Abstract: A sustained duration non-aerosol mechanical sprayer includes a spray head which is screwed onto the top of a bottle. The spray head includes a spring biased piston in a cylinder, a lever which is coupled to the piston via a flexible cable. A thumb support is provided to facilitate movement of the lever. A load bearing surface is provided to absorb force exerted by moving the lever. Anti-rotation structure is provided to locate the spray head relative to the bottle. A window in the spray head allows the contents of the cylinder to be viewed. According to some embodiments, the nozzle is located at one end of the spray head and the end of the accumulator to which the inlet and outlet are connected is located at an opposite end of the spray head.

Abstract: A fluid dispensing system includes a pump for pumping fluid from a container. The pump has a vent opening for venting air into the fluid in the container to normalize pressure inside the container as the fluid is pumped. An intake shroud is coupled to the pump, and the shroud includes a channel opening to draw fluid from the container into the pump in a straw-like manner. A baffle is positioned between the vent opening and the channel opening of the shroud to reduce ingestion of the air into the pump so as to reduce short or inconsistent dosing of the fluid when pumped.

Abstract: The invention relates to a delivery system for fluid substances, which comprises a plunger-type syringe in the form of a cartridge having at least one injectate chamber, which injectate chamber is provided with an injection plunger, and an attachment mounted on the cartridge at its delivery-side end, characterised in that the attachment is mounted on the cartridge by means of a releasable snap closure.

Abstract: A hydration pouch with a releasable coupling is disclosed. In one embodiment, the hydration pouch is a flexible bag or pouch with a separate inlet and outlet. A hose or tube is provided for a user to draw refreshment from the pouch. A bite valve is provided at one end of the tube to be actuated by a user's teeth. A coupling is provided for attaching and detaching at least a portion of the hose at an opposite end of the hose. The coupling includes a shutoff or check valve that maintains the patency of the pouch when the hose is disconnected. In an alternative embodiment prefilled, disposable hydration pouches are removably coupled to the hose and then disposed and replaced following consumption of the liquid contained therein.

Abstract: A pump assembly with a first pump to displace a first volume and a second pump to displace a second volume greater than the first volume. The first pump draws liquid from a reservoir and dispenses it to the second pump. The second pump draws in the discharge from the first pump and an additional volume of air such that the second pump discharges both liquid and air. The first pump preferably has a piston movable in a first inner chamber and the second pump has the same piston movable in a second outer chamber. The first and second chambers communicate together. In one version, a one-way valve provides flow outwardly only from the first chamber to the second chamber and the first pump discharges while the second pump draws in, and vice versa.

Abstract: A lid is provided for a beverage container having a base, side walls and an upper rim. The lid comprises a body having an upper surface, a lower surface and an end wall. The end wall sealingly connects the wall of the lid to the upper rim of the beverage container. An aperture extends through the body from the upper surface to the lower surface thereof. A stopper is provided and is movable between first and second positions for selectively closing off and opening the aperture in the body member.

Abstract: A pour spout used in bottles containing liquid substances with different degrees of viscosity. The pour spout comprises a pouring opening, which is defined by at least a first and a second pouring orifice for the liquid substances, being the pouring area of the first orifice bigger than or equal to the area of the pouring area of the second orifice. The use of the pour spout allows to obtain different flows of the contained liquid, according to the user's choice. Each orifice presents its respective lids, which are proportional to the orifice the cover. Alternatively, each orifice defines air inlet paths.

Abstract: A dispenser, the dispenser having a dispenser head 2 and a container 1 containing spray material; the container having a containment portion and an attachment portion 5, the attachment portion having a threaded part 6 and a non-threaded part 7, the threaded part 6 having a greater diameter than the non-threaded part 7, and the threaded part 6 being between the non-threaded part 7 and the containment portion; the spray head being formed complimentary to the attachment portion such that a threaded part of the spray head engages the threaded part of the attachment portion and wherein the non-threaded part of the attachment portion is further inwards of the dispenser head than the threaded part of the attachment portion; the dispenser being formed such that when the container is fitted to the dispenser head the spray material can move through the attachment portion into the dispenser head, and can leave the dispenser to enter an atmosphere as a spray.

Abstract: A dispenser is located within a golf bag and remotely controlled and coupled to a linear actuator, which extends the fluid dispenser outside of the golf bag upon actuation of the remote control. The remote control can also be actuated to cause the fluid dispenser to retract into the golf bag to hide the fluid delivery system from view.

Abstract: A fluid dispenser has a fluid outlet and an ambient inlet. The dispenser includes a container having a cavity, and a regulator device within the container cavity for regulating liquid flow out of the fluid outlet. The regulator device has a cavity in fluid communication with the ambient inlet, and an air transfer orifice for placing the device cavity in fluid communication with the container cavity. The air transfer orifice is spaced apart from the ambient inlet. The regulator device also has a fluid inlet. Location of the air transfer orifice with respect to the fluid inlet is such that flow of liquid from the container cavity into the device cavity stops when the liquid in the device cavity reaches the air transfer orifice.

Abstract: A post-mix beverage valve provides for automatic, accurate beverage ratioing. A valve body can be assembled, and includes a water flow hard body, syrup body and common nozzle body. The water and syrup flow bodies define flow channels and include one end for connection to water and syrup respectively, and opposite ends for fluid connection to the nozzle body. The water flow channel includes a turbine flow sensor connected to a micro-controller determining the water flow rate. The syrup flow channel includes a flow sensor, two MEMS pressure sensors, monitoring the syrup. The sensors are connected to the micro-controller and positioned about an orifice and senses sense a differential pressure indicative of syrup flow rate solenoid regulates flow of syrup through the syrup body. A stepper motor on the water body controls a rod in the flow channel in conjunction with a V-groove.

