A valve 26 comprises a valve cartridge 40, a valve stem 42 and a valve seal 66.
The valves includes a valve frame (102), a valve leaflet (104) coupled to the valve frame.
The valve subassembly includes a valve body (1) and a valve pole, a valve core and a valve seat arranged on the valve body (1).
The valve comprises a first valve component (12) and a second valve component (14).
The directional valve comprises a valve seat mounted on the main valve body.
The apparatus includes a valve (100) having a valve frame (102), a valve leaflet (104) coupled to the valve frame, and a leaflet transition member (110) coupled to the valve leaflet.
A cumulative distribution is produced cumulative of the first distribution and the second distribution.
The dispensing plate has various configurations that assist in the distribution of the liquid to the dispensing position on the upper surface of the dispensing plate.
The distribution plate may include a first distribution face and a second distribution face and a plurality of ports extending between the first distribution face and the second distribution face.
Disclosed are an apparatus, a distribution system, and methods of distribution and post-distribution processing.
The distribution controller can output a distribution control amount (CD) to a distribution reactor (120).
A vibratory delivery cassette, a medicine delivering device, a PTP delivering device, a medicine storing device, and a PTP delivering system.
The delivery portion has a delivery member and a delivery magnet that is movable relative to a distal portion of the delivery member.
A delivery opening gives access to the delivery chamber.
The delivery opening is configured to dispense developer.
System (1) includes a remote delivery terminal (5) that is associated with a delivery vehicle (6) of a delivery agent.
The dispensing opening comprises a dispensing opening circumference.
The cartridge includes a dispensing opening, and the dispensing unit includes an entry opening and a dispensing opening.
The truncation provides the dispensing end with a generally flat dispensing surface through which the dispensing opening extends.
The dispensing member (75) is movable from an open, dispensing position to a closed, occluded position, and the base is operable to move the dispensing member between the dispensing and occluded positions.
The dispensing tube inlet (1 0IN) is introduced into the dispensing opening (10B) of he container upon moving the dispensing portion (202) of the appliance to its second, dispensing position.
The first dispensing rib and the second dispensing rib define a dispensing orifice.
The dispensing window can have a dispensing aperture (22) capable of allowing dispensing of an article through the dispensing aperture.
A dispensing system is provided including a dispensing device that dispenses a material stored within the dispensing system during a dispense event.
The dispensing liquid step includes a start dispense step in which dispensing commences and a stop dispense step in which dispensing is stopped.
The dispensing package has a dispensing opening (16).
Each spreading code has a characteristic spreading factor.
The present invention relates to dispensing containers for dispensing tablets.
The restrictor assists in one at a time dispensing from a dispensing assembly.
The dispenser provides metered dispensing.
More specifically, the discharge passage is constituted of a first discharge passage and a second discharge passage.
Dispensing valves (36, 38, 40, 42) in the dispensing head are independently accountable to regulate the dispensing of the beverage.
The dispensing device also includes a dispensing mechanism to control dispensing of the material.
A multi-vial dispensing cassette provides serial dispensement into a plurality of dispense vials.
The system includes a dispensing cartridge including a dispensing tube and a dispensing section.
A dispensing system (100, 200) dispensing items includes a dispensing station (102) and a first conveyor (101, 201) for transporting containers to the dispensing station (102).
A fuel dispensing module (14) includes a pump island (22) to operatively support a plurality of fuel dispensing devices (24) thereon coupled to the plurality of fuel dispensing conduits (50).
It can provide precision dispense or feeding capability with programmable control over dispense volumes, dispense times, and uniformity of dispense across the device.
A dispensing closure for a dispensing container (1) and a dispensing container (1) incorporating such a dispensing closure, wherein the closure has a unitary type of construction.
The invention relates to a fluid discharging device for separately discharging at least two fluids comprising an inner nozzle for discharging a first fluid and a coaxially arranged outer nozzle for discharging a second fluid.
More specifically, a dispense motor may be controlled to substantially maintain a baseline pressure in the dispense chamber before a dispense based on a pressure sensed in the dispense chamber.
The second dispensing unit (5) is turnably mounted relative to the first dispensing unit (3), for allowing back access to the second dispensing unit without moving the first dispensing unit.
A removable cover (75) is provided in the second layer (21), the cover extends over the dispensing aperture (64) prior to dispensing of gloves and which when removed permits the dispensing of gloves through the dispensing aperture.
The housing (4) is provided with a first dispensing position (12) and a second dispensing position (14), from which first and second dispensing positions (12, 14) tissue paper is graspable for dispensing thereof.
The method further comprises the step of a computer causing the epoxy injector to dispense the determined dispensing amount of epoxy, via the dispensing end, at the determined dispensing rate.
A dispensing system includes a frame, a dispensing unit gantry movably coupled to the frame, and a dispensing unit coupled to the dispensing unit gantry.
Other embodiments comprise dispensing heads with various configurations of capillary inserts and methods for automated liquid dispensing using the same.
An method for delivering repetitive, precision, low volume liquid dispensing from a dispensing orifice of a non-contact liquid dispensing apparatus.
This enables substantially accurate, relatively small volume, non-contact liquid dispensing of the dispensing liquid from the dispensing orifice.
The dispensing head may be controlled for deposition of dots of material having diameters smaller than a dispensing needle of the dispensing unit.
