow path opens the flow path when the sleeve is moved into the support. An annular passage is provided along the flow path for expansion of the butane propellant as it passes along the flow path.

Abstract: The present invention relates to valves for pressurized containers used for atomizing products such as alcoholic or aqueous lotions, such as, pharmaceutical products.According to the invention, a caliber reducer (7) is disposed at the outer end of the discharge tube (3).By limiting the dischage rate it is possible to prevent the formation of an undivided jet or solid discharge stream and to control the atomization process when pressure is removed from the button.

Abstract: An aerosol spray valve of the type which utilizes a reciprocable plunger moving within a valve housing that is in turn mounted to a cover member. The cover member is adapted to be crimped to a canister and has a dip tube extending from the interior of the valve housing to the bottom of the canister. Pressurized product is forced from the interior of the canister through the dip tube into the valve housing and out of the cover member through a central hole into a sprayhead that is mounted in the hole. An annular elastomeric gasket surrounds the hole and the upper end of the reciprocable plunger forms a valve seat that is spring-biased against the underside of the gasket to prevent pressurized product from emerging. The sprayhead has an associated stem that enters a socket formed in the plunger, the stem being slidably and sealingly engaged through the hole and the passageway in the elastomeric gasket. The stem is imperforate.