Abstract: An improved automatic soap dispenser structure includes a motor and a gear wheel module installed in a driving device of a soap dispenser to transmit a driving wheel and uses an eccentric wheel disposed on the driving wheel to produce an eccentric effect, characterized in that the eccentric wheel couples a link member, and the link member presses a press plate, such that when the press plate compresses a soap dispensing tube, a back plate of the press plate and a latch surface of a rear panel compress to close the upper section of the soap dispensing tube, and then the design of a protruded curved surface of the press plate and a recessed curved surface of the rear panel compress the soap dispensing tube progressively downward to produce a power-saving and smooth compressing effect.

Abstract: An aerosol system for dispensing texture material on a horizontal surface comprising an aerosol assembly, an actuator member, and an outlet structure. The aerosol assembly, which is adapted to contain and dispense texture material, defines a container axis that is substantially vertical during normal use. The actuator member comprises a valve stem for engaging the aerosol assembly and defines a first portion of a dispensing path. The outlet structure defines a second portion of the dispensing path, an outlet orifice, and a dispensing axis. The outlet structure is arranged adjacent to the actuator member such that fluid flowing along the first portion of the dispensing path flows through the second portion of the dispensing path and the outlet orifice and generally along the dispensing axis. The dispensing axis is substantially aligned with the container axis. A cross-sectional area of the outlet orifice is adjustable.

Abstract: A dispensing apparatus is provided for dispensing viscous product from containers of product, usually by extruding product from a container outlet. Product is discharged by a plunger which causes product to be discharged, and the plunger is operated by a drive arrangement having a linear actuator by which the plunger is movable. The linear actuator uses an electric motor as the prime mover, and the motor's rotary motion is converted into a linear motion of the plunger. By the use of a linear drive it is possible to achieve constant velocity of movement of the plunger independent of the resistance to movement, within the predetermined limits. The movement of the plunger can be controlled according to the resistance encountered. The apparatus also includes means for removing containers from their seating after discharge.

Abstract: The present invention is directed to a powder paint delivery method and apparatus employing a pressurized reservoir pump that supplies a controlled stream of densely fluidized or dense phase powder paint to the applicator though a powder delivery conduit. The powder flow rate is a function of the pressure in the reservoir and the flow resistance from the reservoir to the applicator, and is therefore very stable over time, and simple to control. The powder flow can be controlled by holding the resistance of the powder flow path constant and varying the pressure in the reservoir, or by holding the reservoir pressure constant and varying the resistance of the powder flow path.

Abstract: A fluid dispenser from which fluid may be dispensed upon passive pressurization of a fluid reservoir therein. Upon exposing a nib of the fluid dispenser to the surroundings, either by disengagement of a cap or extension or contraction of the fluid dispenser, the fluid reservoir is pressurized without requiring the operator to exert manual force on the walls of the fluid dispenser. In certain embodiments, the rate of flow initiated passively may be increased by the operator actively engaging an interface, which increases the pressure within the fluid reservoir.

Abstract: A disposable inverted dispensing system for distributing a fluid for use in a shower is disclosed. The dispensing system includes a removable hooking device that is attachable to a surface which is exposable to moist conditions. A hook integral to the removable hooking device extends from the hooking device on a side opposite the surface when the hooking device is attached to the surface. A deformable container for containing the fluid has an upper portion and a lower portion. The upper portion defines a through-hole through the container, and the lower portion forms a container mouth through which the fluid is flowable. A dispensing valve and/or a cap is disposed over the mouth of the container for controlling the flow of the fluid. The container is positionable on the hooking device with the hook extending through the through-hole formed by the upper portion of the container so that the container hangs down from the hooking device.

Abstract: A dispensing means with a viewability of the container from which a liquid such as wine, olive oil or fresh juice is being dispensed and maintaining the liquid free from deterioration or contamination by use of inert gas relative to the liquid. A base unit (4) including an internal reservoir (8) to hold liquids has a top opening (22) that feeds to the reservoir (8) and able to receive the neck (12c) and outlet (12b) of an inverted replaceable bottle (12). A sealing means retains the bottle (12) in position. A dispensing outlet pipe (15) leads from the bottom of the reservoir (8) through an insulation case (7) to an external tap (15b). A gas input (14) leads through a top annular part (13a) on an inner container to the top of the reservoir (8) for supplying an inert gas such as nitrogen, nitrous oxide or argon to the liquid food product.

Abstract: A fluid dispenser for germ-free fluid is described incorporating at least one material being capable of interacting via an oligodynamically active substance. The dispenser includes a metering pump and inlet and outlet valves. The fluid coming into contact with at least one oligodynamically active substance is present in the region of the outlet valve, of the inlet thereto and/or the outlet therefrom.

Abstract: A water gun (10) is provided having a storage tank (18), a expandable pressure tank (19) having an elastic bladder (30) encased within an outer shell (29), and a pump (32) for conveying liquid from the storage tank to the expandable pressure tank. The conveyance of liquid into the expandable pressure tank causes the liquid to be pressurized by the biasing force of the elastic bladder. The pressurized liquid is released through a nozzle (21) coupled to the expandable pressure tank by actuation of a trigger (17).