The apparatus comprises means (22) for dispensing tear strips (14), means (18) for dispensing wrapper sheets (12) and means (26) for dispensing labels (16).
The system comprises a distribution server (30), adapted to distribute electronic documents from the issuer to users of the system.
The piezoelectric dispenser-head (14) includes an array of dispensing channels (118) and an array of dispensing nozzles (15).
Said valve comprises a valve body (2) and a valve core (3) which is fixed in the valve body (2), and said valve body (2) can be fixed in the wheel rim (1) in a gas-permeable manner.
In another implementation of the pump, the inlet valve is an active valve but the outlet valve is a passive valve.
Valve insecure or inadequately mounted.
Valve insecure or inadequately mounted.
Preferably, the valve is a metering valve.
Preferably, the valve is a metering valve.
A directional spray actuator, for a pressurised (e.g. aerosol) container containing at least one liquid to be dispensed, and the container has a valve and valve stem.
The valve may include a self-centering feature that operates to keep the valve body centered about the valve shaft.
The valve operating mechanism includes a valve assembly configured with a chamber housing the valve element.
The metered dose valve comprises an inlet valve, a metering chamber and an outlet valve.
A valve stem (102) couples a valve closure portion to the valve head (92).
The valve component (130) comprises a valve body (131) having a valve passage (132) extending therethrough.
Disclosed are a hydraulic valve, a hydraulic valve set, and a control method for hydraulic valve.
The present invention provides A a thermal treatment process for an amorphous alloy die casting, wherein the amorphous alloy die casting is subjected to an aging treatment performed at the temperature of 0.5 Tg - 0.6 Tg for 10 min - 24 h.
The one way valve (42, 62) includes an elastomeric valve member (42) and a valve seat (62).
The invention relates to a valve device comprising a valve body (29) which is movably arranged in a valve housing (26).
The valve comprises a valve assembly, a ferrule for holding the valve assembly and a gasket for insertion into the ferrule.
The present invention relates to a metering valve comprising a valve stem (11) co-axially slidable within a valve body (14), the metering valve comprising a metering chamber (13) having no moving parts therein.
The non-refillable valve comprises a valve housing (20) defining a valve chamber, with the valve chamber (22) having a proximal end (24) and a distal end (26).
The elastomeric valve member of the hemostasis safety valve is stiffer than an elastomeric valve member of the device valve, and prevents introduction of guidewires and highly flexible catheters therethrough.
Valve cap (10) for monitoring pressure and/or temperature of a tire (1) having a valve stem (2) including a valve assembly (5) having a valve pin (6).
The valve bag (10) includes a bag body having a valve end portion, the valve end portion constructed to form a filling passage in which a valve sleeve (22) is inserted.
The valve has a valve body having an internal valve cavity (103), a pair of generally opposed positioning members (119) integral to the valve body, and first and second ports (107, 109).
The valve (24) includes an annular valve seat (48) surface, and a valve member (138) cooperating with the valve seat surface for normally blocking urine flow.
A delivery valve (44) is coupled to the exhaust valve for delivering a second quantity of warm gas directly onto surfaces of the exhaust valve for warming the surfaces of the exhaust valve.
The valve housing has an inlet (3) for the flow which leads to a valve seat (4) and a valve chamber (5), and an outlet (6) for the flow connected with the valve chamber.
The valve (10) is made from two flexible plastic sheets (46, 48), secured together to define a valve inlet (64), a valve outlet (66), and a valve passageway (68).
The dual-sealing valve includes valve body with in-outlet, and two sealing elements disposed in a valve cavity which is in the valve body and matched with the inlet and the outlet.
The AND valve (20), shuttle valve (21), and main switching valve (23) have their valve holes drilled from the upper surface of the valve body (10).
The container is a tubular body that defines a storage chamber for storing the substance and a head portion for supports the valve assembly.
The valve assembly includes a valve body and a valve seat surrounded by a flexible outer cover that includes a valve portion.
The bypass control valve (10) comprises a cylindrical valve chamber (18) and a piston-like valve element (26) slidably fitted into the valve chamber (18).
The novel feature of a powder valve (1) according to the invention is that a closing body (14) of the valve in the closed position extends through the valve seat (13) of the valve and into the wet environment.
The artificial valve has a valve body and a tubular artificial valve support body that supports the valve body, and is placed percutaneously.
The valve core (90) arranged in the chamber of the valve body (60) includes valve core magnetic poles (61, 62) and coils (57) wound on the corresponding positions of the valve core magnetic poles (61, 62).
The valve unit has a valve holder (26) and a rotation valve member (30) supported on the valve holder so as to be rotatable about a pivot axis normal to the axis of the through-hole.
A valve seat surrounds the flow passage and a valve closure member is moveable towards and away from the valve seat to close and open the valve respectively.
The strategy includes identifying a characteristic equation for the valve or valve system that is a mathematical relationship between a current applied to the solenoid and the pressure at the output of the valve or valve system.
The valve, which may be a mechanical valve, a biological tissue valve, or a polymeric valve, may be structured to allow fluid to flow through the housing assembly in a single direction.
An electromagnetic valve for purifying blood includes a valve subassembly and an electromagnetic drive subassembly for driving the valve subassembly on-off.